IKA ETS-D5 electronic contact thermometer with touchscreen, –20 °C to +400 °C, 0025008371

Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA RCT basic anodised magnetic stirrer with heating (MPN 0020133785) expands the RCT series to include a variant with an anodised aluminium base. With a heating power of 800 watts, a maximum stirring capacity of up to 20 litres of water and a sealed housing with IP 54 protection, the unit is suitable for laboratory applications requiring rapid, direct heat transfer without thick barrier layers, such as demanding chemical reactions, syntheses and thermal processes in industrial and academic laboratory settings. Maximum thermal conductivity thanks to the anodised base The key design feature of this model is the circular base with a diameter of 135 millimetres, made from anodised aluminium. Unlike traditional ceramic coatings, the anodised metal surface offers high, direct thermal conductivity. This reduces heating times in day-to-day laboratory work, as energy is transferred to the vessel with minimal loss. The anodised layer protects the underlying aluminium from mechanical abrasion, scratches and a wide range of solvents. This ensures a long service life and consistent performance in day-to-day routine use. Precise kinetics and temperature control The control electronics of the RCT basic anodised allow for stepless adjustment of the stirring speed from 50 to 1,500 revolutions per minute, set via a rotary-push control with a setting accuracy of 10 revolutions per minute. The LED display shows setpoint and actual values for speed and temperature at all times. For temperature-sensitive media, a connection socket is provided for external PT1000 series temperature sensors as well as for the ETS-D5 and ETS-D7 contact thermometers. With the PT1000 or ETS-D5, the temperature of the medium can be controlled with an accuracy of ±0.5 Kelvin; with the ETS-D7 or the wireless PT wireless probe, this improves to ±0.2 Kelvin. The ETS-D7 or PT wireless can also be used to measure the pH value of the medium as an optional feature. Robust housing and safety concept The system architecture is housed in a robust, sealed die-cast aluminium casing with IP 54 protection. This sealing reliably protects the motor and control boards from splashing water and aggressive vapours during continuous operation. An independently adjustable safety circuit (50 to 360 degrees Celsius) monitors the maximum temperature of the heating plate and switches off the heating in the event of an unexpected overheating. In addition, a visual residual heat indicator warns staff of the risk of burns until the surface has cooled down again. For the first time, the RCT basic anodised features an integrated menu function with a timer: the freely programmable timer can be set to start either immediately or only once the target temperature has been reached, and emits an audible signal when the cycle drains; it is possible to specify separately whether the heating and/or stirring should switch off afterwards. With dimensions of 160 x 100 x 200 millimetres (W x H x D) and a net weight of 2.3 kilograms, the unit remains compact enough to operate several units side by side in a fume cupboard. Typical applications The anodised base and the connection options for external temperature sensors make the RCT basic anodised a versatile stirrer for various laboratory applications in research and industrial quality control: Chemical syntheses and reactions with rapid, direct heat transfer via the anodised aluminium plate Homogenisation and heating of larger volumes of up to 20 litres of water Precise temperature control within the medium using a PT1000, ETS-D5, ETS-D7 or the PT wireless probe Routine processes in quality control and research where short heating times of up to 9 Kelvin per minute are required Continuous use in the laboratory thanks to IP 54 protection against splashing water and vapours Technical details Number of stirring points1 Max. stirring capacity (based on water)20 litres Maximum load25 kg Motor typeBrushless DC motor (EC), 9 W output power Speed range50 to 1500 rpm Speed controlContinuously variable via rotary push-button control Setting accuracy for speed10 rpm Stirrer rod length20 to 80 mm heating power800 W Heating plate temperatureRoom temperature to 310 °C Temperature setting resolution1 K (heating plate), 0.1 K (actual value display) Safety temperature range (adjustable)50 to 360 °C Heating rate (1 l H₂O, heating stage H1500)9 K/min Control accuracy with PT1000±0.5 K Control accuracy with ETS-D5±0.5 K Control accuracy with ETS-D7 or PT wireless±0.2 K Control accuracy at the centre of the heating plate without a vessel (at 100 °C)±5 K Self-heating of the hotplate (ambient temperature 22 °C, 1 hour of stirring)max. +12 K Material of the base plateAnodised aluminium (aluminium oxide coating) Dimensions of the base plateØ 135 mm Overall dimensions (W x H x D)160 x 100 x 200 mm Net weight2.3 kg Protection class according to DIN EN 60529IP 54 DisplayLED display for setpoint and actual values Connection for external temperature sensorPT1000 series, ETS-D5, ETS-D7, PT wireless Timer1 second to 5,999 minutes Digital interfacesRS232 and USB-C WPAN interfaceoptional via USB-WD dongle pH measurementOptional with ETS-D7 or PT wireless Power consumption820 W, standby 0.45 W Mains connection220 to 230 V, 50/60 Hz Scope of delivery 1 x IKA RCT basic anodised magnetic stirrer with heating (MPN 0020133785) 1 x mains lead 1 x Detailed operating instructions / safety guide Compatible accessories The following original accessories are available to expand the functionality of the RCT basic anodised: IKA PT1000.60 stainless steel temperature probe for direct control within the medium, combined with the H 16 V support rod and the H 44 cross sleeve for securing to the stirrer Precisely fitting silicone protective cover (H 104) to protect the control panel from splashes IKA Dry attachments (DryZone) made of anodised aluminium for oil-free heating of round-bottomed flasks PTFE-coated magnetic stirring bars in cylindrical, oval or triangular shapes Individual requirements and procurement service The IKA manufacturer’s warranty applies to the RCT basic anodised: 2 years, extended to 10 years upon registration at ika.com/register within 90 days of purchase. Our procurement service is available to help you equip your laboratory workstations with additional original accessories, spare parts or bespoke calibration to suit your specific applications. We are also happy to assist you in putting together suitable temperature probe and mounting sets for multiple workstations. Further information and contact details can be found on our procurement service page.

Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The price shown with a line through it is IKA’s recommended retail price. Our promotional price is net.The IKA RET basic anodised magnetic stirrer with heating (MPN 0020133787) combines a heating power of 800 watts with a compact housing measuring 160 x 200 x 100 millimetres and integrated Wi-Fi and LAN interfaces. This allows the unit to be used in a confined space within a fume cupboard or on a laboratory lift platform, whilst simultaneously integrating it into networked laboratory infrastructures. For B2B laboratory set-ups with high safety and documentation requirements, the RET basic anodised offers a combination of rapid heating, precise speed control and a comprehensive, standards-compliant safety concept for continuous daily use. Compact design with high power density and anodised protection The 135-millimetre base consists of a highly thermally conductive aluminium substrate and enables heating rates of up to 9 Kelvin per minute with uniform temperature distribution, adjustable across four heating speed settings. To protect against mechanical wear, scratches and aggressive chemical reagents, the surface is sealed with an anodised coating. Despite the high heating power of 800 watts, the housing remains ultra-compact at 160 x 200 x 100 millimetres. The stirrer therefore saves space in the fume cupboard, can be positioned on any standard laboratory lifting platform and is suitable for parallel experimental set-ups in confined spaces. Networked laboratory processes via Wi-Fi and LAN For integration into networked laboratory infrastructures and automated documentation processes, the RET basic anodised is equipped as standard with Wi-Fi and LAN interfaces, as well as the wired USB-C and RS232 interfaces. This connectivity allows the magnetic stirrer to be monitored centrally, controlled remotely or integrated into higher-level software solutions, including via the IKA app. The communication interface, which is based on ASCII-based Namur commands, also enables direct device-to-device communication. For example, the RET basic anodised can be linked to an IKA overhead stirrer: if the stirring speed of the viscous medium falls below a critical threshold, the RET basic anodised automatically deactivates the heating. This is an important prerequisite for reliable, unattended continuous operation. Comprehensive safety concept in accordance with EN IEC 61010-2-010 With a total of 18 integrated safety features, the RET basic anodised complies with the laboratory equipment standard EN IEC 61010-2-010 for heated laboratory equipment. System safety is further confirmed by a certificate from TÜV Süd in accordance with the NRTL standard (comparable to UL and CSA). In addition to a mechanically adjustable safety limit (50 to 360 degrees Celsius) via two separate plate sensors, the unit features Delta-T medium monitoring, sensor breakage and misalignment detection, as well as automatic heating shutdown in the event of a sudden drop in temperature, such as that caused by glass breakage. In the event of a safety shutdown, the ‘Always-Stir’ function takes effect: heating is stopped whilst stirring remains active to prevent delayed boiling or hotspots in the medium. An optical residual heat warning also protects against burns on surfaces exceeding 50 degrees Celsius. Typical applications The combination of network connectivity, compact design and comprehensive safety features makes the RET basic anodised a versatile instrument for digitised laboratory environments: Networked laboratory processes requiring documentation, thanks to integrated Wi-Fi and LAN interfaces Unattended continuous operation through coupling with an IKA overhead stirrer via Namur commands Demanding syntheses with high safety requirements thanks to 18 safety features in accordance with EN IEC 61010-2-010 Mobile process monitoring via the IKA app Suitable for use in fume cupboards and on laboratory lifting platforms thanks to its compact housing dimensions of 160 x 200 x 100 millimetres Technical details Number of stirring points1 Max. stirring capacity (based on water)20 litres Motor typeBrushless EC motor Speed range0 to 1700 rpm heating power800 W Heating plate temperatureRoom temperature to 340 °C Maximum heating rateup to 9 K/min Heating speed4 levels, individually adjustable Platform diameter135 mm Base materialAluminium with anodised finish Network interfacesWi-Fi and LAN Data interfaces (wired)USB-C and RS232 Communication standardASCII-based Namur commands App integrationIKA APP Compliance with standardsEN IEC 61010-2-010, TÜV Süd NRTL-tested (UL/CSA standard) Number of safety features18 Adjustable safety circuit50 to 360 °C Safety function: mediumDelta-T monitoring Boil-dry protectionAlways-Stir function Burn protectionVisual residual heat warning from a surface temperature of over 50 °C Display technology14-segment glass display Housing materialDie-cast aluminium housing, sealed Protection class according to DIN EN 60529IP 54 Dimensions (W x D x H)160 x 200 x 100 mm Country of originMade in Germany Scope of delivery1 x IKA RET basic anodised magnetic stirrer with heating (MPN 0020133787)1 x PT 1000.60 temperature sensor, stainless steel1 x H 801 x IKAFLON 30 magnetic stirring bar1 x IKAFLON 40 magnetic stirring bar1 x screwdriver1 x mains lead1 x user manual Compatible accessories The following original accessories are available to upgrade the RET basic anodised to a fully-fledged laboratory measuring station: IKA PT.Wireless wireless temperature sensor or ETS-D7 contact thermometer for wireless temperature monitoring Chemically resistant IKA synthesis blocks and dry attachments made from anodised aluminium for oil-free heating of round-bottom flasks Precisely fitting silicone protective covers, as well as H 16 V support rods and H 44 cross-sockets for securing wired sensors Individual requirements and procurement service Our procurement service is available to assist with the digitalisation planning of your laboratory processes, as well as for further original accessories, spare parts or bespoke calibration. Further information and contact details can be found on our procurement service page.

Part of the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA's recommended list price. Our promotional price is net.The IKA RCT basic magnetic stirrer with heating (MPN 0025008259) is one of the most widely used laboratory instruments in the world and has stood for reliable stirring and heating for decades. The current generation covers the full range of typical laboratory tasks, from preparing small reagent quantities to stirring larger volumes, with a stirring capacity of up to 20 litres of water, a heating power of 800 watts and a speed range of 50 to 1,500 revolutions per minute. The 135 mm aluminium base plate gives even heat distribution, and the IP 54 protection class keeps the unit safe from splashing water during continuous use. Powerful drive and precise speed control The magnetic drive of the RCT basic covers a stepless speed range from 50 to 1,500 revolutions per minute, set via a rotary push button control with a setting accuracy of 10 rpm. Stirring bars from 20 to 80 mm in length can be used, so the unit suits small beakers as well as larger vessels with a load of up to 25 kg. The drive is a brushless DC motor with 9 watts of output power and keeps a constant speed even at higher viscosities, without a noticeable change in the stirring pattern as the load increases. With the optional IKA HUB, automatic reverse rotation and intermittent operation can also be activated, for example to loosen deposits on the stirring bar or to automate recurring stirring cycles. Aluminium base plate and glass control panel The base plate of the RCT basic is made from an aluminium alloy with a diameter of 135 mm and gives fast, even heat transfer during heating. The control panel with its glass surface is easy to clean even with frequent contact with chemicals. The housing is protected to IP 54 against splashing water and dust, a clear step up from the IP 42 rating of the previous generation, and this makes it suitable for wet areas and washing stations in the lab as well. Heating power and safety concept for continuous operation With a heating power of 800 watts, the RCT basic heats one litre of water by 9 kelvin per minute in heating stage H1500, noticeably faster than the 600 watts and 6.5 kelvin per minute of the previous generation, and reaches temperatures from room temperature up to 310 degrees Celsius, adjustable in steps of 1 kelvin. The safety temperature range can be set independently between 50 and 360 degrees Celsius with a tolerance of 5 degrees Celsius and switches off the heater immediately on an unexpected overtemperature. If the unit is switched off while the heating plate is still above 50 degrees Celsius, the display alternates between the warning "HOT" and the current plate temperature until the plate has cooled to a safe level. Combined with the supplied external PT1000 temperature sensor, control accuracy in the medium reaches ±0.5 kelvin; with an optional IKA ETS-D5 contact thermometer it stays at ±0.5 kelvin, and with the ETS-D7 or the wireless PT.Wireless sensor it improves to ±0.2 kelvin. The ETS-D7 or PT.Wireless sensor also allows an optional pH reading of the medium on the RCT basic. Digital display and interfaces for process documentation An LED display shows setpoint and actual values for speed and temperature in real time, so the process can be monitored at all times. Via the digital USB-C and RS232 interfaces, the RCT basic can be connected to a PC and documented, for example, with the labworldsoft laboratory software. For external temperature measurement, a socket is available for the PT1000 series as well as the ETS-D5 and ETS-D7 electronic contact thermometers, and an optional USB WD dongle also connects the wireless PT.Wireless sensor via WPAN. A built-in timer covers times from 1 second to 5,999 minutes, and a sensor-in-medium detection reports once the temperature probe is actually immersed in the medium. When the RCT basic is controlled externally via IKA HUB or labworldsoft, the device controls can be locked with the safeSTOP function, and the display then shows "safeSTOP". Power supply is 220 to 230 volts at 50 or 60 hertz, with power consumption of 820 watts in operation and 0.45 watts in standby. Compact format for parallel use At 160 x 100 x 200 mm (width x height x depth) and a net weight of 2.3 kg, the RCT basic takes up little space on the bench or in the fume hood. Its compact format makes it easier to run several units in parallel, for example when quality control or research work needs several batches stirred and heated at the same time. Because the stirrer and the heater are combined in one unit, there is no need to set up separate stirring and heating devices, which saves bench space and reduces cabling at the workstation. Typical applications As a base unit for stirring and heating liquid media, the RCT basic is used across a wide range of laboratory settings, from routine analysis to synthesis: Preparing and heating buffers, nutrient solutions and reagents in the routine lab Chemical syntheses with defined temperature control, for example reflux boiling or dissolving solids Homogenising larger volumes of solution thanks to a stirring capacity of up to 20 litres of water, for example stock solutions in quality control Sample preparation with external temperature monitoring via PT1000, ETS-D5, ETS-D7 or PT.Wireless, for example during digestion or extraction Use at wet workstations and washing areas thanks to IP 54 protection against splashing water Training and teaching in chemistry and pharmacy, where robust, easy-to-use instruments are needed Technical details Number of stirring positions1 Max. stirring volume per position (H2O)20 litres Maximum load25 kg Speed range50 to 1500 rpm Speed adjustmentStepless via rotary push button Speed setting accuracy10 rpm Max. stirring bar length20 to 80 mm Motor typeBrushless DC motor (EC), 9 W output Heating power800 W Heating temperature rangeRoom temperature to 310 °C Temperature setting resolution1 K (heating plate), 0.1 K (actual value display) Adjustable safety temperature range50 to 360 °C ± 5 °C Heating rate (1 l H2O, stage H1500)9 K/min Control accuracy with PT1000± 0.5 K Control accuracy with ETS-D5± 0.5 K Control accuracy with ETS-D7 or PT.Wireless± 0.2 K Control accuracy at heating plate centre without vessel (100 °C)± 5 K Self-heating of the base plate (RT 22 °C, 1 h stirring)max. + 12 K Base plate materialAluminium alloy Base plate dimensionsØ 135 mm Overall dimensions (W x H x D)160 x 100 x 200 mm Net weight2.3 kg Protection class per DIN EN 60529IP 54 DisplayLED display for setpoint and actual values Connection for external sensorPT1000 series, ETS-D5, ETS-D7, PT.Wireless Timer1 second to 5,999 minutes Digital interfacesRS232 and USB-C WPAN interfaceoptional via USB WD dongle pH measurementoptional with ETS-D7 or PT.Wireless Safety systemsAdjustable safety circuit, HOT display warning, sensor-in-medium detection, safeSTOP function Power consumption820 W, standby 0.45 W Power supply220 to 230 V, 50/60 Hz Scope of delivery 1 x IKA RCT basic magnetic stirrer base unit (MPN 0025008259) 1 x IKA PT 1000.60 temperature sensor 1 x mains lead 1 x screwdriver for the safety circuit 1 set of IKAFLON 30 round and IKAFLON 40 round magnetic stirring bars 1 x quick start guide 1 x warranty card Matching accessories The RCT basic has a socket for external PT1000 series temperature sensors as well as the ETS-D5 and ETS-D7 contact thermometers, so it can be upgraded in a targeted way: IKA ETS-D5 electronic contact thermometer with touchscreen (MPN 0025008371) for finer temperature control, up to ±0.5 kelvin accuracy in the medium Further original accessories such as the wireless PT.Wireless temperature sensor, the ETS-D7 or the USB WD dongle for WPAN connection are available through our procurement service. Individual requirements & procurement service IKA provides a manufacturer's warranty for the RCT basic of 2 years, extended to 10 years if the device is registered at ika.com/register within 90 days of purchase. To integrate the RCT basic into existing laboratory workstations, our procurement service offers further original accessories, such as support rods and cross-sleeves to secure the temperature sensor, heating baths to protect glassware, or additional contact thermometers for more complex temperature profiles. We are also glad to help with spare parts, individual calibration or custom builds. For more information and contact options, visit our procurement service.

Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA RET basic magnetic stirrer with heating (MPN 0025008265) combines a heating power of 800 watts with a compact housing measuring 160 x 200 x 100 millimetres and integrated Wi-Fi and LAN interfaces. The aluminium base ensures rapid, direct heat transfer to the sample. For B2B laboratory environments with high safety and documentation requirements, the RET basic combines a fast heating rate, precise speed control and a comprehensive, standards-compliant safety concept for continuous daily use. Compact design with high power density and direct heat transfer The 135-millimetre heating surface is made of an aluminium alloy without any additional coating, thereby enabling particularly direct heat transfer with heating rates of up to 9 Kelvin per minute whilst maintaining uniform temperature distribution; this can be adjusted across four heating speed settings. Unlike the RET basic anodised version, there is no additional oxide layer protection against scratches and chemicals; instead, the bare metal surface transfers heat without the low resistance of a coating. Despite the high heating power of 800 watts, the housing remains ultra-compact at 160 x 200 x 100 millimetres. The stirrer therefore saves space in the fume cupboard, can be positioned on any standard laboratory lifting platform and is suitable for parallel experimental set-ups in confined spaces. Networked laboratory processes via Wi-Fi and LAN For integration into networked laboratory infrastructures and automated documentation processes, the RET basic is equipped as standard with Wi-Fi and LAN interfaces, as well as the wired USB-C and RS232 interfaces. This connectivity allows the magnetic stirrer to be monitored centrally, controlled remotely or integrated into higher-level software solutions, including via the IKA app. The communication interface, which is based on ASCII-based Namur commands, also enables direct device-to-device communication. For example, the RET basic can be linked to an IKA overhead stirrer: if the stirring speed of the viscous medium falls below a critical threshold, the RET basic automatically deactivates the heating. This is an important prerequisite for reliable, unattended continuous operation. Comprehensive safety concept in accordance with EN IEC 61010-2-010 With a total of 18 integrated safety features, the RET basic complies with the laboratory equipment standard EN IEC 61010-2-010 for heated laboratory equipment. System safety is further confirmed by a certificate from TÜV Süd in accordance with the NRTL standard (comparable to UL and CSA). In addition to a mechanically adjustable safety range (50 to 360 degrees Celsius) via two separate plate sensors, the unit features Delta-T medium monitoring, sensor breakage and misalignment detection, as well as automatic heating shutdown in the event of a sudden drop in temperature, such as that caused by glass breakage. In the event of a safety shutdown, the ‘Always-Stir’ function takes effect: heating stops whilst stirring remains active to prevent delayed boiling or hotspots in the medium. A visual residual heat warning provides additional protection against burns on surfaces exceeding 50 degrees Celsius. Typical applications The combination of network connectivity, direct heat transfer and a comprehensive safety concept makes the RET basic a versatile device for digitised laboratory environments: Networked laboratory processes requiring documentation, thanks to integrated Wi-Fi and LAN interfaces Unattended continuous operation through coupling with an IKA overhead stirrer via Namur commands Demanding syntheses with high safety requirements thanks to 18 safety features in accordance with EN IEC 61010-2-010 Mobile process monitoring via the IKA app Suitable for use at wet workstations thanks to direct heat transfer via the uncoated aluminium plate Technical details Number of stirring points1 Max. mixing capacity (based on water)20 litres Maximum load25 kg Motor typeBrushless DC motor (EC), 9 W output power Speed range50 to 1700 rpm Setting accuracy for speed10 rpm heating power800 W Heating plate temperatureRoom temperature to 340 °C Maximum heating rateup to 9 K/min Heating speed4 levels, individually adjustable Control accuracy with PT1000 or ETS-D5±0.5 K Control accuracy with ETS-D7 or PT wireless±0.2 K Base diameter135 mm Actuator disc materialAluminium alloy, uncoated Network interfacesWi-Fi and LAN Data interfaces (wired)USB-C and RS232 Communication standardASCII-based Namur commands App integrationIKA APP Timer1 second to 5,999 minutes pH measurementOptional with ETS-D7 or PT wireless Compliance with standardsEN IEC 61010-2-010, TÜV Süd NRTL-tested (UL/CSA standard) Number of safety features18 Adjustable safety circuit50 to 360 °C Safety function: mediumDelta-T monitoring Boil-dry protectionAlways-Stir function Burn protectionVisual residual heat warning from a surface temperature of over 50 °C Display technology14-segment glass display Housing materialDie-cast aluminium housing, sealed Protection class according to DIN EN 60529IP 54 Dimensions (W x D x H)160 x 200 x 100 mm Net weight2.3 kg Power supply220 to 230 V, 50/60 Hz Country of originMade in Germany Scope of delivery1 x IKA RET basic magnetic stirrer with heating (MPN 0025008265)1 x PT 1000.60 temperature probe, stainless steel1 x H 801 x IKAFLON 30 magnetic stirring bar1 x IKAFLON 40 magnetic stirring bar1 x screwdriver1 x power cable1 x user manual Compatible accessories The following original accessories are available to expand the RET basic: IKA PT1000.60 stainless steel temperature probe for direct control within the medium, combined with a suitable support rod and cross-shaped sleeve for securing to the stirrer Precisely fitting silicone protective covers to protect the control panel from splashes IKA Dry attachments made of anodised aluminium for oil-free heating of round-bottomed flasks directly on the aluminium plate PTFE-coated magnetic stirring rods in cylindrical, oval or triangular shapes Individual requirements and procurement service The RET basic is covered by IKA’s manufacturer’s warranty: 2 years, extended to 10 years upon registration at ika.com/register within 90 days of purchase. Our procurement service is available to help you equip your laboratory workstations with additional original accessories, spare parts or bespoke calibration to suit your specific applications. Further information and contact details can be found on our procurement service page.

As soon as a stirring and heating process is no longer to be carried out merely as a secondary task, but must be documented in a traceable manner, controlled via an interface or regulated based on a temperature measured within the medium, a simple analogue dial reaches its limits. The IKA C-MAG HS 7 control (0020002694) features an LCD display for setpoint and actual values, RS232 and USB interfaces, and a stirring capacity of up to 20 litres; it was awarded the reddot award in 2017. Digital display and interfaces for documented processes Speed and temperature are each displayed on an LCD screen as setpoint and actual values; the display resolution for temperature is 1 Kelvin. The unit can be connected to a control system via the RS232 interface and the USB-B port; the Labworldsoft laboratory equipment software is listed in the range of accessories for this purpose. For laboratory environments with traceability requirements, this is a difference that goes beyond mere usability. Stirring up to 20 litres with automatic direction reversal The speed range extends from 50 to 1,500 revolutions per minute with a deviation of just ±2 per cent (no load, rated voltage, at 1,500 rpm and 25 degrees Celsius) and a setting accuracy of 10 revolutions per minute. Automatic direction reversal and interval operation are available, as is viscosity trend measurement, which allows changes in the medium’s viscosity to be monitored during the process. Stirring rods ranging from 30 to 80 millimetres in length can be used; the maximum load on the base is 25 kilograms. Precise temperature control directly within the medium The scope of delivery includes a PT 1000.60 stainless steel temperature sensor; ETS-D5 and ETS-D6 contact thermometers can also be connected. The temperature control accuracy within the medium is ±0.5 Kelvin with the PT1000 probe and as high as ±0.2 Kelvin with the ETS-D6 (measured in each case with 500 ml of water, a 40 mm stirring rod, 600 rpm, 50 degrees Celsius). A ‘sensor-in-medium’ detection function indicates when the temperature sensor is actually immersed, thereby contributing to process reliability. Typical applications With its digital display, interfaces and precise medium temperature control, the C-MAG HS 7 control is ideally suited for: Syntheses and reactions requiring documented temperature control within the medium Processes with a defined reaction endpoint requiring an accuracy of ±0.5 K or better Stirring processes up to 20 litres with varying viscosity, monitored via viscosity trend measurement Automated or software-controlled laboratory workstations via RS232/USB Quality control with auditable time and temperature profiles Selection guide within the C-MAG series Within the C-MAG family, the ‘control’ version offers the highest level of specification, sitting between a simple analogue dial and a pure heating plate: ModelStirringStirring capacity (H₂O)heating powerOperation C-MAG HS 7 control (this unit)Yes, 50 to 1500 rpm20 l1,000 WLCD, PT1000/ETS-D5/ETS-D6, RS232, USB C-MAG HS 7Yes, 100 to 1,500 rpm10 l1000 WAnalogue scale, LED setpoint temperature C-MAG HS 10Yes, 100 to 1500 rpm15 l1500 WAnalogue scale, LED setpoint temperature, plate 260 x 260 mm C-MAG HP 7No, heating plate only10 l1000 WAnalogue scale, LED setpoint temperature If you do not require the interfaces or precise media temperature control, the C-MAG HS 7 or the C-MAG HS 10 offer a more cost-effective solution. If you already know that processes are to be documented or controlled via software, opting for the ‘control’ version will save you the expense of retrofitting at a later date. Differences from comparable IKA stirrers Compared to the simpler IKA C-MAG HS 7, the ‘control’ version offers an additional LCD display, interfaces and a larger 20-litre stirring capacity. The IKA C-MAG HS 10 retains analogue operation but features a larger 260 x 260 millimetre plate for higher heating power. At the single-station level, with comparable digital capabilities, the IKA Plate (RCT digital) with an LCD display and aluminium base, and the RET control-visc white with an additional weighing function are also available, each with its own specific focus. Technical details Number of stirring stations1 Max. stirring volume (H₂O)20 l Maximum load25 kg Motor power output9 W Direction of rotationclockwise / anti-clockwise, automatic reversal possible Speed range50 to 1500 rpm, setting accuracy 10 rpm, deviation ±2 % Stirrer rod length30 to 80 mm heating power1,000 W Heating temperature rangeRoom temperature to 500 °C, setting accuracy 5 K, display resolution 1 K Connection for external temperature sensorPT1000, ETS-D5, ETS-D6 Control accuracy in the medium (PT1000 / ETS-D6)±0.5 K / ±0.2 K Safety loop adjustable100 to 650 °C Additional functionsInterval operation, viscosity trend measurement, timer (1 s to 143,940 min), probe-in-medium detection InterfacesRS232, USB-B Self-heating on the work surface (ambient temperature 22 °C, 1 hour of maximum stirring)+2 K Base material / dimensionsCeramic, 180 x 180 mm Standby power consumption2 W Dimensions (W x H x D)220 x 88 x 354 mm Weight4 kg Protection classIP 21 (DIN EN 60529) Awardreddot award 2017 Mains connection220 to 230 V, 50/60 Hz, 1020 W (other voltage variants: 115 V / 100 V available) Scope of delivery 1 x IKA C-MAG HS 7 control magnetic stirrer with heating (0020002694) 1 x PT 1000.60 temperature probe, stainless steel 1 x IKAFLON 30 magnetic stir bar 1 x IKAFLON 40 magnetic stir bar 1 x screwdriver 1 x USB A-to-B cable Use, installation, maintenance and disposal With protection class IP 21, the C-MAG HS 7 control is protected against vertically falling dripping water and is designed for operation in a fume cupboard or on a stable laboratory bench. The temperature of the base surface rises by up to 2 Kelvin during one hour of continuous stirring; this must be taken into account when reading the actual hotplate temperature. The safety limit can be freely adjusted between 100 and 650 degrees Celsius and thus adapted to the specific process, rather than being fixed as with simpler models. Before carrying out maintenance work or cleaning the ceramic surface, the unit should be allowed to cool down and disconnected from the mains. At the end of its service life, the device, as an electrical appliance, must be disposed of separately from household waste via the waste electrical and electronic equipment (WEEE) collection scheme; the manufacturer’s WEEE registration number is DE 66784213. Investment rationale: When does the control version pay off? The additional cost compared with the analogue C-MAG HS 7 is particularly worthwhile if temperature profiles need to be documented, read out via RS232 or USB, or controlled within the medium with an accuracy of ±0.5 Kelvin or better. For simple, non-critical heating and stirring processes without a documentation requirement, the additional features are often unnecessary; in such cases, the C-MAG HS 7 or the C-MAG HS 10 with greater heating power is sufficient. If you regularly switch between several workstations using standardised, software-supported process control, the ‘control’ variant pays for itself through the time saved on documentation and calibration. Individual requirements and procurement service Additional original accessories are available for the C-MAG HS 7 control if required, such as ETS-D5 or ETS-D6 contact thermometers, support plates, reaction blocks and the Labworldsoft software. Through our procurement service, we also assist you with spare parts, calibrations and the standardisation of equipment across multiple workstations. Further information and contact details can be found on our procurement service page. Frequently Asked Questions What distinguishes the C-MAG HS 7 control from the standard C-MAG HS 7?The ‘control’ version features an LCD display for setpoint and actual values, RS232 and USB interfaces, automatic direction reversal, viscosity trend measurement and a larger stirring capacity of 20 litres instead of 10 litres. What is the scope of delivery for a temperature sensor?Yes, the C-MAG HS 7 control comes as part of the scope of delivery with a PT 1000.60 stainless steel temperature sensor. ETS-D5 and ETS-D6 sensors fit the same connection but are available separately. How accurately can the temperature in the medium be controlled?With the supplied PT1000 probe, to within ±0.5 Kelvin; with an optional ETS-D6 probe, to within ±0.2 Kelvin, in each case under the defined measurement conditions specified in the data sheet. Can the safety loop be adapted to the specific process?Yes, the safety loop is freely adjustable between 100 and 650 degrees Celsius, rather than being fixed as in simpler models. Can the device be controlled via software?The RS232 and USB interfaces allow connection to the Labworldsoft software listed in the IKA range of accessories; this enables stirring and heating parameters to be logged centrally rather than being read manually from the device. How should the C-MAG HS 7 control be disposed of correctly?As an electrical appliance, it should be taken to a waste electrical and electronic equipment (WEEE) collection point rather than disposed of with household waste; the manufacturer’s WEEE registration number is listed in the section on ‘Operation, Installation, Maintenance and Disposal’.

Maximum heating power and capacity for demanding syntheses In chemical synthesis, process engineering product development and demanding sample preparation, the precise and rapid temperature control of large volumes of liquid is a process-critical factor. The IKA RCT 5 digital is designed precisely for these demanding laboratory tasks and redefines the performance class of compact magnetic stirrers. Equipped with a robust, maintenance-free motor drive, the unit effortlessly handles stirring volumes of up to 20 litres (based on water) with a maximum permissible load of an impressive 25 kg. However, the decisive technological leap forward compared with conventional models lies in its extreme heating power of 850 watts. This power guarantees significantly reduced heating times (7.5 K/min for 1 litre of H₂O) even with large-volume batches, which measurably increases efficiency and throughput in day-to-day laboratory work. Optimised heat transfer through ceramic-coated aluminium The square base (137 x 137 mm) of the RCT 5 digital cleverly bridges the gap between two worlds, tailored to the specific material requirements. The core of the hotplate consists of a solid aluminium alloy, which ensures unrivalled rapid and uniform heat distribution right to the edges. To protect this thermally excellent base from the rigours of everyday laboratory use, it is sealed with an extremely durable, white ceramic coating. This high-tech surface makes the hotplate significantly more resistant to scratches than conventional metal hotplates and offers excellent chemical resistance against spilled acids, alkalis or aggressive solvents. The pure white colour of the ceramic also makes it much easier to visually monitor colour changes during titrations or complex reactions. Intelligent stirring: viscosity measurement and programmable sequences The RCT 5 digital is far more than a simple stirrer; it is an analytical tool. The instrument features integrated viscosity trend measurement. By continuously monitoring the torque, the microprocessor detects changes in the sample’s viscosity in real time – an indispensable feature for the precise determination of the endpoint in polymerisation reactions. The smart multifunction menu also allows for the free programming of complex stirring sequences. Users can define automatic changes in the direction of rotation (interval operation) to mix stubborn samples or two-phase mixtures (emulsions) more homogeneously. The precise timer and countdown function allows reactions to run safely and completely autonomously overnight without manual supervision. Uncompromising occupational safety and GLP-compliant interfaces Occupational Health and Safety is a key focus of the RCT 5 digital. The entire user interface and the brilliant LCD display are housed behind a continuous, chemical-resistant and tempered real glass pane, which prevents liquids from penetrating the electronics. An adjustable, independent safety circuit (50 to 370 °C) provides redundant monitoring of the hotplate. The ‘Hot Top’ indicator clearly warns the user of the risk of burns whilst the hotplate is still emitting residual heat after being switched off. An intelligent “Error 5” fault detection system switches the heating off immediately if the PT 1000 temperature sensor (included in the scope of delivery) accidentally slips out of the medium. For certified laboratories (GLP/GMP), the unit offers RS 232 and USB interfaces for seamless, tamper-proof digital documentation of all process parameters via labworldsoft. Technical details Max. stirring volume (H₂O): 20 litres Maximum permissible load: 25 kg Heating power: 850 W Heating rate (1 litre H₂O in H 1500): 7.5 K/min Speed range: 50 – 1500 rpm (adjustable in 10 rpm increments) Direction of rotation change: Yes, automatic reverse rotation adjustable Temperature range (heating plate): Room temperature to 310 °C Adjustable safety limit: 50 – 370 °C Base (material): Aluminium alloy with white ceramic coating Base (dimensions): 137 x 137 mm (square) Temperature sensor connection: DIN socket (for PT 1000, ETS-D5, ETS-D6) Control accuracy with external PT 1000 sensor: ± 0.5 K User interface: Tempered, chemical-resistant glass Display: LCD (for setpoint and actual values of speed and temperature) Additional functions: Timer (up to 143,940 min), interval operation, viscosity trend measurement Safety: ‘Hot Top’ warning indicator, probe detection in the medium (Timeout Error 5) Interfaces: USB-B, RS 232 (for software control / firmware updates) Suitable stirrer rod length: 20 – 80 mm Dimensions (W x H x D): 160 x 85 x 270 mm Weight: 2.6 kg Protection class (DIN EN 60529): IP 42 Contents 1 x IKA RCT 5 digital magnetic stirrer with heating 1 x IKA PT 1000.60 temperature probe (stainless steel) for precise control within the medium 1 x IKAFLON 30 magnetic stirring bar 1 x IKAFLON 40 magnetic stirring bar 1 x screwdriver 1 x USB A-B cable (for data transfer) Individual requirements & accessories The included PT 1000 probe already gives you full control over the temperature of the medium. To position this probe accurately and securely in your reaction vessel, a suitable stand system is essential. We recommend ordering the IKA H 16 V support rod directly, in combination with the H 44 cross sleeve and the H 38 support rod. If you are working with extremely oily, viscous media, you can further optimise your results with special, cross-shaped magnetic stirring rods from our range. Our procurement service will be happy to advise you on GLP-compliant integration into your laboratory software.

Thermodynamic efficiency and material resistance The IKA C-MAG HP 10 is a high-performance heating system specially developed for the thermal treatment of large-volume media and aggressive chemical substances. With a heating power of 1500 W and a footprint of 260 x 260 mm, the unit enables significant thermal energy transfer. The monolithic glass-ceramic plate is characterised by excellent chemical inertness and high resistance to thermal cycling. The material’s low thermal expansion ensures a flat surface even at maximum operating temperatures, which minimises the thermal contact resistance to the vessel. Metrological precision and system reliability The thermal parameters are controlled via a digital display, which allows precise monitoring of the setpoints. To regulate the medium temperature, the C-MAG HP 10 features an integrated interface in accordance with DIN 12878, which enables the connection of external contact thermometers (e.g. ETS-D5). The safety architecture comprises a fixed safety circuit at 550 °C and a visual ‘Hot Top’ warning indicator. The latter acts as a preventive safety mechanism against thermal injuries by detecting residual heat in the plate even after the heating function has been deactivated, as long as the surface temperature remains above 50 °C. Technical details Thermodynamics & Heating Technology Heating power: 1500 W Heating temperature range: 50 to 500 °C Heating temperature setting accuracy: ± 10 K Fixed safety cut-off: 550 °C Heating rate (1 l H₂O in H15): 5 K/min Metrology & Control Engineering Display: Digital LCD (setpoint) Connection for external temperature sensor: DIN 12878 (e.g. PT 1000) Control accuracy with sensor: ± 3 K Residual heat indicator: Visual warning signal (Hot Top indicator) Material Properties & Mechanics Surface material: Glass-ceramic (vitroceramic) Cooktop surface dimensions: 260 x 260 mm Housing material: Cast aluminium / corrosion-resistant plastic Chamber structure & dimensions Dimensions (W x H x D): 300 x 105 x 415 mm Weight: 6 kg Permissible ambient temperature range: 5 to 40 °C Permissible relative humidity: 80% Protection class according to DIN EN 60529: IP 21 Voltage: 230 V (50/60 Hz) Power consumption: 1505 W Contents of delivery 1 x IKA C-MAG HP 10 hotplate 1 x mains cable 1 x operating instructions Important note: An external temperature sensor (e.g. PT 1000) for direct control of the medium temperature is not included as standard and must be configured separately. Customised requirements & accessories For precise thermodynamic control in the liquid phase, an external resistance thermometer (PT 1000) or an electronic contact thermometer (ETS-D series) must be connected via the DIN 12878 socket. This enables compensation for the thermal hysteresis of the glass-ceramic hotplate. You can find suitable support rods and cross-sockets for securing the sensor via our procurement service.

Larger beakers, several flasks side by side or batches above 10 litres need a work surface that also supports this load across its area, not just a powerful heater. For this, the IKA C-MAG HS 10 (0003581400) comes with a 260 x 260 millimetre ceramic plate, considerably larger than that of the C-MAG HS 7, combined with 1500 watts of heating power and a stirring capacity of up to 15 litres of water. Large ceramic work surface for greater vessel variety With 260 x 260 millimetres, the ceramic plate offers considerably more room than the 180 x 180 millimetre surface of the C-MAG HS 7, for example for wide crystallising dishes, large round-bottom flasks or several smaller vessels at the same time. The heating power of 1500 watts covers a temperature range of 50 to 500 degrees Celsius, set via a rotary knob with an accuracy of 5 kelvin and shown on an LED display. A fixed safety circuit limits the plate temperature to a maximum of 550 degrees Celsius regardless of the setpoint temperature. Stirring up to 15 litres, load up to 20 kilograms As with the C-MAG HS 7, the stirring drive covers a speed range of 100 to 1500 revolutions per minute, set via a six-step scale, and stirring bars up to 80 millimetres in length can be used. The higher permissible load of 20 kilograms makes it possible to place additional stand material, reflux condensers or double-jacketed reaction vessels on the plate alongside the stirred material without exhausting the limit values. Expandable with external temperature measurement Via the connection socket according to DIN 12878, an ETS-D5 contact thermometer can be retrofitted if required, in order to measure the temperature directly in the medium instead of only at the plate surface. The sensor itself is not part of the scope of delivery of the C-MAG HS 10 and must be procured separately if required. Higher heating power for faster heating times With 1500 instead of 1000 watts, the C-MAG HS 10 delivers more heating power than the C-MAG HS 7, distributed over a larger area, which reduces the time to reach the setpoint temperature at a comparable fill level. Especially with larger quantities of water or several vessels heated at the same time, the difference in power is noticeable in everyday laboratory work, without anything having to be changed in the operating logic compared with the smaller model. Typical applications With a large work surface and increased heating power, the C-MAG HS 10 is technically suited for: Preparing and heating larger volumes up to 15 litres Stirring or heating several smaller vessels on one plate at the same time Batches with larger crystallising dishes or wide round-bottom flasks Routine processes in which fast heating through higher heating power saves time Laboratory workstations with changing vessel size without changing the base device Selection guide within the C-MAG series Within the C-MAG family, the HS 10 marks the largest work surface and highest heating power among the models with analogue operation: ModelPlate sizeStirring capacity (H2O)Heating powerOperation C-MAG HS 10 (this device)260 x 260 mm15 l1500 WAnalogue scale, LED setpoint temperature C-MAG HS 7180 x 180 mm10 l1000 WAnalogue scale, LED setpoint temperature C-MAG HS 7 control180 x 180 mm20 l1000 WLCD, PT1000/ETS-D5/ETS-D6, RS232, USB C-MAG HP 7180 x 180 mm10 l (heating only)1000 WAnalogue scale, LED setpoint temperature Anyone who needs documented temperature control in the medium or interfaces is better served by the C-MAG HS 7 control, even if its plate area is smaller. Anyone who, on the other hand, is mainly looking for space on the work surface and heating power, without needing digital functions, will find the largest area of the series in the HS 10. Differences from the nearest C-MAG models The IKA C-MAG HS 7 covers most standard batches up to 10 litres with the smaller 180 x 180 millimetre plate and 1000 watts of heating power and is the more compact alternative. The IKA C-MAG HS 7 control brings, with a smaller plate, a higher stirring capacity of 20 litres as well as a digital display and interfaces. Anyone who only needs to heat but not stir will find, with the IKA C-MAG HP 7 a pure heating plate in the same form factor as the HS 7. Technical details Number of stirring positions1 Max. stirring capacity (H2O)15 l Maximum load20 kg Motor power output1.5 W Speed range100 to 1500 rpm, scale 0 to 6 Stirring bar length max.80 mm Heating power1500 W Heating temperature range50 to 500 °C, rotary knob, setting accuracy 5 K Safety circuit fixed550 °C Connection for external temperature sensorETS-D5 (DIN 12878) Work surface materialCeramic Work surface dimensions260 x 260 mm Permissible relative humidity80 % Dimensions (W x H x D)300 x 105 x 415 mm Weight6 kg Degree of protectionIP 21 (DIN EN 60529) Mains connection230 V, 50/60 Hz, 1520 W (further voltage variants 120 V / 100 V available) Scope of delivery 1 x IKA C-MAG HS 10 magnetic stirrer with heating (0003581400) 1 x IKAFLON 20 magnetic stirring bar 1 x IKAFLON 30 magnetic stirring bar 1 x IKAFLON 40 magnetic stirring bar An external temperature sensor such as the ETS-D5 is not included in the scope of delivery. Use, installation, maintenance and disposal With degree of protection IP 21, the C-MAG HS 10 is protected against vertically falling drip water and designed for operation in the fume hood or on a stable, level laboratory bench at up to 80 percent relative humidity. Because of the larger work surface and higher heating power, sufficient distance to flammable materials, solvent bottles and adjacent devices should be planned when setting up, particularly with continuous operation with several vessels on the plate. The ceramic surface is chemical-resistant, but the device should cool down and be disconnected from the mains before cleaning. The fixed safety circuit at 550 degrees Celsius additionally protects against overheating. At the end of its service life, the device does not belong in household waste as electrical equipment but in separate waste electrical equipment collection; the manufacturer's WEEE registration number is DE 66784213. Investment logic: when the larger work surface pays off Anyone who regularly works with vessels that become tight on a 180 x 180 millimetre plate, or who wants to heat several smaller vessels at the same time, gains noticeable flexibility with the 260 x 260 millimetre plate of the HS 10, without having to place a second, smaller device next to it. For standard batches up to 10 litres, where vessel size is irrelevant, the more compact and somewhat cheaper C-MAG HS 7 is usually sufficient. If a documented temperature measured in the medium is also required, the investment should go into the control version with the smaller plate rather than into the pure area enlargement of the HS 10. Individual requirements & procurement service For the C-MAG HS 10, suitable original accessories such as the ETS-D5 contact thermometer, stand material, protective covers, oil bath attachments and further magnetic stirring bars are available on request. Through our procurement service we also support you with spare parts, calibrations and the compilation of several workstations with uniform accessories. Further information and contact options can be found at our procurement service. Frequently asked questions How much larger is the work surface compared with the C-MAG HS 7?The plate of the HS 10 measures 260 x 260 millimetres compared with 180 x 180 millimetres for the HS 7, so considerably larger vessels or several vessels fit on the surface at the same time. Can the C-MAG HS 10 also be used for stirring only, without heating?Yes, speed and heating temperature are set via two separate controls and work independently of each other. What is the maximum load on the work surface?20 kilograms, which includes additional stand material or accessories on the plate and is thus above the 15 kilograms of the smaller C-MAG HS 7. Is external temperature measurement in the medium possible?Via the connection socket according to DIN 12878, an ETS-D5 contact thermometer can be retrofitted, which, however, must be procured separately. Which stirring bars are included in the scope of delivery?Three IKAFLON magnetic stirring bars of 20, 30 and 40 millimetres, suitable for bar lengths up to 80 millimetres. How is the C-MAG HS 10 disposed of properly?As electrical equipment, it belongs at a waste electrical equipment collection point instead of in household waste, and the manufacturer's WEEE registration number is given in the section Use, installation, maintenance and disposal.

For the daily preparation of buffers, the heating of smaller volumes or simple reflux experiments, a laboratory does not need a full-featured device, but a stirring and heating device that runs reliably and can be operated after a brief introduction. The IKA C-MAG HS 7 (0003581200) combines a 1000-watt ceramic heating plate with a magnetic stirrer for up to 10 litres of water and thus covers a large part of routine laboratory work, without having to pay for the additional functions of a control version. Ceramic work surface for fast, direct heat transfer The 180 x 180 millimetre ceramic work surface transfers the heating power of 1000 watts directly to the vessel and covers a heating temperature range of 50 to 500 degrees Celsius, set via a simple rotary knob with a setting accuracy of 5 kelvin. A fixed safety circuit switches off the heating at a plate temperature of 550 degrees Celsius regardless of the selected setpoint temperature, an additional mechanical protection against overheating of the device itself. The setpoint temperature is shown on an LED display, so that the current setting remains legible even from some distance. Stirring up to 10 litres with continuously adjustable speed The stirring drive covers a speed range of 100 to 1500 revolutions per minute, set via a six-step scale. Stirring bars up to 80 millimetres in length can be used, and the maximum stirring capacity is 10 litres of water. Stirring and heating functions are operated via two separate controls and work independently of each other, so the device can also be used for stirring only, without heating. With a permissible load of 15 kilograms, the work surface also supports larger vessels together with accessories such as reflux condensers or stand material. Expandable with external temperature measurement in the medium Via the connection socket for external temperature sensors according to DIN 12878, a contact thermometer such as the IKA ETS-D5 can be retrofitted if required, in order to measure the temperature directly in the medium instead of only at the plate surface. The sensor is not included in the scope of delivery of the C-MAG HS 7 itself; anyone who needs it from the start will find a version in the C-MAG HS 7 Package that already includes ETS-D5 and stand accessories. Typical applications As a robust entry-level device for stirring and heating, the C-MAG HS 7 is technically suited for: Preparing and homogenising buffer and reagent solutions up to 10 litres Heating and stirring in sample preparation in routine laboratories Simple reflux experiments and dissolution experiments in training and further education Quality control with recurring, uncritical temperature profiles Second device for workstations where no documented medium temperature is required Selection guide within the C-MAG series IKA grades the C-MAG family by the combination of stirring and heating (HS) or heating only (HP), by plate size 4, 7 or 10, and by the level of equipment from the analogue scale to the control version with interfaces. The following table places the C-MAG HS 7 in relation to its closest siblings: ModelStirringStirring capacity (H2O)Heating powerOperation C-MAG HS 7 (this device)yes, 100 to 1500 rpm10 l1000 WAnalogue scale, LED setpoint temperature C-MAG HS 7 controlyes, 50 to 1500 rpm20 l1000 WLCD, PT1000/ETS-D5/ETS-D6, RS232, USB C-MAG HS 10yes, 100 to 1500 rpm15 l1500 WAnalog scale, LED setpoint temperature, plate 260 x 260 mm C-MAG HP 7no, heating plate only10 l1000 WAnalogue scale, LED setpoint temperature Anyone who regularly exceeds 10 litres or switches more often between different volumes is better served by the C-MAG HS 10 or the control version. If only heating is required and stirring is already done elsewhere, the pure heating plate C-MAG HP 7 saves purchase costs. Differences from the nearest C-MAG models The IKA C-MAG HS 7 control offers the same heating power, but a larger stirring capacity of 20 litres, a digital LCD display, automatic reversal of the direction of rotation, timer and interfaces for RS232 and USB, ideal when processes are to be documented or controlled via Labworldsoft. The IKA C-MAG HS 10 retains the simple analogue operation of the HS 7, but brings a larger 260 x 260 millimetre plate and 1500 watts of heating power for larger batches. Anyone who needs the ETS-D5 sensor, stand material and stirring bars directly in a set will find this in the IKA C-MAG HS 7 Package. For smaller batches of up to 5 litres, the IKA C-MAG HS 4 is additionally available in the series. Technical details Number of stirring positions1 Max. stirring capacity (H2O)10 l Maximum load15 kg Motor power output1.5 W Speed range100 to 1500 rpm, scale 0 to 6 Stirring bar length max.80 mm Heating power1000 W Heating temperature range50 to 500 °C, rotary knob, setting accuracy 5 K Safety circuit fixed550 °C Connection for external temperature sensorETS-D5 (DIN 12878) Work surface materialCeramic Work surface dimensions180 x 180 mm Permissible relative humidity80 % Dimensions (W x H x D)220 x 105 x 335 mm Weight5 kg Degree of protectionIP 21 (DIN EN 60529) Mains connection230 V, 50/60 Hz, 1020 W (further voltage variants 120 V / 100 V available) Scope of delivery 1 x IKA C-MAG HS 7 magnetic stirrer with heating (0003581200) 1 x IKAFLON 20 magnetic stirring bar 1 x IKAFLON 30 magnetic stirring bar 1 x IKAFLON 40 magnetic stirring bar An external temperature sensor such as the ETS-D5 is not included in the scope of delivery and must be procured separately if required. Use, installation, maintenance and disposal With degree of protection IP 21, the C-MAG HS 7 is protected against vertically falling drip water and designed for operation under the fume hood or on a level, stable laboratory bench at up to 80 percent relative humidity. The ceramic surface is chemical-resistant, but should cool before cleaning, since the self-heating of the work surface rises by up to 2 kelvin when stirring for an hour at room temperature and acts in addition to the set heating temperature. The fixed safety circuit at 550 degrees Celsius protects against unintentional overheating, but does not replace the usual visual inspection of the mains cable and housing before each use. At the end of its service life, the device does not belong in household waste as electrical equipment but in separate waste electrical equipment collection; the manufacturer's WEEE registration number is DE 66784213. Investment logic: stirring capacity, vessel size and when more equipment pays off For most routine batches between 250 millilitres and a few litres, the combination of 10 litres stirring capacity and 1000 watts of heating power of the C-MAG HS 7 is comfortably sufficient, as long as the setpoint temperature at the plate surface is adequate for the application. As soon as a process needs a reliable temperature measured in the medium itself, for example with defined reaction endpoints or sensitive batches, the investment in an external temperature sensor via the ETS-D5 socket is worthwhile, or switching straight to the control version with documentable control. Anyone who regularly works beyond 10 litres should weigh the additional cost of the C-MAG HS 10 or the C-MAG HS 7 control against the effort of constantly working at the capacity limit. Individual requirements & procurement service For the C-MAG HS 7, suitable original accessories such as the ETS-D5 contact thermometer, stand material, protective covers and further magnetic stirring bars are available on request. Through our procurement service we also support you with spare parts, calibrations and the compilation of several workstations with uniform accessories. Further information and contact options can be found at our procurement service. Frequently asked questions Can the C-MAG HS 7 also be used for stirring only, without heating?Yes, speed and heating temperature are set via two separate controls and work independently of each other. How accurate is the temperature control?Without an external sensor, the heating temperature at the plate is controlled with a setting accuracy of 5 kelvin. For more accurate control directly in the medium, the ETS-D5 connection socket according to DIN 12878 is available. Which stirring bars are included in the scope of delivery?Three IKAFLON magnetic stirring bars of 20, 30 and 40 millimetres, suitable for bar lengths up to 80 millimetres. What happens if the heating plate gets too hot?A fixed safety circuit switches off the heating at a plate temperature of 550 degrees Celsius, regardless of the setpoint temperature. How does the C-MAG HS 7 differ from the C-MAG HS 7 control?The C-MAG HS 7 control offers a larger stirring capacity of 20 litres, a digital LCD display and interfaces for RS232 and USB, while the C-MAG HS 7 is operated via a simple analogue scale. How is the device disposed of properly?As electrical equipment, the C-MAG HS 7 falls under the WEEE Directive and belongs at a waste electrical equipment collection point, not in household waste. The manufacturer's registration number is given in the section Use, installation, maintenance and disposal.

IKA has relaunched the classic RCT digital series under the new product brand IKA Plate with LCD display and digital process control, and the manufacturer continues to use the parenthetical addition RCT digital. The IKA Plate (RCT digital) (0025004601) combines a stirring capacity of up to 20 litres with 600 watts of heating power, a round aluminium work surface and a digital display for setpoint and actual values of speed and temperature. Round aluminium work surface with fast heat transfer The work surface with a diameter of 135 millimetres is made of an aluminium alloy that transfers heat to the vessel faster than classic ceramic coatings. The heating power of 600 watts covers a temperature range of 0 to 310 degrees Celsius (room temperature plus the device's self-heating), with a setting accuracy of 1 kelvin at the plate. According to the data sheet, the heating rate is 6.5 kelvin per minute for 1 litre of water. Digital display and interfaces for documented processes Speed and temperature are shown on an LCD display as setpoint and actual value. Via the RS232 interface and USB-B connection, the device can be connected to a control system, and the laboratory device software Labworldsoft 6 is listed in the accessory range for this purpose. Automatic reversal of the direction of rotation, interval operation, viscosity trend measurement and a timer with a maximum run time of 143,940 minutes round off the process control. Stirring up to 20 litres with high repeatability The speed range extends from 50 to 1500 revolutions per minute with a deviation of only ±2 percent (without load, rated voltage, at 1500 rpm and 25 degrees Celsius), set in steps of 10 revolutions per minute. Stirring bars from 20 to 80 millimetres in length can be used, and the maximum load on the work surface is 25 kilograms. Automatic reversal of the direction of rotation makes it possible to influence vortex formation in the vessel in a targeted way, for example to reduce aerosol formation in sensitive batches. Precise temperature control directly in the medium A PT 1000.60 temperature sensor made of stainless steel is already included in the scope of delivery, and ETS-D5 and ETS-D6 contact thermometers can also be connected. The control accuracy in the medium is ±0.5 kelvin each with the PT1000 sensor and the ETS-D5, and ±0.2 kelvin with the ETS-D6 (measured with 500 ml of water, 40 mm stirring bar, 600 rpm, 50 degrees Celsius). A sensor-in-medium detection reports when the sensor is actually immersed. Typical applications With digital display, interfaces and precise medium temperature control, the IKA Plate (RCT digital) is technically suited for: Syntheses and reactions requiring documented temperature control in the medium Stirring processes up to 20 litres with changing viscosity, monitored via viscosity trend measurement Automated or software-controlled laboratory workstations via RS232/USB Processes with long time intervals thanks to the timer of up to almost 100 days Quality control with auditable time and temperature profiles Selection guide: digital, control or basic Within the IKA stirrers, the digital level marks the transition from simple analogue operation to a digital display, without yet offering all functions of the control versions: ModelOperationStirring capacity (H2O)Heating powerWork surface IKA Plate (RCT digital), this deviceLCD, RS232, USB-B20 l600 WAluminium, Ø 135 mm C-MAG HS 7 controlLCD, RS232, USB-B20 l1000 WCeramic, 180 x 180 mm RET control-visc whiteTFT, RS232, USB, weighing function20 l600 WTechnical enamel, Ø 135 mm Anyone who needs higher heating power in addition to the digital display is better served by the C-MAG-HS-7-control version. Anyone who also wants to record the mass of the sample directly in the stirring process will find this in the RET control-visc. Differences from comparable IKA stirrers The IKA C-MAG HS 7 control offers, with the same stirring capacity of 20 litres, a higher heating power of 1000 instead of 600 watts, but a smaller work surface with ceramic coating instead of aluminium. The RET control-visc white shares the stirring capacity and work surface size, and additionally brings an integrated weighing function and a TFT display. For a simpler specification without a digital display, IKA also lists the models RCT basic and RCT basic anodized. Technical details Number of stirring positions1 Max. stirring capacity (H2O)20 l Maximum load25 kg Motor power output9 W Direction of rotationclockwise / anticlockwise, automatic reversal possible Speed range50 to 1500 rpm, setting accuracy 10 rpm, deviation ±2 % Stirring bar length20 to 80 mm Heating power600 W Heating temperature range0 to 310 °C (room temperature plus self-heating), setting accuracy 1 K Connection for external temperature sensorPT1000, ETS-D5, ETS-D6 Control accuracy in the medium (PT1000/ETS-D5 / ETS-D6)±0.5 K / ±0.2 K Safety circuit adjustable50 to 370 °C Further functionsInterval operation, viscosity trend measurement, timer (1 s to 143,940 min), sensor-in-medium detection InterfacesRS232, USB-B Work surface material / dimensionsAluminium alloy, Ø 135 mm Standby power consumption1.6 W Dimensions (W x H x D)160 x 85 x 270 mm Weight2.4 kg Degree of protectionIP 42 (DIN EN 60529) Mains connection220 to 230 V, 50/60 Hz, 650 W (further voltage variants 115 V / 100 V available) Scope of delivery 1 x IKA Plate (RCT digital) magnetic stirrer with heating (0025004601) 1 x PT 1000.60 temperature sensor, stainless steel 1 x IKAFLON 30 magnetic stirring bar 1 x IKAFLON 40 magnetic stirring bar 1 x screwdriver 1 x USB-A-B cable Use, installation, maintenance and disposal With degree of protection IP 42, the IKA Plate (RCT digital) is protected against the ingress of foreign bodies larger than 1 millimetre and against dripping water when tilted up to 15°, which also allows operation under somewhat more demanding laboratory conditions than with simpler IP 21 devices. The self-heating of the work surface rises by up to 17 kelvin after one hour of continuous stirring, which must be taken into account when assessing the actual plate temperature, particularly in processes close to the lower setpoint temperature. Before cleaning and maintenance, the device should be allowed to cool and be disconnected from the mains. At the end of its service life, the device does not belong in household waste as electrical equipment but in separate waste electrical equipment collection; the manufacturer's WEEE registration number is DE 66784213. Investment logic: when the digital version pays off The digital version is worthwhile when documented setpoint and actual values and a connection via RS232 or USB are required, without the need for additional functions such as a weighing function. For processes that additionally require a heating power higher than 600 watts, the C-MAG HS 7 control with 1000 watts is the more suitable choice, even though its work surface is somewhat smaller and made of ceramic instead of aluminium. If a reproducible sample mass during stirring is also required, this justifies the extra cost of the control-visc version with weighing function. Individual requirements & procurement service For the IKA Plate (RCT digital), additional original accessories such as ETS-D5 or ETS-D6 contact thermometers, carrier plates, reaction blocks, oil bath attachments and the Labworldsoft software are available on request. Through our procurement service we also support you with spare parts, calibrations and the uniform equipping of several workstations. Further information and contact options can be found at our procurement service. Frequently asked questions Is "IKA Plate" a new product name or a typing error?IKA Plate is the official, current product brand for the classic RCT digital series, and the manufacturer continues the parenthetical addition RCT digital, so that the device can also be found under its previous name. Is a temperature sensor included in the scope of delivery?Yes, a PT 1000.60 temperature sensor made of stainless steel is part of the scope of delivery. ETS-D5 and ETS-D6 sensors can also be connected, but must be procured separately. How does the IKA Plate (RCT digital) differ from the C-MAG HS 7 control?Both offer an LCD display and interfaces, but the C-MAG HS 7 control has a higher heating power of 1000 instead of 600 watts and a ceramic instead of aluminium work surface. How accurately can the temperature in the medium be controlled?With the PT1000 sensor supplied, the IKA Plate (RCT digital) controls to an accuracy of ±0.5 kelvin, and with the optional ETS-D6 sensor even to ±0.2 kelvin, in each case according to the data sheet under defined measurement conditions. Can the device be controlled via software?Via the RS232 and USB interface, a connection to the Labworldsoft 6 software listed in the IKA accessory range is provided, which allows process data to be logged centrally. How is the IKA Plate (RCT digital) disposed of properly?As electrical equipment, it belongs at a waste electrical equipment collection point instead of in household waste, and the manufacturer's WEEE registration number is given in the section Use, installation, maintenance and disposal.

Not every workstation needs a stirrer as well, for example when stirring is done externally and a water bath is only to be temperature-controlled or a vessel is only to be heated. The IKA C-MAG HP 7 (0003581800) is a hotplate without magnetic stirring function, with 1000 watts of heating power, a ceramic surface measuring 180 x 180 millimetres and a heating temperature range of 50 to 500 degrees Celsius. It is technically derived from the proven C-MAG HS series, but without the stirring drive. 1000 watts of heating power without stirring function The ceramic plate transfers the heating power directly to the vessel placed on it and covers a temperature range of 50 to 500 degrees Celsius, set with a rotary knob with an accuracy of 5 Kelvin. According to the data sheet, the heating rate is 5 Kelvin per minute, a guide value for estimating how quickly a given volume of water reaches the set temperature. As no stirring drive is fitted, the otherwise usual speed scale is omitted and operation is limited to setting the temperature. According to the manufacturer, a volume of up to 10 litres of water can be heated with it. Can be extended with external temperature measurement in the medium Via the connection socket according to DIN 12878, an ETS-D5 contact thermometer can be retrofitted to measure the temperature directly in the medium instead of only at the plate surface, which is practical for oil baths, for example, or when an externally driven stirrer is already part of the setup. The sensor itself is not included in the scope of delivery. Compact design for integration into existing setups With dimensions of 220 x 105 x 330 millimetres and a weight of 4.4 kilograms, the HP 7 can be integrated into existing experimental setups without taking up much space, for example underneath a stand with a separate stirrer or as a plain heat source for an oil bath, without having to allow extra space for a stirring unit. Protection class IP 21 protects against vertically falling water drops. Easy integration into existing setups Because the electronics of the HP 7 are designed exclusively for the heating function, operation is reduced to a single rotary knob for the set temperature, with no scale or control for a speed that does not exist anyway. This makes the unit an uncomplicated addition to setups in which a separate stirrer, for example an overhead stirrer with its own stand, is already available and only a reliable heat source underneath is missing. Typical applications As a hotplate without stirring function, the C-MAG HP 7 is technically suited for: Heating vessels and oil baths without a simultaneous need for stirring Combination with separately driven stirrers, for example overhead stirrers Temperature control of reaction blocks or carrier plates from the IKA accessories range Simple heat source in teaching and training laboratories Replacement purchase for workstations where a separate stirrer is already available Selection guide: hotplate only or heating magnetic stirrer Within the C-MAG family, IKA basically distinguishes between HS models with stirring and heating and HP models with heating function only: ModelStirringVolume (H2O)Heating powerPlate size C-MAG HP 7 (this unit)no10 l1000 W180 x 180 mm C-MAG HP 4no5 l250 W100 x 100 mm C-MAG HS 7yes, 100 to 1500 rpm10 l1000 W180 x 180 mm C-MAG HS 10yes, 100 to 1500 rpm15 l1500 W260 x 260 mm If stirring is done anyway or a stirrer is not needed at all, the hotplate only saves purchase costs compared with an HS model with the same heating rating. As soon as stirring and heating are required together in one unit, one of the HS models is the more suitable choice. Differences from the heating magnetic stirrers and the smaller HP 4 The IKA C-MAG HP 4 covers smaller volumes of up to 5 litres with a smaller plate area and 250 watts of heating power and does not have a connection for an external contact thermometer. If stirring is required in addition to heating, the IKA C-MAG HS 7 and the IKA C-MAG HS 10 offer the same heating technology with an integrated stirring drive. For larger heating surfaces of up to 260 x 260 millimetres, IKA also offers the C-MAG HP 10 as a hotplate only, and for smaller batches the C-MAG HS 4 is available as a more compact alternative with stirring function. Technical details Number of heating positions1 Heating power1000 W Heating temperature range50 to 500 °C, rotary knob, setting accuracy 5 K Connection for external temperature sensorETS-D5 (DIN 12878) Volume max.10 l Heating rate5 K/min Surface materialCeramic Surface dimensions180 x 180 mm Permissible relative humidity80 % Dimensions (W x H x D)220 x 105 x 330 mm Weight4.4 kg Protection classIP 21 (DIN EN 60529) Mains connection230 V, 50/60 Hz, 1005 W (other voltage variants 120 V / 100 V available) Scope of delivery 1 x IKA C-MAG HP 7 Hotplate (0003581800) Stirring bars are not included, as the C-MAG HP 7 has no stirring function. An external temperature sensor such as the ETS-D5 is likewise not included in the scope of delivery. Use, installation, maintenance and disposal With protection class IP 21, the C-MAG HP 7 is protected against vertically falling water drops and is designed for operation in a fume hood or on a stable, level laboratory bench at up to 80 percent relative humidity. As no stirrer is fitted, the plate is particularly suitable for installation underneath separate stirring drives or stands. Sufficient clearance for cables and accessories should be ensured here. The ceramic surface is chemically resistant but should be allowed to cool before cleaning. At the end of its service life, the hotplate, as an electrical appliance, does not belong in household waste but in separate collection of waste electrical equipment; the manufacturer's WEEE registration number is DE 66784213. Cost logic: when it pays to do without a stirring function If a separate stirrer, for example an overhead stirrer, is already in use, or if no stirring is needed for the application at all, the hotplate only saves noticeable purchase costs compared with an HS model with identical heating power, without compromising on the actual heating function. This applies in particular when several workstations with different stirrers are to use the same heating power, for example in practical course rooms with permanently mounted stands. For standard workstations where stirring and heating are typically needed together, an HS model is usually the more economical overall solution, because it makes an additional stirrer unnecessary. Individual requirements & procurement service For the C-MAG HP 7, suitable original accessories are available on request, such as the ETS-D5 contact thermometer, stand material, carrier plates, oil bath attachments and reaction blocks of different volumes. Through our procurement service we also support you with spare parts, calibrations and the assembly of several workstations with uniform accessories. For further information and contact options, see our procurement service. Frequently asked questions Can the C-MAG HP 7 also stir?No, the HP 7 is a hotplate without magnetic stirring drive. The HS models of the C-MAG series are available for this. Is an external temperature sensor included in the scope of delivery?No, the connection socket according to DIN 12878 is present, but an ETS-D5 contact thermometer has to be purchased separately. How does the HP 7 differ from the smaller HP 4?With 1000 instead of 250 watts, the HP 7 offers a considerably higher heating power, a larger plate of 180 x 180 millimetres and, in addition, a connection for an external contact thermometer, which the HP 4 does not have. What is the maximum volume that can be heated?According to the manufacturer, up to 10 litres of water. Is the HP 7 suitable for an oil bath?The hotplate itself is designed for direct heat transfer to vessels placed on it. For oil bath applications, IKA offers suitable oil bath attachments in its accessories range, which can be placed on the 180 x 180 millimetre plate. Does accessory equipment from the HS series also fit the HP 7?Carrier plates, reaction blocks and oil bath attachments from the IKA accessories range are designed for the 180 x 180 millimetre surface of the HP 7 and are generally also compatible with other C-MAG models of the same plate size, for example the C-MAG HS 7. How is the C-MAG HP 7 disposed of properly?As an electrical appliance, it belongs at a collection point for waste electrical equipment rather than in household waste. The manufacturer's WEEE registration number is given in the section Use, installation, maintenance and disposal.

Anyone setting up a laboratory workstation from scratch does not want to have to search for the base unit, temperature probe and stand components separately across different orders and check them for compatibility. The IKA C-MAG HS 7 Package (0010016454) combines the tried-and-tested C-MAG HS 7 heating magnetic stirrer with an ETS-D5 contact thermometer, a stand rod, a support rod and a cross-joint into a ready-to-use combination, thereby saving the hassle of ordering and assembling each component separately. Tried-and-tested base unit with 1,000 watts of heating power The technical specifications of the base unit included in the package correspond exactly to those of the C-MAG HS 7, which is available separately: 10-litre maximum mixing capacity, 1,000-watt heating power, a heating temperature range of 50 to 500 degrees Celsius with 5 Kelvin setting accuracy, and a 180 x 180-millimetre ceramic base. The stirring drive covers a speed range of 100 to 1,500 revolutions per minute via a six-step scale, whilst a fixed safety circuit limits the hotplate temperature to a maximum of 550 degrees Celsius. ETS-D5 contact thermometer already included in the set Unlike the C-MAG HS 7, which is available separately, this package already includes an ETS-D5 electronic contact thermometer. It can be connected directly via the DIN 12878 connection socket and enables temperature control within the medium rather than just on the plate surface, a feature that would need to be retrofitted separately if the base unit were purchased on its own. Tripod accessories for immediate installation of the sensor For the mechanical mounting of the contact thermometer, the package includes an H 16 V tripod rod, an H 38 support rod and an H 44 cross-sleeve, so that the probe can be fixed directly above the stirring vessel without the need to purchase additional tripod components. Same operation as with the single unit Despite the additional components, the operation of the base unit itself remains unchanged: speed and heating temperature are still adjusted via two separate controls; the six-step scale for speed and the rotary knob for heating temperature remain identical to those on the standard C-MAG HS 7. Anyone who has already worked with a C-MAG HS 7 will find their way around this package without needing any training; the contact thermometer is an additional, but independent, feature. Typical applications As a fully equipped set, the C-MAG HS 7 Package is technically suitable for: Setting up new laboratory workstations without existing stand or probe accessories Syntheses and reactions with temperature control directly within the medium from the very first use Training and education laboratories that require a complete, ready-to-use kit Replacement procurement for workstations where the main unit and accessories are replaced together Batches of up to 10 litres requiring a reproducible medium temperature Selection guide: Package or individual unit Whether the package or the individual C-MAG HS 7 offers better value for money depends primarily on whether the laboratory already has temperature sensors and tripod equipment: DesignBasic unitETS-D5 sensorTripod accessoriesSuitable for C-MAG HS 7 Package (this product)containscontainsincluded (H16V, H38, H44)New installation without existing fittings C-MAG HS 7 (single unit)containsto be procured separatelyto be procured separatelyexisting laboratories with existing equipment Anyone who already has a tripod and a compatible temperature sensor will save money by purchasing the basic unit on its own rather than the package, as they won’t have to pay for duplicate accessories. Differences from the other C-MAG-HS-7 models The IKA C-MAG HS 7 offers the same base unit without a sensor or stand accessories, for laboratories that already have these components. For those who, in addition to the package’s standard features, require an LCD display, interfaces and a larger 20-litre stirring capacity, the IKA C-MAG HS 7 control is available. For larger installation areas of up to 260 x 260 millimetres, the IKA C-MAG HS 10 is available. Technical details Number of mixing points1 Max. mixing volume (H₂O)10 l Maximum load15 kg Engine power output1,5 W Speed range100 to 1,500 rpm, scale 0 to 6 Maximum stirrer rod length80 mm heating power1000 W Heating temperature range50 to 500 °C, rotary knob, setting accuracy 5 K Safety loop fixed550 °C Connection for an external temperature sensorETS-D5 (DIN 12878), included in the set Installation surface materialCeramics Dimensions of the installation area180 x 180 mm Permissible relative humidity80 % Dimensions of the main unit (W x H x D)220 x 105 x 335 mm Weight of the main unit5 kg Protection classIP 21 (DIN EN 60529) Mains connection230 V, 50/60 Hz, 1020 W (other voltage options available: 120 V / 100 V) Scope of delivery 1 x IKA C-MAG HS 7 base unit with heating 1 x IKA ETS-D5 electronic contact thermometer (IKA ref. 0025008371) 1 x IKA H 16 V tripod pole (IKA ref. 0001545100) 1 x IKA H 38 handrail (IKA No. 0003547700) 1 x IKA H 44 cross-joint (IKA No. 0002437700) 1 x IKAFLON 20 magnetic stir bar 1 x IKAFLON 30 magnetic stir bar 1 x IKAFLON 40 magnetic stirrer bar Use, installation, maintenance and disposal With an IP 21 protection rating, the base unit is protected against vertically falling water droplets and is designed for use in a fume cupboard or on a sturdy laboratory bench. When assembling the stand, the ETS-D5 sensor should be positioned so that it does not collide with the magnetic stir bar during stirring, and its correct reading should be checked against a suitable reference before first use. The cross-sleeve and support rod can be readjusted at any time after initial assembly if necessary, without the need to disconnect the main unit from the mains. The ceramic surface is chemical-resistant, but should be allowed to cool before cleaning. At the end of their service life, as electrical appliances, the main unit and contact thermometer must not be disposed of with household waste but must be placed in the separate collection for waste electrical and electronic equipment; the manufacturer’s WEEE registration number is DE 66784213. Investment rationale: a complete set versus purchasing individual items The package is particularly cost-effective when a workstation is being set up from scratch and neither temperature sensors nor stand components are available, as it eliminates the need to procure individual components and check their compatibility. If compatible accessories are already available in the laboratory, for example, from another C-MAG or RCT/RET workstation, it is often more cost-effective to purchase the base unit separately, as this would otherwise result in duplicate accessories included in the package. Where several new workstations are being set up, it is also worth checking whether stand components and sensors can be procured more cost-effectively in bulk from a central source rather than via several individual packages. What vessel sizes are the stand accessories designed for?The stand rod, support rod and cross-sleeve are designed for use on the 180 x 180 millimetre mounting surface of the base unit and can be positioned to accommodate standard beaker and flask sizes up to a maximum stirring volume of 10 litres. Individual requirements and procurement service Additional original accessories are available for the C-MAG HS 7 Package as required, such as extra stirring rods, reaction blocks, carrier plates, replacement stand components or a protective cover for the control panel. Through our procurement service, we can also assist you with spare parts, calibrations and the standardisation of equipment across multiple workstations. Further information and contact details can be found on our procurement service page. Frequently Asked Questions What is included in the package that isn’t included with the individual C-MAG HS 7?An ETS-D5 contact thermometer, together with a tripod rod, a support rod and a cross-sleeve for securing the probe, all with their own IKA number. Is the base unit included in the package technically identical to the individual C-MAG HS 7?The technical specifications of the base unit in the set (10 litres, 1,000 watts, 50 to 500 degrees Celsius, ceramic plate 180 x 180 mm) are exactly the same as those of the C-MAG HS 7, which is available separately. Does the ETS-D5 contact thermometer need to be calibrated separately?Before its first operational use, it is recommended that it be checked against a suitable reference temperature; factory calibration is not specifically mentioned in the manufacturer’s instructions. Can the stand accessories also be used with other IKA stirrers?The stand tube, support rod and cross-sleeve are standard components from the IKA range of accessories and are generally compatible with other C-MAG and RCT/RET models, meaning that synergies can be exploited should the workstation be expanded at a later date. Can the main unit be operated without the ETS-D5 sensor?Yes, the heating can be controlled via the plate temperature regardless of the sensor connected; the sensor is an optional extra for monitoring the medium temperature. How should the package be disposed of correctly?As electrical appliances, the main unit and the contact thermometer should be taken to a collection point for waste electrical and electronic equipment rather than being disposed of with household waste; the manufacturer’s WEEE registration number is listed in the section on ‘Use, Installation, Maintenance and Disposal’.

The IKA RCT basic Synthesis Solution 500 Complete Package (MPN 0010016483) is a turnkey, highly optimised mechatronic system solution for the precise execution of chemical syntheses and thermal reactions in round-bottom flasks with a volume of up to 500 ml. This perfectly coordinated all-in-one package combines the globally recognised RCT basic laboratory heating magnetic stirrer with a specialised synthesis attachment, as well as the necessary measurement and stand accessories. For demanding B2B laboratories in organic chemistry, university research or industrial drug discovery, this eliminates the need for time-consuming individual configuration, whilst simultaneously meeting the highest standards of process reliability and reproducibility in daily continuous use. Form-fitting temperature control without hazardous oil baths The process engineering foundation of this system is the aluminium synthesis block for 500 ml round-bottom flasks included in the set, which is positioned directly on the 135 mm Kera-Disk mounting surface. The precise geometric adaptation to the shape of the flask ensures perfect, form-fitting heat transfer. This principle completely replaces traditional, fire-hazardous and high-maintenance silicone oil baths in the laboratory. The heating plate’s substrate, made from a highly conductive aluminium alloy, guarantees minimal heating times, whilst the non-porous, scratch-resistant ceramic coating (Kera-Disk) reliably protects the work surface from mechanical damage and highly aggressive chemical synthesis reagents. Direct temperature control within the medium and mechanical stability From a process engineering perspective, the Synthesis Solution 500 package ensures uncompromisingly precise temperature control directly within the liquid reaction mixture. The supplied PT1000 stainless steel temperature sensor measures the transient actual values at the centre of the flask and transmits these to the highly efficient PID microprocessor of the RCT basic. This effectively prevents the temperature from overshooting the target value. The robust stand system, consisting of a support rod and a cross-sleeve, ensures vibration-free and vertically precise positioning of the sensor, which reliably prevents measurement errors caused by accidental contact with the walls or base of the round-bottom flask. Hermetic housing seal and enhanced safety concept The long-term durability of the agitator drive is ensured by a sealed die-cast aluminium housing with IP 42 protection, which reliably protects the internal electronic components from spilled media. A multi-stage safety concept ensures safe unattended operation: an independently adjustable safety circuit immediately switches off the 600-watt heater in the event of an unexpected overheating. In addition, a visual residual heat indicator (Hot Top Indicator) warns laboratory staff of the risk of burns on the work surface until it has cooled down completely. Technical details Drive & stirring specifications Number of stirring points: 1 Max. stirring capacity (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Kinetic stability: Automatic readjustment in the event of transient viscosity changes in the synthesis batch Thermodynamics & heating capacity Heating power: 600 watts (for rapid heating cycles) Heating plate temperature: Room temperature to 310 degrees Celsius Compatible synthesis volume: Optimised for round-bottom flasks up to a maximum of 500 ml Integrated sensor interface: PT1000 (direct connection) Control accuracy in the medium with PT1000: +/- 1 K Heating plate diameter: 135 mm Heating plate material: Kera-Disk (aluminium alloy with a chemically resistant ceramic coating) Adjustable safety range (min./max.): 50 to 360 degrees Celsius (mechanically coded) Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm (main unit) Mains connection: 220–230 V / 50/60 Hz Scope of delivery 1 x IKA RCT basic magnetic stirrer with heating 1 x IKA synthesis attachment / flask holder for 500 ml round-bottom flasks 1 x PT1000 temperature probe made of stainless steel 1 x support rod (suitable for housing mount) 1 x cross-shaped sleeve for securing the probe 1 x mains lead 1 x Detailed operating instructions / safety guide Customised requirements & accessories To optimally expand and customise the IKA RCT basic Synthesis Solution 500, we stock a complementary range of original system peripherals: Alternative synthesis heads: A wide range of IKA Dry heads and flask holders for different volumes (e.g. 100 ml, 250 ml or 1000 ml) for flexible configuration of the same base unit. Housing protection: Precisely fitting silicone protective covers to reliably protect the control panel from splashes of corrosive acids or solvents. Consumables: A wide range of PTFE-coated magnetic stirring bars in cylindrical, oval or special elliptical shapes for optimum magnetic flux in round-bottom flasks. Please use our technical procurement service to configure your synthesis workstations to suit your specific applications.

The IKA RET basic ETS-D7 Solution Complete Package (MPN 0010016577) represents a mechatronically high-performance and metrologically uncompromising system solution for the simultaneous stirring, mixing and high-precision temperature control of liquid media in the laboratory. This turnkey combination set combines the extremely robust RET basic safety magnetic stirrer with the intelligent, electronic contact thermometer ETS-D7 and the matching stand accessories. Whether for demanding chemical syntheses, temperature-critical reactions in pharmaceutical research or intensive routine applications in industrial process engineering, precise temperature monitoring directly within the sample medium is the primary criterion for working in a manner that is gentle on materials, reproducible and process-reliable. Excellent thermal conductivity thanks to a pure stainless steel base A key material-specific feature of the RET basic is its high-performance base plate, with a diameter of 135 mm, which is manufactured from a specialised, high-purity stainless steel alloy. Compared to conventionally coated surfaces, the uncoated stainless steel plate offers exceptionally high thermal conductivity, resulting in extremely short heating cycles and highly efficient heat transfer into the sample. The surface is also characterised by outstanding mechanical impact resistance, scratch resistance and excellent resistance to a wide range of aggressive solvents. Its geometry is perfectly tailored to standardised laboratory vessels, can be cleaned without leaving any residue and ensures gentle, continuous use over many years. Fault-free media temperature control via the ETS-D7 contact thermometer A key process engineering feature of this system solution is the direct thermodynamic coupling via the ETS-D7 electronic contact thermometer included in the package. The connected temperature sensor is positioned vibration-free within the liquid core of the sample using the sturdy stand system and regulates the heating power via a highly efficient PID microprocessor. The system thus reliably prevents the dreaded overshoot of the target temperature. Via the ETS-D7’s intuitive, high-resolution graphic display, laboratory staff can keep a constant eye on all relevant parameters as well as the transient temperature curve. Integrated safety functions also allow a maximum cut-off temperature to be set for unattended operation. Hermetically sealed housing and comprehensive laboratory safety The long-term durability of the unit is ensured by a hermetically sealed die-cast aluminium housing. This structural barrier complies with protection class IP 42 and reliably protects the internal electronic control elements and the powerful magnetic drive against the ingress of spilled liquids, corrosive vapours or dust. A comprehensive safety concept protects users and the laboratory infrastructure: an independently adjustable safety circuit immediately switches off the heating function in the event of an unexpected overheating, whilst a visual residual heat indicator (Hot Top Indicator) reliably warns staff of the risk of burns even after the unit has been switched off. Technical details Drive & stirring specifications (RET basic) Number of stirring points: 1 Maximum stirring volume (based on water): 20 litres Speed range: 50 to 1700 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Motor principle: Electronically commutated motor for maximum torque stability during sudden changes in viscosity Magnetic coupling: High holding force for secure guidance of large magnetic stir bars Thermodynamics & heating power Heating power: 600 watts (for excellent heating kinetics) Heating plate temperature: Room temperature to 340 degrees Celsius Heating plate setting accuracy: +/- 1 K Heating plate diameter: 135 mm Base material: High-quality, uncoated stainless steel alloy Adjustable safety range (min./max.): 50 to 380 degrees Celsius Specifications for the ETS-D7 contact thermometer Measurement and control range: -50 to +450 degrees Celsius Control accuracy with integrated Pt1000 sensor: +/- 0.1 K Display: High-resolution graphic display for intuitive menu navigation Safety functions: Adjustable safety cut-off temperature, sensor break detection Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm Mains connection: 220–230 V / 50/60 Hz Contents 1 x IKA RET basic magnetic stirrer with heating (stainless steel plate) 1 x IKA ETS-D7 electronic contact thermometer 1 x Pt1000 temperature probe (stainless steel version) 1 x support rod for precise probe guidance 1 x cross-shaped sleeve for secure probe locking 1 x mains lead 1 x Detailed operating instructions / Quality certificate Customised requirements & accessories To ensure you get the most out of the IKA RET basic ETS-D7 Solution complete package, we stock a comprehensive range of compatible system accessories. For safe, oil-free operation with round-bottom flasks, we recommend the heat-efficient IKA Dry attachments made from anodised aluminium, which completely eliminate the need for traditional, unhygienic oil baths. To protect the stirrer housing from stubborn contamination, we stock precisely fitting silicone protective covers. For complex mixing requirements, we also offer a wide range of PTFE-coated magnetic stirring bars in various geometries (e.g. cylindrical, triangular or oval for round-bottom flasks). For transient data logging and process control, the system can also be linked to the labworldsoft laboratory software via the integrated interface. Please make use of our technical procurement service to ensure your measuring station is designed to meet your specific requirements.

The IKA RCT basic ready-to-go Solution complete package (MPN 0010016459) is a ready-to-use, perfectly mechatronically coordinated system solution for the simultaneous stirring, mixing and precise temperature control of liquid media. This turnkey all-in-one package combines the globally proven RCT basic laboratory heating magnetic stirrer with the essential measurement and stand accessories for direct temperature control within the sample. For daily routine tasks in chemical synthesis, sample preparation in academic research or in industrial testing laboratories, this pre-configured set offers the ideal starting point for reliable and highly efficient work without the need for additional configuration. Thermodynamic excellence through Kera-Disk technology The material-science foundation of the stirring drive is the innovative Kera-Disk base plate, with a diameter of 135 mm. The base plate is made from a highly conductive aluminium alloy, which ensures minimal heating times and absolutely homogeneous temperature distribution across the entire working surface. To protect against mechanical damage and highly corrosive acids, alkalis and solvents, the metal surface is sealed with a non-porous, extremely scratch-resistant ceramic coating. This robust hybrid construction combines the excellent thermal conductivity of metal with the chemical inertness of ceramic, facilitating quick, residue-free cleaning in everyday laboratory use. Direct temperature control and stable mechanical integration From a process engineering perspective, the ‘ready-to-go Solution’ is characterised by the direct integration of the supplied PT1000 temperature sensor made of stainless steel. The sensor measures the transient actual values directly within the liquid core of the sample and transmits these to the RCT basic’s integrated microprocessor control system. A highly efficient PID control loop continuously adjusts the heating power, thereby effectively preventing the temperature from overshooting the target value. The robust stand system included in the package, comprising a support rod and cross-sleeve, guarantees vibration-free and vertically precise guidance of the sensor within the medium, which reliably prevents measurement errors caused by accidental contact with the walls or bottom of the vessel. Hermetic housing seal and uncompromising operational safety The system’s long-term durability is ensured by a sealed die-cast aluminium housing with IP 42 protection. This structural barrier reliably protects the internal electronic control elements and the powerful magnetic drive against the accidental ingress of spilled media, vapours or dust. A multi-stage safety concept protects laboratory staff during daily use: an independently adjustable safety circuit immediately switches off the 600-watt heating element in the event of an unexpected overheating, whilst a highly visible, optical residual heat indicator (Hot Top Indicator) warns of the risk of burns until the work surface has cooled down to a safe temperature. Technical details Drive & Stirring Specifications Number of stirring points: 1 Maximum stirring capacity (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Magnetic coupling: High holding force for stable stirrer guidance during sudden changes in viscosity Thermodynamics & heating power Heating power: 600 watts Heating plate temperature: Room temperature to 310 degrees Celsius Heating plate setting accuracy: +/- 1 K Integrated sensor interface: PT1000 (direct connection) Control accuracy in the medium with PT1000: +/- 1 K Heating surface diameter: 135 mm Heating disc material: Kera-Disk (aluminium alloy with ceramic coating) Adjustable safety range (min./max.): 50 to 360 degrees Celsius Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm Net weight: approx. 2.5 kg (main unit) Mains connection: 220–230 V / 50/60 Hz Scope of delivery 1 x IKA RCT basic magnetic stirrer with heating 1 x PT1000 temperature probe, stainless steel 1 x H 16 V support rod 1 x H 44 cross-joint 1 x mains cable 1 x Detailed operating instructions / safety guide Customised requirements & accessories To optimally expand the IKA RCT basic ready-to-go Solution complete package, we stock a comprehensive range of compatible system accessories: Synthesis heads: Heat-efficient IKA Dry heads (DryZone) made from anodised aluminium for the clean, completely oil-free heating of round-bottom flasks directly on the work surface. Housing protection: Precisely fitting silicone protective covers (H 104) to reliably protect the control panel from aggressive splashes. Consumables: A wide range of PTFE-coated magnetic stir bars in cylindrical, oval or triangular shapes to suit your laboratory vessels perfectly. Please use our technical procurement service to equip your workstations with application-specific items.

The IKA RCT basic ETS-D7 Solution Complete Package (MPN 0010016508) is a high-performance mechatronic system solution, perfectly matched thermodynamically, for the simultaneous stirring, mixing and high-precision temperature control of liquid media in the laboratory. This turnkey combination set combines the RCT basic premium heating magnetic stirrer – tried and tested millions of times over – with the intelligent, electronic contact thermometer ETS-D7. Whether for demanding chemical syntheses, temperature-critical reactions in pharmaceutical research or routine applications in industrial quality control, precise thermal control directly within the sample medium is the primary criterion for working in a way that is gentle on the material, reproducible and process-reliable. Excellent thermal conductivity thanks to the Kera-Disk base The materials science foundation of the magnetic stirrer is based on the innovative IKA Kera-Disk base plate with a diameter of 135 mm. The base plate consists of a highly conductive aluminium alloy, which ensures minimal heating times and absolutely homogeneous temperature distribution across the entire base plate. To ensure uncompromising chemical resistance to highly corrosive media, acids and alkalis, the metal surface is sealed with a non-porous, scratch-resistant ceramic coating. This robust hybrid construction facilitates residue-free cleaning and protects the mechanical integrity of the heating surface during demanding continuous use. Fault-free media temperature control via the ETS-D7 contact thermometer A key process engineering feature of this system solution is the direct thermodynamic coupling via the ETS-D7 electronic contact thermometer included in the package. The connected temperature sensor monitors the transient actual temperature directly within the liquid core of the sample and controls the heating power via a highly efficient PID microprocessor. The system thus reliably prevents the dreaded overshoot of the target temperature. Via the ETS-D7’s intuitive graphical display, laboratory staff can keep a constant eye on all relevant parameters as well as the temperature curve. Integrated safety functions also allow a maximum cut-off temperature to be set for unattended operation. Hermetically sealed housing and comprehensive laboratory safety The long-term durability of the unit is ensured by a hermetically sealed die-cast aluminium housing. This structural barrier complies with protection class IP 42 and reliably protects the internal electronic control elements and the powerful magnetic drive against the ingress of spilled liquids, corrosive vapours or dust. A comprehensive safety concept protects users and the laboratory infrastructure: an independently adjustable safety circuit immediately switches off the heating function in the event of an unexpected overheating, whilst a visual residual heat indicator (Hot Top Indicator) reliably warns staff of the risk of burns even after the unit has been switched off. Technical details Drive & stirring specifications (RCT basic) Number of stirring points: 1 Maximum stirring volume (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Stepless analogue rotary control with digital LED display Magnetic coupling: High holding force, prevents the stirring blade from being torn off in the event of sudden changes in viscosity Thermodynamics & heating power Heating power: 600 watts (for ultra-fast heating cycles) Heating plate temperature: Room temperature to 310 °C Heating plate temperature accuracy: +/- 1 K Heating plate diameter: 135 mm Heating disc material: Kera-Disk (aluminium alloy with ceramic coating) Adjustable safety range (min./max.): 50 to 360 °C Specifications for ETS-D7 contact thermometer Measurement and control range: -50 to +450 °C Control accuracy with integrated Pt1000 sensor: +/- 0.1 K Display: High-resolution graphic display for intuitive menu navigation Safety functions: Adjustable safety cut-off temperature, sensor break detection Construction, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm Mains connection: 220–230 V / 50/60 Hz Contents 1 x IKA RCT basic magnetic stirrer with heating 1 x IKA ETS-D7 electronic contact thermometer 1 x Pt1000 temperature probe (stainless steel version) 1 x H 16 V support rod 1 x H 44 cross-joint 1 x mains cable 1 x Detailed operating instructions / Quality certificate Customised requirements & accessories To ensure you get the most out of the IKA RCT basic ETS-D7 Solution complete package, we stock a comprehensive range of compatible system accessories. For safe, oil-free operation with round-bottom flasks, we offer heat-efficient IKA Dry attachments (DryZone) made from anodised aluminium, which completely eliminate the need for traditional, unhygienic oil baths. To protect the stirrer housing from stubborn contamination, we stock precisely fitting silicone protective covers (H 104). For complex mixing requirements, we also offer a wide range of PTFE-coated magnetic stirring bars in various geometries (e.g. cylindrical, triangular or oval). For transient data recording and process control, the system can also be linked to the labworldsoft laboratory software via the integrated interface. Please make use of our technical procurement service to design your measuring station to suit your specific requirements.

The IKA RCT classic magnetic stirrer with integrated heating represents a highly sophisticated, thermomechanical system solution for the precise mixing, temperature control and homogenisation of low-viscosity liquids in clinical, chemical and university laboratory environments. As a reliable standard in laboratory technology, this compact unit is validated for continuous stirring tasks up to a volume of 20 litres (based on water). For demanding syntheses, media preparation or kinetic studies, homogeneous heat transfer and constant speed stability are the primary criteria for guaranteeing reliable and reproducible experimental results whilst minimising damage to the sample material. Uniform heat distribution through aluminium heating plate technology The process engineering heart of the device is the precision-machined, round heating plate made from a high-quality aluminium alloy (diameter 135 mm). In contrast to solid ceramic plates, this aluminium heating plate is characterised by outstanding thermodynamic enthalpy transfer and extremely homogeneous temperature distribution across the entire contact surface. With a heating power of 600 watts, the system enables rapid heating of the sample media up to a heating plate temperature of 310 degrees Celsius. The excellent magnetic coupling ensures that the magnetic stir bar is kept reliably in position even as viscosities increase, whilst an integrated soft-start function reliably prevents the stir bar from becoming decoupled during the start-up phase. Ergonomic operating concept and robust construction The IKA RCT classic combines tried-and-tested metallurgical hotplate technology with a durable, mechanical housing design. The clearly laid-out user interface allows for intuitive and precise adjustment of parameters via robust rotary-push controls. The housing is constructed from fire-resistant die-cast aluminium with a durable powder coating, which gives the unit maximum resilience against aggressive acids, alkalis and solvents encountered in everyday laboratory work. A clear, high-contrast display shows the setpoint and actual values for speed and temperature in real time, enabling laboratory staff to monitor processes seamlessly at all times. Comprehensive safety management for laboratory operations The RCT classic’s structural safety complies with the highest GLP and GMP laboratory guidelines and is validated for unattended operation in laboratory facilities. The system features an independently adjustable safety circuit for the maximum hotplate temperature, which immediately shuts down the system in the event of a malfunction. An integrated residual heat indicator provides a visual warning to laboratory staff of the risk of burns even after the unit has been switched off, as long as the hotplate surface remains hot. Thanks to its robust construction and high protection rating, the system is optimally protected against the ingress of splashing water. Technical details Stirring & Metrological Specifications Number of stirring points: 1 Max. stirring volume per stirring point (H₂O): 20 litres Motor power output: 9 W Speed range: 50 to 1500 rpm Speed adjustment: Continuously variable via rotary-push control Max. stirrer rod length: 20 to 80 mm Thermodynamics & heating function Heating power: 600 W Heating temperature range: Room temperature (plus device-specific self-heating) to 310 degrees Celsius Temperature setting resolution: 1 K Safety temperature range: 50 to 360 degrees Celsius Heating rate (1 l H₂O): 6.5 K/min Control accuracy with external sensor: ± 1 K Construction, materials & geometry Base plate material: High-quality aluminium alloy (not a ceramic plate) Dimensions of mounting plate: Ø 135 mm (round) Housing material: die-cast aluminium, fire-resistant and powder-coated Overall dimensions (W x H x D): approx. 160 x 85 x 270 mm Net weight: approx. 2.4 kg Protection class according to DIN EN 60529: IP 42 Electronics & Safety Display: Clear display showing setpoint and actual values Connection for external temperature sensor: Provided (e.g. PT1000) Safety systems: Adjustable safety circuit, residual heat warning, overheating protection Power supply: 220–230 V / 50/60 Hz Contents of delivery 1 x IKA RCT classic magnetic stirrer base unit (MPN: 0020136400) 1 x mains cable 1 x operating instructions Important note: An external temperature sensor (e.g. PT1000), support rods, heating baths and synthesis attachments are not included as standard and must be ordered separately according to your specific application. Customised Requirements & Accessories To ensure the IKA RCT classic integrates seamlessly into your existing laboratory infrastructure, we offer a comprehensive range of original accessories. For high-precision temperature control directly within the medium, we recommend connecting an external stainless steel temperature sensor (PT1000). To secure this in place, our range includes suitable support rods, cross-sockets and flexible mounting brackets. To protect your glassware and optimise enthalpy exchange, we also offer original IKA heating baths and bespoke aluminium synthesis heads. Please make use of our technical procurement service to tailor the design of your laboratory workstations to your specific requirements.

The IKA RET basic HUB Solution Complete Package (MPN 0010016572) represents a highly advanced, mechanically unrivalled in terms of robustness and thermodynamically precise system solution for the simultaneous stirring, intensive mixing and precise temperature control of liquid media. This bespoke complete set is based on the tried-and-tested RET basic safety heating magnetic stirrer, combined with optimised stand and mounting accessories (“HUB”). In modern laboratories specialising in chemical synthesis, pharmaceuticals and industrial process engineering, the absolutely reliable handling of viscous or high-density batches is the decisive factor in ensuring reproducible reaction conditions with process reliability. Excellent thermal conductivity thanks to a pure stainless steel base A material-specific highlight of the RET basic is its high-performance heating surface, with a diameter of 135 mm, which is made from a specialised, high-purity stainless steel alloy. Compared to conventionally coated surfaces, the pure stainless steel plate offers exceptionally high thermal conductivity, resulting in extremely short heating cycles and highly efficient heat transfer to the sample. The surface is also characterised by outstanding mechanical impact resistance, scratch resistance and excellent resistance to a wide range of aggressive solvents. The circular geometry is perfectly suited to standardised laboratory vessels, can be cleaned without leaving any residue and ensures gentle, continuous use over many years. Flawless media thermoregulation and HUB system architecture The process engineering basis for precise temperature control is direct measurement within the sample medium. The system features an integrated microprocessor control unit with sophisticated PID control characteristics, which operates in conjunction with the supplied Pt1000 temperature sensor. The distinctive feature of the “HUB Solution” lies in the perfect mechanical integration of the mounting components: The stable stand system guarantees absolutely vibration-free, vertically precise guidance and locking of the sensor within the vessel. Transient contact between the sensor and the vessel base or the rotating stirrer is reliably prevented, thereby avoiding measurement errors and reliably protecting sensitive sample components from local overheating. Hermetic housing seal and comprehensive laboratory safety The RET basic’s long-term durability is underpinned by its sealed housing design, which meets IP 42 protection standards. The robust die-cast aluminium housing effectively protects the internal electronic control circuits and the high-torque drive from spilled media, aggressive vapours or dust. Safety is the top priority with this device: A safety circuit, which can be adjusted independently of the main processor, monitors the maximum hotplate temperature and immediately shuts down the system in the event of unexpected temperature spikes. In addition, a highly visible ‘Hot Top Indicator’ warns laboratory staff of the risk of burns after operation until the hotplate surface has cooled down to a safe temperature. Technical details Drive & stirring specifications (RET basic) Number of stirring points: 1 Maximum stirring volume (based on water): 20 litres Speed range: 50 to 1700 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Motor principle: Electronically commutated motor for maximum torque stability during sudden changes in viscosity Magnetic coupling: High holding force for secure guidance of large magnetic stir bars Thermodynamics & heating power Heating power: 600 watts (for excellent heating kinetics) Heating plate temperature: Room temperature to 340 degrees Celsius Heating plate control accuracy: +/- 1 K Control accuracy in the medium with Pt1000: +/- 0.2 K Heating plate diameter: 135 mm Heating plate material: High-quality, uncoated stainless steel alloy Adjustable safety range (min./max.): 50 to 380 degrees Celsius Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm Mains connection: 220–230 V / 50/60 Hz Scope of delivery 1 x IKA RET basic magnetic stirrer with heating (stainless steel plate) 1 x Pt1000 temperature probe (high-resistance stainless steel version) 1 x HUB stand set (specialised support rod for precise sensor guidance) 1 x cross-shaped sleeve for secure probe locking 1 x mains cable 1 x Detailed operating instructions / quality certificate Customised requirements & accessories To perfectly complement the IKA RET basic HUB Solution complete package, we stock a comprehensive range of compatible system accessories. For the safe, oil-free and clean temperature control of round-bottom flasks, we recommend the highly thermally efficient IKA Dry attachments made from anodised aluminium, which completely replace unhygienic oil baths. To provide long-term protection for the housing against aggressive splashes and contamination, we offer precisely fitting silicone protective covers. For demanding mixing requirements, we stock a wide range of PTFE-coated magnetic stirring bars in various shapes (e.g. cylindrical, triangular or oval for round-bottomed flasks) in our portfolio. Please make use of our technical procurement service for the application-specific design of your measuring station.

The IKA RCT basic ETS-D5 Solution Complete Package (MPN 0010016495) represents a highly sophisticated, process-reliable and thermodynamically precise system solution for the simultaneous stirring and temperature control of liquid media to within one degree in the laboratory. This turnkey system package combines the globally proven RCT basic heating magnetic stirrer with the highly advanced ETS-D5 electronic contact thermometer and the appropriate mounting accessories. Whether for daily routine processes in chemical synthesis, sample preparation in B2B testing laboratories or reproducible mixing operations in industrial quality control, this complete set ensures gentle handling of materials and reliable operation during continuous use. Kera-Disk technology for optimum thermal conductivity and chemical resistance The innovative Kera-Disk base, with a diameter of 135 mm, forms the structural foundation of the stirring drive. The support plate is made of a highly conductive aluminium alloy, which ensures minimal heating times and absolutely homogeneous temperature distribution across the entire working surface. To protect against mechanical damage as well as highly corrosive acids, alkalis and solvents, the metal surface is sealed with a non-porous, extremely scratch-resistant ceramic coating. This robust hybrid construction combines the excellent thermal conductivity of metal with the chemical inertness of ceramic, facilitating quick, residue-free cleaning in everyday laboratory use. Intelligent temperature control and safety features via the ETS-D5 The process engineering highlight of this solution package is the direct thermodynamic control within the medium via the ETS-D5 electronic contact thermometer, which is included in the scope of delivery. The accompanying Pt1000 probe, which meets tolerance class A, is positioned directly within the liquid core of the sample using the sturdy stand components. Using optimised PID control, the ETS-D5 continuously adjusts the heating power to the transient actual values, thereby effectively preventing thermal overshoot of the target temperature. Integrated safety features such as an adjustable sensor timeout, temperature drop detection and setpoint monitoring (Delta T) guarantee maximum process reliability and safely shut down the temperature control system in the event of a fault. Technical details Drive & stirring specifications Number of stirring points: 1 Max. stirring volume (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Magnetic coupling: High holding force for stable stirrer guidance during sudden changes in viscosity Thermodynamics & control characteristics Heating power: 600 watts Heating plate temperature: Room temperature to 310 degrees Celsius Temperature measurement range (with probe): –20 °C to +400 °C Measurement and setpoint resolution: 0.1 K Temperature measurement accuracy: ±0.2 K + tolerance of the PT1000 sensor (Class A) Control accuracy in the medium with ETS-D5: ±0.5 K Temperature control modes: Fast, Precise (Highest Accuracy), Synthesis Block-optimised Control disc diameter / material: 135 mm / Kera-Disk (ceramic-coated aluminium) Adjustable safety range (min./max.): 50 to 360 degrees Celsius (on the RCT basic) Construction, electronics & protection classes Thermometer user interface: User-friendly TFT touchscreen for intuitive configuration Digital interface (thermometer): USB-C for fast data transfer to a PC Protection class in accordance with DIN EN 60529 (RCT basic): IP 42 Protection class according to DIN EN 60529 (ETS-D5): IP 54 Dimensions of RCT basic (W x D x H): 160 x 270 x 85 mm Dimensions of ETS-D5 (W x D x H): 52 x 36 x 385 mm Mains connection: 220–230 V / 50/60 Hz Contents 1 x IKA RCT basic magnetic stirrer with heating (Kera-Disk) 1 x IKA ETS-D5 electronic contact thermometer 1 x PT1000 temperature probe H62.51 1 x H 16 V support rod 1 x H 44 cross-joint 1 x mains cable 1 x Detailed operating instructions / safety guide Customised requirements & accessories To ensure optimal utilisation and expansion of the IKA RCT basic ETS-D5 Solution complete package, we offer a wide range of complementary system peripherals: Housing protection: Precisely fitting silicone protective covers to reliably prevent aggressive liquid splashes from reaching the surface of the magnetic stirrer. Synthesis stands: Highly chemically resistant IKA Dry stands made from anodised aluminium for the clean, oil-free heating of round-bottom flasks directly on the Kera-Disk base. Consumables: A wide range of PTFE-coated magnetic stirring bars in cylindrical, oval or triangular shapes to perfectly suit your vessel shapes. Make use of our technical procurement service to configure your laboratory workstations for specific applications.

The IKA RCT basic anodised ETS-D5 Solution Complete Package (MPN 0010016503) represents a technologically advanced, networked and process-reliable system solution for demanding B2B laboratory environments. This turnkey, all-in-one set combines the high-performance, latest-generation RCT basic anodised heating magnetic stirrer with the precise ETS-D5 electronic contact thermometer, as well as the appropriate mounting and protective accessories. The direct interaction between these two high-end components takes temperature control within the medium to a new level. As the contact thermometer interfaces directly with the stirrer’s software-independent safety circuit, the maximum permissible temperature in the medium can be limited entirely independently of the setpoint temperature. This pre-configured package offers maximum reliability for daily routine processes in chemical synthesis, in industrial testing laboratories or during quality control. Maximum heating rates thanks to an energy-optimised anodised aluminium heating plate The materials science foundation of the stirrer drive is a circular base with a diameter of 135 mm, made from a highly conductive aluminium alloy and sealed with an extremely durable anodised coating. This anodised protective layer reliably protects the system against mechanical scratches and a wide range of aggressive laboratory chemicals. Thanks to its energy-optimised insulation, the integrated heater delivers an outstanding output of 800 watts, resulting in extremely short heating cycles with peak rates of up to 9 K/min. The compact housing, sealed to protection class IP 54, reliably protects the sensitive control electronics from liquids and vapours, whilst at the same time saving valuable space in the fume cupboard or on laboratory lifting platforms. Maximum validation reliability and intelligent protection functions From a process engineering perspective, the ETS-D5 Solution ensures uncompromisingly precise temperature control directly within the liquid core of the sample. The contact thermometer utilises a sophisticated PID control system to ensure stable temperature consistency without thermal overshoot. Integrated safety features such as an adjustable sensor timeout, temperature drop detection and a predefined setpoint limit guarantee maximum safety even during unattended long-term experiments or in autonomous 24/7 operation. For seamless digital data acquisition, centralised process control and audit-compliant documentation, the main unit is equipped as standard with USB-C and RS232 interfaces for direct connection to higher-level laboratory management systems. Technical details Drive & Stirring Specifications Number of stirring points: 1 Maximum stirring volume (based on water): 20 litres Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Continuously variable via electronic control with digital LED plain-text display Magnetic coupling: High-performance permanent magnets for stable agitator guidance during transient viscosity changes Thermodynamics & heating power Heating power: 800 watts (for ultra-fast heating rates) Heating plate temperature: Room temperature to 310 degrees Celsius Maximum heating rate: Up to 9 K/min Heating plate control accuracy: +/- 0.5 K Control accuracy in the medium with ETS-D5: +/- 0.5 K Support surface diameter: 135 mm Heating plate material: Aluminium, chemically resistant anodised Adjustable safety range (min./max.): 50 to 360 degrees Celsius (mechanically coded) Connectivity, protection classes & geometry Digital interfaces (main unit): RS 232 and USB-C for comprehensive documentation Wireless extension: WPAN optional (via separately available USB WD dongle) Display technology (thermometer): User-friendly, flat TFT touchscreen Protection class according to DIN EN 60529: IP 54 (complete protection against dust and splashing water) Dimensions (W x D x H): 160 x 200 x 100 mm (ultra-compact unit) Power consumption (rated power): 820 watts (standby: 0.45 W) Net weight: 2.3 kg (main unit) Mains connection: 220–230 V / 50/60 Hz Contents 1 x IKA RCT basic anodised magnetic stirrer with heating 1 x IKA ETS-D5 electronic contact thermometer with touchscreen 1 x IKA PT 1000.60 stainless steel temperature probe 1 x IKA support rod H 16 V 1 x IKA cross-joint H 44 1 x IKA support rod H 38 1 x Custom-fit protective cover H 80 (to protect against splashes of corrosive media) 2 x PTFE-coated magnetic stirrers (IKAFLON 30 and IKAFLON 40) 1 x screwdriver for mechanical safety circuit adjustment 1 x mains lead 1 x Detailed operating instructions / safety guide Customised requirements & accessories To ensure you get the most out of the IKA RCT basic anodised ETS-D5 Solution complete package, we offer a comprehensive range of compatible system accessories in our B2B portfolio: Digital connectivity: IKA USB WD wireless dongle (MPN 0020123620) for retrofitting wireless WPAN communication functions with the Pt.Wireless or ETS-D7 wireless sensor systems. Synthesis heads: Heat-efficient IKA Dry heads and flask holders made from anodised aluminium for the clean, completely oil-free heating of round-bottom flasks directly on the anodised base. Special sensors: Optional interchangeable sensors for the ETS-D5, made from robust special glass (H66.51) or with a highly chemically resistant protective coating (H66.53) for safe operation in strongly acidic or alkaline media. Make use of our technical procurement service for the reliable digitalisation planning of your workstations.

A glass flask is not very forgiving if, during reflux distillation, a sensor cable rubs against the clamp or if an oil bath spills onto the hotplate should the flask break. The IKA RCT basic Synthesis Solution 250 (ID No. 0010016490) addresses both issues: a wireless temperature sensor measures directly within the reaction medium, a second, wired sensor simultaneously monitors the synthesis block, and the flask is housed in an aluminium block rather than in an open oil bath. IKA supplies the complete set for round-bottom flasks up to 250 millilitres: the RCT basic magnetic stirrer with heating, flask holder, PT wireless and PT1000 sensors, USB dongle, as well as a stand and clamps for securing the flask. Wireless temperature and pH measurement in the reaction medium The centrepiece of the set is the PT wireless sensor, which transmits measurement values wirelessly to the RCT basic. A pH electrode can also be connected via the PT wireless’s BNC socket; the RCT basic’s display then shows the pH value directly, without the need for a separate measuring device. As there is no longer a sensor cable leading to the flask, the setup on the stand remains more flexible, and there is no risk of cables being damaged or scorched by contact with the heating plate. The supplied USB WD dongle also connects the RCT basic wirelessly to the IKA Lab Assistant app for visualising the measurement data. Dual temperature monitoring for greater safety In addition to the PT wireless, the set includes the wired PT 1000.60 sensor. Both sensors measure simultaneously, but at different locations: the PT 1000.60 monitors and limits the temperature at the synthesis block or heat transfer medium, whilst the PT wireless measures the temperature directly within the reaction medium. The RCT basic displays both values side by side on the screen. This separate measurement is particularly important in the event of glass breakage, as a sudden discrepancy between the block temperature and the medium temperature becomes immediately apparent and does not have to be detected via a single measurement point. Synthesis block instead of an oil bath The flask holder supplied (IKA designation H 135.25, for 250 ml round-bottom flasks, without handle) is a synthesis block made of solid anodised aluminium and is temperature-resistant up to 300 degrees Celsius. Compared to an oil or sand bath, this significantly reduces the potential for hazards and simplifies handling and cleaning, as there is no risk of an oil bath leaking or sand becoming stuck. A universal clamp (R 350) additionally secures the flask to the stand. The RCT basic has a second stand mount, which can be used to attach an additional stand rod for a reflux condenser if required. RCT basic as a basic unit: stirring and heating with 800 watts The basic unit covers a speed range of 50 to 1,500 revolutions per minute, adjusted via a rotary-push control with an accuracy of 10 revolutions per minute. Stirring rods with lengths of 20 to 80 millimetres can be used; according to the data sheet, the stirring capacity is up to 20 litres of water, and the maximum load is 25 kilograms. The heater has an output of 800 watts and reaches temperatures ranging from room temperature to 310 degrees Celsius; one litre of water heats up by 9 Kelvin per minute in heating stage H1500. The safety limit can be set independently of the setpoint between 50 and 360 degrees Celsius – a control logic that IKA has been using for decades in heated equipment. The die-cast aluminium housing is rated to IP 54, which protects against splashing water and corrosive laboratory air. Safety concept for unattended operation Beneath the heating plate are two further, separate temperature sensors: one controls the setpoint temperature, whilst the second monitors an independently adjustable safety limit in accordance with EN IEC 61010-2-010; this setting is adjusted mechanically directly on the unit and is independent of the process setpoint. If the medium temperature drops suddenly – for example, due to glass breakage or the medium evaporating – the RCT basic detects this and can switch off the heating. If the temperature fails to rise despite the power supply – for example, because a sensor is not immersed in the medium – the device also deactivates the heating automatically. A visual warning is also displayed as soon as the mounting surface exceeds 50 degrees Celsius, even if the unit is already switched off. Differences compared to the larger sets in the series The Synthesis Solution 250 shares the base unit with the 500 and 1,000 millilitre sets; the flask holder in all three sets is tailored to the respective flask volume. If you mainly carry out small experiments up to 250 millilitres, this set will suffice. If your experiments regularly reach 500 or 1,000 millilitres, the corresponding larger sets are the more obvious choice. It has not been verified at this stage whether the 500 and 1000 millilitre sets include the same range of wireless sensors as the 250-ml set; the shop descriptions for these sets to date only mention the wired PT1000 probe. Typical applications As a synthesis kit with wireless sensor technology, the RCT basic Synthesis Solution 250 is suitable for, amongst other things: Organic syntheses on a 250-ml scale with simultaneous monitoring of block and medium temperatures Refluxing, where an additional stand rod is required for the condenser pH monitoring directly in the reaction mixture, without a separate pH meter at the workstation Laboratory workstations that wish to avoid open oil baths for safety or cleaning reasons Technical details Number of stirring points1 Max. stirring volume (H₂O)20 l Maximum load25 kg Motor power output9 W, brushless DC motor Speed range50 to 1500 rpm Speed adjustment accuracy10 rpm Stirrer rod length20 to 80 mm Heating power800 W Heating temperature rangeRoom temperature to 310 °C Heating rate (1 l H₂O, heating setting H1500)9 K/min Adjustable safety circuit50 to 360 °C Control accuracy with PT1000 (500 ml H₂O, 40 mm rod, 600 rpm, 50 °C)±0.5 K Base plate materialAluminium alloy, Ø 135 mm Protection class according to DIN EN 60529IP 54 InterfacesRS232, USB-C, USB WD dongle (wireless) Dimensions of base unit (W x H x D)160 x 100 x 200 mm Net weight of base unit2.3 kg Power supply220 to 230 V, 50/60 Hz Power consumption820 W Piston carrier volume250 ml, without handle Flask holder materialAnodised aluminium, temperature-resistant up to 300 °C Wired temperature probePT 1000.60, stainless steel Wireless temperature probePT wireless, with BNC connector for optional pH electrode Contents 1 x IKA RCT basic magnetic stirrer with heating 1 x PT wireless, wireless temperature probe 1 x H 16 V support rod 1 x support rod H 38 2 x H 44 cross-sleeve 1 x H 80 bracket for the temperature probe 1 x R 350 universal clamp 1 x PT 1000.60 temperature probe, stainless steel 1 x USB WD, USB dongle for the RCT basic 1 x flask holder H 135.25 for 250 ml round-bottom flasks, without handle 5 x IKAFLON 25 ellipse, magnetic stirring bars 1 x IKAFLON 30 magnetic stir bar 1 x IKAFLON 40 magnetic stirring bar 1 x screwdriver for assembly Customised requirements & procurement service Those who regularly carry out larger batches will find the IKA RCT basic Synthesis Solution 500 (MPN 0010016483) or the Synthesis Solution 1000 (MPN 0010016478) to be the ideal set for 500 or 1000 millilitres respectively. IKA offers a range of accessories for the RCT basic, including a protective cover H 105 and a flask holder H 135.31 for 500-ml round-bottom flasks with handles. For further accessories, spare parts or bespoke calibration, please contact our procurement service.

The IKA RCT basic PT Wireless Solution Complete Package (MPN 0010016513) represents a technologically pioneering, highly optimised mechatronic system solution for the simultaneous stirring, mixing and wireless temperature control of liquid media. This turnkey complete set combines the globally acclaimed premium RCT basic heating magnetic stirrer with innovative, wireless temperature measurement technology. Particularly in fume cupboards, cleanbench workstations, gloveboxes or densely equipped laboratory workstations, conventional sensor cables often pose a mechanical hindrance or a safety risk. This wireless system solution completely eliminates disruptive cables in the workspace whilst ensuring highly precise, seamless temperature control directly within the sample. Excellent thermal conductivity thanks to the Kera-Disk base The materials science basis of the magnetic stirrer is the innovative IKA Kera-Disk base with a diameter of 135 mm. The base plate is made of a highly conductive aluminium alloy, which ensures minimal heating times and absolutely homogeneous temperature distribution across the entire base surface. To ensure uncompromising chemical resistance to highly corrosive media, acids and alkalis, the metal surface is sealed with a non-porous, scratch-resistant ceramic coating. This robust hybrid construction facilitates residue-free cleaning and protects the mechanical integrity of the heating surface during heavy-duty continuous use. Wireless media temperature control for maximum workplace safety The key process engineering feature of this complete package is the wireless transmission of laboratory data. The wireless temperature sensor included in the set is placed directly within the liquid core of the sample and transmits the transient actual values in real time via digital radio transmission to the stirrer’s microprocessor control unit. A highly efficient PID control loop continuously adjusts the heating power of the Kera-Disk, thereby effectively preventing the temperature from overshooting the target value. This reliably protects sensitive organic syntheses, biological sample matrices or highly volatile solvents from thermal degradation and significantly increases the reproducibility of your experimental series. Hermetically sealed housing and comprehensive laboratory safety The long-term durability of the instrument is ensured by a hermetically sealed die-cast aluminium housing. This structural barrier complies with protection class IP 42 and reliably protects the internal electronic control elements and the powerful magnetic drive against the ingress of spilled liquids, corrosive vapours or dust. A comprehensive safety concept protects users and the laboratory infrastructure: an independently adjustable safety circuit immediately switches off the heating function in the event of an unexpected overheating, whilst a visual residual heat indicator (Hot Top Indicator) reliably warns staff of the risk of burns even after the instrument has been switched off. Technical details Drive & stirring specifications (RCT basic) Number of stirring points: 1 Maximum stirring volume (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Stepless analogue rotary control with digital LED display Magnetic coupling: High holding force, prevents the stirring blade from being torn off in the event of sudden changes in viscosity Thermodynamics & heating power Heating power: 600 watts (for ultra-fast heating cycles) Heating plate temperature: Room temperature to 310 °C Heating plate temperature accuracy: +/- 1 K Heating plate diameter: 135 mm Heating disc material: Kera-Disk (aluminium alloy with ceramic coating) Adjustable safety range (min./max.): 50 to 360 °C Wireless temperature measurement technology (Wireless PT) Measurement principle: Wireless, digital radio transmission of measurement data Sensor type: High-precision Pt1000 temperature sensor with integrated radio transmitter Control accuracy in the medium: ±0.5 K Signal range: Optimised for operation in enclosed laboratory fume cupboards and glove boxes Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated to resist chemicals Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm Mains connection: 220–230 V / 50/60 Hz Contents 1 x IKA RCT basic magnetic stirrer with heating 1 x Wireless Pt1000 temperature sensor unit (wireless radio sensor) 1 x Mounting bracket / accessory for probe positioning 1 x mains cable 1 x Detailed operating instructions / quality certificate Customised requirements & accessories To ensure you get the most out of the IKA RCT basic PT Wireless Solution complete package, we stock a comprehensive range of compatible system accessories. For safe, oil-free operation with round-bottom flasks, we recommend the heat-efficient IKA Dry attachments (DryZone) made from anodised aluminium, which completely eliminate the need for traditional, unhygienic oil baths. To protect the stirrer housing from stubborn contamination, we stock precisely fitting silicone protective covers (H 104). For complex mixing requirements, we also offer a wide range of PTFE-coated magnetic stir bars in various shapes (e.g. cylindrical, triangular or oval). For seamless digital recording of all stirring and temperature curves, the system can also be linked to the labworldsoft laboratory software via the integrated interface. Please make use of our technical procurement service to design your measuring station to suit your specific requirements.

The IKA RCT basic anodised ready-to-go Solution complete package (MPN 0010016471) is a ready-to-use, perfectly mechatronically coordinated system solution for the simultaneous stirring, mixing and high-precision temperature control of liquid media. This turnkey all-in-one package combines the high-performance RCT basic anodised heating magnetic stirrer with the essential measurement and stand accessories for immediate temperature control within the sample. For daily routine tasks in chemical synthesis, sample preparation in academic institutions or routine testing in industrial quality control, this pre-configured set offers the ideal starting point for reliable and highly efficient work without the need for additional configuration. Maximum thermal conductivity thanks to the anodised aluminium base The materials science foundation of the stirring drive is a circular base with a diameter of 135 mm, made from high-quality anodised aluminium. Unlike traditional ceramic coatings, the anodised metal surface offers unrivalled, direct thermal conductivity. This drastically reduces transient heating times in everyday laboratory work, as the energy is transferred to the vessel without any loss. The precision-applied anodised layer effectively protects the underlying aluminium from mechanical abrasion, deep scratches and a wide range of solvents, ensuring exceptional durability and consistent performance in daily routine operation. Direct temperature control and uncompromising safety From a process engineering perspective, this system solution is characterised by the direct integration of the supplied PT1000 temperature sensor made of stainless steel. The sensor is positioned vibration-free within the liquid core of the sample using the sturdy stand components and regulates the heating power via a highly efficient PID microprocessor, which effectively prevents thermal overshoot of the target temperature. The sealed die-cast aluminium housing, rated to protection class IP 42, reliably protects the internal electronic control elements and the magnetic drive against the accidental ingress of media. An independently adjustable safety circuit immediately switches off the 600-watt heater in the event of an overtemperature, whilst a visual residual heat indicator reliably warns staff of the risk of burns after operation. Technical details Drive & Agitation Specifications Number of stirring points: 1 Max. stirring capacity (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Magnetic coupling: High holding force for stable stirrer guidance during sudden changes in viscosity Thermodynamics & heating power Heating power: 600 watts Heating plate temperature: Room temperature to 310 degrees Celsius Heating plate setting accuracy: +/- 1 K Integrated sensor interface: PT1000 (direct connection) Control accuracy in the medium with PT1000: +/- 1 K Heating surface diameter: 135 mm Heating plate material: Anodised aluminium (for maximum heat transfer) Adjustable safety range (min./max.): 50 to 360 degrees Celsius Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm Mains connection: 220–230 V / 50/60 Hz Contents 1 x IKA RCT basic anodised magnetic stirrer with heating 1 x PT1000 temperature probe, stainless steel 1 x H 16 V support rod 1 x H 44 cross-joint 1 x mains cable 1 x Detailed operating instructions / safety guide Customised requirements & accessories To optimally expand the IKA RCT basic anodised ready-to-go Solution complete package, we stock a comprehensive range of compatible system accessories in our B2B portfolio: Housing protection: Precisely fitting silicone protective covers (H 104) to reliably protect the control panel from aggressive splashes. Synthesis attachments: Heat-efficient IKA Dry attachments made from anodised aluminium for the clean, completely oil-free heating of round-bottomed flasks directly on the worktop. Consumables: A wide range of PTFE-coated magnetic stir bars in cylindrical, oval or triangular shapes to ensure a perfect fit for your laboratory vessels. Make use of our technical procurement service to equip your workstations with application-specific items.

Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The price shown with a line through it is IKA’s recommended retail price. Our promotional price is net.The IKA RH basic ETS-D5 Solution Complete Package (MPN 0020106987) is a robust and thermally precise solution for the simultaneous stirring and temperature control to the nearest degree of liquid media in the laboratory. This turnkey package combines the RH basic heating magnetic stirrer with the ETS-D5 electronic contact thermometer and the appropriate mounting accessories. Whether for routine processes in chemical analysis, sample preparation in testing laboratories or reproducible mixing operations in industrial quality control, this complete set enables reliable, process-safe operation in continuous use. Heat-conductive aluminium base The structural foundation of the stirring drive is a circular base with a diameter of 135 millimetres, made from an aluminium alloy with enhanced surface strength to ensure a long service life. One litre of water achieves a heating rate of around 5.5 Kelvin per minute, whilst the surface’s self-heating caused by stirring at maximum speed is limited to around 6 Kelvin (based on a room temperature of 22 degrees Celsius over one hour). This further limits the thermal stress on temperature-sensitive samples, in addition to external control via the ETS-D5, and the surface can be cleaned quickly and without leaving any residue in everyday laboratory use. Media temperature control accurate to the degree via the ETS-D5 contact thermometer The highlight of this solution package is the direct thermodynamic control within the medium via the ETS-D5 electronic contact thermometer, which is included in the Scope of delivery. The accompanying PT1000 probe is positioned stably directly within the liquid core of the sample using the stand components and measures with a resolution of 0.1 Kelvin and an accuracy of ±0.2 Kelvin plus probe tolerance (Class A). Using optimised PID control, the RH basic continuously adjusts its heating power to the measured actual values, preventing the temperature from overshooting the target temperature. In addition to the safety functions of the ETS-D5 itself (sensor timeout, temperature drop detection and setpoint monitoring), the heating plate has its own adjustable temperature safety circuit ranging from 50 to 360 degrees Celsius in accordance with EN IEC 61010-2-010, which switches off the 600-watt heater in the event of a fault, independently of the contact thermometer. Compact housing for flexible laboratory use The RH basic’s brushless EC motor covers a speed range of 100 to 1,500 revolutions per minute. Two rotary/push buttons on the front panel allow independent setpoint adjustment as well as the separate start and stop of the heating and stirring functions. With dimensions of 168 x 217 x 100 millimetres and an IP 22-rated housing, the complete unit can be accommodated even in confined workspaces or within a fume cupboard. As the stirrer, contact thermometer and stand components are already designed to work together, there is no need to procure individual components separately or check their compatibility. Typical applications As a ready-to-use complete package with a contact thermometer, the RH basic ETS-D5 Solution is particularly suitable for applications with high demands on temperature accuracy: Temperature control accurate to the degree within the medium, ready for immediate use thanks to the supplied ETS-D5 contact thermometer Sample preparation and reagent solutions in chemical analysis Reproducible mixing processes in industrial quality control Temperature-sensitive syntheses and biological samples that must be protected from exceeding the target temperature Ready for use without the need to purchase separate accessories, thanks to the complete package including a stand rod and temperature probe Technical details Number of stirring points1 Max. stirring volume (based on water)15 litres Motor power / motor type7 W, brushless DC motor (EC) Speed range100 to 1500 rpm Control systemTwo rotary/push buttons (with scale) for setting the target value and starting/stopping heating and stirring heating power600 W Heating temperature rangeRoom temperature (plus self-heating) up to 310 °C Temperature safety circuit for heating plateAdjustable, 50 to 360 °C, in accordance with EN IEC 61010-2-010 Connection for external sensorETS-D5 (electronic contact thermometer) Control accuracy in the medium with ETS-D5±0.5 K (with 500 ml H₂O, 40 mm stirring rod, 600 rpm, 50 °C) Base diameter135 mm Base materialAluminium alloy Housing materialChemical-resistant coated laboratory housing Protection class according to DIN EN 60529IP 22 Dimensions (W x D x H)168 x 217 x 100 mm Net weight2.1 kg (base unit, excluding ETS-D5) Mains connection220 to 230 V, 50/60 Hz, power consumption 620 W Scope of delivery 1 x IKA RH basic magnetic stirrer with heating (aluminium heating plate, Ø 135 mm) 3 x IKAFLON magnetic stirring bars (20 mm, 30 mm and 40 mm) 1 x H 102 cover for RH basic 1 x H 102.1 safety handle 1 x screwdriver (for adjusting the safety circuit) 1 x IKA ETS-D5 electronic contact thermometer including PT1000 temperature probe 1 x stand rod including matching cross-sleeve for securing the probe 1 x mains lead 1 x Detailed operating instructions / safety guide Compatible accessories To expand the RH basic ETS-D5 Solution complete package beyond the scope of the items supplied, the following original accessories are also available: Precisely fitting silicone protective covers to protect the instrument surface from liquid splashes IKA Dry attachments made of anodised aluminium for oil-free heating of round-bottomed flasks directly on the aluminium hotplate PTFE-coated magnetic stirring rods in cylindrical, oval or triangular shapes Manufacturer’s warranty The IKA manufacturer’s warranty applies to the RH basic ETS-D5 Solution complete package: 2 years, extended to 3 years upon registration at ika.com/register within 90 days of purchase. Individual requirements and procurement service Our procurement service is available to assist with the application-specific configuration of your laboratory workstations, including additional original accessories, spare parts or bespoke calibration. We are also happy to assist with additional contact thermometers or stand components for further workstations. Further information and contact details can be found on our procurement service page.

The IKA RCT basic Synthesis Solution 1000 Complete Package (MPN 0010016478) is a turnkey, highly optimised mechatronic system solution for the precise execution of chemical syntheses and thermal reactions in round-bottom flasks with a volume of up to 1000 ml. This perfectly coordinated all-in-one package combines the globally recognised RCT basic laboratory heating magnetic stirrer with a specialised synthesis attachment, as well as the necessary measurement and stand accessories. For demanding B2B laboratories in organic chemistry, university research or industrial drug discovery, this eliminates the need for time-consuming individual configuration, whilst simultaneously meeting the highest standards of process reliability and reproducibility in daily, continuous use. Form-fitting temperature control without hazardous oil baths The process engineering foundation of this system is the aluminium synthesis block for 1000-ml round-bottom flasks included in the set, which is positioned directly on the 135 mm Kera-Disk mounting surface. The precise geometric adaptation to the shape of the flask ensures perfect, form-fitting heat transfer. This principle completely replaces traditional, fire-hazardous and high-maintenance silicone oil baths in the laboratory. The heating plate’s substrate, made from a highly conductive aluminium alloy, guarantees minimal heating times, whilst the non-porous, scratch-resistant ceramic coating (Kera-Disk) reliably protects the work surface from mechanical damage and highly aggressive chemical synthesis reagents. Direct temperature control within the medium and mechanical stability From a process engineering perspective, the Synthesis Solution 1000 package ensures uncompromisingly precise temperature control directly within the liquid reaction mixture. The supplied PT1000 stainless steel temperature probe measures the transient actual values at the centre of the flask and transmits these to the highly efficient PID microprocessor of the RCT basic. This effectively prevents the temperature from overshooting the target value. The robust stand system, consisting of a support rod and a cross-sleeve, ensures vibration-free and vertically precise positioning of the sensor, which reliably prevents measurement errors caused by unintentional contact with the walls or base of the round-bottom flask. Hermetic housing seal and enhanced safety concept The long-term durability of the agitator drive is ensured by a sealed die-cast aluminium housing with IP 42 protection, which reliably protects the internal electronic components from spilled media. A multi-stage safety concept ensures safe unattended operation: an independently adjustable safety circuit immediately switches off the 600-watt heater in the event of an unexpected over-temperature. In addition, a visual residual heat indicator (Hot Top Indicator) warns laboratory staff of the risk of burns on the work surface until it has cooled down completely. Technical details Drive & stirring specifications Number of stirring points: 1 Max. stirring capacity (based on water): 20 litres Motor power output: 9 watts Speed range: 50 to 1500 revolutions per minute (rpm) Speed control: Continuously variable via analogue rotary control with digital LED display Kinetic stability: Automatic readjustment in the event of transient viscosity changes in the synthesis batch Thermodynamics & heating capacity Heating power: 600 watts (for rapid heating cycles) Heating plate temperature: Room temperature to 310 degrees Celsius Compatible synthesis volume: Optimised for round-bottom flasks up to a maximum of 1000 ml Integrated sensor interface: PT1000 (direct connection) Control accuracy in the medium with PT1000: ± 1 K Base diameter: 135 mm Heating plate material: Kera-Disk (aluminium alloy with a chemically resistant ceramic coating) Adjustable safety range (min./max.): 50 to 360 degrees Celsius (mechanically coded) Design, geometry & protection classes Housing material: Robust die-cast aluminium housing, powder-coated for chemical resistance Protection class according to DIN EN 60529: IP 42 (hermetically sealed against ingress of media) Dimensions (W x D x H): 160 x 270 x 85 mm (main unit) Mains connection: 220–230 V / 50/60 Hz Scope of delivery 1 x IKA RCT basic magnetic stirrer with heating 1 x IKA synthesis attachment / flask holder for 1000 ml round-bottom flasks 1 x PT1000 temperature probe made of stainless steel 1 x support rod (suitable for housing mount) 1 x cross-shaped sleeve for securing the probe 1 x mains lead 1 x Detailed operating instructions / safety guide Customised requirements & accessories To optimally expand and customise the IKA RCT basic Synthesis Solution 1000, we stock a complementary range of original system peripherals: Alternative synthesis heads: A wide range of IKA Dry heads and flask holders for smaller volumes (e.g. 100 ml, 250 ml or 500 ml) for flexible configuration of the same base unit. Housing protection: Precisely fitting silicone protective covers to reliably protect the control panel from splashes of corrosive acids or solvents. Consumables: A wide range of PTFE-coated magnetic stirring bars in cylindrical, oval or special elliptical shapes for optimum magnetic flux in round-bottom flasks. Please use our technical procurement service to configure your synthesis workstations to suit your specific applications.