IKA C-MAG HS 7 control, magnetic stirrer with heating, ceramic hotplate, 0020002694

The new IKA ETS-D5 electronic contact thermometer (MPN 0025008371) completely redefines precision, safety and ease of use in laboratory thermal analysis. Developed as a high-performance mechatronic control unit for demanding laboratory processes, this instrument takes over active, direct temperature control of the medium once connected. It controls the heating power of a coupled magnetic stirrer by intelligently switching the heating plate on and off, whilst the stirrer itself acts as a redundant monitoring unit for the preset safety limits. The ETS-D5 thus transforms any compatible workstation into a future-proof, high-precision control centre for reproducible experimental series. Integrated safety architecture for risk-free processes From a process engineering perspective, the ETS-D5 offers a comprehensive range of sophisticated protective functions that contribute significantly to laboratory safety and risk minimisation. The system features an adjustable sensor timeout, which is triggered immediately if the probe is inadvertently outside the liquid medium. Precise temperature drop detection reacts dynamically to unexpected thermal gradients, whilst setpoint monitoring (Delta T) immediately stops temperature control if the target value is exceeded by a critical margin. To prevent operator errors in multi-user operation, the maximum settable temperature can be strictly limited via a setpoint limit. In the event of a transient fault, the heating circuit remains permanently switched off to protect personnel and the sample matrix. Optimised PID control and application-specific modes The instrument’s control technology ensures absolutely stable temperature control without thermal overshoot. Coupled with a high-precision, interchangeable PT1000 temperature sensor of tolerance class A, the system covers a wide operating range from –20 °C to +400 °C. Three application-specific temperature control modes ensure maximum flexibility in day-to-day laboratory work: ‘Fast’ for ultra-fast heating cycles, ‘Precise’ for working at the minimum tolerance limit, and a specialised synthesis block mode that is perfectly tailored to the thermodynamic requirements of chemical syntheses. For highly sensitive organic or biological sample structures, the heating rate can also be precisely reduced in percentage increments. Ergonomic touch-screen control concept and documentation The instrument’s exterior breaks away from complicated analogue designs and features a user-friendly, clear touchscreen display for intuitive parameter configuration during continuous operation. The almost completely enclosed system reliably protects the internal electronic components from aggressive vapours and liquids in the harsh everyday laboratory environment. A future-proof, integrated USB-C interface also enables the rapid, error-free export of all transient measurement data to a PC, thereby ensuring seamless documentation, validation and traceability of your processes in accordance with modern GLP standards. Technical details Measurement system & control characteristics Sensor type: PT1000 (DIN IEC 751 Class A), easily replaceable Temperature measurement range: –20 °C to +400 °C Measurement and setpoint resolution: 0.1 K Temperature measurement accuracy: ±0.2 K + tolerance of the PT1000 sensor Control accuracy in the medium: ±0.5 K (validated with 500 ml of water in a 600-ml beaker) Temperature control modes: Fast, Precise (highest accuracy), Synthesis block-optimised Heating rate: Individually adjustable in percentage steps for sensitive samples Control algorithm: Optimised PID control to prevent overshoot Safety & monitoring functions Sensor timeout: Detects the absence of the sensor in the medium (time-adjustable) Temperature drop detection: Automatic response to unexpected temperature drops Setpoint monitoring (Delta T): Shuts off the heating function if the Delta T limit is exceeded Setpoint Limitation: Software-based limitation of the maximum settable temperature Safe-Temp & Emergency Protection: Immediate safety shutdown of the heating circuit in the event of a fault; the stirrer remains deactivated Operation, Interfaces & Geometry Display technology: User-friendly, flat touchscreen for intuitive operation Digital interface: USB-C for direct data transfer and software connection to a PC Connector to the main unit: DIN 45322 (MAS6 standard) Dimensions (width x height x depth): 52 x 36 x 385 mm Minimum probe insertion depth: 20 mm Net weight: 0.156 kg (156 grams) Environmental data & electrical specifications Protection class according to DIN EN 60529: IP 54 (dust- and splash-proof) Operating voltage / DC voltage: 8 to 16 V= Current consumption: 100 mA Permissible ambient temperature: +5 to +40 degrees Celsius Permissible relative humidity: Up to 80 per cent Contents of the package 1 x IKA ETS-D5 electronic contact thermometer (MPN: 0025008371) 1 x PT1000 temperature probe (standard version) 1 x USB-C connection cable 1 x Detailed operating instructions / safety guide Individual Requirements & Accessories To ensure optimal utilisation of the intelligent ETS-D5 control centre, we offer a complementary range of original system peripherals: Specialised probes for corrosive media: Optional interchangeable sensors made from robust special-purpose glass (H66.51) or featuring a highly chemically resistant protective coating (H66.53) for safe operation in acids and alkalis. Mechanical mounts: Precisely fitting extension cables for flexible spatial extension of the measuring station, as well as sturdy IKA support rods and cross-couplings for vibration-free stand locking above the sample point. Compatible stirring systems: Ideal as a metrological upgrade for IKA magnetic stirrers without integrated primary temperature control, to establish a redundant, independent medium safety circuit. Use our technical B2B procurement service to configure your measuring stations.