Measurement technology
Precision is the foundation of all laboratory work – which is why LT Laborhandel offers a wide range of professional measuring instruments for a wide variety of applications in research, production and quality control. Our range includes digital and analogue instruments from leading brands such as Kern, Sauter and IKA. Whether balances, microscopes, force gauges or coating thickness gauges – all models deliver precise results, are easy to use and offer long-lasting quality. Ideal for laboratories, workshops, testing institutes and industrial applications.
Macherey-Nagel PF-12Plus compact photometer for water analysis, including case and software, 919250
The Macherey-Nagel PF-12Plus compact photometer is a highly advanced, optoelectronic system solution for the precise, mobile and stationary analysis of water, wastewater and environmental samples. As a portable laboratory instrument, this photometer combines state-of-the-art filter photometry with maximum flexibility, whether used directly at the point of interest (POI) or in a traditional laboratory setting. When monitoring critical water parameters, industrial process water flows or municipal sewage treatment works, the accurate and rapid determination of substance concentrations is the primary criterion for documenting and controlling compliance with statutory limit values in a way that minimises damage to materials, ensures complete coverage and guarantees process reliability. The optical architecture of the PF-12Plus is based on a long-life xenon flash lamp and a precisely coordinated sensor system with seven integrated interference filters. This spectral configuration enables reliable coverage of all relevant wavelengths for the analysis of Macherey-Nagel’s renowned VISOCOLOR ® ECO and NANOCOLOR ® round-cell tests. An outstanding mechatronic safety feature is the integrated nephelometric turbidity measurement (NTU-Check). This advanced monitoring function automatically detects interfering turbidity in the sample cuvette during the measurement process and reliably alerts the user to potential measurement errors – an invaluable advantage for analytical validity in harsh field conditions. The photometer’s mechatronic system architecture is consistently designed for maximum user ergonomics and flexibility under changing environmental conditions. Over 100 pre-programmed methods for common parameters (such as ammonium, nitrate, nitrite, COD, phosphorus or heavy metals) enable error-free direct measurement without time-consuming calibration cycles. The splash-proof housing and intuitive menu navigation via the large, backlit graphic display ensure absolutely safe handling for laboratory and service staff. Thanks to flexible power management – optionally via batteries, rechargeable batteries, the integrated USB cable or an external power supply – uninterrupted operational readiness in the field is permanently guaranteed. To support modern quality management in accordance with stringent GLP and GMP guidelines, the PF-12Plus features an internal data memory for up to 1,000 measurement results, including time, date and sample ID stamps. Via the integrated USB interface, the raw data can be transferred quickly and without damaging the samples to the free NANOCOLOR ® PC export software. This enables seamless digital archiving, statistical analysis and the convenient generation of certificates of analysis. The simple ability to independently verify instrument calibrations using certified test solutions meets the highest requirements of audited quality management systems. Technical details Optics & Photometry Type: Filter photometer with microprocessor control, self-test and auto-calibration Light source: Extremely long-life xenon flash lamp Detector: Silicon photodiode Wavelengths (filters): 345 / 436 / 540 / 585 / 620 / 690 nm plus 860 nm for turbidity measurement Wavelength accuracy: +/- 2 nm Photometric range: +/- 3 Abs Photometric accuracy: +/- 1 % Turbidity measurement: Integrated NTU check (nefelometric at 860 nm, measurement range 1–1000 NTU) Interfaces, memory & software Data storage: 1000 measurements (GLP-compliant with date, time and sample number) Interface: USB 2.0 for bidirectional data transfer and power supply Pre-programmed tests: Over 100 pre-programmed methods (VISOCOLOR ® ECO and NANOCOLOR ®) User-defined methods: Up to 50 freely programmable methods Design & Power supply Display: Backlit graphic display (64 x 128 pixels) Cuvette holder: For round cuvettes with an external diameter of 16 mm (no adapter change required) Power supply: 4 x AA batteries, rechargeable batteries, USB interface or external mains adaptor Housing features: Robust, ergonomic design, splash-proof membrane keypad Dimensions (W x D x H): approx. 215 x 160 x 70 mm Weight: approx. 1.0 kg (including batteries) Contents 1 x Macherey-Nagel PF-12Plus Compact Photometer base unit (MPN: 919250) 1 x Sturdy carrying case with custom-fit foam insert 1 x Manual / Quick Start Guide (including test instructions) 4 x AA batteries (Mignon) 1 x USB cable for PC connectivity and external power supply 1 x NANOCOLOR ® PC export software (free download) 1 x calibration cuvette Important note: Reagent test kits (such as NANOCOLOR ® or VISOCOLOR ® ECO round cuvettes) are not included in the standard scope of delivery and must be ordered separately according to your specific application. Individual requirements & accessories To ensure optimal use of the PF-12Plus, we stock a comprehensive range of reagent kits. For standardised, high-precision photometric analyses, we recommend the certified NANOCOLOR ® round cuvette tests (e.g. for COD, total nitrogen, total phosphorus) as well as the VISOCOLOR ® ECO test kits. For on-site sample preparation, we offer portable thermoblocks (e.g. NANOCOLOR ® NANOFOX) for the chemical digestion of samples. To ensure the continuous integrity of the metrological chain in your laboratory, we also stock certified test solutions (NANOCONTROL NANOCHECK) for verifying photometric accuracy. Please make use of our technical procurement service to tailor your mobile measuring station to your specific requirements.
WTW ProfiLine pH 3110 Handheld Meter (pH/mV, DIN connector), 2AA110
The WTW ProfiLine pH 3110 is a robust and reliable entry-level handheld meter for all users who need to measure pH values quickly and easily in the field, in the laboratory or on the production floor. It is designed to focus on the essential functions of pH measurement and offers maximum durability. Extremely robust and waterproof (IP 67) The housing is fully waterproof and dustproof to IP 67. (Feature) For professional buyers working in the field (environmental measurement technology, water analysis, aquaculture) or in harsh production environments, this means maximum reliability. (Benefit) The meter can withstand rain, dirt and even a fall into water. Simple and Reliable Operation Unlike complex devices with data loggers, the pH 3110 is optimised purely for measurement. (Feature) It features a clear, high-contrast LCD display and an intuitive keypad. The 3-point automatic calibration (using WTW TEC or DIN buffers) is easy to carry out and ensures reliable results. (Benefit) It is the perfect instrument for routine applications where the measurement value is required immediately but no digital documentation is needed. Flexible electrode connection (DIN) This meter is deliberately fitted with a standard DIN connector (for pH/mV) and 4 mm banana sockets (for separate temperature probes). (Feature) This allows procurement specialists the flexibility to continue using existing standard analogue electrodes from various manufacturers (Benefit). Technical details Measurement channels: 1 (pH/mV) pH range: -2,000 to +20,000 pH mV range: ±1,200.0 mV; ±2,500 mV Temperature range: -5.0 to +105.0 °C Connection (pH): DIN (for pH electrode) Connection (temperature): 2 × 4 mm banana sockets (for TFK probe or similar) Data storage: No (calibration report only) Interface: No Protection rating: IP 67 (waterproof) Display: LCD (7-segment, backlit) Calibration (pH): 1-, 2-, 3-point (WTW TEC / DIN buffers) Power supply: 4 x 1.5 V AA (batteries) Contents of the pack ProfiLine pH 3110 meter (main unit) 4 x AA batteries Quick start guide Important note: The carrying case, pH electrodes and temperature probe (TFK) are accessories and are not included with the basic unit (2AA110). Customised requirements & procurement service Do you need advice on the right pH electrode for your application (e.g. a robust SenTix 41 with a DIN connector) or a separate temperature probe (TFK 325)? Our team of experts will be happy to put together a complete set for you. For accessories not listed here, please use our bespoke procurement service.
WTW ProfiLine pH 3110 Set 2: pH Measurement Kit with SenTix 41, 2AA112
If you don’t want to put together a pH meter and a suitable electrode separately, the WTW ProfiLine pH 3110 Set 2 offers a complete, ready-to-use package in a carrying case. As well as the 2AA110 meter, the set includes the SenTix 41 electrode, along with buffer solution, a stand and a beaker for your first measurements.What’s in the caseThe carrying case contains the ProfiLine pH 3110 meter, the SenTix 41 pH electrode (item no. 103635), STP 4 and STP 7 buffer solutions, a stand, a beaker, the quick start guide and the batteries. This means you can calibrate and take measurements immediately after unpacking, without having to order the electrode, buffers or accessories separately.Measuring instrument with IP67 rating and flexible calibrationThe main unit is technically equivalent to the 2AA110 single-unit model: IP 67 protection rating, 1- to 3-point calibration with AutoCal TEC and AutoRead stability check, integrated calibration timer and 6-button operation, even when wearing gloves. The pH measurement range extends from -2.000 to +19.999 pH, with additional mV and temperature measurement. The unit is powered by 4 AA batteries with a runtime of approx. 2,500 operating hours; it stores up to 5,000 GLP entries internally.SenTix 41 electrode included in the setThe included SenTix 41 has a plastic shaft with a maintenance-free gel electrolyte, a fibre diaphragm and an integrated NTC temperature sensor. It is connected via a 1 m fixed cable with a DIN plug and a 4 mm banana plug, compatible with the meter’s DIN input. The measurement range covers 0 to 14 pH at temperatures between 0 and 80 °C; the membrane resistance is less than 1 GOhm.Typical applicationsImmediate access to pH measurement without the need to purchase separate equipmentMobile use at water bodies and sampling points thanks to the carrying caseEquipping new measuring stations in the laboratory with a full range of accessoriesRoutine measurement in industrial and wastewater laboratoriesAn obvious example is the set-up of a new measurement station: rather than having to assemble the meter, electrode, buffer solution and accessories individually, Set 2 provides a calibration-ready workstation straight out of the case.Difference compared to the 2AA110 single unitThe ProfiLine pH 3110 single unit (item no. 2AA110) is supplied without an electrode and is aimed at customers who already own a suitable SenTix electrode or wish to use another model, such as the SenTix 81 precision electrode (item no. 103642). Set 2 eliminates this intermediate step and provides the meter, electrode, buffer solution and accessories as a complete package.Accessories for immediate useThe stand and beaker included in the case allow for a stable measurement setup directly at the workstation, without the need to organise additional laboratory equipment. The included STP 4 and STP 7 buffer solutions already cover one acidic and one neutral calibration point; for a complete 3-point calibration, an alkaline buffer solution (pH 10) can be added if required.The carrying case protects the measuring instrument, electrode and accessories during transport between sampling points or laboratory workstations and keeps the individual parts organised in one place, rather than having to gather them together separately.Technical detailsTypeAnalogue portable pH/mV meter with pH electrode included in the setpH measurement range (meter)-2.000…+19.999 pH (depending on range)Protection ratingIP 67, Protection Class IIICalibration1-, 2- or 3-point calibration, AutoCal TEC, AutoRead, calibration timerPower supply4 × 1.5 V AA alkaline-manganese batteries (alternatively 4 × 1.2 V NiMH rechargeable batteries)Operating timeapprox. 2,500 operating hoursData storage5,000 GLP entriesDimensions / Weight of unitapprox. 180 × 80 × 55 mm / approx. 0.4 kgElectrode included in the setSenTix 41 (Item No. 103635)Electrolyte for electrodeGel, non-refillableTemperature sensor electrodeNTC 30 kOhm, integratedMeasuring range of pH / temperature electrode0…14 pH, 0…80 °CElectrode connection1 m fixed cable, DIN plug and 4 mm banana plugsStandardsCE, IP 67 in accordance with EN 60529, EN 61010-1 (instrument); CE Declaration of Conformity SenTix/TA-Sensolyt, DIN 19262 (electrode)Scope of delivery1 WTW ProfiLine pH 3110 handheld meter in a carrying case1 SenTix 41 pH electrode (item no. 103635)Buffer solutions STP 4 and STP 7Stand and beakerQuick start guideBatteriesRegulatory informationThe WEEE registration number DE 29884659 held by Xylem Analytics Germany GmbH applies to the instrument component; this is a collective registration with the EAR Foundation for the WTW brand. The SenTix-41 electrode included in the set is a passive sensor without its own electronics and is therefore not affected by this registration.Individual requirements and procurement serviceOnce the buffer solution in the set has been used up, LT Laborhandel supplies refills of the Technical Buffer Solution pH 4.01 (item no. 108706) and pH 7.00 (item no. 108708). For replacement electrodes, additional accessories or specific enquiries regarding the kit, please contact the procurement service at lt-laborhandel.com/service.
SAUTER JCT 100 coating thickness gauge, Fe/NFe combination sensor, internal measuring cell
Uncompromising precision in surface technology: the SAUTER JCT 100 coating thickness gauge In modern industrial manufacturing, rigorous quality assurance, professional vehicle assessment and heavy-duty corrosion protection, the accurate and non-destructive measurement of coating thicknesses is an absolutely business-critical factor. Whether it is the thickness of a protective zinc coating on a steel girder, the uniform paint finish on a car body, or the anodised layer on an aluminium profile – even minute deviations from the specified tolerance values can have dramatic consequences. A coating that is too thin will inevitably lead to premature corrosion, material fatigue and costly warranty claims. A coating that is too thick, on the other hand, is prone to flaking, compromises the mechanical fit of components and, in mass production, wastes immense quantities of expensive raw materials (such as powder coating or zinc). To completely eliminate these massive quality and financial risks, KERN & SOHN has developed the JCT 100 digital coating thickness gauge (MPN JCT 100) under its specialist brand SAUTER. This compact, ergonomic and technologically advanced handheld measuring device provides you with absolutely reliable, digital readings within milliseconds and is the perfect solution for any professional user who needs to record high-precision, standards-compliant coating data on a daily basis. Intelligent dual technology: automatic Fe and NFe detection The greatest technological advantage of the SAUTER JCT 100 is its highly advanced, universal combination measuring cell. In industrial practice, one is constantly dealing with completely different base materials. The device therefore masters both relevant physical measurement principles to perfection. On the one hand, it uses the magnetic-inductive method (Fe mode) to measure non-magnetic coatings (such as varnish, paint, plastic, enamel, chrome, copper or zinc) on magnetic base materials such as steel and iron. On the other hand, the electronics switch instantly to the eddy current method (NFe mode) when you need to measure insulating layers (such as paint, anodised aluminium, plastic or ceramics) on non-magnetic metals such as aluminium, brass, copper or non-magnetic stainless steel. The real highlight for the user: the SAUTER JCT 100 detects the respective metallic base material (substrate) completely automatically! You do not need to manually reprogram the device when switching from a steel sheet to an aluminium component. Simply place the device on the component, and the internal microprocessor automatically selects the correct physical measurement mode. This massively speeds up the testing process on mixed assemblies (for example, on modern car bodies made from a combination of steel and aluminium) and categorically rules out critical measurement errors caused by the operator selecting the wrong mode manually. Ergonomics and precision thanks to an internal measuring cell The SAUTER JCT 100 has been deliberately designed as a compact, one-handed measuring device with an internally mounted measuring cell (probe). In the harsh realities of everyday industrial use, this design offers decisive advantages over devices with external cable probes. Firstly, it eliminates the hassle of handling delicate cables that could get caught on sharp edges or break. Secondly, the internal probe enables extremely stable and wobble-free one-handed operation. You can hold on with your free hand whilst, for example, carrying out measurements on a large silo or a bridge pier whilst standing on a ladder. The tip of the probe is also fitted with a special, wear-resistant V-groove. This sophisticated design ensures that you can always position the device perfectly centred and at an exact 90-degree angle, not only on perfectly flat metal sheets but also on heavily curved surfaces, round pipes, shafts or convex body panels. Only a perfectly vertical positioning guarantees physically correct and reproducible coating thickness readings. Comprehensive statistical analyses and alarm functions In professional quality control, a single measurement is often insufficient to assess the uniformity of a coating across a large area. The SAUTER JCT 100 is therefore equipped with a generous internal data memory and powerful statistical functions. During a series of measurements, the device automatically calculates the mean value, the absolute highest measured value (Max), the lowest value (Min) and the standard deviation. This allows you to immediately identify whether a painting robot is operating unevenly in production or whether paint drips have formed. To further optimise the workflow in series testing, the device features a freely programmable limit value function (limit alarm). You define a minimum and maximum film thickness in advance (for example, 80 µm to 120 µm). If a measured value falls outside this strict tolerance range, the device immediately alerts you with a highly visible visual and audible signal. This enables extremely rapid ‘pass/fail’ sorting of components at goods-in, without you having to analytically evaluate every single numerical value on the display. Calibration and GLP/ISO-compliant documentation For companies certified to the strict quality standards of DIN EN ISO 9001, the verifiable accuracy of test equipment is of the utmost importance. The SAUTER JCT 100 can be calibrated quickly and easily by the user at any time. The comprehensive scope of supply includes both zeroing plates (for Fe and NFe) and a set of high-precision calibration foils in various defined thicknesses. This allows you to precisely adjust the device to the expected measurement range and the surface roughness of your specific workpiece using a one-point or two-point calibration. The high-resolution, high-contrast display ensures that you can always read the results perfectly, even in poor lighting conditions in production halls or in bright sunlight on a building site. The SAUTER JCT 100 is therefore not just a measuring device, but an indispensable, cost-effective tool for active quality assurance, for preventing rejects and for the long-term protection of your brand’s reputation. Technical specifications Measurement principles: Magnetic induction (Fe) and eddy current (NFe) Detection: Automatic detection of the base material (Fe/NFe) Measurement range: Typically 0 to 2000 µm (please refer to the data sheet for exact manufacturer’s specifications) Resolution (d): 0.1 µm (in the lower range) / 1 µm (in the upper range) Accuracy: approx. ± (1 to 3 % of the measured value + 1 µm) Measuring cell: Internally mounted (robust, one-handed operation) Contact surface: With V-groove for precise measurement on round parts (tubes, shafts) Statistical functions: Number of measurements, mean, max, min, standard deviation Limit alarm: Visual and audible signal when values exceed or fall below limits Calibration: Zero point and gauge calibration (two-point) Units: Switchable between µm (micrometres) and mil (mils) Power supply: Standard batteries (with auto-off function to conserve power) Contents 1 x SAUTER JCT 100 coating thickness gauge 1 x calibration set (reference plates for Fe and NFe) 1 x set of calibration spacer sheets (various thicknesses) 1 x set of batteries 1 x Sturdy hard-shell carrying case 1 x Detailed operating instructions in German Individual requirements & accessories If you are using this precision instrument as part of a certified ISO 9001 quality management system, we strongly recommend that you also order an official factory calibration certificate (ISO). This certifies the traceability of the measured values to national standards. Should you require a device with a flexible, external cable probe for specialised geometric components (such as deep bores or hard-to-reach interior body cavities), we would be happy to advise you on the sister models from the SAUTER range. Simply contact our expert procurement service for personalised system advice.
Sauter Leeb HK-DB hardness tester for metals, portable hardness tester
The Sauter Leeb HK-DB hardness tester (MPN HK-DB) is a highly sophisticated mechatronic, metrologically precise and fully portable system solution for the non-destructive hardness testing of metallic materials. Based on the physical principle of the dynamic rebound method (according to Dietmar Leeb), this compact instrument enables highly reproducible hardness measurements to be carried out directly on site on solid components, heavy machinery parts or during incoming goods inspection. For demanding metallurgical tests in the foundry industry, mechanical engineering, steel construction and automotive quality control, this digital hardness testing system provides the metrological basis for monitoring material quality in a way that is gentle on the material, process-reliable and compliant with standards. The Leeb rebound principle for precise materials analysis The technical foundation of the HK-DB is based on the precise measurement of the transient velocity of a spring-driven impact body. A standardised carbide impact body is propelled by spring force against the surface of the test specimen. Upon impact, the body undergoes elastic deformation and rebounds. The flight velocities immediately before and after impact are measured inductively. The microprocessor control system generates the Leeb hardness value (HL) from the ratio of these two velocities. This dynamic measurement method is ideally suited to a wide range of metallic alloys such as steel, stainless steel, cast iron, aluminium, brass, bronze and copper. Universal scale conversion and smart data interfaces An outstanding metrological feature of the Sauter HK-DB is the automatic, error-free real-time conversion of the primary Leeb hardness value into all internationally recognised hardness scales. Users can view the measurement results directly on the high-contrast digital LCD display in Rockwell (HRC and HRB), Vickers (HV), Brinell (HB) or Shore (HS). To support seamless quality management in accordance with ISO 9001, the instrument features an integrated measurement data memory. Via the integrated USB interface, the transient test data can be reliably transferred to a higher-level B2B merchandise management system or documentation software. Robust design for harsh industrial environments The mechatronic system architecture of the HK-DB is consistently designed for maximum service life in continuous industrial use. The ergonomically shaped housing reliably protects the sensitive control electronics from mechanical vibrations, transient impacts and dusty environmental conditions in the production area. The external impact body of type D (impact device D), supplied as standard, guarantees a consistently constant impact energy thanks to its precise mechanical guidance. For laboratory managers and those responsible for audits, Sauter offers, with this system, a reliable, validatable test medium for reproducible material testing. Technical details Measurement system & sensors Test method: Leeb dynamic rebound method Impact device / sensor: Type D (standard impact device with carbide test tip) Measurement accuracy: ±1 per cent at HL=800 (high reproducibility) Displayable hardness scales: HL (Leeb), HRC (Rockwell C), HRB (Rockwell B), HV (Vickers), HB (Brinell), HS (Shore) Measuring range: Scalable across all common metal hardnesses, depending on the material Electronics, geometry & interfaces Display type: Large, backlit digital LCD display Data storage: Internal memory for transient measurement series and individual values Digital interface: USB data output for connection to a PC Dimensions (W x D x H): 150 x 80 x 30 mm Power supply: Battery-powered (for maximum portability) Net weight: approx. 0.45 kg (compact and lightweight for mobile test cycles) Material compatibility Testable materials: steel, tool steel, stainless steel, grey cast iron, ductile cast iron, cast aluminium, brass, bronze, forged copper alloys Test specimen requirements: Minimum weight of 5 kg (for solid components) or, for thinner specimens, attachment to a stable base using coupling paste Scope of supply 1 x Sauter Leeb HK-DB hardness tester (main unit, MPN: HK-DB) 1 x External impact device, Type D 1 x Hardness comparison plate (Leeb test block for internal functional testing) 1 x Robust transport and storage case 1 x USB connection cable 1 x Detailed operating instructions / calibration guide Customised requirements & accessories To ensure the Sauter HK-DB is optimally integrated into your specific testing processes, we offer a comprehensive range of compatible system peripherals: Hardness comparison blocks: DAkkS-certified calibration blocks in various hardness ranges for audit-compliant verification of your measuring equipment in accordance with quality management guidelines. Specialised impact devices: Optional impact bodies for tight geometries, internal pipe walls or rough surface structures (e.g. types DC, D+15, G, C). Consumables & peripherals: High-viscosity coupling paste for stabilising thin-walled or lightweight test specimens (under 2 kg) during the impact pulse, in order to suppress distorting natural frequencies. Make use of our technical procurement service to design your metallurgical test stations to suit your specific requirements.
Sauter TB 200-0.1US-RED Ultrasonic Material Thickness Gauge, External, Reduced Material Catalogue
The Sauter TB 200-0.1US-RED measures the thickness of components using the ultrasonic pulse-echo method, with an external probe for hard-to-reach measurement points. The measuring range extends from 1.5 to 200 mm with a resolution of 0.1 mm. According to Sauter, the suffix ‘RED’ stands for a reduced measuring range: the device measures only 11 pre-programmed materials, including steel, cast iron, aluminium, copper and PVC. Reduced material catalogue: what RED means According to Sauter, ‘RED’ stands for a reduced measurement range. According to the manufacturer, the device can analyse only the following materials: cast iron, aluminium, copper, brass, zinc, quartz glass, polyethylene, PVC, grey cast iron, ductile cast iron and steel. Anyone wishing to measure materials outside this list will need the sister model, the Sauter TB 200-0.1US, which does not have the RED restriction. According to the manufacturer’s brochure, the measurement range, resolution, probe frequency and probe diameter are identical for both variants; the difference lies in the list of materials, as documented in the manufacturer’s brochure. External probe for hard-to-reach areas The 8 mm measuring head, with a test frequency of 5 MHz, is connected to the unit via a 0.9-metre-long cable. This allows it to be positioned even in places where the unit itself cannot fit. The tolerance is 0.5 per cent of the full-scale value of the measuring range, which corresponds to ± 1 mm for a 200 mm measuring range; the display can be set to millimetres or inches. Battery operation The TB 200-0.1US-RED runs on 4 standard AA-size alkaline-manganese batteries, which are included in the Scope of delivery. Designed for ambient temperatures of 0 to 50 degrees Celsius, the device can also be operated in workshop conditions without air conditioning; it should be stored at temperatures between minus 10 and 40 degrees Celsius. An auto-power-off function conserves battery life during measurement breaks. Base plate for on-site adjustment The base plate included in the Scope of delivery is used to adjust the measuring head before a new series of measurements begins. Typical applications Wall thicknesses on pipework, tanks, sheet metal or castings can be tested with the TB 200-0.1US-RED without opening or damaging the component, for example to detect corrosion or material loss at an early stage. According to Sauter, these include: Metalworking and mechanical engineering Oil and gas industry Aerospace engineering Plastics engineering Shipping CE marking, calibration and warranty According to the manufacturer’s data sheet, the device bears the CE marking. Sauter provides a 24-month manufacturer’s warranty, which can be extended by a further 3 years to a total of 60 months (Item 970-015). A factory calibration certificate is available as an option, with a processing time of 4 working days (Item 961-113). Technical details Measuring principleUltrasonic pulse-echo method, external probe Measurement range1.5 to 200 mm Resolution0.1 mm Tolerance0.5% of the full-scale value (± 1 mm at 200 mm) Unitsmm, inch Materials that can be analysed (RED)Cast iron, aluminium, copper, brass, zinc, quartz glass, polyethylene, PVC, grey cast iron, ductile cast iron, steel (11 pre-set materials) Probe frequency5 MHz Probe diameter8 mm Probe cable length0.9 m Power supply4 x 1.5 V alkaline-manganese batteries, size AA (included in the scope of delivery) Housing materialPlastic Dimensions (W x D x H)161 x 68 x 32 mm Weight (net)0.30 kg Operating temperature0 °C to 50 °C Storage temperature-10 °C to 40 °C CE markingYes Warranty24 months, extendable to 60 months Scope of delivery User manual Batteries, 4 x 1.5 V AA External probe, diameter 8 mm Ultrasonic contact gel Base plate for adjusting the probe Sturdy carrying case Individual requirements and procurement service A replacement is available for the device’s standard probe (item no. ATB-US06, 5 MHz, diameter 8 mm), as well as transducers in other diameters (item no. ATB-US01, 6 mm, and item no. ATB-US02, 12 mm) and refills for the ultrasonic contact gel (item no. ATB-US03). LT Laborhandel’s procurement service provides support with factory calibration certificates, warranty extensions and bespoke enquiries relating to Sauter measurement technology.
WTW ProfiLine pH 3310 Handheld Meter (pH/mV, DIN connector), 2AA310
The WTW ProfiLine pH 3310 is the professional standard handheld meter for all users who demand the highest standards of reliability, data security and robustness, whether in the field, in the laboratory or in process monitoring. It combines precise digital analysis with a connection for tried-and-tested analogue pH electrodes (DIN). Robust field-ready design (IP 67) The instrument is fully waterproof and dustproof to IP 67. (Feature) For specialist buyers working in the field (environmental measurement technology, aquaculture) or in harsh production environments, this means maximum reliability, even in the rain or if dropped into water. (Benefit) The backlit graphic display is clearly legible even in poor lighting conditions. Measurement reliability thanks to the CMC function A key advantage of the 3310 series is ‘Continuous Measurement Control’ (CMC). (Feature) The device continuously displays a graphical indication to the user showing whether the current measurement is still within the range of the last calibration. (Benefit) This provides immediate assurance of the reliability of the measured value and prevents measurement errors caused by out-of-date calibrations. GLP/AQS-compliant data logger The pH 3310 is ideal for quality assurance (AQS). It features a large data logger capable of storing up to 5,000 automatic (time-controlled) or 500 manual (at the touch of a button) data records. (Feature) All data can be transferred to a PC via the integrated mini-USB interface in a GLP-compliant manner (including timestamps and sensor ID), ensuring complete documentation (Benefit). Flexible electrode connection (DIN) This measuring instrument is deliberately equipped with a standard DIN connector (for pH/mV) and 4 mm banana sockets (for separate temperature sensors). (Feature) This allows specialist buyers to continue using existing standard analogue electrodes from various manufacturers flexibly (Benefit). Technical details Measurement channels: 1 (pH/mV) pH range: -2,000 to +20,000 pH mV range: ±1,200.0 mV; ±2,500 mV Temperature range: -5.0 to +105.0 °C Connection (pH): DIN (for pH electrodes) Connection (temperature): 2 × 4 mm banana sockets (for TFK probes or similar) Data storage: 500 (manual), 5,000 (automatic) Interface: Mini-USB-B (waterproof) Protection class: IP 67 Display: LCD (backlit, graphical) Calibration (pH): 1-, 2-, 3-, 4-, 5-point (WTW TEC / DIN buffers) Functions: CMC (Continuous Measurement Control) Power supply: 4 x 1.5 V AA (batteries) or USB operation Contents ProfiLine pH 3310 meter (main unit) 4 x AA batteries Quick start guide CD-ROM (with USB drivers and software) USB cable (A to Mini-B) Important note: The case, pH electrodes and temperature probe (TFK) are accessories and are not included with the basic unit (2AA310). Customised requirements & procurement service Do you need advice on the right pH electrode for your application (e.g. a robust SenTix 41 with a DIN plug) or a separate temperature probe (TFK 325)? Our team of experts will be happy to put together a complete set for you. For accessories not listed here, please use our bespoke procurement service.
WTW ProfiLine pH 3310 Set: 2 pocket pH metres (logger & USB), 2AA312
The WTW ProfiLine pH 3310 Set 2 is a professional, portable pH measurement system designed for precise field measurements and comprehensive data documentation in accordance with GLP/AQS standards. Unlike the basic 3110 model, the 3310 features an integrated data logger capable of storing up to 5,000 entries and a waterproof mini-USB interface. This enables the automated recording of measurement series (e.g. long-term monitoring of water bodies) and rapid transfer to a PC without the need for proprietary adapters. Measurement technology and process reliability The device offers 5-point calibration and the tried-and-tested CMC (Continuous Measurement Control) function. This displays on the backlit graphic display whether the current measured value is still within the calibrated range and issues a warning in the event of deviations. This increases the reliability of the measured values, particularly with changing sample matrices. Electrode and Robustness ‘Set 2’ includes the low-maintenance SenTix ® 41 pH electrode. It features a robust plastic shaft, an integrated temperature sensor (NTC 30 kOhm) for automatic temperature compensation, and a gel electrolyte that eliminates the need for refilling. The meter itself is waterproof to IP 67 (including the USB socket!) and can withstand brief submersion, making it the ideal companion in harsh environments or sewage treatment works. Technical details pH measurement range: -2.000 … +19.999 pH Accuracy (pH): ±0.005 pH mV measurement range: ±1200.0 / ±2500 mV Temperature measurement range: -5.0 … +105.0 °C Calibration: 1- to 5-point (22 buffer sets stored) Data memory: 5,000 entries (automatic) / 200 (manual) Interface: Mini-USB-B (waterproof) Protection class: IP 67 Power supply: 4 x 1.5 V AA (up to 100 hours of continuous operation) or via USB Contents of the pack ProfiLine pH 3310 meter SenTix ® 41 pH electrode (gel, integrated temperature sensor) STP 4 buffer solution (50 ml) STP 7 buffer solution (50 ml) Measuring beaker Tripod Professional carrying case USB cable (A to Mini-B) CD-ROM with driver software Batteries (4x AA) Quick start guide Customised requirements & procurement service Do you require more precise glass electrodes (e.g. SenTix 81) for laboratory applications, or an explosion-proof version for hazardous areas? We would be happy to put together kits specifically tailored to drinking water analysis or industrial requirements.
Sauter TN 80-0.01US Ultrasonic Material Thickness Gauge, 0.75 to 80 mm, Readability 0.01 mm
The Sauter TN 80-0.01US measures material thicknesses using ultrasonic pulse-echo technology. The measuring range is from 0.75 to 80 mm, with a resolution of 0.01 mm. The 6 mm diameter probe is attached to a 0.9 m long cable; the unit itself, with a housing measuring 150 x 74 x 32 mm and a net weight of 0.30 kg, fits comfortably in the hand.Measuring range and accuracySauter specifies the tolerance as 0.5 per cent of the maximum value. In order for the device to convert the echo transit time into a thickness, the speed of sound in the material must be known. The TN 80-0.01US covers sound velocities from 1,000 to 9,999 m/s. The display shows measurements in millimetres or inches; the unit can be selected. The display is an LCD. The measuring range using the pulse-echo method starts at 0.75 mm and ends at 80 mm; materials thinner or thicker than this are outside the range.Scanning or single-pointThere are two measurement modes to choose from. In scan mode, the device takes ten measurements per second; in single-point mode, it provides one value per measurement point. Scan mode is suitable for scanning a surface, whilst single-point mode is used for measurements at defined locations.Memory and USBThe internal data memory stores up to 20 files, each containing up to 100 individual values, totalling up to 2,000 values. The USB data interface is fitted as standard; Sauter supplies the FL-A01 USB/PC connection cable as an accessory. Power is supplied by two AA batteries (alkaline-manganese), which are included in the Scope of delivery.Measuring heads for other tasksAn external probe with a 6 mm diameter is included. Probes from the Sauter range of accessories cover other applications: ATU-US01 (2.5 MHz, Ø 14 mm), ATB-US02 (5 MHz, Ø 12 mm), ATB-US06 (5 MHz, Ø 8 mm), ATU-US09 (5 MHz, Ø 10 mm), ATU-US02 (7 MHz, Ø 6 mm) and the pulse-echo probe ATU-US10 (5 MHz, Ø 10 mm). Ultrasound contact gel is included in the Scope of delivery; a refill pack (ATB-US03, approx. 70 ml) can be ordered separately.Storage and operationThe device operates and is stored at temperatures between -10 °C and 40 °C. The housing is made of plastic. A factory calibration is available under item no. 961-113. It is supplied in a robust carrying case; the packaging measures 312 x 250 x 85 mm and has a shipping weight of 1.6 kg.Typical applicationsThe device’s technical specifications make it suitable for the following tasks:Thickness measurement on materials from 0.75 to 80 mmMeasurement of materials with sound velocities from 1,000 to 9,999 m/sSurface scanning in scan mode at ten measurements per secondPoint measurement with storage of up to 100 values per fileTransfer of measured values to a PC via USBIf you’re testing hardness rather than thickness, look no further than the Sauter HMM. The Sauter FC 500 is a digital force gauge for tensile and compressive testing.Frequently asked questionsWhat thicknesses does the TN 80-0.01US measure? From 0.75 to 80 mm using the pulse-echo method, with a resolution of 0.01 mm.How many measurement values does the device store? Up to 20 files, each containing up to 100 individual values.Which units can be set? Millimetres and inches.Are contact gel and batteries included? Yes, ultrasound contact gel and two AA batteries are included in the Scope of delivery.Technical detailsMeasurement range (pulse-echo)0.75 mm to 80 mmResolution0.01 mmTolerance0.5% of the maximum valueUnitsmm, inchesSpeed of sound1,000 m/s to 9,999 m/sMeasurement modesScan mode (10 measurements per second), single measurement pointMeasuring headexternal, Ø 6 mm, cable length 0.9 mData storage20 files, each containing up to 100 individual valuesDisplayLCDInterfaceUSB devicePower supply2 x AA (1.5 V), alkaline-manganeseOperating temperature-10 °C to 40 °CStorage temperature-10 °C to 40 °CHousing (W x D x H)150 x 74 x 32 mm, plasticWeight (net)0.30 kgFactory calibrationItem no. 961-113Scope of deliveryTN 80-0.01US ultrasonic material thickness gaugeExternal probe, Ø 6 mmUltrasonic contact gelBatteries (2 x AA)Operating instructionsSturdy carrying caseIndividual requirements and procurement serviceFor the TN 80-0.01US, Sauter supplies probes in various diameters and frequencies, a refill pack of contact gel and a USB/PC connection cable. We can advise you on your selection. Enquiries should be sent to lt-laborhandel.com/service.
SAUTER HBA 100-0 Analogue Shore hardness tester, Shore A, drag-type indicator
Mechanics of Shore A Indentation Hardness In the quality assurance of polymers, rubbers and elastomers, the macroscopic determination of hardness is a key metrological task. The SAUTER HBA 100-0 is a precise, analogue testing instrument for determining material hardness on the Shore A scale (in accordance with DIN ISO 48-4 / ASTM D2240). The physical measuring principle is based on the material’s resistance to penetration by a defined indenter. In the HBA 100-0 model, this indenter is geometrically designed as a truncated cone with an exact opening angle of 35°. It is pressed into the material under test with a defined contact force by means of a precisely calibrated steel spring – based on Hooke’s law. The mechanical penetration depth is inversely proportional to the material hardness: deep penetration of the indenter results in a low Shore value (soft material), whilst high resistance generates a high Shore value (hard material) on the dial. Viscoelasticity and peak hold via a mechanical drag pointer A fundamental phenomenon in the physics of materials relating to amorphous polymers and elastomers is their viscoelasticity. When mechanical stress is applied by the test specimen, the material immediately begins to relax due to molecular chain displacement (creep behaviour). The displayed hardness value therefore decreases continuously within the first few seconds of the measurement. To record the maximum initial value (peak) required by the standard absolutely accurately before material relaxation sets in, the SAUTER HBA 100-0 is equipped with a mechanical drag pointer function. A second, red indicator hand is pushed to the maximum deflection by the main hand and remains in this position. The user can therefore read the exact peak value conveniently and without parallax once the measurement is complete. Self-sufficient metrology for harsh industrial environments Opting for a purely mechanical, analogue measuring system offers significant advantages in harsh industrial field applications. The HBA 100-0 requires neither batteries nor electronic sensor calibrations and is therefore always ready for use independently. The sensitive mechanical conversion of the penetration depth into a rotational movement of the pointer is enclosed in a solid metal housing, which protects the precision mechanics from impacts and dust. The instrument is ideally suited for the non-destructive testing of soft rubber, neoprene, silicone, vinyl, felt and leather directly on the extrusion line or in the goods-in department. Reproducibility through standardised test benches In manual, free-hand measurements, the operator’s individual indentation speed and indentation force represent the greatest sources of physical error. To ensure absolute metrological reproducibility and to meet the strict repeatability tolerances of ISO standards, the housing of the HBA 100-0 is designed for direct adaptation to a standardised Shore test rig. The use of a test rig with a constant test weight fully standardises the kinematics of the measurement. Technical details Physical measurement method: Shore A (indentation hardness) Indenter geometry: truncated cone with a 35° opening angle Dynamic measurement range: 0 to 100 HA (Shore A) Metrological resolution (d): 1 HA Analogue display: High-contrast dial Peak function: Mechanical tracking pointer for recording peak values Material compatibility: elastomers, rubber, neoprene, silicone, felt, leather Power supply: Battery-free (purely mechanical system) Housing construction: Solid metal housing Compatibility: Designed for mounting on mechanical test rigs Compliance with standards: In accordance with DIN ISO 48-4 / ASTM D2240 Contents of supply 1 x SAUTER HBA 100-0 analogue Shore hardness tester 1 x Sturdy storage box 1 x Detailed operating instructions Individual requirements & accessories To eliminate the human factor from the force-displacement equation used in Shore measurements, we strongly recommend that certified quality assurance laboratories use a manual test rig (such as the SAUTER TI-AC). This applies the standard load precisely and lowers the test block onto the material sample at a perfectly orthogonal angle. For the regular verification of the mechanical spring constant in your laboratory, we also offer standardised Shore A reference plates. Our procurement service, which specialises in materials science, will be happy to configure a test setup for you that complies with the relevant standards.
SAUTER TD 225-0.1US Ultrasonic Material Thickness Gauge, external sensor, 225 mm
Wave mechanics in non-destructive testing (NDT) In industrial quality control, the monitoring of pressure vessels and the preventive maintenance of pipework systems, the precise determination of wall thicknesses is a safety-critical factor. The SAUTER TD 225-0.1US is a high-precision metrological instrument for non-destructive testing (NDT). The device is based on the physical pulse-echo method. A piezoelectric transducer in the external 5 MHz probe generates high-frequency mechanical longitudinal waves, which are coupled into the workpiece under test. As soon as these ultrasonic waves strike the material-specific back wall (the interface between the material and air), they are reflected almost entirely due to the massive impedance jump. The device’s integrated microelectronics measures the exact time-of-flight of the sound through the medium and uses this to calculate the absolute material thickness with a resolution of 0.1 mm. This process enables the comprehensive detection of internal corrosion or abrasion without compromising the structural integrity of the component. Acoustic impedance and variable sound speeds As mechanical waves propagate at different speeds in different molecular lattice structures, precise measurement requires the instrumental parameters to be precisely adapted to the material in question. The SAUTER TD 225-0.1US allows the material-specific speed of sound to be adjusted. This means the instrument can be calibrated not only for metallic isotropic materials such as steel, cast iron or aluminium, but also for homogeneous plastics, quartz glass or ceramics. This thermodynamic and acoustic flexibility makes the device a universal tool in the metalworking industry, shipbuilding and chemical plant engineering, where different alloys must be monitored for the slightest signs of material fatigue. Metrological integrity and acoustic coupling A fundamental physical problem in ultrasonic testing is the total reflection of high-frequency waves at microscopic air gaps between the sensor and the workpiece surface. To ensure perfect acoustic transmission (coupling) into the material, the system must be operated with a special ultrasonic coupling gel. The external, detached probe head enables the inspection of areas that are geometrically difficult to access or curved pipe walls. To metrologically compensate for thermal drifts in the electronics or mechanical wear of the piezo crystal, a solid zero-plate reference block (calibration block) is integrated directly onto the housing of the measuring device. This allows for immediate system calibration under real-world field conditions before the start of each critical measurement series. Digital data acquisition and field use The measuring system is specifically designed for harsh, mobile industrial field use. The robust, ergonomic housing protects the sensitive digital signal processing (DSP) hardware from mechanical shocks. For laboratories subject to strict ISO standards or GLP (Good Laboratory Practice) guidelines, the TD 225-0.1US features an RS-232 data interface. This enables the seamless export of measurement values to an external PC or printer for tamper-proof digital documentation of wall thickness trends and corrosion rates over extended maintenance intervals. Technical details Non-destructive ultrasonic measurement method Measurement range in steel from 1.2 to 225 mm High readability to exactly 0.1 mm External piezoelectric sensor operating at 5 MHz Adjustable material-specific sound velocity Integrated reference plate for system calibration RS-232 digital data interface for PC High-contrast LCD display for direct reading of measured values Automatic power-off function to conserve battery life Battery operation for mobile field use Robust housing design for harsh industrial environments Contents of the pack 1 x SAUTER TD 225-0.1US material thickness gauge 1 x external ultrasonic sensor (5 MHz) 1 x bottle of ultrasonic coupling gel 1 x Robust carrying case 4 x 1.5 V AAA batteries 1 x Detailed operating instructions Individual requirements & accessories As the coupling gel is essential for acoustic contact and thus for the physical feasibility of the measurement, we recommend ordering larger stock quantities (e.g. SAUTER ATB-US03) for routine operation. For a measurement that is verifiably compliant with standards in certified facilities, an initial ISO calibration certificate is also advisable. Our procurement service, staffed by metrology-trained specialists, will be happy to organise the issuance of the necessary calibration certificates for you, as well as the procurement of specialised sensors for different material thicknesses.
WTW inoLab ® pH 7110 DIN Laboratory pH Meter (basic unit), 1AA110
The WTW inoLab ® pH 7110 (MPN 1AA110) is the precise entry-level instrument for routine laboratories that rely on traditional DIN connection technology. It offers the same high-quality measurement electronics as the ‘larger’ 7310 series (accuracy ±0.005 pH), but reduces complexity to the pure measurement task. This model is ideal for workstations where no extensive GLP documentation or data storage is required, but where the focus is on fast, reliable readings. DIN connector and compatibility Unlike the BNC version, this device is fitted with a DIN socket, which is widely used in German-speaking laboratories. This makes it the perfect replacement for existing WTW set-ups, as existing quality electrodes with DIN connectors (e.g. the SenTix series) can continue to be used seamlessly without the need for adaptors. Intuitive operation and AutoRead The large, segmented LCD display clearly shows the pH value and temperature at a glance. Operation is via a smooth, easy-to-clean membrane keypad, which also makes it easier to use whilst wearing gloves. The tried-and-tested “AutoRead” function ensures objective measurement results: it monitors the stability of the measurement signal and only releases the value once it has “stabilised”. This prevents reading errors caused by recording the value too early and significantly increases reproducibility. Calibration convenience The instrument supports 1- to 3-point calibration with automatic buffer recognition for WTW buffer sets as well as DIN/NIST buffers. An integrated calibration timer reminds the user at adjustable intervals when recalibration is required, to ensure long-term process reliability. Temperature measurement is carried out via separate 4 mm banana sockets. Technical details pH measurement range: -2.000 … +19.999 pH Accuracy (pH): ±0.005 pH mV measurement range: ±1200.0 / ±2000 mV Accuracy (mV): ±0.3 mV Temperature measurement range: -5.0 … +105.0 °C Calibration: 1-, 2- or 3-point (WTW / DIN/NIST) pH connection: DIN socket (19262) Temperature connection: 2 × 4 mm banana sockets Display: LCD segment display (black and white) Power supply: Universal mains adaptor or 4 × 1.5 V AA batteries Protection rating: IP 43 Contents inoLab ® pH 7110 meter (DIN) Universal mains adaptor Stand (multi-purpose stand) User manual Note: This offer (1AA110) does not include a pH electrode. This must be ordered separately or taken from existing stock. Customised requirements & procurement service Do you need suitable DIN electrodes (e.g. SenTix 41 or 81) or BNC-to-DIN adapter cables to use third-party sensors? We’ll put together the right accessory pack for you, including certified buffer solutions for your quality assurance.
Macherey-Nagel PF-3 Fish Compact Photometer, 919345
The PF-3 Fish compact photometer is the smallest member of the Macherey-Nagel photometer range and has been specially designed to meet the requirements of fisheries water analysis. It enables the measurement of ammonium, chlorine, iron, silicic acid, copper, nitrate, nitrite, pH, phosphate and oxygen, directly on site, without the need for a laboratory connection. Compact and robust for on-site use Measuring 170 x 95 x 68 mm and weighing just 0.5 kg, the PF-3 Fish is a true lightweight and the ideal companion for field analysis. The housing is shock-resistant, waterproof and dustproof, certified to IP 68, ready for mobile use in and around bodies of water. Wide range of parameters for water analysis With ten supported measurement parameters, the PF-3 Fish covers a particularly wide range for monitoring fishing waters, from classic nutrient parameters (ammonium, nitrate, nitrite, phosphate) through to metals (iron, copper) and oxygen, pH, chlorine and silicic acid. Intuitive operation, low maintenance Operation is via an intuitive menu system with a membrane keypad, test initiation directly from parameter lists and an illuminated graphic display (128 x 64 pixels). As an LED photometer with microprocessor control, the instrument offers self-testing and auto-calibration. The open cuvette chamber is insensitive to extraneous light, ensuring reliable measurements even under changing light conditions in the field. Flexible power supply and data connectivity The PF-3 Fish is powered by 3 AA batteries or via a USB interface (mini-USB), with the option of an internal battery pack. An adjustable auto-off function (5, 10, 15 or 20 minutes, or when inactive) helps to conserve power. The internal memory can store 50 measurements, and software updates are available free of charge via the internet or a PC. Technical details Dimensions (L x W x H) 170 x 95 x 68 mm Display Backlit graphic display, 128 x 64 pixels Auto-off function Inactive or automatic switch-off after 5 mins, 10 mins, 15 mins, 20 mins Operation Intuitive menu navigation, membrane keypad, test initiation from parameter lists Operating range 10-40 °C, max. 80% relative humidity (non-condensing) Standards/Certificates CE-certified Data storage 50 measurements Ambient light Insensitive to ambient light, open shaft Hazardous substances No Housing Shock-resistant, waterproof and dustproof, certified to IP 68 Weight 0.5 kg Gross weight (including packaging) 844 g Cuvette well Round cuvettes, 16 mm outer diameter Light source LED Scope of delivery Photometer, manual, batteries and certificate Optics LED + interference filter Interfaces Mini-USB Power supply 3 AA batteries / rechargeable batteries, USB interface; optional internal battery pack Type LED photometer with microprocessor control, self-test and auto-calibration Update Free via the internet / PC Packaging dimensions 263 x 222 x 86 mm Pre-programmed tests NANOCOLOR round cuvette tests, VISOCOLOR ECO tests and Powder Pillows Wavelengths 450 nm / 530 nm / 660 nm Wavelength accuracy ± 2 nm, half-width 10 nm-12 nm
Sauter FC 500 digital force gauge, internal load cell
The Sauter FC 500 digital force gauge with an internal load cell represents a highly precise metrological system solution for determining tensile and compressive forces in industrial quality assurance, materials science and pharmaceutical laboratory settings. When testing component strength, insertion forces or the tensile strength of materials, the precise measurement of mechanical loads is a critical factor in detecting structural defects and ensuring reliable compliance with statutory standards. The force gauge covers a measurement range of up to 500 N with a fine-grained readability of 0.1 N. For procurement officers and quality managers, this premium model offers the necessary validity and audit-proof reliability, as it has been specifically designed for demanding continuous use under GLP and GMP conditions. High-precision force measurement technology and internal sensor architecture The mechatronic heart of the Sauter FC 500 is based on a highly sophisticated, internally mounted force transducer (strain gauge technology). This protected sensor architecture shields the sensitive sensor components from external mechanical influences and transverse forces, such as those that can occur in the harsh everyday environment of a laboratory or production facility. The instrument delivers a measurement accuracy of ± 0.2 % of the maximum value and features an extremely fast sampling rate, enabling transient force peaks to be recorded with metrological precision. An integrated overload warning and a physical protection mechanism up to 150 % of the rated load effectively safeguard the system against irreversible load cell damage in the event of operating errors. Versatile operating modes and metrological validation The force measuring device provides versatile mathematical evaluation functions for detailed test reports. The integrated peak-hold mode freezes the maximum force value detected on the display, which is essential particularly for destructive material testing (e.g. fracture tests). In Track mode, on the other hand, the applied forces are displayed continuously in real time. For statistical process control, the system features a limit value function (Go/No-Go mode): once upper and lower tolerance limits have been defined, the device signals when these parameters are reached or exceeded via visual and audible alerts, which significantly speeds up throughput during series testing. Ergonomic housing design and connectivity for Lab 4.0 The housing of the Sauter FC 500 consists of a robust, ergonomically shaped die-cast aluminium casing that dampens vibrations and offers high torsional rigidity. A particular ergonomic highlight is the large, backlit graphic display with automatic or manual 180° inversion. This ensures that the measured value remains clearly legible at all times, whether during overhead manual measurement or when mounted vertically in a test rig. For seamless integration into digital Laboratory Information Management Systems (LIMS), the device features USB and RS-232 interfaces, via which measurement data can be transferred to a PC in real time and documented using statistical software. Technical details Measuring range & accuracy Maximum measurement range: 500 N Resolution: 0.1 N Measurement accuracy: ± 0.2 % of [Max] Overload protection: 150% of [Max] (visual and audible warning) Selectable units: N, kg, lb, oz Functions & Analysis Measurement modes: Peak-hold (peak value) / Track (real-time) Limit function: Yes (programming of Max/Min with visual/audible signal) Internal data memory: For up to 500 readings Statistical function: Calculation of averages from the memory Design & Interfaces Housing material: Robust die-cast aluminium housing Load cell: Internally mounted (tensile and compressive forces) Display: Backlit graphic display, rotatable through 180° Interfaces: USB, RS-232 Mounting threads: Standard threads on the rear for test bench mounting Electrical specifications Power supply: Integrated rechargeable battery pack (NiMH) Operating time: Up to 20 hours (without backlight) Charging current: Mains adaptor included Auto-off function: Adjustable to conserve battery capacity Contents 1 x Sauter FC 500 digital force gauge with internal load cell 1 x Sturdy carrying case for portable use 5 x standard attachments (hook, pressure plate, cone, chisel, notch) 1 x extension rod (90 mm) 1 x mains adapter/charger 1 x factory calibration certificate (tension/compression) 1 x User manual Individual requirements & accessories To maximise the measurement accuracy of the Sauter FC 500 and completely eliminate human influence, we recommend using the device in combination with a manual or motorised Sauter test rig (e.g. TVM or TVP series). For detailed software-supported analysis of force-time diagrams, we stock the IKA- and Sauter-compatible AFH software. For use in audited ISO- or DAkkS-certified processes, we also offer optional annual recalibration, including a certificate. Please use our procurement service to configure your test setup.
Sauter TB 200-0.1US ultrasonic material thickness gauge, external probe
The Sauter TB 200-0.1US ultrasonic material thickness gauge is a highly accurate, portable measurement system designed for the non-destructive determination of wall and material thicknesses in industrial manufacturing, maintenance and laboratory environments. When monitoring pipework systems, pressure vessels, metallic structures or polymer components, the precise measurement of material thicknesses is a critical factor in reliably identifying corrosive wear, loss of material or manufacturing deviations. This compact handheld measuring device covers a wide measurement range from 1.5 mm to 200 mm and provides a high degree of resolution down to 0.1 mm. For procurement officers and quality inspectors in quality assurance, this ultrasonic testing device (NDT) offers the highest level of validity, reliability and application-specific flexibility in day-to-day field use. Ultrasonic measurement principle and transient signal transit time The physical operating principle of the handheld device is based on the pulse-echo method. A piezoelectric crystal inside the external 5 MHz probe emits high-frequency ultrasonic waves, which penetrate the material sample longitudinally. Upon reaching the opposite boundary of the system (back-wall echo) or an internal defect, the sound is reflected and metrologically detected again by the sensor. The internal electronics calculate the exact distance from this transient signal transit time, taking into account the specific sound velocity of the respective material. With an adjustable sound velocity range of 500 to 9000 m/s, the system can be flexibly calibrated to the material under test, thereby eliminating measurement errors caused by changes in acoustic impedance whilst minimising damage to the material. Material-scientific versatility and zero-point adjustment The material-scientific flexibility of the Sauter TB 200-0.1US allows for the precise testing of a wide range of homogeneous materials such as steel, aluminium, cast iron, copper, brass, hard plastics, quartz glass or ceramics. To ensure the continuous integrity of the metrological chain, the housing features an integrated steel zero-point plate (calibration block). This permanently fitted reference surface enables the user to carry out quick and error-free on-site zero-point adjustment before each series of measurements. The combination of external sensor guidance and an integrated reference guarantees excellent reproducibility of the measured values, regardless of environmental influences or temperature fluctuations. Ergonomic housing design and mobile connectivity The housing architecture is specifically designed for mobile outdoor use and harsh laboratory conditions. The separation of the display unit and the ultrasonic sensor via a flexible cable allows measurements to be carried out ergonomically and without fatigue in hard-to-reach areas, on curved surfaces or in tight pipe bends. The high-contrast digital LCD display clearly shows the measured thickness values, thereby eliminating reading errors in multi-user operation. Intuitive operation is achieved via wear-free buttons that allow quick switching between units (mm/inch). An integrated auto-off function automatically switches the device off when inactive, significantly extending the battery pack’s operating life. Technical details Metrology & Ultrasonic Technology Max. measurement range (in steel): 200 mm Minimum measuring range (in steel): 1.5 mm Resolution [d]: 0.1 mm Sensor measurement frequency: 5 MHz Sound velocity range: 500–9000 m/s Selectable units: mm, inch Design & dimensions Sensor configuration: External ultrasonic transducer on a flexible cable Measuring head diameter: 8 mm Calibration block: Integrated steel zero-setting plate on the housing Housing dimensions (W x H x D): 161 x 69 x 32 mm Net weight: approx. 0.3 kg Power supply & operating conditions Power supply: Battery-operated (4 x 1.5 V AAA) Power-saving function: Integrated auto-off function Permissible ambient temperature range: 0 °C – 50 °C Permissible relative humidity: Up to 80% (non-condensing) Contents of the package 1 x Sauter TB 200-0.1US ultrasonic material thickness gauge (base unit) 1 x External ultrasonic probe (5 MHz, Ø 8 mm) 1 x ultrasonic coupling gel (tube) 1 x Robust carrying case for outdoor use 1 x User manual Individual requirements & accessories To carry out precise ultrasonic measurements, the use of the supplied coupling gel is gentle on the material and physically essential to completely eliminate air pockets between the probe and the test specimen. For rough or uneven surfaces, we stock special abrasive grinding media for specimen preparation. To support complex testing processes in ISO or DAkkS-certified facilities, we offer optional step calibration blocks as well as manufacturer-compliant factory calibration certificates. Please use our procurement service to configure your bespoke test setup.
SAUTER FK 500 Digital Force Gauge (500 N / 0.2 N)
The SAUTER FK 500 (manufactured by KERN & SOHN) is a robust, digital force gauge for the precise measurement of tensile and compressive forces up to 500 newtons. It combines a high measurement frequency of 1000 Hz with ease of use, making it the ideal entry-level instrument for quality inspections, safety analyses and material testing. Thanks to its ergonomically shaped plastic housing, the device sits securely in the hand, but can also be mounted on all SAUTER test rigs (up to 5 kN) for reproducible series measurements. Intelligent measurement functions For dynamic measurement tasks, the FK 500 offers two main operating modes: the ‘Track’ function continuously displays the applied force in real time, whilst the ‘Peak-Hold’ mode ‘freezes’ the highest measured peak value (e.g. during tear tests or fracture tests) on the display. A special feature is the reversible display: thanks to automatic direction detection, the display rotates by 180° as soon as the device is used upside down, eliminating reading errors in difficult positions. Flexibility and Power The device can be used universally worldwide, as it can measure in the units N, lbf, kgf and ozf as standard. The power supply is hybrid in design: the included batteries (6x AA) ensure independence for mobile field testing, whilst the supplied mains adaptor ensures continuous stationary operation in the laboratory. To save energy, the measuring device switches off automatically when not in use (Auto-Power-Off). Technical details Measuring range [Max]: 500 N Resolution [d]: 0.2 N Measurement frequency: 1000 Hz Accuracy / Tolerance: 0.5% of [Max] Units (selectable): N, kgf, lbf, ozf Display: LCD, 18 mm digit height, reversible (auto-flip) Functions: Peak hold (peak value), Track (history) Overload protection: 200% of [Max] Connection thread (load connection): M8 Housing material: Robust ABS plastic housing Dimensions (W x H x D): 195 x 35 x 84 mm Power supply: Batteries (6 x 1.5 V AA) or mains adaptor Mounting: Threaded holes for test benches on the rear Contents SAUTER FK 500 force gauge Mains adaptor (multi-plug for EU/UK/US/CH) Standard attachment: Hook (for tensile force) Standard attachment: Pressure plate (round) Standard attachment: Pressure tips (cone, chisel, notch) Extension rod (90 mm) 6x batteries (1.5 V AA) User manual Customised requirements & procurement service Do you require ISO or DAkkS calibration to ensure your audit compliance? Or are you looking for suitable manual or motorised test stands for vertical measurements? We can source the entire range of SAUTER accessories for you, as well as specific clamping devices for your test specimens
Aqualabo ODEON X
Measure two parameters in a single operation without having to carry two devices: the Aqualabo ODEON X is the dual-channel version of the ODEON handheld measuring device platform and automatically detects which digital PONSEL sensor is connected to each of the two sensor ports. Like the ODEON Open One, it features a large graphic display, 8 MB of memory for more than 100,000 GLP-compliant data sets and the ODEON Viewer PC software, but also includes a second sensor channel for combined measurements, such as pH, redox and temperature together with conductivity. Two sensor channels for combined measurementsThe ODEON X can operate two digital PONSEL sensors simultaneously, each via its own 6-pin grey metal connector for Sensor 1 and Sensor 2. Both channels automatically recognise the connected sensor and carry out a self-diagnosis. A Y-cable is also available as an accessory, allowing two digital sensors to be operated via a single input, for example if both channels are already in use. Same platform as the ODEON Open One, with one extra connectionApart from the number of sensor inputs, the ODEON X and ODEON Open One are structurally identical according to the data sheet: a 4-inch graphic display with 240 x 320 pixels, 8 MB of memory, IP67 protection rating, powered by 4 AA batteries with optional rechargeable NiMH cells, and a weight of 400 g for the unit without the sensor and cable. The only difference lies in the connections: one connection on the Open One, two on the X. Selection guide: sensor combination and cable lengthAqualabo offers five sensor variants for the ODEON X, either individually or as a combination set, each with a 3 m, 7 m or 15 m cable:ModelMeasured parametersTypical applicationpH, redox, temperature plus conductivity, PHEHT and C4EpH, ORP, temperature, conductivitypH and conductivity simultaneously, e.g. feed water or process waterpH, temperature plus conductivity, PHT and C4EpH, temperature, conductivitypH and conductivity simultaneously, without the need for redoxConductivity and salinity, C4EConductivity, salinity, TDSConductivity measurement, second channel free for an additional sensorpH, redox and temperature, PHEHTpH, redox/ORP, temperaturepH/redox measurement, second channel free for an additional sensorpH and temperature, PHTpH, temperature, without redoxpH-only measurement, second channel free for an additional sensorTwo channels are worthwhile as soon as two parameters are regularly measured together, such as pH and conductivity when monitoring the inflow or drain of a sewage treatment plant. Instead of carrying two separate devices and manually combining two sets of measurements, the ODEON X provides both values in a single operation and in a single data set. In the pH/ORP/T plus conductivity and pHT plus conductivity combination sets, both channels are pre-configured at the factory; in the single-parameter sets, one channel remains free and can be fitted with an additional sensor at a later date. The same rule of thumb applies to cable length as for the Open One: 3 m for measurements taken directly at the vessel, 7 m for medium-depth tanks, and 15 m for deep tanks or shafts. Distinctions within the Aqualabo range of portable measuring devicesAqualabo offers its portable handheld measuring instruments in four versions: Aqualabo NEON as a single-parameter device with a hard-wired sensor, Aqualabo NEON OPEN with Open Technology for interchangeable digital sensors, as well as the Aqualabo ODEON Open One and the ODEON X as a larger platform with a large graphic display, more memory and its own PC software. The following table compares the four models:FeatureNEONNEON OPENODEON Open OneODEON XSensor replacementHard-wired sensor, single-parameterOpen Technology, interchangeable digital sensorsOpen Technology, interchangeable digital sensorsOpen Technology, interchangeable digital sensorsSensor channels1112DisplayCompact displayCompact display4-inch graphics display, 240 x 320 pixels4-inch graphic display, 240 x 320 pixelsMemoryup to 30,000 data pointsup to 30,000 data pointsOver 100,000 GLP-compliant data recordsOver 100,000 GLP-compliant data setsPC connectionWi-FiWi-FiUSB, including ODEON Viewer softwareUSB, including ODEON Viewer softwareWithin the product range, the ODEON X is the only model with two sensor channels. Those who only need one parameter are better served by the NEON, NEON OPEN or the ODEON Open One; those who regularly measure two parameters simultaneously will save time and reduce the number of devices required with the ODEON X. Typical applicationsWith two sensor channels, the ODEON X is particularly suitable for applications where two parameters are regularly measured together:Municipal wastewater treatment with simultaneous pH and conductivity monitoringIndustrial wastewater treatment and process water monitoringDrinking water monitoringSurface waters and natural water bodies in field applicationsMeasurement series where two parameters need to be recorded together on a regular basis Day-to-day use, calibration and maintenanceThe PHEHT and PHT pH sensors are calibrated at 3 points; their cartridges can be replaced as required. The PHEHT also measures redox in the range from -1000 to +1000 mV. The C4E conductivity sensor is calibrated across 4 measurement ranges, each with 2 points, and is maintenance-free according to the manufacturer. The ODEON X automatically recognises both sensor types via their respective channels and carries out a self-diagnosis. Suitable pH buffer solutions from our range are available for pH calibration; for replacing worn-out electrodes, please take a look at our range of electrodes. Data export, storage and disposalCharging and connection to a PC are carried out via the same 7-pin metal connector. The ODEON Viewer software analyses the measurement series from both channels in tabular and graphical form and exports them as CSV, XLS, XLSX, JPEG, PNG, TIF or PDF files. The manufacturer specifies a storage temperature range of -25 to +65 °C at 0 to 80 per cent relative humidity. At the end of its service life, the device must be disposed of as waste electrical and electronic equipment via a separate collection scheme; see ‘Regulatory information’ below for further details. Reason for investment: two channels instead of two devicesThose who already have suitable sensors or wish to add the second pair of sensors at a later date should opt for the Aqualabo ODEON X base unit without sensors. Those who only need to measure one parameter from the outset can save money with the single-channel Aqualabo ODEON Open One. Investing in the dual-channel platform pays off as soon as two parameters are regularly measured together, as this requires just one device and one data set instead of two separate measurements using two devices. Frequently asked questions about the ODEON XWhat distinguishes the ODEON X from the ODEON Open One?The ODEON X has two sensor channels, whilst the ODEON Open One has one. According to the data sheet, the display, memory, protection rating and housing are identical for both devices; the only difference is the number of sensor connections.Which sensor combinations are available for the ODEON X?The current range includes pH/redox/temperature (PHEHT), pHT without redox and conductivity (C4E), available individually or as combination sets: PHEHT plus C4E or PHT plus C4E.What is a Y-cable and what is it used for?The Y-cable is an optional accessory that allows two digital PONSEL sensors to be connected to a single input on the device.How many measurement values can the device store?The 8 MB memory holds more than 100,000 GLP-compliant data records, each with a sample ID, user ID, date and time.Is a charger included in the scope of delivery?No, according to the manufacturer, no ODEON-X kit includes a charger. The device is powered by 4 AA alkaline batteries; a charging cable and 4 NiMH rechargeable batteries are available as a separate accessory kit, reference NC-ACC-C-00001.What is the device’s protection rating?The housing is rated to IP67.Can I retrofit a second sensor later?In the single-parameter sets, only one channel is initially fitted; the second channel can be added later with another digital PONSEL sensor. Technical detailsDevice typePortable multi-parameter handheld measuring device, 2 sensor channelsDisplay4-inch LCD graphic display, backlit, 240 x 320 pixels, simultaneous display of 1 to 7 parametersMemory8 MB, more than 100,000 GLP-compliant data records including sample ID, user ID, date and timeGLP complianceYesSensor detectionAutomatic, plug-and-play with self-diagnosis on both channelsRecording modes3 modes: manual, interval, continuousSensor channels2 (Sensor 1 and Sensor 2, each with a 6-pin grey metal plug)Combination optionsY-cable (available as an accessory) for connecting 2 digital sensors to a single inputProtection ratingIP67Dimensions (L x W x H)approx. 196.5 to 205 x 121 to 122 x 43 to 46 mmWeight400 g (unit without sensor and cable)Operating temperature-25 to +50 °CStorage temperature-25 to +65 °CRelative humidity (operating/storage)0 to 70 per cent / 0 to 80 per centPower supply4 x 1.5 V AA batteries (alkaline), fitted at the factoryOptional4 x AA NiMH rechargeable batteries or external 12 V power supplyOperating time145 to 190 hours depending on configurationInterfaceUSB via a standard 7-pin metal connector (PC connection and charging)SoftwareODEON Viewer, export to CSV, XLS, XLSX, JPEG, PNG, TIF, PDF Scope of delivery1 ODEON X unit, supplied with 4 AA alkaline batteries fitted as standard2 digital PONSEL sensors with 3 m, 7 m or 15 m cables in combination sets; in single-parameter sets, 1 sensor with a spare second channel1 ODEON PC connection cable (USB)Standard solutions 125 ml, depending on the parameterShock-resistant carrying case for up to 2 sensors, PC cable and 4 bottles of standard solutionODEON Viewer PC softwareThe device operates out of the box using the 4 AA alkaline batteries supplied; according to the manufacturer, no ODEON-X set includes a charger. For operation with rechargeable batteries, the ODEON Rechargeable Battery accessory kit, comprising a charging cable and 4 NiMH rechargeable batteries, is available separately, reference NC-ACC-C-00001. Regulatory informationAs an electrical appliance, the ODEON X is subject to the German Electrical and Electronic Equipment Act (ElektroG). At the end of its useful life, the device must not be disposed of with household waste, but must be taken to a separate collection point for waste electrical and electronic equipment. Individual requirements and procurement serviceOur procurement service is here to assist you with additional sensors, a Y-cable, replacement cables or standard solutions. We would also be happy to discuss the most suitable equipment with you if you have any questions regarding calibration accessories from our range of measurement technology or a comparison with ODEON Open One, NEON and NEON OPEN.
Macherey-Nagel QUANTOFIX Relax Test Strip Reader, 91346
Test strips are quick and easy to use – but visual interpretation remains subjective. The QUANTOFIX Relax from Macherey-Nagel solves precisely this problem: it objectively analyses standard QUANTOFIX and pH-Fix test strips using a reflectometer, thereby combining the simplicity of the test strip method with the reliability of instrumental analysis. Objective analysis without special strips The QUANTOFIX Relax does not require specialised strips, but reads standard pH-Fix and QUANTOFIX test strips. As a microprocessor-controlled reflectometer, it features self-testing and auto-calibration – calibration takes place automatically and independently, without the need for manual adjustment. Up to 50 strips per hour can be analysed. Operation & Documentation Operation is via an LCD display with a touchscreen and alphanumeric input. Results can be printed directly via the integrated thermal printer or processed further via the RS232, USB B (host) and PS/2 (for keyboard or barcode scanner) interfaces. The internal memory holds 200 measurements; software updates are available free of charge via the internet/PC. Compact & versatile Measuring 200 x 160 x 75 mm and weighing just 0.71 kg, the device is equally suited to mobile use in the field and to a fixed laboratory workstation. It is powered by 100–240 V AC, or optionally by 6 AA batteries – handy for use without a mains connection. Technical details Type Microprocessor-controlled reflectometer with self-test and auto-calibration Calibration Automatic, self-calibrating Strips per hour 50 Display LCD display with touchscreen Operation Alphanumeric input via touchscreen Data storage 200 measurements Interfaces RS232, USB B (host), PS/2 for connecting a keyboard or barcode scanner Further information Built-in thermal printer Update Free via the internet / PC Language DE / EN / FR / ES / IT / PT / PL / TR / HU Power supply 100–240 V AC, optionally with 6 AA batteries Operating range 10–40 °C, max. 80% relative humidity (non-condensing) Dimensions (L x W x H) 200 x 160 x 75 mm Weight 0.71 kg Gross weight (including packaging) 1650 g Packaging dimensions 230 x 320 x 170 mm Hazardous substances No Warranty 2 years Trademark QUANTOFIX Contents QUANTOFIX Relax, power supply unit, adapter plug, user manual, 1 roll of printer paper and certificate
Aqualabo NEON, portable measuring device with permanently attached digital sensor, IP67
Anyone wishing to measure a single water parameter quickly and reliably in the field does not need a multi-parameter instrument with several connections, but rather a robust handheld meter with a permanently attached sensor. The Aqualabo NEON is exactly that: a portable single-parameter meter in which the selected digital sensor is permanently connected to the housing at the factory via a PG9 cable gland. Eight sensor variants measure, as required, oxygen, pH with or without redox potential, conductivity, turbidity, suspended solids or sludge level, each available with a 3-, 7- or 15-metre sensor cable. The ABS casing is IP67-rated, stores up to 30,000 measurement points and transfers them wirelessly to a PC via Wi-Fi. Selection guide for the Aqualabo NEON: Select sensor and cable length All 24 variants of the NEON share the same housing, display and memory, differing only in the factory-fitted sensor and cable length. The following overview matches each sensor option with the measurement task for which it is designed: Optical oxygen, OPTOD stainless steelOxygen (mg/L, ppm, % saturation)Standard application in fresh water and wastewater; optical measurement with no membrane wear Optical oxygen, OPTOD titaniumOxygen (mg/L, ppm, % saturation)Titanium housing for seawater, saltwater fish farming and other corrosive environments pH, redox and temperature, PHEHTpH, redox/ORP, temperatureIf redox potential is required in addition to pH pH and temperature, PHTpH, temperatureIf only the pH value is required, without redox measurement Conductivity and salinity, C4EConductivity, salinity, TDSConductivity and salinity measurement from fresh to seawater Turbidity, NTUTurbidity (NTU), suspended solids (mg/L)Point-source turbidity measurement according to the formazin standard Suspended solids, MES5Suspended solids (g/L), turbidity (FAU), sludge levelIf several solids parameters are to be measured using a single sensor Sludge level, VB5Sludge level, temperatureWhen only the sludge level in the clarifier is to be measured The cable length determines only the operating distance between the housing and the sensor, not the measurement accuracy: the measurement specifications for each sensor are the same for all cable lengths, as stated in the data sheet. 3 mManual measurement directly at the edge of the tank or body of water, short distance between the operator and the measurement point 7 mMeasurement points at medium depth or distance, for example at the edges of tanks or in shallower shafts 15 mDeep shafts, large tanks or containers where the measurement point is a long way from the operator Distinctions within the Aqualabo range of handheld measuring devices The NEON is the entry-level model in the Aqualabo range of handheld measuring devices and differs from the other three series primarily in terms of the sensor connection. The Aqualabo NEON OPEN features a robust 6-pin metal connector with automatic sensor recognition instead of the PG9 screw connection, meaning the same base unit can be used with any compatible DIGISENS sensor, or optionally as a base unit without a sensor at all. The Aqualabo ODEON Open One and Aqualabo ODEON X handheld analysers also feature the interchangeable sensor connection: like the NEON and NEON OPEN, the ODEON Open One measures one parameter at a time and, according to the product range structure, covers only seven rather than eight sensor variants; the titanium version of the OPTOD oxygen sensor is not listed there. The ODEON X is additionally designed for the simultaneous operation of two sensors on a single housing, such as pH/redox/temperature together with conductivity. For those who only measure a single parameter on a permanent basis and do not plan to change sensors, the NEON offers the simplest and most cost-effective solution. The following overview compares the four series based on their key differences: Sensor connectionPG9 screw connection, permanently attached6-pin plug connector, interchangeable6-pin plug connector, interchangeable, automatic detection with self-diagnosis2 × 6-pin connectors, interchangeable, automatic detection with self-diagnosis Sensor channels1112 DisplayLCD graphic display, size not specifiedLCD graphics display, size not specified4-inch graphic display, 240 x 320 pixels4-inch graphic display, 240 x 320 pixels Memory30,000 measurement points30,000 measurement points8 MB, over 100,000 GLP-compliant data records with sample, user and campaign IDs8 MB, over 100,000 GLP-compliant data records with sample, user and campaign IDs Recording modes2: on-demand, at set time intervals2: on-demand, at set intervals3: manual, at intervals, continuous3: manual, at intervals, continuous Data transferWi-Fi transferWi-Fi transferUSB, ODEON Viewer PC software includedUSB, ODEON Viewer PC software included Anyone requiring more than just measurement – such as GLP-compliant documentation with sample, user and campaign IDs, significantly more storage space or included PC analysis software – is better served by the ODEON platform than by the NEON. On the other hand, anyone who only needs to read a single parameter in the field occasionally and does not need to document the data systematically will find the more compact NEON sufficient. For the simultaneous measurement of two parameters on a single device, the ODEON range also includes the two-channel ODEON X variant. Use, calibration, maintenance and storage The NEON is powered by three AA-type alkaline batteries, displays readings on a backlit LCD graphic display with five adjustable brightness levels, and uses a stability indicator to show when a reading is stable enough to be recorded. Recordings can be saved manually or automatically at selected time intervals; the automatic switch-off function can be set to 2, 5, 10, 15 or 30 minutes, and for the NTU version, additionally to 120 minutes. The calibration process varies in complexity depending on the sensor: Oxygen (OPTOD): 1 or 2 points pH with redox (PHEHT) or without redox (PHT): 3 points Conductivity (C4E): 4 measurement ranges, 2 points each Turbidity (NTU): 2 points per measurement range, plus 2 points using a real sample in the mg/L range Suspended solids (MES5): 2 points for suspended solids and turbidity, 1 point for the sludge level Sludge level (VB5): 1 point at 100 per cent We also stock suitable calibration solutions for the PHEHT and PHT pH sensors individually as pH buffer solutions. According to the manufacturer, the OPTOD optical oxygen sensor operates without the need for calibration during normal operation and without a membrane or electrolyte; the only recurring maintenance task is to replace the DOdisk cap every two years. For the PHEHT and PHT, the pH cartridge is the wear part; the manufacturer’s website recommends replacing it every 12 to 18 months. According to the manufacturer, the C4E conductivity sensor is considered maintenance-free, whilst the NTU turbidity sensor requires no consumables of its own. The MES5 and VB5 operate optically and require regular cleaning of the measuring optics to prevent measurement drift. The housing is designed for a storage temperature of -10 to 60 degrees Celsius; the NEON operates between -5 and 50 degrees Celsius. The sensors themselves are protected against immersion to IP68 standard and, according to the data sheet, can withstand pressures of up to 5 bar. The three alkaline batteries must be removed prior to prolonged storage or disposal of the device and disposed of separately as battery waste. Typical applications Whether at the edge of a tank in an aquaculture facility or in a shaft at a municipal sewage treatment plant: the NEON delivers a stable reading within a few seconds and, thanks to its battery operation, can be used anywhere where there is no mains power supply. Fish farming: RAS systems, ponds, offshore cages, aquaculture industry Aquariums Surface water and groundwater monitoring Municipal wastewater treatment: inlet, aeration tank, outlet Industrial wastewater treatment Small-scale sewage treatment plants and decentralised sanitation technology The NEON thus complements our range of laboratory and field measurement technology. Investment rationale: single-parameter device or open platform The NEON is designed purely as a single-parameter handheld measuring device: the sensor is permanently fitted at the factory, thereby eliminating a plug-in connection as a potential source of error, and the device remains more cost-effective than the open platform whilst offering comparable sensor capabilities. This design is worthwhile if only one parameter is measured on a permanent basis – for example, exclusively oxygen in fish farming or exclusively pH in wastewater monitoring – and no switch to other parameters is foreseeable. On the other hand, anyone wishing to measure several parameters in rotation or to replace the sensor as required without having to purchase a second housing will find the right solution in the open-platform Aqualabo NEON OPEN, which is also available as a base unit without a sensor. A switch to a different configuration is possible at any time: anyone who starts with a NEON and later expands their measurement requirements can purchase the open-platform base unit and retain their existing NEON as a standalone secondary unit for the original parameter. Frequently asked questions about the Aqualabo NEON Can I change the sensor on the NEON myself?No. The sensor is permanently attached to the housing at the factory via the PG9 cable gland and cannot be replaced without tools. The open platform Aqualabo NEON OPEN is designed for a replaceable sensor connection. What cable lengths are available, and does the length affect measurement accuracy?The NEON is available with 3, 7 or 15 metre sensor cables. The cable length only determines the operating distance between the housing and the sensor; according to the data sheet, the measurement specifications are identical for all three lengths. How is the measurement data read out?Wirelessly to a PC via Wi-Fi. According to the data sheet, there is no provision for a USB or cable connection. How many measurement points does the device store?Up to 30,000 measurement points, recorded either on demand or automatically at a selectable time interval. What batteries does the NEON require, and how long does a charge last?Three AA (LR6) alkaline batteries. Without recording, they last between 648 and 850 hours, depending on the sensor variant; with one recording per minute, they last between 170 and 230 hours. Is the NEON also suitable for use in seawater?For corrosive and marine environments, the OPTOD Titan sensor variant features a titanium housing instead of 316L stainless steel, making it suitable for seawater monitoring and fish farming in saltwater. What is included in the scope of delivery?The NEON housing with the permanently attached sensor of the selected version, the appropriate calibration solutions, a laminated quick start guide and a carry bag. How long is Aqualabo’s warranty on the NEON?1 year against manufacturing defects, excluding consumables such as sensor cartridges. The warranty begins upon acceptance of the goods by the purchaser, or alternatively on the date of delivery or dispatch. Technical details Device typePortable single-parameter handheld meter DisplayBacklit LCD graphic display, 5 brightness levels Sensor connectionPG9 cable gland, sensor permanently connected, cannot be replaced without tools Available cable lengths3, 7 or 15 m Recording capacity30,000 measurement points Recording modesSnapshot and automatic at set intervals Data transferWi-Fi transfer Automatic switch-off2 / 5 / 10 / 15 / 30 mins (NTU version also 120 mins) Power supply3 x 1.5 V AA batteries (alkaline, type LR6) Operating time without recording648 to 850 h, depending on sensor variant Operating time with recording (1/min)170 to 230 hours, depending on the sensor variant Housing materialABS Dimensions (H x W x D)146 x 88 x 33 mm Weight (housing without sensor)880 g Protection rating (housing / sensors)IP 67 / IP 68 Operating temperature (housing)-5 to 50 °C Storage temperature (housing)-10 to 60 °C Available sensor variantsOPTOD stainless steel, OPTOD titanium, PHEHT, PHT, C4E, NTU, MES5, VB5 Measuring ranges and accuracy by sensor variant (temperature measurement from 0.00 to 50.00 °C also available for all sensors): Optical oxygen, OPTOD0.00 to 20.00 mg/L; 0.00 to 20.00 ppm; 0 to 200 % saturationAccuracy: ±0.1 mg/L; ±1 % (0 to 100 %) pH, redox and temperature, PHEHTpH 0.00 to 14.00; redox -1000.0 to +1000.0 mVAccuracy: pH ±0.1; redox ±0.2 to ±2 mV pH and temperature, PHTpH 0.00 to 14.00; temperature 0.00 to 50.00 °CAccuracy: pH ±0.1; temperature ±0.5 °C Conductivity and salinity, C4E0 to 200.0 µS/cm; 0 to 2000 µS/cm; 0.00 to 20.00 mS/cm; 0.0 to 200.0 mS/cm; salinity -5 to 60 g/kgAccuracy: ±1 % of the full-scale value Turbidity, NTU5 to 4000 NTU (5 ranges); 0 to 4500 mg/LAccuracy: < 5 % of the measured value Suspended solids, MES5TSS 0 to 50 g/L; turbidity 0 to 4,000 FAU; sludge level 0 to 100 %Accuracy: TSS < 10 per cent; turbidity ±5 per cent (200 to 4,000 FAU); sludge level ±2 per cent Sludge level, VB50 to 100 per centAccuracy: ±2 % Contents NEON housing with a factory-fitted sensor of the selected version, including 3 x 1.5 V alkaline batteries (type LR6) 1 sensor from the OPTOD stainless steel, OPTOD titanium, PHEHT, PHT, C4E, NTU, MES5 or VB5 range, depending on the selected variant Calibration solutions suitable for the selected sensor Laminated quick start guide Carry case A connection cable for the PC is not included and, according to the data sheet, is not provided for; data export takes place exclusively via Wi-Fi transfer. Regulatory information As an electrical appliance, the NEON is subject to the German Electrical and Electronic Equipment Act (ElektroG). At the end of its useful life, the device must not be disposed of with household waste but must be taken to a separate collection point for waste electrical and electronic equipment. The three alkaline batteries must be removed before disposal and disposed of separately as battery waste. Individual Requirements & Procurement Service Our procurement service is here to assist you with additional calibration solutions, spare parts such as the DOdisk cap for the OPTOD sensor or the pH cartridge for the PHEHT sensor, as well as with any queries regarding the appropriate sensor variant. Those who prefer to work with a traditional, replaceable glass electrode will find the WTW ProfiLine pH 3310 – a tried-and-tested handheld meter from our range. Please do not hesitate to contact us if you wish to switch to the NEON OPEN open platform at a later date.
Macherey-Nagel PF-3 Soil Compact Photometer, 919341
The PF-3 Soil compact photometer is the smallest member of the Macherey-Nagel photometer range and has been specially designed to meet the requirements of soil analysis. It enables the measurement of ammonium, nitrate, phosphorus and potassium, directly on site, without the need for a laboratory connection. Compact and robust for on-site use Measuring 170 x 95 x 68 mm and weighing just 0.5 kg, the PF-3 Soil is a true lightweight and the ideal companion for field analysis. The housing is shock-resistant, waterproof and dustproof, certified to IP 68, ready for mobile use outside the laboratory. Intuitive operation, low maintenance Operation is via an intuitive menu system with a membrane keypad, test selection directly from parameter lists and an illuminated graphic display (128 x 64 pixels). As an LED photometer with microprocessor control, the instrument features a self-test and auto-calibration function. The open cuvette chamber is insensitive to extraneous light, ensuring reliable measurements even under changing light conditions in the field. Flexible power supply and data connectivity The PF-3 Soil is powered by 3 AA batteries or via a USB interface (mini-USB), with the option of an internal battery pack. An adjustable auto-off function (5, 10, 15 or 20 minutes, or when inactive) helps to conserve power. The internal memory can store 50 measurements, and software updates are available free of charge via the internet or a PC. Technical details Dimensions (L x W x H) 170 x 95 x 68 mm Display Backlit graphic display, 128 x 64 pixels Auto-off function Inactive or automatic switch-off after 5 mins, 10 mins, 15 mins, 20 mins Operation Intuitive menu navigation, membrane keypad, test initiation from parameter lists Operating range 10-40 °C, max. 80 % relative humidity (non-condensing) Standards/Certificates CE-certified Data storage 50 measurements Ambient light Insensitive to ambient light, open shaft Hazardous substances No Housing Shock-resistant, waterproof and dustproof, certified to IP 68 Weight 0.5 kg Gross weight (including packaging) 800 g Cuvette well Round cuvettes, 16 mm outer diameter Light source LED Scope of delivery Photometer, manual, batteries and certificate Optics LED + interference filter Interfaces Mini-USB Power supply 3 AA batteries / rechargeable batteries, USB interface; optional internal battery pack Type LED photometer with microprocessor control, self-test and auto-calibration Update Free via the internet / PC Packaging dimensions 260 x 220 x 80 mm Pre-programmed tests NANOCOLOR round cuvette tests, VISOCOLOR ECO tests and Powder Pillows Wavelengths 365 nm / 450 nm / 660 nm Wavelength accuracy ± 2 nm, half-width 10 nm-12 nm
WTW inoLab ® pH 7110 Set 4 Laboratory pH Meter (with SenTix 81), 1AA114
The WTW inoLab ® pH 7110 Set 4 (MPN 1AA114) is the ‘precision package’ of the 7110 series, designed for laboratories that do not wish to compromise on measurement quality, even when dealing with challenging samples. Whilst the main unit offers the tried-and-tested, simple operation without complex menus, the key advantage of this set lies in the sensor technology: instead of a standard gel electrode, it includes the SenTix ® 81. This high-quality glass electrode with liquid electrolyte (KCl 3 mol/l) delivers more stable and faster readings than maintenance-free alternatives, even in protein-rich media, suspensions or during rapid temperature changes. Measurement performance and AutoRead The inoLab ® pH 7110 (with DIN connector) focuses on the essentials: precise measurement readings. The integrated ‘AutoRead’ function automatically monitors electrode drift and only locks the reading once the signal is stable. This eliminates subjective reading uncertainties. Together with the SenTix ® 81, whose platinum diaphragm ensures a constant electrolyte flow, you can thus achieve extremely high reproducibility. Operation and Calibration Despite being a high-end electrode, it remains intuitive to use. A large LCD segment display clearly shows all relevant information. Calibration is carried out using 1 to 3 points with automatic buffer recognition (WTW TEC or DIN/NIST). An adjustable calibration timer reliably reminds you to carry out regular maintenance to ensure the system’s high accuracy is maintained over the long term. The device features a smooth, easy-to-clean membrane keypad. Technical details pH measurement range: -2.000 … +19.999 pH Accuracy (pH): ±0.005 pH mV measurement range: ±1200.0 / ±2000 mV Accuracy (mV): ±0.3 mV Temperature measurement range: -5.0 … +105.0 °C Calibration: 1-, 2- or 3-point (WTW / DIN/NIST) pH connection: DIN socket (19262) Temperature connection: 2 × 4 mm banana sockets Sensor included in the set: SenTix ® 81 (glass, liquid-filled, platinum diaphragm, NTC 30 kOhm) Display: LCD segment display (black and white) Power supply: Universal mains adaptor or 4 x 1.5 V AA batteries Protection rating: IP 43 Contents inoLab ® pH 7110 meter (DIN) SenTix ® 81 pH electrode (liquid-filled, refillable, with integrated temperature sensor) Universal mains adaptor Stand (multi-purpose stand) pH 4 buffer solution (50 ml) Buffer solution pH 7 (50 ml) Buffer solution pH 10.01 (50 ml) Electrolyte solution 3 mol/l KCl (for electrode & storage) Measuring jug User manual Customised requirements & procurement service Do you work in food analysis (meat, cheese, yoghurt)? We can alternatively configure this kit with special insertion electrodes (e.g. SenTix SP) or supply you with the appropriate cleaning solutions (pepsin/HCl) to keep the platinum diaphragm of the SenTix 81 free from protein deposits.
Aqualabo ODEON Open One
Anyone who takes measurements in the field or directly at a sewage treatment works is familiar with the problem: a simple handheld meter is sufficient for a quick spot check, but not for measurement series requiring documentation involving multiple samples, users and campaigns. The Aqualabo ODEON Open One bridges this gap as a portable, multi-parameter handheld meter featuring a single sensor channel, a large graphic display and its own PC software: It automatically recognises the connected digital PONSEL sensor, stores more than 100,000 GLP-compliant data records – including sample, user and campaign IDs – and transfers the measurement series via USB to the supplied ODEON Viewer software. Large display, ample memory, GLP-compliant documentationThe 4-inch, backlit graphic display with a resolution of 240 x 320 pixels shows the measured value alongside the date, time, user, sample, temperature, status and air pressure, whilst displaying up to 7 parameters simultaneously. An 8 MB memory operates in the background, storing more than 100,000 GLP-compliant data records, each with a sample ID, user ID, date and time. Three recording modes – manual, interval or continuous – cover both one-off measurements and automated measurement sequences. Sample, campaign and user IDs can be assigned alphanumerically with up to 10 characters; the device manages up to 20 users simultaneously, which is practical for teams sharing a single device. Sensor automatically detected, ready to measure straight awayAs soon as a digital PONSEL sensor is connected to the 6-pin grey metal connector, the ODEON Open One automatically recognises it and performs a self-diagnosis – plug-and-play without the need for manual sensor configuration. The housing and connections are IP67-rated; the device can therefore withstand brief submersion and is suitable for use on site, at the water’s edge and in the laboratory. Power is supplied by 4 AA alkaline batteries; optionally, it can also be powered by rechargeable NiMH batteries or an external 12 V power supply. Depending on the configuration, the operating time ranges from 145 to 190 hours. Selection guide: choosing the right sensor and cable lengthThe ODEON Open One is available with seven different digital PONSEL sensors, each in cable lengths of 3 m, 7 m or 15 m. The following overview matches the different models to typical measurement tasks:SensorMeasured variablesTypical applicationOptical oxygen, OPTOD stainless steelDissolved oxygen 0 to 20 mg/L, saturation 0 to 200 %Aeration tanks, fish farming, surface waterspH, redox and temperature, PHEHTpH 0 to 14, redox -1000 to +1000 mV, temperatureInlet and outlet monitoring, groundwater, industrial effluentpH and temperature, PHTpH 0 to 14, temperature, without redoxPure pH measurement without the need for redoxConductivity and salinity, C4EConductivity, salinity, TDSDrinking water, seawater, wastewater, aquacultureTurbidity, NTUTurbidity 5 to 4000 NTUInlet and outlet monitoring: sewage treatment works, sewer network, drinking waterSuspended solids, MES5Suspended solids, turbidity, sludge levelAeration tanks, clarifiers, sludge treatmentSludge level, VB5Sludge level 0 to 100 %Primary and secondary clarifiers, small-scale sewage treatment plantsThe cable length depends on the distance between the operator and the measuring point: 3 m is sufficient for measurements directly at the vessel or tank edge; 7 m bridges medium tank depths; 15 m is suitable for deep tanks, shafts or measuring points further away from the operator’s station. Differentiation within the Aqualabo range of handheld measuring instrumentsAqualabo offers its portable handheld measuring instruments in four versions: the Aqualabo NEON as a single-parameter device with a hard-wired sensor; the Aqualabo NEON OPEN with Open Technology for interchangeable digital sensors; and the ODEON Open One and the Aqualabo ODEON X as larger platforms featuring a large graphic display, more memory and dedicated PC software. The following table compares the four versions:FeatureNEONNEON OPENODEON Open OneODEON XSensor replacementHard-wired sensor, single-parameterOpen Technology, interchangeable digital sensorsOpen Technology, interchangeable digital sensorsOpen Technology, interchangeable digital sensorsSensor channels1112DisplayCompact displayCompact display4-inch graphics display, 240 x 320 pixels4-inch graphic display, 240 x 320 pixelsMemoryup to 30,000 data pointsup to 30,000 data pointsOver 100,000 GLP-compliant data recordsOver 100,000 GLP-compliant data setsPC connectionWi-FiWi-FiUSB, including ODEON Viewer softwareUSB, including ODEON Viewer softwareIf you only need to continuously measure a single, fixed parameter, the NEON is sufficient. If you wish to change the sensor occasionally but can do without the larger display and greater memory capacity of the ODEON range, the NEON OPEN is the right choice. For measurement series requiring documentation, with a large display, high memory capacity and PC analysis, the ODEON Open One with a single sensor channel is the right choice; the ODEON X adds a second channel for the simultaneous measurement of two parameters. Typical applicationsAs a portable handheld measuring device with automatic sensor selection and GLP documentation, the ODEON Open One is suitable for, amongst other things:Municipal wastewater treatment, such as inlet, aeration tank and effluent monitoringIndustrial wastewater treatment and process water monitoringDrinking water monitoringSurface waters and natural water bodies in field applicationsSwitching between laboratory and field use with the same instrument and interchangeable sensors Day-to-day use, calibration and maintenanceCalibration and maintenance depend on the selected sensor. According to the manufacturer, the OPTOD optical oxygen sensor operates without the need for calibration during normal use and requires no membrane or electrolyte; the only regular maintenance required is replacing the DOdisk cap every 2 years. The PHEHT and PHT pH sensors are calibrated at 3 points, and their cartridges can be replaced as required. The C4E conductivity sensor is calibrated across four measurement ranges, each with two calibration points, and is, according to the manufacturer, maintenance-free. The NTU turbidity sensor is calibrated with two points per measurement range and requires no consumables. The MES5 suspended solids sensor and the VB5 sludge level sensor operate optically and are set up with one or two calibration points, depending on the measured parameter. Suitable pH buffer solutions from our range are available for pH calibration; to replace worn electrodes, please take a look at our range of electrodes. Data export, storage and disposalCharging and connection to a PC are carried out via the same 7-pin metal connector. The ODEON Viewer software analyses the measurement series in tabular and graphical form and exports them as CSV, XLS, XLSX, JPEG, PNG, TIF or PDF files, for example for GLP documentation or transfer to a laboratory information system. For storage, the manufacturer specifies a range of -25 to +65 °C at 0 to 80 per cent relative humidity. At the end of its service life, the device must be disposed of as waste electrical and electronic equipment via a separate collection scheme; see ‘Regulatory Information’ below for further details. Investment rationale: a platform rather than a standalone deviceThose already working with Aqualabo or Ponsel sensors do not necessarily need to purchase a complete sensor set: the Aqualabo ODEON Open One base unit without a sensor is designed precisely for this scenario. For everyone else, it is worth considering the platform as a whole, because unlike a device designed for a single parameter, the ODEON Open One comes complete with GLP-compliant documentation, sample and user management, and the ODEON Viewer PC software. As the device automatically recognises any compatible digital PONSEL sensor, the sensor range can be expanded as requirements grow without having to replace the base unit. Anyone wishing to measure two parameters simultaneously from the outset – such as pH and conductivity in a single operation – is better off with the Aqualabo ODEON X, which features two sensor channels. Frequently asked questions about the ODEON Open OneWhat is the difference between the ODEON Open One and the ODEON X?The ODEON Open One has one sensor channel, whilst the ODEON X has two. This means that the ODEON X can measure two parameters simultaneously, such as pH, redox and temperature together with conductivity. According to the data sheet, the other technical specifications, such as the display, memory and protection rating, are identical for both devices.How many measurement readings can be stored on the device?The 8 MB memory can store more than 100,000 GLP-compliant data records, each with a sample ID, user ID, date and time.Do I need to configure the sensor manually?No. The ODEON Open One automatically recognises connected digital PONSEL sensors and performs a self-diagnosis – plug and play.What cable lengths are available for the sensors?The digital PONSEL sensors are available with 3 m, 7 m or 15 m cables.How is the measurement data analysed?Via the supplied ODEON Viewer PC software using a USB cable, with tabular and graphical analysis as well as export to CSV, XLS, XLSX, JPEG, PNG, TIF or PDF.Is the device suitable for outdoor use?Yes, the housing and connections are IP67-rated. Power is supplied by 4 AA alkaline batteries; optionally, rechargeable NiMH batteries can also be used, with a runtime of 145 to 190 hours depending on the configuration.Can I retrofit additional sensors at a later date?Yes. As the device automatically recognises any compatible digital PONSEL sensor, the sensor set can be expanded as required, for example if additional measurement parameters are needed. Technical detailsDevice typePortable multi-parameter handheld measuring device, 1 sensor channelDisplay4-inch LCD graphic display, backlit, 240 x 320 pixels, simultaneous display of 1 to 7 parametersMemory8 MB, more than 100,000 GLP-compliant data records including sample ID, user ID, date and timeGLP complianceYes, including sensor status display and self-diagnosisSensor detectionAutomatic, plug-and-play with self-diagnosisRecording modes3 modes: manual, interval, continuousID managementSample, campaign and user IDs, alphanumeric, max. 10 characters, max. 20 usersSensor channels1 (Sensor 1, 6-pin grey metal plug)Protection ratingIP67Dimensions (L x W x H)approx. 196.5 to 205 x 121 to 122 x 43 to 46 mmWeight400 g (unit without sensor and cable)Operating temperature-25 to +60 °CStorage temperature-25 to +65 °CRelative humidity (operating/storage)0 to 70 per cent / 0 to 80 per centPower supply4 x 1.5 V AA batteries (alkaline), fitted at the factoryOptional4 x AA NiMH rechargeable batteries or external 12 V power supplyOperating time145 to 190 hours depending on configurationInterfaceUSB via a standard 7-pin metal connector (PC connection and charging)SoftwareODEON Viewer, export to CSV, XLS, XLSX, JPEG, PNG, TIF, PDF Contents1 ODEON Open One unit, factory-fitted with 4 AA alkaline batteries1 digital PONSEL sensor with a 3 m, 7 m or 15 m cable, depending on the model selected1 ODEON PC connection cable (USB)Standard solutions 125 ml, depending on the parameterShock-resistant carrying case for up to 2 sensors, PC cable and 4 bottles of standard solutionODEON Viewer PC softwareThe device operates out of the box using the 4 AA alkaline batteries supplied; a charger is not included in this set, according to the manufacturer. For operation with rechargeable batteries, the ODEON Rechargeable Battery accessory kit, comprising a charging cable and 4 NiMH rechargeable batteries, is available separately, reference NC-ACC-C-00001. Regulatory informationAs an electrical appliance, the ODEON Open One is subject to the German Electrical and Electronic Equipment Act (ElektroG). At the end of its useful life, the device must not be disposed of with household waste but must be taken to a separate collection point for waste electrical and electronic equipment. Individual Requirements & Procurement ServiceOur procurement service is here to assist you with additional sensors, replacement cables, standard solutions or equipping multiple ODEON devices with a shared sensor pool. We would also be happy to discuss the most suitable equipment with you if you have any questions regarding calibration accessories from our range of measurement technology or a comparison with NEON, NEON OPEN and ODEON X.
Aqualabo NEON OPEN base unit without sensor, portable measuring device for digital sensors, PF-POR-C-00188
If you already have one or more compatible Aqualabo sensors in your collection, or if you wish to monitor several parameters using a single unit, you do not need a complete set. The Aqualabo NEON OPEN base unit provides the display, memory and power supply for the open platform, without any pre-fitted sensors. Via a robust 6-pin metal connector, it automatically recognises any connected DIGISENS digital sensor, from oxygen measurement through to pH and conductivity, right up to turbidity, suspended solids and sludge level. The ABS housing is IP67-rated and stores up to 30,000 measurement points, which can be transferred wirelessly to a PC via Wi-Fi. Open platform instead of fixed sensor assignment Unlike the single-parameter Aqualabo NEON, whose sensor is permanently connected to the housing via a PG9 screw connection, the NEON OPEN base unit features an interchangeable connector with automatic sensor recognition. This allows a single housing to be used sequentially with different sensors, without having to purchase a separate measuring device for each parameter. All eight DIGISENS sensor variants in the NEON range are compatible: OPTOD stainless steel and titanium (oxygen), PHEHT (pH, redox, temperature), PHT (pH, temperature), C4E (conductivity, salinity), NTU (turbidity), MES5 (suspended solids) and VB5 (sludge level), each with a 3-, 7- or 15-metre cable. We stock the complete set with a pre-fitted sensor under the name Aqualabo NEON OPEN. The additional cost compared to the single-parameter Aqualabo NEON pays off particularly when more than one parameter is being measured or a sensor needs to be replaced over time: a single base unit is sufficient to operate several sensors in succession, rather than having to purchase a completely new unit for each additional parameter. For businesses that already own one or more NEON OPEN-compatible sensors – for example, from an existing set – the base unit is the more cost-effective addition. Those who also require GLP-compliant documentation with significantly greater storage capacity and the supplied PC software will find this in the larger Aqualabo ODEON Open One or Aqualabo ODEON X. Typical applications The basic unit is suitable wherever different parameters arise during the course of a project or where an existing sensor is to be reused in a new housing: Fish farming: RAS systems, ponds, offshore cages, the aquaculture industry Aquariums Surface water and groundwater monitoring Municipal wastewater treatment: inlet, aeration tank, outlet Industrial wastewater treatment The basic unit thus complements our range of laboratory and field measurement technology. Battery, display and data transmission The unit is powered by three AA alkaline batteries; readings are shown on a backlit LCD graphic display with five adjustable brightness levels and a stability indicator for the measured value. Recordings can be saved on demand or automatically at selected time intervals; the automatic switch-off function can be set to 2, 5, 10, 15 or 30 minutes. Without recording, a full battery charge lasts around 648 hours; with one recording per minute, it lasts up to 230 hours. Data export is carried out exclusively via Wi-Fi transfer to a PC; according to the data sheet, there is no provision for a USB or cable connection. Maintenance and storage The housing is designed for a storage temperature of -10 to 60 degrees Celsius; it operates between -5 and 50 degrees Celsius. No maintenance is required on the main unit itself; the sensors connected at a later stage have their own maintenance intervals depending on the type, such as replacing the DOdisk cap on the OPTOD oxygen sensor every two years or changing the pH cartridge on the PHEHT and PHT sensors. Before prolonged storage or disposal of the unit, the three alkaline batteries must be removed and disposed of separately as battery waste. Technical details Device typePortable handheld measuring device without sensor, open platform for DIGISENS sensors Sensor connection6-pin metal connector with automatic sensor recognition Compatible sensor variantsOPTOD stainless steel, OPTOD titanium, PHEHT, PHT, C4E, NTU, MES5, VB5 (with 3, 7 or 15 m cables respectively) DisplayBacklit LCD graphic display, 5 brightness levels Recording capacity30,000 measurement points Recording modesSnapshot and automatic at set intervals Data transferWi-Fi transfer Automatic switch-off2 / 5 / 10 / 15 / 30 mins Power supply3 x 1.5 V AA batteries (alkaline) Operating time without recording648 h Operating time with recording (1/min)up to 230 h Housing materialABS Dimensions (H x W x D)146 x 88 x 33 mm Weight880 g Enclosure protection ratingIP 67 Operating temperature-5 to 50 °C Storage temperature-10 to 60 °C Contents NEON-OPEN base unit (housing with 6-pin connector), including 3 x 1.5 V alkaline batteries (type LR6) Laminated quick start guide A sensor is not included with this base unit, nor are any calibration solutions or a carrying case. All three items are sensor-specific and are included with the selected sensor or the complete set. Regulatory information As an electrical appliance, the base unit is subject to the German Electrical and Electronic Equipment Act (ElektroG). At the end of its useful life, it must not be disposed of with household waste, but must be placed in the separate collection scheme for waste electrical and electronic equipment. The batteries must be removed beforehand and disposed of separately. Individual Requirements & Procurement Service Our procurement service is here to assist you in selecting the right sensor, sourcing replacement sensors for an existing base unit, or answering any questions regarding calibration solutions and accessories. The complete set with a pre-assembled sensor can be found under Aqualabo NEON OPEN.
Macherey-Nagel PF-3 Compact Photometer for Drinking Water, 919343
The PF-3 Drinking Water compact photometer is the smallest member of the Macherey-Nagel photometer range and has been specifically designed to meet the requirements of drinking water analysis. It enables the measurement of chlorine dioxide, chlorine, pH, iron and fluoride, directly on site, without the need for a laboratory connection. Compact and robust for on-site use Measuring 170 x 95 x 68 mm and weighing just 0.5 kg, the PF-3 Drinking Water is a true lightweight and the ideal companion for field analysis. The housing is shock-resistant, waterproof and dustproof, certified to IP 68, ready for mobile use outside the laboratory. Intuitive operation, low maintenance Operation is via an intuitive menu system with a membrane keypad, test selection directly from parameter lists and an illuminated graphic display (128 x 64 pixels). As an LED photometer with microprocessor control, the instrument features a self-test and auto-calibration function. The open cuvette chamber is insensitive to extraneous light, ensuring reliable measurements even under changing light conditions in the field. Flexible power supply and data connectivity The PF-3 Drinking Water is powered by 3 AA batteries or via a USB interface (mini-USB), with the option of an internal battery pack. An adjustable auto-off function (5, 10, 15 or 20 minutes, or when inactive) helps to conserve power. The internal memory can store 50 measurements, and software updates are available free of charge via the internet or a PC. Technical details Dimensions (L x W x H) 170 x 95 x 68 mm Display Backlit graphic display, 128 x 64 pixels Auto-off function Inactive or automatic switch-off after 5 mins, 10 mins, 15 mins, 20 mins Operation Intuitive menu navigation, membrane keypad, test initiation from parameter lists Operating range 10-40 °C, max. 80 % relative humidity (non-condensing) Standards/Certificates CE-certified Data storage 50 measurements Ambient light Insensitive to ambient light, open shaft Hazardous substances No Housing Shock-resistant, waterproof and dustproof, certified to IP 68 Weight 0.5 kg Gross weight (including packaging) 846 g Cuvette compartment Round cuvettes, 16 mm outer diameter Light source LED Scope of delivery Photometer, manual, batteries and certificate Optics LED + interference filter Interfaces Mini-USB Power supply 3 AA batteries / rechargeable batteries, USB interface; optional internal battery pack Type LED photometer with microprocessor control, self-test and auto-calibration Update Free via the internet / PC Packaging dimensions 263 x 222 x 83 mm Pre-programmed tests NANOCOLOR round cuvette tests, VISOCOLOR ECO tests and Powder Pillows Wavelengths 450 nm / 530 nm / 590 nm Wavelength accuracy ± 2 nm, half-width 10 nm-12 nm