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The high-accuracy lift tables (stages) are used where elements have to be positioned with high accuracy. With flexible adaptor plates, they fit seamlessly into UHL's modular component system. With recurring assembly dimensions, the lift tables likewise the rotary and swivel stages allow diversification when combining with other UHL's positioning systems. Backlash-free pre-loaded roll bearing guarantees a high sequence accuracy. A stepper motor and multiple threads (HT4) or 2 opposed-running wedges (HT7) are used as standard drive for the stroke. Mounting bore holes are available for the assembly of holding fixtures in the upper plate.

The capaNCDT 6110 is a new, capacitive single-channel displacement measurement system comprising a compact controller, a sensor cable and the sensor. Due to the miniaturised controller and its easy operation, the capaNCDT 6110 is ideally suited to the integration in machines and facilities.

The Datapaq AutoPaq is a customized thermal profiling system for temperature monitoring of paint, adhesive and sealant cure processes used in the automotive assembly market. Offering up to 20 channels of measurement in a single system, the AutoPaq is the perfect tool for performing detailed cure validation of new installations or optimizing existing lines for new models. With real time RF capability, the system may also be the preferred choice for routine live monitoring of paint operations as part of standard QA procedures. For detailed information and specifications, download the AutoPaq brochure. To learn how the AutoPaq can benefit your operation, download the 3 Key Wins document. Datapaq CoilPaq Thermal Profiling System The Datapaq CoilPaq is used in surface coating lines to monitor the temperature profile of the coil strip at various points across its width, as it is fed through the oven. The design of the CoilPaq allows you to place this instrument

The ScanIR®3 thermal scanner is designed for a wide variety of noncontact temperature measurement applications, including those in harsh industrial environments. Its robust housing incorporates standard water-cooling and air purge and features built-in laser sighting. A rugged processor box provides universal input and output (I/O) capabilities in the field without the need for an external computer. The ScanIR3 linescanner and thermal imaging system has one of the fastest scan speeds in the industry and offers complete data about even the highest-speed manufacturing processes. Unlike point sensors that measure a single point, the linescanner measures multiple temperature points across a scan line. Its motorized mirror scans at rates up to 150 lines per second, allowing rapid detection of temperature non-uniformities and hot spots. Rotating optics collect infrared radiation at 1024 points within a 90-degree field of view, and industry-leading optical resolution

The INFICON Bayard-Alpert Pirani Combination Gauge, BPG402-S, functions as two gauges in a single compact unit measuring from 5×10 -10 mbar to atmosphere (3.8×10 -10 Torr to atmosphere). Combining technologies reduces the complexity of installation, setup, and integration. Choose the BPG402-S with two yttrium oxide coated iridium filaments for affordable and repeatable process to base pressure measurements in one economical package. Sensing elements with on-board calibration data guarantees high reproducibility when exchanging sensors. This Bayard Hot Ion (Dual Filament) Pirani Combination Gauge BPG402-S series direct replacement for Hot Ion - Pirani Transmitters of the ITR 200 series: Material-No Typ Material-No Typ 353-570 BPG402-S DN 25 ISO-KF = 230 250 ITR 200 S DN25 KF 353-574 BPG402-SP ProfiBus, DN 25 ISO-KF = 230 252 ITR 200 SP DN25 KF, PB 353-571 BPG402-S DN 40 CF-R = 230 254 ITR 200 S DN40 CF-R 353-576 BPG402-SD DeviceNet, DN 25 ISO-KF = 230 253 ITR 200SD DN25 KF,...

The INFICON Bayard-Alpert Pirani Combination Gauge, BPG400, functions as two gauges in a single compact unit measuring from 5×10 -10 mbar to atmosphere (3.8×10 -10 Torr to atmosphere). Combining technologies reduces the complexity of installation, setup, and integration. Choose the BPG400 for affordable and repeatable process to base pressure measurements in one economic package. This Bayard Hot Ion Pirani combination Gauge BPG400 series direct replacement for the ITR 90 series: Part-No Typ Part-No Typ 353-500 BPG400 DN 25 ISO-KF = 120 90 ITR 90 DN 25 ISO-KF 353-502 BPG400 DN 40 CF-R = 120 92 ITR 90 DN 40 CF-R 353-505 BPG400-SP ProfiBus, DN 25 KF = 230 030 ITR 90 DN 25 ISO-KF 353-506 BPG400-SP ProfiBus, DN 40 CF-R 230 031 ITR 90 DN 40 CF-R 353-501 BPG400 LCD, DN 25 ISO-KF = 120 91 ITR 90 DN 25 ISO-KF Displ. 353-503 BPG400 LCD, DN 40 CF-R = 120 94 ITR 90 DN 40 CF-R Displ. 354-490 BPG400 Spare-Sensor DN 25 ISO-KF = E 121 02 ITR 90 Spare-Sensor IE90 DN 25 KF 354-491 BPG400...

The INFICON Pirani Capacitance Diaphragm Gauge (PCG55x) combines the INFICON Pirani technology with the advantages of a ceramic capacitance diaphragm sensor in a single product. In the measurement range between 10 mbar and atmosphere the capacitance diaphragm technology provides gas-type independent, highly accurate values for reliable pressure measurement. The PCG55x offers also a variety of features which allows the right product configuration for the demanded application. This Pirani Capacitance Diaphragm Gauge series PCG550, PCG552, PCG554 direct replacement for TTR 101 series: Part-No Typ Part-No Typ 3PC1-001-0000 PCG550 FCC,16KF = 230350 V01 TTR 101 TTR 101, FCC, 16 KF 3PC1-00F-0000 PCG550 FCC,1/8NPT = 230351 V01 TTR 101 FCC, 1/8 NPT 3PC1-001-2000 PCG550 FCC,2SP,16KF = 230352 V01 TTR 101 FCC, 16 KF, 2SP 3PC1-00F-2000 PCG550 FCC,2SP,1/8NPT = 230353 V01 TTR 101 FCC, 1/8 NPT, 2SP 3PC1-001-1000 PCG550 FCC,LCD,16KF = 230354 V01 TTR 101 FCC, 16 KF, LCD 3PC1-00E-1000 PCG550...

The INFICON Bayard-Alpert Pirani Combination Gauge, BPG400, functions as two gauges in a single compact unit measuring from 5×10 -10 mbar to atmosphere (3.8×10 -10 Torr to atmosphere). Combining technologies reduces the complexity of installation, setup, and integration. Choose the BPG400 for affordable and repeatable process to base pressure measurements in one economic package. 1) Reduced accuracy during degas 2) Simultaneous use of RS232C or VGC40x controller series and Fieldbus is not allowed 3) For RS232C operation <30m

Based on its specifications, this device can be used in various applications. It is especially suitable for resistance measurement on insulating materials such as e.g. cable insulations, foils, textiles, surfaces, insulating liquids,etc. With a test voltage of 45 V, 100 V, 250 V and 500 V the device fulfi ls most test specifi cations such as e.g. DIN 51953, 53482 and 54345. The guard switching allows single resistance measurements in a triangle wiring. This could be e.g. a two line cable with common shield or the measurement of insulating materials on a guardring measurement cell. The selection of the measurement range is done manually or automatically. Fast subsequent measurements can be realized by the internal limit value indicator. When the measured value exceeds the limit the limit value indicator switches and activates a potential-free relay output. The megohmmeter RESISTOMAT® model 24508 is the right instrument for its use in laboratory as well as in industrial applications.

In many water laboratories our Universal Method Unit facilitates the complex process of analysing the basic parameters nitrate, nitrite, ammonia and ortho-phosphate. Installation of the Universal Method Unit on our FIAcomact device allows you to successively analyse all above mentioned parameters without a system modification. Method change is fast and easy requiring only switching the valves on the method unit and exchanging the reagents without any hardware changes. The combination of FIAcompact and the Universal Method Unit enables you to work efficiently for as little as 10 samples daily. Measurement ranges of single parameters: ammonia 0,02 - 50 mg/l NH4-N DIN EN ISO 11732 nitrite 0,01 - 10 mg/l NO2-N DIN EN ISO 13395 nitrate 0,02 - 30 mg/l NO3-N DIN EN ISO 13395 ortho-phosphate 0,02 - 20 mg/l o-PO4-P DIN EN ISO 15681

Broad temperature range 50 to 3200°C 4-year warranty Durable IP65 (NEMA4) housing Visible through the lens sighting and manual variable focus plus optional laser sighting, video camera, or LED sighting LAN/Ethernet interface with PoE for sensor communication (ASCII, Video, and Webserver) Profinet interface option Programmable relay output Fail-safe alarm Isolated analog input/output Rugged stainless-steel housing Dirty-window alarm Endurance software for remote configuration, remote monitoring, and field calibration In addition to single-color models, the series also comprises two-color (ratio) pyrometers and models with a remote sensor head (Endurance Glass-Fiber). APPLICATIONS Metals: forging, hot rolling, rod/wire production Heat treating & annealing Induction heating Lightbulb and halogen lamp production Glass melting Semiconductor furnaces Cement & lime kilns Refuse burning Carbon graphite production Foundry & welding Rubber & thick plastic

DATAPAQ temperature profiling systems include high-accuracy industrial-strength data loggers, analysis software, thermal barriers, and thermocouples. DATAPAQ AutoPaq is a customized thermal profiling system for temperature monitoring of paint, adhesive and sealant cure processes used in the automotive assembly market. Offering up to 20 channels of measurement in a single system, Datapaq AutoPaq is the perfect tool for performing detailed cure validation of new installations or optimizing existing lines for new models. With real time RF capability, the system may also be the preferred choice for routine live monitoring of paint operations as part of standard QA procedures. Range of silicone-free barriers providing safe and contamination-free options to suit single and multi-run operations Oven Insight Professional software written for the automotive paint engineer to perform process QA or full validation quickly, efficiently and accurately

Detector for Blue-light hazard measurements. Features: Single-cell detector, BLH actinic irradiance, for the use with optometer, calibration certificate

Compact Bi-Tec measurement device for the measurement of total luminous flux of single LEDs. Features: Cone-shaped measurement port with implemented integrating sphere, auxiliary lamp for substitution correction, spectral radiant power, color temperature, CRI, chromaticity coordinates, etc.

High-quality device for measurement of CW-, single pulse and modulated radiation. Features: Optometer for all detector heads with calibration data plug. Measurement modes: CW, pulse energy, dose, peak-to-peak, effective luminous intensity (Blondel-Rey), data logger, battery, main power, RS232

The iXRAY solves almost all measuring, automation and documentation tasks for single and multi-layer pipes and hoses. Thanks to a precise spatial resolution and repeatabilities in the µm range, the system reliably generates exact measurement data. At high line speeds, the X-ray system - optionally two or three axes - delivers precise measurement results. The standard systems are available for pipe dimensions from 1 to 63 mm. The iXRAY series is user-friendly and the line operator only has to select the pipe, hose, or cable recipe to start the measurement. Other advantages/features: — Measurement of wall thickness distribution, inner and outer diameter, ovality and eccentricity — Up to 6 wall thickness values on the pipe or hose circumference — 3 diameter axes at 120° angle — High repeatability — High precision X-ray tubes with anode voltage up to 60 kV — Non-contact measurement, no seal, and no dimension-dependent accessories

Anolyte station Individual approaching flow of each dialysis cell be measuring each single volume flow.... ... constant anolyte quality by high-resulting measurement of conductivity.

The tensiometers of the DCAT series are measuring instruments for force-based investigation of surface and interface properties. Because of the compact and modular product design of the DCAT series, a bespoke combination of device and accessories can be found for any use case. The DCAT 25SF single-fibre tensiometer contains a high-precision weighing system with a resolution of up to 0.1 μg. This enables measurements even on single carbon or glass fibres. Measurements can be carried out at defined humidity and at temperatures between -15 °C and 135 °C. In addition is it possible to investigate the viscoelasticity of monolayers. Furthermore, concentration series for determining the critical micelle concentration (CMC) can be automatically generated and measured. Measurements: - surface and interfacial tension - liquid density - dynamic contact angles - surface energy of solids - determination of the CMC - surface pressure - viscoelasticity of monolayers

CoriSENS is a rotation rate sensor for measuring angular velocity ω. It detects rotational movements using a MEMS gyroscope. This measuring signal in a range of ± 20° / s is converted by the sensor electronics and transmittes an analog current signal as well as voltage signal in addition. The sensor is certified according to uniform standards for electronic equipment on rail vehicles (DIN EN 50155) and can be operated directly with the usual onboard supply (24 V).

CoriSENS is a rotation rate sensor for measuring angular velocity ω. It detects rotational movements using a MEMS gyroscope. This measuring signal in a range of ± 20° / s is converted by the sensor electronics and transmittes an analog current signal as well as voltage signal in addition. The sensor is certified according to uniform standards for electronic equipment on rail vehicles (DIN EN 50155) and can be operated directly with the usual onboard supply (110 V).

The MEMS-based MTS1TEMP56 detects infrared radiation for non-contact temperature measurement. The 56 silicon thermopiles absorb the incoming radiated energy. The integrated mass absorber ensures the efficient conversion of the radiated energy into thermal energy. The thermocouples convert this thermal energy into electrical energy, which is output as a measurement signal. The single channel thermopile is the best choice for mass applications with quantities above 50000 pieces per year in medical and life science applications or in building automation. The TO46 package with small dimensions makes this component especially suitable for mobile devices. With a detectivity up to 0.67 *10^8 cm√Hz/W as well as a sensitivity up to 31 V/W, the materials offer reliable measurement results at a very good price/performance ratio. Nitrogen was used as backfill gas and a filter with a transmission cut on 5.5 µm. ATTENTION: 1 piece packaging unit contains 200 detectors each!

A unique handheld measuring device with which even untrained personnel can easily and effectively measure machine vibration on rotating machinery. Thanks to its forwardlooking measuring principle and data acquisition across three axes with the triaxial sensor, all relevant condition information is recorded with the touch of a single button. And at a measurement speed that opens up fully new dimensions. Not only is the VIBSCANNER 2 a breakthrough in terms of measurement speed and precision, but also through its robustness and its intuitive operating concept. The intuitive graphical user interface assists the employee en route in taking repeatable errorfree measurements. The device provides him/her with the exact information about the status of the measurement locations and the progress of the route.

Scott Protégé ZM is maintenance-free, user-friendly and a reliable gas measurement device. Once the Protégé is activated neither further charging nor calibration is necessary! During the run time of 2 years the device measures oxygen, carbon monoxide or hydrogen sulphide. Maintenance-free Oxygen, carbon monoxide, or hydrogen sulphide In order to extend battery operation time, after measurements power save modus turns on Triple- warning device with optical, acoustic and vibration alarm signals LC-display can be customized and it indicates remaining device runtime, gas measured values in real-time or both Alarm thresholds as well as deadlines for inspection and calibration are configured by the user itself Function for data recording Complies with protection class IP66/67 (certified by an independent institute) Optional expandable by testing facility with 4 equipment pockets and programming device for IR- interface Data sheet

With the simple, handy and robust single gas monitor GasAlertExtreme of BW-Technologies a reliable monitoring and detection is secured (e.g. personal security) of all threats by single gases, whereby the measured value is displayed in real-time. A broaden range of user options as multilingual display, data recording function and the comprehensive range of models for toxic gases make the device to an ideal solution for many areas of application. Features of GasAlertExtreme: Permanent displays of measurement values in real-time (LCD display) Self-test of all functions for sensors, battery, electronic and acoustic / visual alarm Impact- and water-resistant Bright, wide-angle flashing alarm display With integrated vibration alarm, ideal for noisy environment Free adjustable alarm points Setting of various languages (German, English, French, Spanish, Portuguese) Technical data of GasAlertExtreme: Dimension (cm): 2.8 x 5.0 x 9.5 Weight (g): 82 Application temperature: -20 + 50...

With the simple, robust and maintenance-free single gas monitor GasAlertClip Extreme of BW-Technologies a reliable monitoring and detection is secured (e.g. personal security) of all threats by single gases, whereby the measured value is displayed in real-time. The operating time is limited to 2 years and absolutely maintenance-free, batteries neither need to be charged nor to be exchanged. Thanks to simple operation time exposure reduces considerably, therefore this device is excellently suitable for industrial applications. Features of GasAlertClip Extreme: Large LCD-display indicates remaining operation lifetime in months, days, and hours Impact- and water-resistant Self-test of all functions of sensor, battery, electronic and acoustic/ optical alarm Compatible with the automatic testing station “BW-MicroDock II” Bright, wide-angles blinking alarm display With integrated vibration alarm for surroundings with higher noise level Daily self-test activated by user Recording and...

The LactoFAN 2 is a powerful diagnostic tool for measuring expired Hydrogen concentrations in ppm, for example the Lactose intolerance test. From a single breath manoeuvre, measurements are instantly displayed on the large, easy to read touch screen display. View product video Details The LactoFAN 2 is a powerful diagnostic tool for measuring expired Hydrogen concentrations. From a single breath manoeuvre, measurements are instantly displayed on the large, easy to read liquid crystal display. Main applications of the LactoFAN are the Lactose intolerance test and the easy indication of intestinal lactose malabsorption by monitoring the exhaled H 2 after ingestion of lactose. Fields of application Lactose intolerance and malabsorption Carbohydrate malabsorption and breakdown deficiencies Sucrose and Fructose malabsorption small intestine bacterial overgrowth intestinal transit time Special features easy operation by the glove-capable touchscreen graphical user guidance and patient animation result tables for several patient continuously updated result history no warm-up time automatic reset, sensor drift detection semi-automatic calibration method operation from 4 standard AA–size rechargeable batteries supplied with starter kit in a sturdy carry case Software The LactoFAN 2 is supplied with a simple data export software that you can use at every PC with the included mini–USB cable. Using the optional available FANh2 Windows® software via the supplied interface cable you can transfer measurement data from the H 2 monitor into test reports. You can select a commonly used H 2 breath test protocol like Lactose intolerance, Intestinal transit time or Bacterial overgrowth from the database and enter the patient’s details along with their symptoms. The software can manages multi-patient H2 sessions stored in the LactoFAN 2 and diagnoses the results. FANh2 will complete the test process by editing a professional report. As well as the many built-in protocols, the software will accept customized protocols entered by the user. In addition you are enabled to continue using your patients’ database coming from breath tests already performed. More than this, you can use the integrated test protocol database and take advantage from the convenient diagnosis and report facilities. Via standard data interfaces like GDT, HL7 or ASTM the software can be connected to practise or hospital EDP–systems easily.