Pressure sensors - Import export

The DAP Series incorporate a heated sensor tip, which limits the potential for sensor damage relating to the membrane, resulting from installation or removal of the pressure transmitter. The Gneuss patented heated sensor tip allows the sensor to be easily removed from a “frozen” melt without any problems. The diaphragm is not damaged when the polymer contracts. The DAP has revolutionized the handling of critical medias, for example PC, PMMA or ABS.

Melt Pressure Transducer with Integrated Amplifier The DAI Series offers – in addition to maximum reliability – improved user friendliness in the form of an Auto-Zero Function for local or remote configuration. These models offer mA and mV output signals for further processing. The popular and most commonly used 2-wire and 4-20mA configuration provide unequalled interference in critical environments.

With the DAIX Series, Gneuss now has an explosion proof pressure transducer available. This melt pressure transducer is intrinsically safe. The uncompromising development of the DAIX provides an excellent choice for Ex-areas, complimenting years of tried and tested Gneuss products.

The DTA defines the industry standard in combination with temperature measurement. One process connection suffices to measure both values. The unit excels in its high quality workmanship and cost efficiency. Its absolute reproducibility and stable measuring values contribute to our measurement accuracies.

Pressure Transmitter with Integrated Amplifier and Integrated Temperature Measurement The DTAI first of all offers the user the comfort of operating a DAI in combination with temperature measurement. One process connection suffices in order to measure both values. These model offers mA and V output signals for further processing. The popular and most commonly used 2-wire and 4-20 mA configuration provide unequalled interference in critical environments. Liquid filled measuring system Maximum reliability through new membrane technology Standard G-coating to counteract adhesive materials Combined pressure and temperature measurement Robust design with G-Armor flexible components Applications with process medias of up to 400°C (750°F) possible Pressure ranges from 0-50 and 0-2.000 bar (0-725 to 29,000 psi) available Interference resistant signals over long distances Stable output signals

The DAIP Series incorporates a heated sensor tip, which limits the potential for sensor damage relating to the membrane, resulting from installation or removal of the pressure transmitter. Additionally, it offers the comfort of the DAI series in combination with temperature measurement, allowing for heater control. The Gneuss patented heated sensor tip allows the sensor to be easily removed from a “frozen” melt without any problems. The diaphragm is not damaged when the polymer contracts. The DAIP has revolutionized the handling of critical medias, for example PC, PMMA or ABS. Heater with 24V Patented technology Maximum reliabilty through new membrane technology G-coating to counteract adhesive materials Robust design with G-Armor flexible components Interference resistand signals over long distances 3- and 4-wire technology available With integrated amplifier 0-20 mA, 4-20 mA, or 0-10 V output

Melt Pressure Transducer with standardized output signal The DA Series melt pressure transducers are characterized by their high quality of workmanship and outstanding performance and are used in the plastic manufacturing and processing industries throughout the world. Their absolute reproducibility and stable measuring values contribute to our measurement accuracies. Application areas up to 300°C (572 °F) Pressure ranges from 0-50 and 0-2.000bar (0-725 and 29,000 psi) Liquid filled measuring system Maximum reliability through new membrane technology Standard G-coating to counteract adhesive materials 100% market compatible Mercury free version available at no additional surcharge

The DAIL fulfils the requirements of EN 1114-1 for overpressure protection of extrusion lines and offers maximum comfort of operation. The auto-zero function enables calibration directly on the device or from the observation point/controller. On the output side, the melt pressure transmitter provides a switch output in addition to the analog signal which enables switching off the machine in case of overpressure according to EN 13849-1, PL=c.

Our pressure sensors detect relative or absolute pressures in liquids and gases. The PS series offers pressure sensors with display and various output variants (switching and analog output) and communication via IO-Link. The PT series includes pressure sensors without display with analog output for media temperatures up to -125 °C. The PC series offers communication via IO-Link. The sensors of the PK-series are especially designed for pneumatic and vacuum applications.

The INFICON Porter™ CDG020D Capacitance Diaphragm Gauge is a high quality, cost effective, gas type independent absolute pressure sensor. The Porter is designed for stable long time performance in industrial environments. The ceramic sensor provides excellent span stability over many years of maintenance free operation paired with outstanding zero stability. The corrosion resistant single material sensor architecture guaranties excellent temperature compensation. Fully digital electronics and small footprint defines flexibility in any integration. The Porter vacuum gauge is humble, reliable, always available and never overpaid. (1) Non-linearity, hysteresis, repeatability at 25 °C ambient operating temperature without temperature effects after 2 hours operation. (2) Non operation (3) Increase 10 ... 90% percent FS

The all-in-one solution Already the basic version of the OPTISWIRL 4200 is equipped with a temperature compensation for saturated steam applications. With the optional pressure sensor the OPTISWIRL 4200 has an integrated density compensation available, which even allows an exact measurement of gases and superheated steam with varying process conditions. The additional integrated gross and net heat measurement makes the OPTISWIRL 4200 to be a reliable partner for advanced energy management systems. The OPTISWIRL 4200 was designed for the safety-related applications from the very beginning. It was developed according to the standard IEC 61508 edition 2. The certification is effected within the scope of a Full Assessment by TÜV Süd. Thereby the OPTISWIRL 4200 can be used for continuous volume flow measurement in safety-related applications with classification SIL2.

▪ Analogue version ▪ 5-pin connection ▪ Can be used with all analogue Hydraulic Testers of the PPC series ▪ Input voltage: 9 ... 36 V DC ▪ Output signal: 0 ... 3 V DC ▪ CAN version ▪ Indication of the sensor status via LED ▪ 5-pin SPEEDCON connection plug ▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions ▪ LSS service DS305 v2.0 ▪ Sturdy Stainless Steel housing (1.4301) ▪ FPM (Viton®) gasket ▪ Weight: 85 g / .19 lbs ▪ Suitable for gases and liquids (in the case of aggressive media, only after consultation) ▪ Accuracy (±0,25% FS* typ.) ▪ Automatic sensor recognition ▪ Process Connection G1/4 (without adaptor) ▪ Calibration certificate on request Ambient Conditions ▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F ▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F ▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F ▪ Load cycles (10 6): 100 Electrical Data ▪ Response time: 1 ms ▪ Long-term stability: < 0,2 % FS* /a ▪ Vibration...

▪ Analogue version ▪ 5-pin connection ▪ Can be used with all analogue Hydraulic Testers of the PPC series ▪ Input voltage: 7 ... 12 V DC ▪ Output signal: 0 ... 3 V DC ▪ CAN version ▪ Indication of the sensor status via LED ▪ 5-pin SPEEDCON connection plug ▪ CANopen protocol profile DS406 v3.2 with manufacturer-specific additions ▪ LSS service DS305 v2.0 ▪ Sturdy Stainless Steel housing (1.4301) ▪ FPM (Viton®) gasket ▪ Weight: 200 g / .44 lbs ▪ Suitable for gases and liquids (in the case of aggressive media, only after consultation) ▪ Accuracy (±0,25% FS* typ.) ▪ Automatic sensor recognition ▪ Pressure connection G1/2 (without adaptor) ▪ Calibration certificate on request Ambient Conditions ▪ Media temperature: -25 °C ... +105 °C /-13 °F ... +221 °F ▪ Ambient temperature: -25 °C ... +85 °C / -13 °F ... +185 °F ▪ Storage temperature: -25 °C ... +85 °C / -13 °F ... +185 °F ▪ Compensated range: 0 °C ... +85 °C / +32 °F ... +285 °F ▪ Load cycles (10 6): 100 Electrical Data ▪ Response...

Membrane and bladder accumulators are important components of modern hydraulic systems. Monitoring the nitrogen pressure level is becoming ever more important for ensuring correct operation. The STAUFF Accumulator Adaptor together with the PT-RF pressure sensors allow maintenance personal to quickly and easily check the accumulator pressure without pressure loss. Pressure values, serial numbers, date and time will automatically be stored in the memory of the reader and then easily and conveniently read out on the PC later on. For this, the Accumulator Adaptor is screwed onto the nitrogene connection of the accumulator and a PT-RF pressure sensor is attached at the side. ▪ max. Pressure: 400 bar / 5801 PSI ▪ Burst Pressure: 1600 bar / 23206 PSI ▪ Sealing Material: NBR (Buna-N®)

The CETATEST 715 series includes fully automatic working leak tester for the detection of untight parts within the cycle time of the production process. The leak tester uses a gauge pressure sensor and has a large measurement range. Therefore the CETATEST 715 is especially qualified for the simple testing of parts with large leakages, as they occur in the testing of valves. The test types "sealed component" and "dynamic pressure" can also be integrated. Typical applications: Testing of sanitary fittings, plastic welds, check valves Operating methods: Single-channel operation, two-channel operation The measurements in two-channel operation are synchronous. Measurement ranges: Max. +/-10,000 Pa Result units: Pa, hPa, PSI, Pa/s, hPa/s, mbar*l/s, ml/min, ml/h, l/min, l/h, mmHg, mmWs, Torr Pressure ranges: -1 bar, 200 mbar, 1 bar, 6 bar, 10 bar, 16 bar, 20 bar, negative gauge pressure and positive gauge pressure ranges can be combined.

Pressure ranges: -1 bar, +/- 5 mbar, +/- 50 mbar, 200 mbar, 1 bar, 6 bar, 10 bar, 20 bar, 30 bar, 400 bar (high pressure version), negative and positive gauge pressure ranges can be combined. Measuring ranges: ± 500 Pa / ± 5,000 Pa (display resolution: 1 Pa, internal resolution: effectively 0.01 Pa) Result units: Pa, hPa, PSI, Pa/s, hPa/s, mbar • l/s, ml/min, ml/h, l/min, l/h, mmHg, mmWs, Torr Types of test: Standard: Pressure decay Optional: sealed component, dynamic pressure measurement, pressure steps, pressure rise (with double leak connector) Parameters can be exported to a USB stick or imported again. The storage of measurement series and waveforms is possible. Interfaces: Standard: Digital I / O, RS-232 Optional: Profibus DP, Profinet, Ethernet, EtherCAT, Bluetooth, USB Dimensions: 345 mm x 145 mm x 435 mm (W x H x D) In the high-pressure version, leak tests up to a test pressure of 400 bar can be carried out according to the pressure rise method.

The flow tester CETATEST 915 is used for flow testing with compressed air. It includes a measuring system consisting of laminar flow element (LFE) and differential pressure sensor In the direct test method the air, provided by the internal pressure regulator, flows through the measuring section before it enters the test part.In the indirect method, the measuring section is located in the outlet flow of the test part. Due to the special design of the measuring section a laminar ow is generated. The resulting pressure difference is directly proportional to the volume flow. With the optional electronic pressure regulator and four calibrations for up to four test pressures the application range is substantially expanded. Special versions: The CETATEST 915-G is a fully automatic flowmeter for the detection of leaking parts. Typical applications: 915: Testing of valves, vehicle exhaust systems, pipes, membranes, 915 G: Gas appliance industry, after-work jobs in the automotive industry