Showing results: 61 - 69 of 69 items found.
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310113456 -
Virginia Panel Corporation
The strain relief attaches to the wiring side of the iCon receiver and can be secured before receiver installation. The strain relief is made of aluminum and black powder coated and includes 6 wire ties.
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Type 131 -
Datum Electronics, Ltd.
The Type Load Cell 131 Amplifier is designed to interface to a full bridge strain gauge based load cell or similar sensor allowing the user to use the data from the load cell in a more efficient and productive way.The Type 131 Load Cell Amplifier is designed to interface to a full bridge strain gauge based load cell or similar sensor. It can be calibrated to provide a 4-20mA output for a fixed load range from the sensor.
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LCD20 -
Mantracourt Electronics Ltd
Our intelligent strain gauge bridge amplifier is a compact, stackable microprocessor based unit specifically designed to control and monitor process applications. Flexible connection to most load cells, pressure or strain gauges over a wide range of sensitivities. The unit provides isolated current 4-20mA and voltage 0-10V analogue outputs and two digital inputs. Two set point relays can be configured to set thresholds such as net, gross, peak and valley. Powered from a wide ranging DC supply, the DIN rail amplifier is supplied with 2 part screw connectors for ease of installation.
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PENKO Engineering B.V.
PENKO designs and manufactures a wide range of Amplifiers - also known as digitizers and signal conditioners or PLC weighing cards - which are available as analog or digital versions. These are suitable for use with all types of strain gauge load cells and a number of configurations supplied by PENKO.
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Datum Electronics, Ltd.
Datum Electronics load cell amplifier range is designed to increase (or amplify) a signal, generated by a strain gauge load cells with a full bridge connection, pressure transducers or torque sensors, allowing the user to use the data from the load cell in a more efficient and productive way.
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Type 132 -
Datum Electronics, Ltd.
The Type 132 Amplifier is designed to amplify the signal from any load cell with full bridge connection, allowing the user to use the data from the load cell in a more efficient and productive way.The Type 132 Amplifier is designed to interface to a full bridge strain gauge based load cell or similar sensor. It can be calibrated to provide a 0-10V output for a fixed load range from the sensor.
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Vetek Weighing AB
DTR is a microprocessor based digital indicator, totally autonomousand with input for strain gauge based torque transducers.A ≤±0,02% accuracy makes it possible to be used use in qualitysystems as first or second line sample, periodically calibrated by aSIT center. Measuring system consists of a particularly long-termstable analogue section, of a carrier frequency amplifier whichminimises thermal drifts and of a 16 bits A/D converter whichensures 65.000 internal divisions.
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Neff Instrument Corporation
Low-level multiplexed systems have a single programmable gain, wide-band amplifier following the input multiplexer. To accommodate low-level signal signals such as those from strain gauges or thermocouples and at the same time high level signals from other sources, the throughput rate must be limited to enable the high bandwidth amplifier to settle to the correct value after switching to a new channel. This results in a relatively low aggregate throughput rate when compared to an amplifier-per-channel system. A major benefit of a well designed low-level multiplexed system is the extremely high performance/cost relationship.
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Shimadzu Corp.
Shimadzu’s SSG series of strain gauge extensometers are compliant with ISO, JIS, and ASTM tensile test standards, including those for plastics and metallic materials These lightweight, precision extensometers feature a wide elongation measurement range, while retaining the flexibility to measure using small gauge lengths, and support both rod and flat plate shaped specimens. Consisting of an elongation sensor and amplifier, this extensometer is suitable for use with metals and hard plastic materials, and is fastened securely to specimens with screws. Calibration using an extensometer calibrator allows the extensometer to meet JIS and ISO Class 0.5 and ASTM Class C standards for higher accuracy.
