4-20mA Transmitters
Our advanced 4-20mA vibration transmitters, or loop powered sensors, are engineered for use with the latest PLC (programmable logic controller), BMS (building management system), or SCADA (supervisory control and data acquisition) technologies, offering sophisticated solutions for condition monitoring and preventative maintenance.
We have a huge collection of velocity and acceleration 4-20mA Transmitters for many industries; with both top and side entry and a range of output types. The 4-20mA Transmitters family is available with a variety of different cables, click here.
View all 4-20mA Transmitters
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4-20mA Transmitters – Velocity (mm/sec)
4-20mA loop powered sensors giving a reading equivalent to ‘mm/sec’ Loop powered industrial vibration sensors (LPS) can be used as a cost effective means of measuring out of balance and misalignment on motors, fans, pumps etc. Our 4-20mA transmitters can be connected directly into loop powered SCADA, PLC and BMS systems. The family is available with a variety of different cables.
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4-20mA Transmitters – Acceleration(g)
4-20mA loop powered sensors giving a reading equivalent to ‘g’ Loop powered industrial vibration sensors (LPS) can be used as a cost effective means of measuring bearing condition/lubrication problems on motors, fans, pumps etc. These Transmitters can be connected directly into loop powered SCADA, PLC and BMS systems. All of our parts are manufactured using high end materials and proven techniques; ensuring the highest quality for your application. The family is available with a variety of different cables.
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4-20mA Transmitters – Intrinsically Safe
4-20mA Intrinsically Safe Transmitters are certified for use in hazardous environments. The family is available with a variety of different cables.
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4-20mA Triaxial Transmitters
4-20mA Triaxial Transmitters provide an ideal solution for applications where multi-axis vibration measurement is required. These transmitters are designed for condition monitoring applications and compatible with existing PLC/SCADA systems or other 4-20mA input modules.
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4-20mA Transmitters – Dual Output
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4-20mA Transmitters – Three Outputs
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HS-160 – Top Exit – Integral FEP Cable With Conduit AccelerometerAC Velocity output via FEP Cable with Protective Conduit
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HS-420 – Top Exit – 4 Pin M12 4-20mA Output Accelerometer4-20mA velocity output via M12 Connector
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HS-420I/M – Top Exit – Integral FR Cable Intrinsically Safe Accelerometer4-20mA velocity output via Flame Retardant Cable
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HS-420I/M – Terminal Head Exit – Integral FR Cable Intrinsically Safe Accelerometer4-20mA velocity output via Flame Retardant Cable for use with Terminal Head
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HS-420IT – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer with Temp Output4-20mA velocity and 10mV/C temperature output via M12 Connector
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HS-421I – Top Exit – Integral FR Cable Dual Output Intrinsically Safe Accelerometer
4-20mA velocity and AC acceleration via Flame Retardant Cable
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HS-421S – Side Exit – 4 Pin M12 Dual Output Accelerometer4-20mA velocity and AC acceleration output via M12 Connector
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HS-421S – Side Exit – Integral Braided Cable Dual Output Accelerometer4-20mA velocity and AC acceleration via Braided Cable
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HS-421S – Side Exit – Integral PUR Cable Dual Output Accelerometer4-20mA velocity and AC acceleration output via PUR Cable
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HS-421S – Side Exit – Integral FR Cable Dual Output Accelerometer4-20mA velocity and AC acceleration via Flame Retardant Cable
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HS-421SRT – Side Exit – 5 Pin M12 Dual Output Accelerometer With Temp Output4-20mA velocity, AC acceleration and PT100 temperature output via 5 Pin M12 Connector
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HS-421T – Top Exit – 4 Pin M12 Dual Output Accelerometer With Temp Output4-20mA velocity, AC acceleration and 10mV/C temperature output via M12 Connector
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HS-422I/M – Top Exit – Integral FR Cable Intrinsically Safe Accelerometer
4-20mA acceleration output via Flame Retardant Cable
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HS-422I/M – Top Exit – Integral Braided Cable Intrinsically Safe Accelerometer4-20mA acceleration output via Braided Cable
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HS-422I/M – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer
4-20mA acceleration output via M12 Connector
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HS-422IT – Top Exit – 4 Pin M12 Intrinsically Safe Accelerometer with Temp Output
4-20mA acceleration and temperature output via M12 Connector
Not sure what sensor you need?
With over 100 different sensors for a variety of applications, it can be overwhelming to know what you need. By answering a few questions, we will be able to show you relevant sensors that match your requirements.
Guides and Articles
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HS-421I – Top Exit – 4 Pin M12 Dual Output Intrinsically Safe Accelerometer4-20mA velocity and AC acceleration output via M12 Connector
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HS-420T – Top Exit – 4 Pin M12 4-20mA Accelerometer with Temp Output4-20mA velocity and 10mV/C temperature output via M12 Connector
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HS-420T – Top Exit – Integral PUR Cable 4-20mA Accelerometer with Temp Output4-20mA velocity and 10mV/C temperature output via PUR Cable