Features

• Measurement value: The effective value (rms) of the vibration velocity in mm/s, in accordance with DIN ISO 2954.
• Measurement value: The temperature in °C.
• Analogue current output: Interference-free DC signals from 4…20 mA, proportional to the measuring range of the monitoring unit
• Approvals: CE, ATEX, EAC, EAC Ex, IEC, IEC Ex, UL

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Features

• Operating principle: The two-wire system
• Measurement value: The effective value (rms) of the vibration velocity in mm/s, in accordance with DIN ISO 2954
• Analogue current output: Interference-free DC signals from 4…20 mA, proportional to the measuring range of the monitoring unit
• Approvals: CE, ATEX, EAC, EAC Ex, IEC, IEC Ex, UL

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features

• Two freely configurable outputs
• Output 1: IO-Link or digital switching output
• Output 2: Analog current output (4…20 mA) or digital switching output. Many setting options available
• Configurable frequency range e.g. 10 Hz … 1000 Hz or 10 Hz … 500 Hz
• Optional functional safety SIL 1

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Features

• Two limit values and associated delay times are separately adjustable.
• Both relay outputs indicate if the corresponding set limit values are exceeded. This can be used to generate a preliminary and a main alarm.
• Measurement value: The effective value (rms) of the vibration velocity (mm/s).
• Approvals: CE, ATEX, EAC, EAC EX, SIL2 / PL-d

The post 663 Vibration Switch appeared first on InstruMetrics.

Features

• Two limit values and associated delay times are separately adjustable.
• Both relay outputs indicate if the corresponding set limit values are exceeded. This can be used to generate a preliminary and a main alarm.
• Measurement value: The effective value (rms) of the vibration velocity (mm/s).
• Approvals: CE, ATEX, EAC, EAC EX, IEC, IEC Ex, SIL2 / PL-d (TÜV-Süd), C UL.

The post HE200 Vibration Switch appeared first on InstruMetrics.

Wilcoxon’s 4-20 mA configurable vibration transmitter module, the iT301, provides an easy means to connect a standard IEPE vibration sensor to a PLC, DCS, or SCADA system. The transmitter’s input provides power to and measures the signal from either an accelerometer, piezo velocity sensor, or dual (vibration and temperature) output sensor.

The input circuitry has a wide frequency response, capable of measuring signals between 0.2 Hz and 20,000 Hz.

It is also MODBUS/RS485 enabled and contains a single NC/NO relay. Easy web server interface – Change amplitude scale and frequency ranges remotely, Live updates for near real-time visibility, Eliminate pre-order part selection, saving you time, No standalone software needed. MODBUS/RS485 enabled – Optimized for process control and monitoring, Simple connection to existing plant infrastructure, Multiple communication methods via MODBUS TCP, MODBUS Serial, and web browser. Mappable NC/NO relay – Map low and high alarms to single relay, More control over fault monitoring.

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The input circuitry has a wide frequency response, capable of measuring signals between 0.2 Hz and 20,000 Hz, as well as a True Peak detection mode out to 25 kHz. Compatible with dual output sensors – Monitor vibration and temperature simultaneously, Output two separate 4-20 mA signals. True Peak detection band – Measure acceleration signals out to 25 kHz, Capture comprehensive signal input, Quickly detect impacts, and transient vibrations. Wide power supply voltage range – Accepts 11-32 VDC power input, Easily adaptable to battery-powered supplies, Plug-and-play capability.

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The input circuitry has a wide frequency response, capable of measuring signals between 0.2 Hz and 20,000 Hz.

iT300 provides the user with field-configurable parameters and dual mappable 4-20 mA outputs. Easy web server interface – Change amplitude scale and frequency ranges remotely, Live updates for near real-time visibility, Eliminate pre-order part selection, saving you time, No standalone software needed. Two processing bands – Optimize vibration frequency ranges, More control over fault monitoring, Provide flexibility. Dual mappable 4-20 mA outputs – Offer a variety of output options, Access more information from single sensor input.

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