Wilcoxon Sensing Technologies iT300 Vibration Transmitter

Name: Wilcoxon Sensing Technologies iT300 Vibration Transmitter
Price: 1107.69 USD
Availability: BackOrder

User-configurable intelligent 4-20mA vibration transmitter module, connects a standard IEPE vibration sensor to a PLC, DCS, or SCADA system.

$1,107.69

Effective April 21st, 2025, Wilcoxon Sensing Technologies has added a 5% surcharge to this product. The surcharge will appear as a separate line item on the order.

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Part Number

iT300

Manufactured

By Wilcoxon Sensing Technologies

Includes

FREE Ground Shipping
FREE Lifetime Tech Support

Availability

Usually ships in 5-7 business days

Product Manual Product Specs

Features

Sensitivity range:
- Acceleration: 9 to 11,000mV/g
- Velocity: 9 to 11,000mV/ips
±10VDC full scale input range
0.2 to 20kHz (-3dB to -0.1dB) frequency response
200, 500Hz; 1, 2, 5, 10, 20kHz Fmax options
±0.2% of full scale accuracy
48kbps, 24 bits delta-sigma ADC sampling rate
>90dB dynamic range
500Ω maximum loop resistance

The Wilcoxon Sensing Technologies iT300 vibration transmitter provides an easy means to connect a standard vibration sensor to a PLC, DCS or SCADA system. The vibration transmitter’s input provides power to and measures the signal from either an accelerometer, piezoelectric velocity sensor, or dual output vibration and temperature sensor.

The iT300's input circuitry has a wide frequency response, capable of measuring signals between 0.2 Hz and 20,000 Hz. The vibration transmitter has two independent processing bands with flexible mapping options to two 4-20mA analog outputs. The processing channels contain selectable integration, allowing input from accelerometers to be output as acceleration or velocity.

The transmitter's selectable band filters and detector types make it easy to tailor the processing to specific machines or applications. The vibration transmitter continually measures and processes both configurable vibration bands, a true peak detector band, a temperature input, and the sensor’s bias output voltage (BOV). The band results may be mapped to a pair of 4-20mA analog outputs, allowing a number of unique processing options.