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Horner Electric APG HE693STG883

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HE693STG883

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The HE693STG883 from Horner Electric functions as a dedicated strain gage input module featuring eight channels. This unit supports bridged strain gages, primarily load cells, and provides configurable input ranges of ±20mV, ±25mV, and ±30mV.

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Technical specifications for HE693STG883

ManufacturerHorner Electric
Product TypeStrain Gage Input Module
Product LineAPG
Part NumberHE693STG883
Weight10.00 lbs (4.54 kg)
Number of Channels8
Supported Strain Gage TypesBridged (Load Cells)
Input Range (Configurable)±20mV, ±25mV, ±30mV
Resolution16-bit (0.6µV, 0.8µV, 0.9µV)
Accuracy±0.03%
Excitation Voltage Monitoring10 VDC
Input Impedance>1 GΩ
Maximum Input Voltage±100 mV
Maximum Safe Voltage±35 VDC or AC
Power Consumption (Inrush)150 mA @ 5 VDC, 80 mA @ 24 VDC relay
Power Consumption (Steady State)60 mA @ 5 VDC, 30 mA @ 24 VDC relay

The Horner Electric APG series includes the HE693STG883, a strain gage input module designed for seamless load cell integration. This device is notable for having eight separate channels, which allows simultaneous processing of multiple signals from bridged strain gages.

The HE693STG883 can be configured to accept input ranges of ±20mV, ±25mV, or ±30mV, adapting to various measurement needs. It boasts a resolution of 16 bits, providing very fine output signals with minimal noise at levels of 0.6µV, 0.8µV, and 0.9µV, resulting in high fidelity in measurements.

With an accuracy rating of ±0.03%, this module ensures reliable data critical for applications that require precise measurements. It provides excitation voltage monitoring at 10 VDC, ensuring the connected load cells operate within their specified limits.

The input impedance is greater than 1 GΩ, facilitating compatibility with high-impedance sensors. The maximum input voltage accepted is ±100 mV, and the device safely withstands voltages up to ±35 VDC or AC without risk of damage.

Power consumption data indicate that it requires 150 mA during inrush at 5 VDC and 80 mA at 24 VDC relay operation. Under steady-state conditions, power requirements drop to 60 mA at 5 VDC and 30 mA at 24 VDC, optimizing energy use during regular operation.