Veris Industries H-906 Current Sensor

The Veris Industries H-906 Hawkeye current switch is a high-performance split-core current sensor engineered for contractors who require accurate, maintenance-free monitoring of industrial motors, fans, and pumps. This adjustable trip point current sensor eliminates the need for complex differential pressure switches and pneumatic tubing, providing a clean electrical status signal for Building Automation Systems (BAS). With its Normally Closed (N/C) contacts, the H-906 Hawkeye is purpose-built for identifying belt loss or coupling failure by detecting under-current conditions in real-time.

The 100% solid-state design features an integrated status LED for rapid calibration and a self-gripping iris for effortless installation on existing HVAC motor starter wiring. Operating across a range of 2.5 to 135 Amps, it supports conductors up to 0.8 inches and utilizes a 20-turn potentiometer for fine-tuning the current switch setpoint. This ensures reliable operation in harsh mechanical environments where standard mechanical switches are prone to failure.

Key Benefits:

• Fast Retrofit: The split-core housing allows for non-intrusive installation without disconnecting power leads, significantly reducing field labor.
• Precision Detection: Adjustable setpoint allows for targeted monitoring of over-current or under-current conditions to prevent equipment damage.
• BAS Compatibility: The N/C contact closure is rated for up to 30VDC at 0.1A, making it a standard input for most digital controllers and automation panels.
• Status Visibility: Onboard LED indicators provide immediate visual feedback during the calibration process to confirm active current flow and switch state.

Common Questions:

What is the maximum current capacity of this sensor?
The H-906 Hawkeye is rated for a continuous monitored current range of 2.5 to 135 Amps at 50/60 Hz. For loads exceeding this, a 5A current transformer must be used in conjunction with the sensor.

Can I use this for DC current monitoring?
No, this sensor is designed exclusively for AC current monitoring. Attempting to use it on DC circuits will result in incorrect readings and potential damage to the sensing core.

How do I calibrate the trip point?
Calibration is achieved via a 20-turn potentiometer and the status LED. With the motor running under normal load, adjust the potentiometer until the LED indicates the contacts have changed state at your specific threshold.

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Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.