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Carrier ZS2-CAR Communicating Sensor I-VU

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1  Review Add Your Review
Special Price $136.03 Regular Price $156.43
In stock
SKU
ZS2-CAR
The Carrier ZS2-CAR I-VU Communicating Sensor is a highly developed equipment for improving the Carrier HVAC systems’ productivity. It works in harmony with compatible Carrier equipment to help deliver real-time information on several essential parameters including temperature, humidity, pressure and airflow. This sensor works by constantly measuring these parameters and sending the acquired data through a wireless network to a control system. This data is then compiled by the system so that it can make fine tuning of the HVAC system equipment operation. For example, if the sensor has identified that the temperature is lower than the required level, the system will independently increase the heating power.
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HVAC Controls & Electrical, Control & Sensing Devices
Manufacturer:
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Specifications

  • Type: Communicating Sensor
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    Product Questions (2)
    Customer Questions
    What maintenance is required for the Carrier ZS2-CAR Communicating Sensor?

    Regularly inspect the sensor for dust, dirt, or physical damage. Ensure wiring connections are secure and free from corrosion. Test the sensor periodically to confirm accurate readings and communication with the system. Always disconnect power before servicing.

    What are common issues with the Carrier ZS2-CAR Communicating Sensor?

    • Inaccurate or inconsistent sensor readings.
    • Loss of communication with the control system.
    • Damaged or loose wiring connections.
    • Sensor failure due to physical impact or moisture ingress.

    Installation Steps

    Step 1: Turn off power to the HVAC system to prevent electric shock.

    Step 2: Select an proper mounting location for accurate sensing and accessibility.

    Step 3: Remove the existing sensor, if present, and disconnect all wiring.

    Step 4: Mount the new sensor securely and reconnect wiring according to the manufacturer’s diagram.

    Step 5: Ensure all connections are tight and properly oriented.

    Step 6: Restore power and verify that the sensor communicates correctly with the system.