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    Ceiling Radiation Level Sensor, RS485

    Ceiling radiation level sensor with RS485 output is designed for light intensity measurement with 0- 65,535 lux or 0- 200,000 lux detection ranges. The device integrates a high-sensitivity optical probe, a wide voltage power supply, and a Modbus-RTU interface to provide accurate Lux data transmission through industrial communication systems.
    SKU: SISCO-RADS-GZ-N01
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    $114.00
    i h
    Free shipping
    30-day returns
    Delivery: 7-12 days
    Overview

     

    SISCO ceiling radiation level sensor is a compact Radiation Sensor for illuminance monitoring, featuring fast response and long-term stability. This Solar Radiation Sensor provides reliable Lux measurement with configurable communication settings and supports flexible integration into automated control platforms.

    Radiation Level Sensor Product Main

    Compact Ceiling-Mounted Structure

    • Adopts a ceiling-mounted structure that minimizes installation space requirements.
    • Provides a simple installation method without complicated mechanical adjustments.
    • Keeps the sensing position consistent after installation.
    • Features an integrated housing design for long-term operation.
    • Improves installation flexibility in different indoor environments.
    Radiation Level Sensor Product Overview

    Digital Monitoring and System Compatibility

    • Allows centralized monitoring of multiple measurement points.
    • Supports connection with external control platforms for data management.
    • Reduces the need for manual inspection through automatic data acquisition.
    • Helps improve monitoring efficiency in intelligent control systems.
    • Provides a flexible solution for expanding light monitoring networks.

    Applications

    SISCO ceiling radiation level sensor is designed for light intensity monitoring in various environments. This Radiation Sensor is suitable for agricultural greenhouses, farmland, flower cultivation facilities, and electronic equipment production lines where continuous illuminance measurement is required.

    Radiation Level Sensor For Agricultural Greenhouses

    Agricultural Greenhouses

    Radiation Level Sensor For Farmland

    Farmland

    Radiation Level Sensor For Flower Cultivation Facilities

    Flower Cultivation

    Radiation Level Sensor For Workshop

    Workshop

    Specs

     

    Model SISCO-RADS-GZ-N01
    Power Supply 10-30VDC
    Product Name Ceiling Light Intensity Transmitter
    Output Signal RS485 (Modbus-RTU Protocol)
    Light Intensity Range 0-65,535 Lux; 0-200,000 Lux (optional)
    Long-term Stability ≤5% per year
    Response Time 0.1 seconds


    Dimensions (unit: mm)

    Radiation Level Sensor Dimensions

    Wiring Method

     

      Wire Color Description
    Power Brown Power Positive (10-30VDC)
    Black Power Negative
    Output Blue Illumination Signal Positive
    Green Illumination Signal Negative

    Radiation Level Sensor Wiring Diagram

    Radiation Level Sensor Connection Diagram

    FAQs

    Q1: What installation position is recommended for a ceiling radiation level sensor?
    A1: For better measurement results, the ceiling radiation level sensor should be installed on a stable ceiling surface with no obstacles blocking the sensing area. The installation location should represent the actual lighting conditions and avoid interference from abnormal light sources.

    Q2: How does a radiation sensor maintain stable light measurement performance?
    A2: Through a sensitive optical detection structure, the radiation sensor can capture changes in ambient illumination and provide consistent measurement data. Proper installation and regular equipment checks can help maintain reliable operation over time.

    Q3: Can a ceiling radiation level sensor be used for long-term monitoring?
    A3: Designed for continuous operation, the ceiling radiation level sensor provides stable light intensity monitoring for systems that require long-term data collection. Its durable structure supports extended use with consistent performance.

    Tips: How to choose a suitable measurement range for a ceiling radiation level sensor?

    • Consider the lighting environment: Select a proper measurement range based on the expected light intensity level of the installation area to avoid insufficient measuring capacity or unnecessary range selection.
    • Choose according to monitoring requirements: Lower light environments may use a smaller range, while outdoor or high-brightness conditions may require a wider detection range.
    • Check the actual installation conditions: Consider factors such as surrounding light sources, reflection, and daily light variation before selecting the sensor range.
    • Match the system requirements: Ensure the selected ceiling radiation level sensor can provide suitable measurement data for the connected monitoring or control system.
    • Allow measurement margin: Selecting a range with enough capacity helps maintain stable operation when light intensity changes significantly.
    Warranty

    Thank you for buying industrial test and measurement equipment on SISCO.com, all products sold by SISCO and the partner cover a 12 months warranty, effective from the date of receiving the products.


    What is covered?

    SISCO is responsible for providing free spare parts, and free technical support to assist the customer to repair the defective products until the problem is solved.


    What is not covered?

    • Product purchased from anyone other than a SISCO store or a SISCO authorized reseller.
    • Expendable parts.
    • Routine cleaning or normal cosmetic and mechanical wear.
    • Damage from misuse, abuse or neglect.
    • Damage from use of parts other than SISCO approved.
    • Damage from use outside the product’s usage or storage parameters.
    • Damage from use of parts not sold by SISCO.
    • Damage from modification or incorporation into other products.
    • Damage from repair or replacement of warranted parts by a service provider other than a SISCO authorized service provider.
    • Damage caused by the application environment not meeting the product usage requirements and the failure to perform preventive maintenance.
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