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VOC photoelectric ion sensor Advanced PID sensor（0-4ppm） - PIDX-A-004

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Uniform response between sensors
Stable response at different humidity
Uniform temperature response
Lower power and operating voltage
ATEX intrinsically safe certification

Model Number: PIDX-A-004
Data Sheet:

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Product Specification

VOC photoelectric ion sensor Advanced PID sensor （0-4ppm）- PIDX-A-004 Description:
The new PIDX sensor opens up the power of accurate measurement of volatile organic compounds (VOCs). Designed for demanding applications, PIDX sensors exhibit excellent stability, intersensor repeatability, and low power consumption.

PIDX series sensors are developed for professional, demanding applications. It achieves a tenfold improvement in repeatability between sensors, consistent temperature response, baseline stability over a wide humidity range, and low power consumption and operating voltage. In addition to the intrinsic safety level, the PIDX series features onboard fault detection to ensure that a fault reading is issued when an error is detected, preventing the user from being in an unsafe state. Faster integration, no workarounds and an accurate, easy-to-use sensor for all applications on the market. With ATEX, UKEX, UL24, xRUus rated for use in hazardous locations, the PIDX series is a great choice for professional, demanding applications that require superior accuracy, repeatability between sensors, and advanced features such as on-board fault detection.

Enhanced repeatability between sensors for true plug and play integration.
The data is stable over a wide operating range of temperature and humidity.
Low concentration detection range for outdoor air quality detection.

VOC photoelectric ion sensor Advanced PID sensor（0-4ppm）- PIDX-A-004 Features:
Unlimited application
• Industrial Health & Safety
• Ambient air quality
• Fence line monitoring
Easy to integrate
• Intrinsic safety
• Compatible with 4P platform formats
• Internal voltage regulation
High performance
• Baseline stability under temperature and humidity changes
• High repeatability between sensors