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Phosphine (PH3) Gas Sensor, 0-20ppm

Original price was: $198.99.Current price is: $49.74.

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SKU: ATO-GS-PH3 Category:

Description

PH3 gas sensor with 0-20ppm detecting range. Precision is ±5%FS, resolution is 0.1ppm. Can be operated with electric heat unplugging, factory accurate calibration, the use of no need to re-calibrate. It can be used for phosphine detector, industrial site phosphine gas detection, intelligent municipal phosphine detection, electric power phosphine detection.

Module Features

  • Supports electric hotplugging and unplugging for seamless operation.
  • Comes factory-calibrated with high accuracy, eliminating the need for recalibration before use.
  • Provides both simultaneous digital (UART) and analog outputs for enhanced usability.
  • Utilizes the standard MODBUS communication protocol for easy integration.
  • Compatible with various sensors, including infrared, electrochemical, catalytic, semiconductor, and others.

Specification

Model ATO-K-5S-PH3-20PPM
Detecting Gas PH3
Detecting Range 0-20ppm
Working Voltage DC 5V±0.5V
Power Consumption ≤1W
Working Temperature -20℃~50℃
Humidity 15%~95%RH (no condensation)
Working Pressure 86~106Kpa
Adoption Method Natural diffusion
Detection Unit ppm
Resolution 0.1ppm
Technical Principle Electrochemical three electrodes
Tolerance ≤±3%
Repeatability ≤±1%
Response Time ≤60s
Communication Format UART baud rate 9600, data bit: 8; stop bit: 1; check bit: none
Communication Protocol Modbus-RTU communication protocol
Analog Output 0~3V
Warm-up Time 30s (user adjustable)
Lifetime 2 years
Weight 10g

Structure

Note: Tolerance range ±0.25mm

Working Principle

The signal of the gas sensor is amplified and filtered, and then the microprocessor performs theoretical calculations on the signal and outputs a digital signal. For different sensors, the filtering and amplifying circuits are also different.

Application

Tips: Sensor Shows Constant Zero or Maximum Reading

Possible Causes

  • Sensor saturation
  • Faulty sensor or circuit
  • Blocked sensor

Solutions

  • Check for the presence of high concentrations of gas that might saturate the sensor, and ventilate the area if necessary.
  • Inspect the sensor and associated circuitry for faults.
  • Ensure the sensor is not blocked by any physical obstruction.

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