ProSight Wall-Mounted Carbon Monoxide Transmitter – Electrochemical Sensor

The ProSight Wall-Mounted Carbon Monoxide Transmitter – Electrochemical Sensor is a wall-mounted carbon monoxide gas transmitter designed to continuously measure CO concentration in the surrounding air.

Carbon monoxide is a colorless and potentially dangerous gas that can accumulate in enclosed or poorly ventilated areas. Continuous CO monitoring is therefore important in applications such as underground parking facilities, indoor air-quality systems, and ventilation-controlled spaces.

The ProSight Wall-Mounted Carbon Monoxide Transmitter – Electrochemical Sensor uses an electrochemical sensing principle to detect carbon monoxide. 

The transmitter offers several output options, including 4-20mA, 0-5V, 0-10V, and RS485, allowing it to interface with a wide range of HVAC controllers, PLCs, building management systems, ventilation systems, and environmental monitoring platforms.

It is designed for applications including indoor air-quality detection, air conditioners, air purifiers, underground parking lots, and other areas requiring carbon monoxide monitoring.

How Does It Work?

• The transmitter is installed on a wall or suitable indoor surface at an appropriate CO monitoring location.
• The electrochemical sensor reacts to carbon monoxide present in the surrounding air.
• The sensor generates an electrical response corresponding to the detected CO concentration.
• Internal electronics process the sensor signal and determine the measured CO concentration.
• The transmitter converts the measurement into a selectable output signal.
• Depending on the configuration, the output is provided through 4-20mA, 0-5V, 0-10V, or RS485.
• The output can be connected to HVAC controllers, PLCs, BMS, SCADA systems, ventilation controllers, or other monitoring equipment.
• A connected control system can use the CO measurement to activate ventilation or generate alarms when CO levels rise.
• The transmitter's reverse-polarity protection helps protect the device against incorrect power wiring.
• The double-layer waterproof membrane design helps reduce moisture penetration into the sensing assembly.
• The monitoring system can continuously track CO levels to support indoor air-quality management and ventilation control.

Why Choose this Product?

• Electrochemical CO detection – Uses an electrochemical principle specifically designed for carbon monoxide monitoring.
• Good selectivity and stability – Designed to provide dependable CO detection performance.
• High linearity – The manufacturer states that the high-linearity sensor provides accurate and stable measurement.
• Multiple output options – Available with 4-20mA, 0-5V, 0-10V, or RS485 outputs.
• Easy system integration – Suitable for connection to HVAC, BMS, PLC, SCADA, and other control systems.
• Wide-voltage power supply – Supports flexible DC power requirements depending on output configuration.
• Reverse-polarity protection – Helps protect the transmitter from incorrect power connection.
• Moisture protection – Double-layer waterproof membrane design helps prevent moisture from entering the sensor.
• Long service life – Manufacturer specifies a service life of more than five years.
• IP6x protection – Provides a high level of protection against solid particle ingress, subject to the exact IP6x configuration.
• Wall-mounted design – Convenient for fixed indoor air-quality monitoring.
• Suitable for ventilation control – CO measurements can be used to control ventilation equipment and improve air exchange.
• Broad application range – Suitable for indoor air-quality monitoring, air conditioners, air purifiers, and underground parking facilities.

Benefits

• Helps detect carbon monoxide accumulation.
• Supports safer indoor environments through continuous CO monitoring.
• Provides continuous rather than occasional manual CO measurement.
• Helps ventilation systems respond to elevated CO concentrations.
• Supports automatic HVAC and ventilation control.
• Helps improve indoor air-quality management.
• Provides flexible analog and digital communication options.
• Integrates with existing automation and monitoring systems.
• Supports long-term environmental monitoring.
• Reduces the need for frequent manual gas checks.
• Helps facility operators identify changing CO conditions.
• Supports centralized monitoring through BMS and SCADA systems.
• Reverse-polarity protection helps reduce wiring-related damage risk.
• Moisture-resistant sensor construction supports reliable operation in suitable environments.
• Long service life can help reduce sensor replacement frequency.