Packaged Product - R290 GAS DETECTOR

Detecting leaking R290 (Propane) in HVAC systems is critically important because R290 is highly flammable and even minor leaks can create significant Fire or Explosion risks, particularly in enclosed or poorly ventilated spaces. Early leak detection helps protect both people and property by preventing dangerous situations before they escalate.

Why detecting leaking R290 is important in HVAC Systems.

🔥 Fire and Explosion Risk: R290 (Propane) is highly flammable! Leaks present a serious hazard especially in enclosed or poorly ventilated spaces. Early detection helps prevent dangerous situations, protecting people and property.
System Efficiency: Leaking R290 reduces cooling performance and system efficiency, leading to higher energy usage and increased operational costs.
🔧 Regulatory Compliance: Prompt leak detection and repair ensure safe operation and compliance with safety standards.
🌱 Environmental Protection: Minimising refrigerant leaks helps reduce the environmental impact of HVAC systems.

Leaking R290 reduces system efficiency and cooling performance, leading to higher energy consumption and increased operational costs. Prompt identification and repair of leaks not only ensure compliance with safety standards and regulations but also minimise the environmental impact of refrigerant emissions. By detecting leaks early, facility managers can maintain safe, efficient, and environmentally responsible HVAC operation.

R290 GAS DETECTOR

• PRECISE MEASUREMENT
• COST OPTIMISATION
• SAFETY
• POWER RELAY OUTPUT
• SEAMLESS COMMUNICATION

The R290 Gas Detector offers precise measurement, being pre calibrated at 6.5% LEL Propane, ensuring accuracy and reliability. Designed for cost optimisation it is ideal for price-sensitive applications without compromising performance. Safety is a priority, featuring a fully analogy circuit for enhanced reliability, a power relay output, and a direct input to the main equipment in the event of gas detection. Additionally, it ensures seamless communication through M2M output providing status information directly to the PLC for efficient monitoring and control.