The Raychem RPG Residential Gas Meters (Mechanical Standard Version) are precision-engineered to comply with the European Standard EN1359, ensuring accurate and reliable measurement of gas consumption in households and small commercial setups. Designed for use in applications where the maximum gas usage does not exceed 2.5 m³/h (G1.6 meter), these gas meters provide a dependable solution for monitoring gas consumption in various settings.

The meters are suitable for measuring natural gas, synthetic gases, and gas mixtures, delivering versatility and efficiency in gas monitoring. They can also be optionally equipped with advanced features like a low-frequency pulse transmitter or a Post-paid AMR (Automatic Meter Reading) Module for seamless integration with smart metering systems.

Key Features:

• EN1359 Compliance: Designed according to the European Standard EN1359, ensuring high accuracy and safety in gas measurement.
• Precise Measurement: Capable of accurately measuring gas consumption up to 2.5 m³/h, ideal for residential and small commercial applications.
• Versatile Gas Compatibility: Suitable for natural gas, synthetic gases, and their mixtures, offering flexible use across different gas types.
• Optional Smart Features: Can be equipped with a low-frequency pulse transmitter or Post-paid AMR Module, enabling easy integration with automated meter reading systems for real-time monitoring and remote data access.
• Compact and Reliable Design: Engineered for long-term performance with minimal maintenance, ensuring reliable gas measurement in everyday use.

Applications:

• Residential gas consumption monitoring
• Small commercial gas installations
• Gas metering in apartments and housing complexes
• Real-time gas consumption tracking with AMR integration

The Raychem RPG Residential Gas Meter provides an efficient and reliable solution for accurate gas consumption measurement in households and small commercial settings. Its compatibility with smart metering options ensures future-ready gas management, enhancing safety and operational efficiency.