Diehl Compatible Water Meter Pulse Reader

The Diehl Compatible Water Meter Pulse Reader is a wireless retrofit device designed for Diehl dry single-jet water meters with standard bayonet structure and induction coil support. It enables mechanical water meters to be upgraded for remote reading through NB-IoT or LoRaWAN communication, helping utilities collect meter data without replacing the existing meter body.

With low-power operation, IP68 waterproof protection, non-magnetic measurement acquisition, infrared maintenance, and alarm monitoring, this pulse reader is suitable for residential, commercial, and utility water metering projects.

Key Features

• Designed for compatible Diehl dry single-jet water meters
• Supports NB-IoT or LoRaWAN wireless communication
• Non-magnetic measurement acquisition for remote meter reading
• Compatible with standard bayonet and induction coil structures
• IP68 waterproof design for long-term field installation
• Low-power operation with ER26500 + SPC1520 battery pack
• Battery life of more than 8 years under suitable conditions
• Working temperature range: -20°C to +55°C
• Infrared communication for local parameter setting, data reading, and firmware upgrade
• Capacitive touch button for near-end maintenance and data reporting trigger
• Supports single Hall sensor metering
• Daily, monthly, and hourly frozen data records
• Disassembly alarm for installation status monitoring
• Magnetic attack alarm for abnormal interference detection

Applications

• Diehl water meter remote reading
• Mechanical water meter retrofit projects
• NB-IoT smart water metering systems
• LoRaWAN water meter reading networks
• AMR / AMI water utility projects
• Residential and commercial water consumption monitoring
• Smart city water metering infrastructure
• Utility meter data collection and maintenance

Compatible Meter Types

This pulse reader is mainly designed for compatible Diehl dry single-jet water meters with standard bayonet and induction coil structures.

Compatibility should be confirmed based on the specific Diehl meter model, installation structure, sensing method, communication version, and project platform requirements.