Apator Compatible Water Meter Pulse Reader

The Apator Compatible Water Meter Pulse Reader is a wireless retrofit device designed for selected Apator / Matrix water meters. It combines photosensitive metering and wireless data transmission, allowing existing mechanical water meters to be connected to a remote AMR / AMI management platform.

With NB-IoT or LoRaWAN communication options, IP68 protection, low-power operation, abnormal status monitoring, and historical data storage, this pulse reader is suitable for water utilities and system integrators upgrading existing water meters for remote reading and smart water management.

Key Features

• Designed for compatible Apator / Matrix water meters
• Supports NB-IoT or LoRaWAN communication options
• Photosensitive metering for water meter data acquisition
• Low-power design for long-term field operation
• Battery life of more than 8 years with ER18505 battery
• IP68 waterproof protection for outdoor and humid environments
• Working voltage range: +3.2V to +3.8V
• Working temperature range: -20°C to +55°C
• Touch-triggered data reporting
• Scheduled active data reporting
• Single Hall metering mode support
• Power-down storage to protect measurement data
• Anti-disassembly alarm for installation status monitoring
• Monthly and yearly frozen data storage
• Wireless local parameter setting and remote parameter configuration
• Infrared firmware upgrade support

Applications

• Apator water meter remote reading
• Matrix 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 data collection and device maintenance

Compatible Meter Types

This pulse reader is mainly designed for compatible Apator / Matrix mechanical water meters requiring wireless remote reading.

Compatibility should be confirmed according to the specific meter model, sensing structure, installation position, communication version, and project platform requirements.