Overview
accuMAG™ water meters are based on electromagnetic flow (EMF) technology and provide measurement of a wide flow range. With no moving parts, accuMAG meters maintain accuracy over their lifetime. Some key benefits include: AMR/AMI connectivity, reduced head loss and field replaceable batteries.
Benefits to you
- Improves operational efficiency and customer service
- Dispute resolution
- Low pressure loss
- Reduces non-revenue water
- Better low flow registration than competition
- Long-term accuracy
- Large turndown ratio
- Reduces maintenance cost
- Proven and reliable design
- Offers flexible meter installation
- Open flow chamber
- Installation in any position with direct burial availability
- Short lay lengths
- No inlet or discharge straight pipe run requirements
Product Features
- Magnetic Flow Measurement
- No moving parts
- Strong and homogenous magnetic field
- Zero point stability
- Better flow profile than mechanical competition
- Better signal-to-noise ratio than magnetic competition
- Low energy consumption
- Enhanced accuracy range and extended service life
- Heavy-Duty Construction
- Rilsan liner
- Rectangular flow tube
- Flanged design
- Electronic Register
- Long battery life
- Replaceable battery
- Display for positive/negative consumption and flow rate
- Status indication for battery power, flow direction and empty pipe
- Integrated two-way communication for AMR and AMI
Specifications
- Straight Pipe Requirements
- 1-1/2” – 12” accuMAG: 0D inlet, 0D outlet
- 14” – 24” accuMAG: 5D inlet, 2D outlet
- Scope
These specifications set forth the minimum acceptable design criteria and performance requirements for cold water meters (33° F – 149° F) including the following potential service applications and general considerations:
- Intended where a moderately wide flow range is anticipated
- Measurement of water usage for typical accountability and billing applications
- Measurement intended for typical commercial and industrial applications, including potable and nonpotable applications
- Measurement of constant medium to extended high flow usage
