DAE MJ-200m 2" NSF61 Non Lead Potable Water Meter, Cubic Meter, Pulse Output + Couplings

DAE MJ-200m 2" NSF61 Non Lead Potable Water Meter, Cubic Meter, Pulse Output + Couplings

• Horizontal Inline mount with dial facing upwards. For installing vertically with water flowing upwards, please refer to DAE PD-200 (B08D918WZP), which can be able to be installed in any position, vertically or horizontally, dial facing upwards or downwards or horizontally, water flowing downwards or upwards. Not for use of pit application. For outdoor use, please refer to DAE MJ-200c, PD-200.
• Certified by NSF to meet ANSI/NSF 61 for material safety and ANSI/NSF 372 for lead free plumbing as defined by the US Safe Drinking Water Act. Factory Calibration Certificates available. DAE Controls LLC is a Minority Business. Please feel free to get the NMSDC Minority Supplier Certificate from DAE Controls Website.
• Cloud Metering available (2nd picture) with DAE CC2030 Gateway. CC2030 will collect water usage from DAE AMR (for 16 meters) or AMR130AN (for 1 meter) and send them to cloud server through Ethernet. With PC, cell phone, the landlords can see real time data, monthly water usage & billing reports to their tenants. If there is abnormal usage (ex. Broken piping), an email alert will be sent to your cell phone. No IT guy required. Just connect wires as per a simple picture (see video) & ready to go.
• Ready for use with CO-10 (Electronic Pulse Counter) or CO-10 KIT - An inexpensive remote reading solution (6th picture). Can also use with DAE AMR130 (Auto Meter Reading Module for single water meter) and AMR (for 16 water meters) for remote reading (5th picture). CO-10 or AMR130 will be purchased separately. Conforms to both AWWA C708 and ISO 4064. for clean City water only.
• Accuracy: +/-1.5% within normal flow rate range as per AWWA Standard. Safe Maximum Flow Rate: 36.34 cu m/h (160 GPM), Recommended Maximum Continuous Flow Rate: 18.17 cu m/h (80 GPM), Minimum Test Flow Rate: 0.454 cu m/h (2 GPM), Normal Test Flow Limits: 1.817-36.34 cu m/h (8-160 GPM).