Wire remote photoelectric direct reading water meter

The direct-reading remote water meter is designed for the actual needs of daily water consumption, which is convenient for remote meter reading and control.It uses M-BUS∕RS485 communication to realize the remote direct reading of the water consumption, effectively avoiding the management department's door-to-door meter reading.This product also has a valve control function (optional), which is convenient for the management department to manage and control the water consumption of the direct-reading remote water meter, making remote meter reading and control more convenient and reliable.

Transmission type

M-bus/485/TTL


Protocol

188/Mod bus/645


Installation

Horizontal /vertical


Movement

Dry


Function optional

Valve or no valve


Shell material

Copper /Iron


Product features

■ Due to the direct reading of the character wheel data, there is no cumulative reading error. The mechanical reading and the electronic reading are completely consistent. There is no inconsistency in the readings caused by the cumulative error or the inversion of the water meter.

■ Low-power design, supplied with power only when reading.

■ Adopting advanced data coding and verification methods, high communication reliability.

■ Combine with the host computer system to establish a remote automatic meter reading management system to truly realize meter reading and management automation.

■ The electronic reading device does not affect the measurement accuracy of the original primary instrument.

■ Each water meter has a unique address code, bus system connection, simple wiring.

■ The direct-reading remote water meter with valve control can also remotely control the opening and closing of the water meter valve through the management software.


Technical parameter

Caliber(DN)

15mm

20mm

25mm

2mm

Overload flow

3.125m³/h

5m³/h

7.875m³/h

12.5m³/h

Permanent flow

2.5m³/h

4.0m³/h

6.3m³/h

10m³/h

Transitional flow (Q  

0.05m³/h

0.08m³/h

0.126m³/h

0.2m³/h

Min flow(Q  

0.0312m³/h

0.05m³/h

0.0788m³/h

0.125m³/h


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