Electronic remote reading water meter - YG-RLM-15-20

remote reading heat meter ,energy meter,calorie meter,single jet nonmagnetic heat meter,Detachable,mechanical heat meter - more info check here: http://www.buymeasuringtools.com/Electronic-remote-reading-water-meter-10271083/

Quick Brief

Place of Origin: Zhejiang China (Mainland) Brand Name: YG Model Number: YG-RLM-15-20

Product Features:

remote reading heat meter ,energy meter,calorie meter,single jet nonmagnetic heat meter,Detachable,mechanical heat meter

Business Terms:

Port: Ningbo

Minimum Order Quantity: 500 Piece/Pieces 1,000pcs

Supply Ability: 10000 Piece/Pieces per Month

Payment Terms: L/C,D/P,T/T,Western Union

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Specifications and Product Details:

Features:
1) YG series heat meters can be used to calculate heat or cold in apartment
2) Suitable for temperature range from 4 to 95 degree

description

Models and Specifications

Features
1.Flow-rate range 0.6~2.5m3/h.
2.Min. temperature difference 3°C
3.Horizontal/vertical installation
4.Embedded and removable installation design to prevent damage during the adjustment period
5.Smart multi-flow design, capable of recording flow rate and volume
6.Advanced nonmagnetic sensing technology
7.High precision design, meeting Class 2 metering requirements of EN1434 and CJ128 standards
8.A lithium battery with service life exceeding six years
9.Optional remote RS485o or M-BUS output, convenient for remote systems
10.Payment settlement date renewable, 18-month data storage
11.360o revolving monitor for easy reading
12.Inclined LCD for optimized viewing
13.Wide measuring range (q s/q i =100/1)
14.Low startup flow rate
15.Capable of measuring both heat and cold energies
16.For use at water inlet end (heat meters for return water end are available at the request of users)
17.PT1000 temperature sensor pair
18.Environment class A

Main Technical Parameters

Pressure Loss Diagram

Measuring Features
1.Water pressure No more than 1Mpa
2.Measuring Class & Max. Tolerance

This product is for Class 2 measurement, and the max tolerance is shown in the curve below
E=±(3+4Δθmin/Δθ+0.02qp/q)%
Therein, Δθmin means the minimum temperature difference, and Δθ the actual temperature difference.

Dimensional Parameters

Pipeline Installation Diagram (for Meters Used at Inlet End)