Multi Jet Water Meter€¦ · Multi Jet Water Meter • Suitable for cold (30ºC) or hot (90ºC)...

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Multi Jet Water Meter • Suitable for cold (30ºC) or hot (90ºC) water • MID R80 as per 2004/22/EC • WRAS Approved (cold version) • Internal strainer • Super dry, sealed register • Available with pulse output • Suitable up to 16 Bar working pressure • Suitable for horizontal installation Technical Data Dimensions Dimensional Drawing Diameter Body Thread Connector Thread Body Length Overall Length Width Height Working Height Weight DN D d L L1 W H H1 mm mm mm mm mm kg 20 G1B 190 294 94 107.5 191 1.6 25 G1¼B R1 260 380 98 117.5 206.5 2.4 32 G1½B R1¼ 260 384 98 117.5 206.5 2.9 40 G2B R1½ 300 431 122 141.5 256.5 5.1 50 G2½B R2 300 448 145 177 292 8.4 15 G¾B 165 259 94 107.5 191 1.5

Transcript of Multi Jet Water Meter€¦ · Multi Jet Water Meter • Suitable for cold (30ºC) or hot (90ºC)...

Multi Jet Water Meter

• Suitable for cold (30ºC) or hot (90ºC) water• MID R80 as per 2004/22/EC• WRAS Approved (cold version)• Internal strainer• Super dry, sealed register• Available with pulse output• Suitable up to 16 Bar working pressure• Suitable for horizontal installation

Technical DataDimensions

Dimensional Drawing

DiameterBody Thread

Connector Thread

Body Length

Overall Length

Width

Height

Working Height

Weight

DND

d

L

L1

W

H

H1

mm

mm

mm

mm

mm

kg

20G1B

190

294

94

107.5

191

1.6

25G1¼B

R1

260

380

98

117.5

206.5

2.4

32G1½B

R1¼

260

384

98

117.5

206.5

2.9

40G2B

R1½

300

431

122

141.5

256.5

5.1

50G2½B

R2

300

448

145

177

292

8.4

15G¾B

165

259

94

107.5

191

1.5

Flow Data

Pressure Loss Diagram

DiameterMinimum Flowrate

Transitional Flowrate

Permanent Flowrate

Overload Flowrate

DNm3/h

m3/h

m3/h

m3/h

Q1

Q2

Q3

Q4

Accuracy Curve

150.0313

0.05

2.5

3.13

200.05

0.08

4

5

250.0788

0.126

6.3

7.88

320.125

0.2

10

12.5

400.2

0.32

16

20

500.313

0.5

25

31.3Pr

essu

re L

oss

(Bar

)

Flow (m3/h)

0.2

0.4

0.6

0.8

1.0

3 5 7 12 20 30

Flow (m3/h)

Erro

r (%

)

Q1Minimum

Q2Transitional

Q3Permanent

Q4Overload