Rough-in dimensions, Foreword – State Industries GPG-650A User Manual

Page 2

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FOREWORD

The design of the GPG 540A through 740A models complies
with ANSI Z21.10.3/CSA 4.3 as an automatic circulating tank
and an automatic instantaneous type heater. The GPV 540A
through 740A models are designed for sidewall venting and
direct venting applications and are certified under UL 795.

Detailed installation diagrams are found in this manual. These
diagrams will serve to provide the installer with a reference for
the materials and methods of piping necessary. It is highly
essential that all water, gas piping and wiring be installed as
shown on the diagrams.

Particular attention should be given to the installation of
thermometers at the locations indicated on the diagrams, as
these are necessary for checking the proper functioning of the
heater.

THE HEATER IS DESIGNED TO OPERATE ONLY ON NATURAL
GAS.

THESE HEATERS MUST NOT BE INSTALLED ON
COMBUSTIBLE FLOORS.

ROUGH-IN DIMENSIONS

STANDARD BAROMETRIC DRAFT CONTROL

GPG MODELS

HORIZONTAL & DIRECT VENTING

GPV MODELS

ALL DIMENSIONS IN INCHES (MILLIMETERS)

Gas

Approx.

Models

A

B

C

D

E

F

G

H

I

Conn.

Ship. Wt.

GPG/GPV

80 3/4

73

32 1/4

9

6

26 1/2

93

29 1/2

48 1/2

1*

950

540A

2,051

1,854

819

229

152

673

2,362

749

1,232

25.4

431 kg

GPG/GPV

80 3/4

73

32 1/4

9

8

26 1/2

93

29 1/2

48 1/2

1*

950

650A

2,051

1,854

819

229

203

673

2,362

749

1,232

25.4

431 kg

GPG/GPV

80 3/4

73

32 1/4

9

8

26 1/2

93

29 1/2

48 1/2

1*

950

740A

2,051

1,854

819

229

203

673

2,362

749

1,232

25.4

431 kg

*Minimum gas supply pipe is 1 1/4”, reference Table 7 for gas supply pipe size.

Storage

Input Rating

Recovery Rating

Recovery Rating

Current Draw

Capacity

BTU/HR.

GPH

GPH

120V

Models

U.S. Gals. (Litres)

Nat.

100°F Rise

140°F Rise

60Hz 1 Phase

GPG/GPV-540A

85 (261)

540,000

523.6

374

GPG/GPV-650A

85 (261)

650,000

630

450

GPG/GPV-740A

85 (261)

740,000

718

512

Based on 80% thermal efficiency obtained in State engineering laboratories.
NOTE: To compensate for the effects of high altitude areas above 2000 feet, recovery ratings should be reduced approximately

4% for every 1000 feet above sea level.

6.0 Amps

MAXIMUM TOTAL 75 EQUIVALENT
FEET INTAKE AND EXHAUST
ALLOWED.

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