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GE - 3 Way Temperature Control Valves

2410 - Two Way Vented Control Valve PDF

Features

ACCURATE AND REPEATABLE TEMPERATURE CONTROL

LOW PRESSURE DROP, 0.15 TO 1.5 PSI

SELECTABLE DIRECTIONS OF FLOW CONTROL

VIBRATION RESISTANT

MOUNT IN ANY POSITION

COMPACT DESIGN

NEMA 4 WEATHER PROOF CONSTRUCTION

STANDARD MANUAL OVERRIDE

POSITION INDICATOR nSIZES 2" TO 16"

40 GPM TO 8300 GPM

Applications

For Refineries, Chemical Plants & Oil Reproduction:

Waste Heat Boilers

Product Coolers

Product Heaters

Product Condensers

For Engines, Turbines, Gear Boxes & Heat Exchanges:

Charge Air Cooling

Secondary Cooling Systems

Fuel & Lube Oil Preheating

Co-Generation

Engine Jacket Water

Operation

AMOT Model GE Valves are 3-way control valves consisting of a heavy duty rotary valve and a quarter turn electric actuator. Model GE valves provide a high degree of accuracy and repeatability for accurate temperature control. The valves are equally accurate in mixing or diverting service over a wide flow range. The heavy duty rotor design provides tight temperature control without high maintenance requirements.

Designed for high vibration service, the valves are qualified to Lloyd's Marine Requirements for shipboard service. Valves can be directly mounted to reciprocating machinery such as diesel engines without vibration isolation. The heavy duty actuators are specially reinforced to provide vibration resistance.

The standard valves are suitable for a variety of fluids such as water, water/glycol, sea water, lubricating and hydraulic oils. Optional body and seal materials are available for services involving synthetic or fire resistant oils, deionized water and ammonia or freon in oil.

The compact design of the valves minimizes the installation space required. Combined with selectable direction of rotation and mode of operation, piping design can be simpli-fied providing low installation cost. The internal design provides unobstructed full flow keeping the pressure drop across the valve between 0.15 to 1.5 psig.

Used in conjunction with the proven AMOT Electronic Con-troller and R.T.D., the complete system provides simplicity of operation together with close control of temperature as derived from a P.I.D. control system.

Specifications

Valve Body.........................Cast Iron , Bronze ,Steel ,Ductile Iron,Stainless Steel

Rotor material:
All except Steel body.............................Bronze
Steel body..............................................Stainless Steel
Rotor shaft material:...............................Stainless Steel

Shaft seals material:
Standard............................Buna N
Optional............................Viton
Flanges:.............................125 lb FF ANSI B16.1 , J 150 lb RF ANSI B16.5 , B AMOT Metric 2 (ND 10) , C AMOT Metric 3 (ND 16)

Maximum working pressure:
Cast Iron/Bronze................145 psi
Steel....................................230 psi
Maximum temperature of fluid:..................212°F (100°C)
High temperature versions available to........300°F (150°C)

Operation:
Standard.....................................Mode A See "Mode of Operation"

Pressure Drop Range.0.15 psi (0.01 bar) to 1.5 psi (0.1 bar)

Actuator

Material:Housing.....................................................Aluminum
Cover................................................................Steel
Finish.....................................................................Polyurethane
Enclosure.....................................................................NEMA 4
Conduit..................................................................1/2 NPT/M20 Power
Supply.................................................110V or 220V AC Single Phase, 50/60 Hz

Actuator Size: Three sizes of Actuator are used depending on the valve size.

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This and other information from AMOT provide product or system options for further investigation by users having technical expertise. Before you select or use any product or system, it is important that you analyze all aspects of your application and review the information concerning the product in the current product catalog. The user, through its own analysis and testing, is responsible for making the final selection of the system and components and assuring that all performance, safety and warning requirements of the applications are met.

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