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Handbook of Valves and Actuators
Introduction
A mechanical device known as a valve actuator employs a power source to operate a valve. This power source may be hydraulic, pneumatic, or electrical (the flow of oil). For each of the two primary types of valves that use them, there are two different types of actuators. They are both linear and rotational.
The optimum actuator type for any application will rely on a number of variables, including:
- Valve type
- Power sources available
- Environment of installation
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Operational functions and characteristics• need for fail safe• cycle life• duty cycle• speed of actuation• need for manual override
Valve Basic Interview Questions & Answers
Rotary Valve Actuators
Linear Valve Actuators
Table of Contents
Introduction
1 - Definitions and abbreviations, Pages 1-41
2 - Properties of fluids, Pages 43-79
3 - Isolating valves, Pages 81-130
4 - Non-return valves, Pages 131-141
5 - Regulators, Pages 143-150
6 - Control valves, Pages 151-173
7 - Safety relief valves, Pages 175-191
8 - Valve and piping sizing, Pages 193-213
9 - Piping and connectors, Pages 215-252
10 - Noise in valves, Pages 253-261
11 - Valve stem sealing, Pages 263-277
12 - Actuators, Pages 279-310
13 - Valve materials, Pages 311-336
14 - Instrumentation and ancillaries, Pages 337-341
15 - Quality, inspection and testing, Pages 343-351
16 - Standards and specifications, Pages 353-379
17 - Installation and maintenance, Pages 381-395
18 - Some applications and solutions, Pages 397-423
19 - Valve and actuators selection, Pages 425-432
20 - Fluid properties & conversions, Pages 433-483
21 - Buyers' guide, Pages 485-531
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Handbook of Valves and Actuators
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