control valve calibration procedure(fisher hc6010)

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Qurayyah CCPP Project Qurayyah CCPP Project Fail Free Commissioning Control Valve(Fisher HC6010) EPC) Commissioning Management Team

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Page 1: Control Valve Calibration Procedure(Fisher HC6010)

Qurayyah CCPP ProjectQurayyah CCPP Project Fail Free Commissioning

Control Valve(Fisher HC6010)

EPC) Commissioning Management Team

Page 2: Control Valve Calibration Procedure(Fisher HC6010)

Page index

1. POSITIONER SPECIFICATION

2. POSITIONER AND ACTUATOR AIR FLOW2. POSITIONER AND ACTUATOR AIR FLOW

3. POSITIONER ATTACHMENT

4 SIGNAL LINE CONNECTION4. SIGNAL LINE CONNECTION

5. CALIBRATION PROCEDURE

6. MANUAL OPERATION

7.CONTROL VALVE LIMIT SWITCHES

8.ALARM AND STATUS

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Page 3: Control Valve Calibration Procedure(Fisher HC6010)

1. Positioner Specification

Electrical Specification

l dPower Supply 11 ‐30Vdc

Communication Hart protocol

Minimum Operating Current 3.5mA without microprocessor

Maximum Voltage 30Vdc

Analog Input Signal 4 ‐ 20mA

Positioner Specification

Linearity ±0.5% of output spanAir Consumption 1.4 bar (20 psi )

Maximum Air Supply 10 bar (145 psi)

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Page 4: Control Valve Calibration Procedure(Fisher HC6010)

2. Positioner And Actuator Air Flow (1/2)

Flow diagram on how the actuator moves closing and opening position in digital g g p g p gand analog mode.

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Page 5: Control Valve Calibration Procedure(Fisher HC6010)

2. Positioner And Actuator Air Flow (2/2)

positioner

actuator

positioner

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Page 6: Control Valve Calibration Procedure(Fisher HC6010)

3. Positioner Attachment (1/2 )Fieldvue DVC6010 Digital Valve Controller Mounted on Sliding-Stem Actuators with up to 2 inches Travel

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Page 7: Control Valve Calibration Procedure(Fisher HC6010)

3. Positioner Attachment (2/2)

• Air to Open Actuator1. Insert the alignment pin in the hole marked A2. The feedback arm rotates counterclockwise, from A to B as air pressure to

the casing or lower cylinder increases.g y

• Air to Close Actuator1. Insert the alignment pin in the hole marked B2. The feedback arm rotates clockwise from B to A as air pressure to the

casing or upper cylinder increases

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casing or upper cylinder increases.

Page 8: Control Valve Calibration Procedure(Fisher HC6010)

4. Signal Line Connection

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Page 9: Control Valve Calibration Procedure(Fisher HC6010)

5. Calibration Procedure (1/3)

.• Connect 4 – 20mA source to the instrument• Connect Hart Communicator and power ON

Auto Calibration• Select to Auto travel calibration, the controlvalve start to stroke from 0% to 100% openautomatically.

• Wait until the calibration is completed• Wait until the calibration is completed.

Manual Calibration• Select To Manual calibration, its allows you to determine 0% to 100% calibration point.

4 – 20mASource

• Refer to Hart Communicator for some adjustment for tuning and travel calibration.

Hart Communicator

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Page 10: Control Valve Calibration Procedure(Fisher HC6010)

5. Calibration Procedure (2/3)H t C i t M THart Communicator Menu Tree

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Page 11: Control Valve Calibration Procedure(Fisher HC6010)

5. Calibration Procedure (3/3)H t C i t M THart Communicator Menu Tree

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Page 12: Control Valve Calibration Procedure(Fisher HC6010)

6. Manual Operation

• Handwheel

• Handwheel lock

• Position travel indicator

• Rotate the handwheel lock Anti-clockwise to operatethe handwheelthe handwheel

•Start to rotate the handwheel lock to desire direction• Clockwise for closing• Anti clockwise for opening

• If the handwheel reach the maximum turn, you can h k th iti i t l i di t if it i f ll lcheck the position in travel indicator if it is fully close

or fully open.

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Page 13: Control Valve Calibration Procedure(Fisher HC6010)

7. Control Valve Limit Switch

• Limit switch for “open position” when controlvalve is in fully open the contact is close forvalve is in fully open, the contact is close forfully open feedback.

• Limit switch for “close position“ when controlvalve is in fully close the contact is open forvalve is in fully close, the contact is open forfully close feedback.

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Page 14: Control Valve Calibration Procedure(Fisher HC6010)

8.Alarm And Status

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21 -2 -3

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3

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