APTech AP3260 Instruction Manuals and User Guides
We have 2 Instruction Manuals and User Guides for AP3260 APTech
Manuals 
| Recognized languages: | English |
|---|---|
| Pages: | 4 |
| Size: | 56 KB |
Show table of contents
Document Outline
- A. General information
- B. System Design/Product Selection
- 1. When selecting the valve model and configuration, verify the following information.
- 2. Valves can be used under a large variety of operation conditions. The system designers shall decide product selection based upon their own analysis and testing to verify acceptable operation with specific equipment.
- C. Installation
- 1. Verify the pressure rating is acceptable.
- 2. Inspect the valve to determine the flow path through the valve and how the valve will be installed in the system.
- a. An inlet (upstream) port is defined as a port connected to the region below the valve seat and may be labeled with an “IN” marked into the body near the port.
- b. An outlet (downstream) port is defined as a port connected to the region above the seat and below the diaphragm. The outlet port is usually not labeled but may be marked “OUT”.
- c. The traditional flow direction is inlet to outlet, but AP Tech valves may be employed in either traditional flow direction or the reverse.
- d. On Series DV Monoblock valves the port that is common with the block valves is marked with a “C”. No other marking is shown. Technical Bulletin 205 has schematics of the monoblock configurations and more detailed information.
- 3. Install the valve using the appropriate method described below.
- a. For tube stub connections, weld connectors or other components to the tube stubs per standard industry practice (reference SEMI standard F78).
- b. For metal face seal connectors, assemble connections per standard practice described by fitting supplier (typically 1/8 turn past finger tight).
- c. For compression-type connectors, insert the tube into the fitting until it stops. Tighten the fitting by applying 1-1/4 turns of nut rotation.
- d. Most valves can be attached to panels or mounting plates using the 10-32 or M5 female thread mounting holes located in the bottom of the body (valves with M5 mounting holes will be marked with a “5” on the bottom of the body). Special configuration...
- 4. After installation, perform a leak test of all connections and welds per standard industry practice (reference SEMI standard F1).
- D. Indicating Switch Option Installation
- E. Operation
- 1. Perform the following to close the valve.
- a. Rotate the valve handle clockwise as viewed from the top until a sudden, large increase in torque indicates that the internal hard stop in the actuator or in the valve body is reached.
- b. For valves with OPEN/CLOSED status indication, verify that handle indicator shows the valve is in the CLOSED position.
- c. For AP3157, AK/AP/AZ3657, and AK/AP/AZ4657 valves, turn the handle fully clockwise until the handle drops down. AP3157, AK/AP/AZ3657, and AK/AP/AZ4657 valves have a small detent in the open position, which requires a slightly higher torque at the i...
- d. For AP3900 valves, turn the handle fully clockwise until the handle drops all the way down. The top edge of the flange on the lock stem (the part at the center of the handle) should be flush with the top surface of the handle when the valve is in t...
- e. If an ISH switch option was installed, verify that the output signal changed states.
- 2. Perform the following to open the valve.
- a. Rotate the valve handle counterclockwise until an increase in torque indicates that the internal stop in the actuator is reached.
- b. For AP3157, AK/AP/AZ3657, AK/AP/AZ4657, and AP3900 valves, pull the handle up and turn counterclockwise to open the valve. This feature prevents the valve from being accidentally opened.
- c. For valves with OPEN/CLOSED status indication, verify that handle rotation has reached the OPEN indication. On AP3800 and AP3900 valves, only solid dots of increasing size will be visible through the handle window when the valve is fully open.
- d. If an ISH switch option was installed, verify that the output signal changed states.
- 3. When a valve is in the closed position, the inlet ports are isolated from the outlet ports. When a valve is in the open position, all ports are common.
- 1. Perform the following to close the valve.
- F. Lock Out Tag Out Valves
- 1. AP3157, AK/AP/AZ3657, AK/AP/AZ4657, and AP3900 valves have a built in lock out tag out (LOTO) capability. A non-interlocking scissor type padlockable safety lockout hasp with a 1/8 inch or thinner hasp arm thickness is required to use this feature....
- 2. If the lock out tag out feature is to be used, verify that the lock stem center piece slot clearances are compatible with the available safety hasp as follows.
- a. Turn the knob fully clockwise to close the valve. Verify that the lockout hasp can be inserted through the lock stem slot and closed. Remove the hasp.
- b. Lift up on the knob and turn fully counter-clockwise to open the valve. Verify that the lockout hasp cannot be inserted through the lock stem slot.
- 3. The valves can be locked out as follows.
| Recognized languages: | English |
|---|---|
| Pages: | 4 |
| Size: | 53 KB |
Show table of contents
Document Outline
- A. General Information
- B. System Design/Product Selection
- 1. When selecting the valve model and configuration, verify the following information.
- a. Verify the materials of construction are compatible with the intended process gas.
- b. Verify the pressure and temperature ratings are acceptable for the intended application.
- c. Verify the actuation pressure supply is appropriate.
- d. Verify that the flow capacity (Cv) of the valve is appropriate for the application.
- 2. Valves can be used under a large variety of operation conditions. The system designers shall decide product selection based upon their own analysis and testing to verify acceptable operation with specific equipment.
- 1. When selecting the valve model and configuration, verify the following information.
- C. Installation
- 1. Verify the pressure rating is acceptable.
- 2. Inspect the valve to determine the flow path through the valve and how the valve will be installed in the system.
- a. An inlet (upstream) port is defined as a port connected to the region below the valve seat and may be labeled with an “IN” marked into the body near the port.
- b. An outlet (downstream) port is defined as a port connected to the region above the seat and below the diaphragm. The outlet port is usually not labeled, but may be marked “OUT”.
- c. The traditional flow direction is inlet to outlet, but AP Tech valves may be employed in either traditional flow direction or the reverse.
- d. On Series DV Monoblock valves the port that is common with the block valves is marked with a “C”. No other marking is shown. Refer to Technical Bulletin 205 for schematics of the monoblock configurations and more detailed information.
- 3. Install the valve using the appropriate method described below.
- a. For tube stub connections, weld connectors or other components to the tube stubs per standard industry practice (reference SEMI standard F78).
- b. For metal face seal connectors, assemble connections per standard practice described by fitting supplier (typically 1/8 turn past finger-tight).
- c. For compression-type connectors, insert the tube into the fitting until it stops. Tighten the fitting by applying 1-1/4 turns of nut rotation.
- d. Most valves can be attached to panels or mounting plates using the 10-32 or M5 female thread mounting holes located in the bottom of the body (valves with M5 mounting holes will be marked with a “5” on the bottom of the body). Special configuration...
- 4. Connect a nitrogen or clean dry air actuation pressure supply to the valve actuation port connection. The connection may be a 1/8 NPT female thread, 10-32 female thread, or M5x0.8 female thread depending on the valve model.
- 5. After installation, perform a leak test of all connections and welds per standard industry practice (reference SEMI standard F1).
- D. Indicating Switch Option Installation
- 1. IS option for AK/AP/AZ3000, AP3113, AP3130, or AK/AP/AZ3200:
- a. Review the following specifications to verify the switch is appropriate for the installation.
- b. Connect blue lead to common output.
- c. Connect brown lead to normally closed input (the circuit will be closed when valve is closed).
- d. Connect black lead to normally open input (the circuit will be closed when valve is open).
- 2. ISO and ISC option for AK/AP/AZ3550, AK/AP/AZ4550, or AP3700:
- a. Review the following specifications to verify the switch is appropriate for the installation.
- b. Connect common input to one lug terminal (solder wire or use .110 quick disconnect receptacle).
- c. Connect signal input to other lug terminal (solder wire or use .110 quick disconnect receptacle). For ISO option, the circuit will be closed when the valve is open. For ISC, the circuit will be closed when the valve is closed.
- 1. IS option for AK/AP/AZ3000, AP3113, AP3130, or AK/AP/AZ3200:
- E. Operation
- 1. Perform the following to close the valve.
- 2. Perform the following to open the valve.
- a. Apply actuation pressure to the valve. For the AK/AP/AZ3571 and AK/AP/AZ4571, actuation pressure on port “2” or on both ports “1” and “2” will fully open the valve and actuation pressure only on port “1” will partially open the valve to a metered f...
- b. If an indicating switch option was installed, verify that the output signal changed states.
- 3. When a valve is in the closed position, the inlet ports are isolated from the outlet ports. When a valve is in the open position, all ports are common.