Fisher 3620jp Positoner
Product Introduction
The Fisher 3620JP Positioner is an electro-pneumatic valve positioner that accurately converts 4–20 mA control signals into pneumatic outputs to drive double-acting actuators for precise valve regulation.
Detailed parameters
|
Feature |
3620JP |
|
Input Signal |
4–20 mA DC constant current (max 30 VDC) |
|
Output |
Pneumatic pressure to both actuator ports (double-acting), up to full supply (≤ 150 psig) |
|
Actuator Compatibility |
Double-acting piston or diaphragm actuators (rotary or sliding-stem) |
|
Control & Adjustability |
Modulating control, field-adjustable zero/span/gain; supports direct or reverse action |
|
Performance |
Low hysteresis (≈ 0.6% output span), good repeatability and stable response over varying supply pressures |
Advantages
Precise Positioning: Low hysteresis design (approximately 0.6% of output range) effectively reduces valve position deviation and improves process control stability.
Fast Response: Output pressure can reach the supply pressure (≤150 psig), with dual-end synchronous control for faster and more powerful action.
Strong Compatibility: Supports standard 4–20 mA signals, directly compatible with mainstream DCS/PLC systems, reducing integration costs.
Flexible Adjustment: Supports zero-point, range, and gain adjustment, and can switch between direct and reverse action to meet different operating conditions.

Applications
Petrochemical industry: Used for flow and pressure regulation to improve process stability.
Power system: Used for steam and feedwater control to ensure safe equipment operation.
Natural gas transmission: Used for pressure regulation to improve pipeline stability.
Water treatment: Used for flow and level regulation to ensure continuous treatment.

FAQ
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