Description
ZEKS XpandAir 20XPE Precision Pressure and Flow Controller (2" Flanged)
The ZEKS XpandAir 20XPE is a precision pressure and flow controller built to stabilize downstream compressed air pressure for smaller headers, critical branches, and point-of-use applications. By maintaining a customer-set pressure setpoint, the 20XPE helps reduce pressure swings caused by changing demand, protect pressure-sensitive processes, and improve consistency for tools and production equipment. With a service-friendly three-valve bypass, Modbus communication readiness, remote operation capability, switchable fail-open or fail-closed operation, and fault code storage, the 20XPE supports dependable industrial performance and easier integration into plant controls.
Technical Details
- Capacity: Up to 835 SCFM (1 psid) (flow based on 110 psig inlet pressure to valve)
- Flow Range: 60 SCFM (1 psid) to 207 SCFM (15 psid)
- Connections: 2" FLG inlet/outlet
- Maximum Allowable Working Pressure (MAWP): 200 psig
- Maximum Operating Temperature: 150°F
- Control Air Pressure: 80–150 psig to filter/regulator
- Weight: 180 lb
- Dimensions: 39.25" W × 15.00" D × 33.87" H
- Standard Features: Forward, backward, and combination control modes; dual pressure sensors; three-valve bypass; Modbus communication-ready; remote operation; switchable fail-open or fail-closed operation; fault code storage; NEMA 12 enclosure with UL/cUL listed electrical panel
Key Highlights & Benefits
- Stable Downstream Pressure: Maintains a customer-set pressure setpoint to reduce pressure swings and improve tool and process consistency.
- Protects Sensitive Processes: Supports demand-side pressure control strategies that help isolate critical areas from plant-wide events.
- Service Without Shutdown: Three-valve bypass permits uninterrupted flow while the controller is serviced or maintained.
- Controls & Monitoring Ready: Modbus readiness and remote operation support modern automation, monitoring, and plant optimization.
- Configurable Failure Response: Switchable fail-open or fail-closed operation supports application-specific risk and continuity requirements.
