Dwyer Series P5 PVC Shuttle Flow Switch

Dwyer Series P5 PVC Shuttle Flow Switch features corrosion-resistant, durable PVC housing for visual confirmation in flow/no flow applications. The switches have preset actuation points from 0.5 to 2.0 GPM for actuation on increasing flow.

Dwyer Series P5 PVC Shuttle Flow Switch

Switching is SPST normally open at no flow. Choose from 1/2" NPT or 3/4" IPS (for 0.5 GPM) or 1" IPS (for 2.0 GPM) inlet and outlet ports. The shuttle design has only one moving part for long life and minimum maintenance.

Shuttle or piston flow switches are sensors with an electrical contact output at a specific flow rate. Models are used with oil, air, water, and gases. Applications include oil flow control, low flow detection in cooling lines, and high-pressure lubrication systems. Rugged construction and excellent chemical compatibility simplify flow/no flow detection.

Remove the one-piece bonnet and shuttle assembly to quickly clean the unit without disturbing the housing or piping. Rugged construction and excellent chemical compatibility simplify flow/no flow detection.

Dwyer Series P5 PVC Features

• The switches have preset actuation points from 0.5 to 2.0 GPM for actuation on increasing flow
• The shuttle design has only one moving part for long life and minimum maintenance

Specification

Service	Compatible liquids.
Wetted Materials	Housing, Shuttle and Bonnet: PVC; O-ring: Buna-N; Epoxy.
Temperature Limits	120°F (49°C).
Pressure Limit	120 psig (8.2 bar) @ 70 to 100°F (21 to 38°C); 50 psig (3.04 bar) @ 101 to 120°F (38.3 to 49°C).
Accuracy	±20% of set point.
Repeatability	±1%.
Switch Type	SPST, N.O.
Electrical Rating	17 A @ 120 VAC, .08 A @ 240 VAC, .13 A @ 120 VDC, .06 A @ 240 VDC
Electrical Connection	22 AWG, 24" (61 cm), PVC lead wire.
Process Connection	1/2" female NPT, 3/4" IPS or 1" IPS.
Required Filtration	150 microns or better.
Mounting Orientation	Vertical, inlet facing down.
Weight	6 oz (.17 kg).
Agency Approval	CE.

Download Data Sheet: Series P5 PVC Shuttle Flow Switch

Ref: dwyer-inst.com