Product Information:
The OPTIMUM-S Drain Assembly consists of a solid-state timer coupled to a solenoid valve and only requires a simple installation procedure. The unit is suitable for ALL compressed air system components (aftercoolers, dryers, filters, pressure vessels and piping), regardless of their size or capacity – simply adjust the interval and discharge times to suit the particular compressed air system requiring stainless steel valves.
Features:
- Timer Manual TEST switch- Yes, micro switch
- Timer Environmental Protection- IP 65, NEMA 4 when installed
- Valve Insulation- Higher-grade H coils. Industry standard is grade F. Grade H offers superior resistance to higher temperature and longer life.
- Valve Environmental Protection- IP 65 (NEMA 4)
- Valve Body- Stainless steel, orifice depending on pressure
- Mounting in any position- Yes
- Bright lights for clearer indication of operating status.
Specs Applications:
- Valve In/Out Port (NPT Female): 1/4″
- Working Pressure (Max): 230 PSI
- Working Pressure Range (Min-Max): 0 – 6000 PSI
- Orifice Size: 4.5 mm
- Timer Working Voltage: 115 VAC
- Timer Voltage Options ± 10%: 12 – 380 V AC/DC 50/60 Hz
- Body Material: Stainless Steel
- Timer Adjustable Interval Time: 0.5 – 45 Minutes
- Timer Adjustable Discharge Time: 0.5 – 10 Seconds
- Max. Timer Current Consumption: 4 mA
- Timer Operating Temperature: -40 to 140 °F
- Timer Housing Material: ABS Plastic FR Grade
- Timer Connection: DIN 43650A, ISO 440/6952
- Timer Indicators: 1 LED (yellow) indicating ON, 1 LED (yellow) indicating OFF
- Valve Type: 2/2 Way Direct Acting
- Valve Ambient Temperature (Min/Max): 35 – 130 °F
- Max. Valve Media Temperature: 190 °F
- Valve Voltage ± 10%: 12 – 380 V AC/DC
- Note for Valve Voltage: See coil for correct voltage.
- Note: Min. – Max. Working Pressure depending on valve orifice. The OPTIMUM name truly reflects the flexibility of valve connections, voltage options and pressures. Ten years of continuous research and improvement have resulted in the most reliable timer control
