Product Details
120 V Automatic Drain with Y-Strainer Valve by DeVilbiss®. Automatically drains water from compressed air systems. Designed with precision and functionality in mind, this accessory ensures outstanding performance and easy use which makes it the perfect deal for your ultimate satisfaction.
Specifications
Voltage: 120V |
Max Pressure: 230 psi |
Timer Interval time (T2:) .5 -45 minutes |
Timer Discharge time (T1): .5 - 10 seconds |
Timer Current Consumption: 4mA Max. |
Timer Operating Temperature: -14°F to 122°F |
Timer Environmental Protection: NEMA 4 |
Timer Case Material: ABS Plastic FR Grade |
Valve Type: 2-way direct acting valve |
Valve In/Out Ports: 1/4" NPT Female |
Valve Operating Temperature: 36°F to 131°F Ambient |
Valve Media Temperature: 194°F Max. |
Valve Body: Forged Brass |
Valve Mounting: Any Position |
Includes
- Automatic Drain
- Electric timer
- 1/4" Y-strainer valve with filter screen
- 6 ft. power cord
Features
- Use with air compressors, water separators and at drop legs
- Adjustable interval time and drain time
- Removable filter for easy cleaning
- Designed to set the standard for spray finishing
- Crafted using state-of-the-art equipment
- Features a durable construction for long-lasting performance
- Has an excellent combination of price and quality
Finding innovative solutions to spray finishing problems has been the philosophy of DeVilbiss® for over 100 years. The company was founded in 1888 in Toledo, Ohio by a physician Dr. Allen DeVilbiss who has combined a bulb, some tubing, and the base of an oil can to create the first atomizer for health care. Today, DeVilbiss is the leading supplier of spray finishing equipment to the industrial and automotive refinish markets, and its products are used with equal success in the wood, aerospace, plastics, metal, and automotive industries by operators ranging from the industrial professional to the hobbyist. DeVilbiss equipment is used to spray a wide variety of solvent-based and waterborne coatings including single and dual component and low and high solids materials.