The Halsey Taylor SCWT14W PV Water Cooler is a self-contained, floor-mounted, electric, refrigerated unit with a chilling capacity of 50°F drinking water, based upon 80°F inlet water and 90°F ambient, per ASHRAE 18 testing. The Halsey Taylor SCWT14W PV has removable front panel that has a Platinum Vinyl finish. This floor-standing water fountain has a design that allows for free-standing or wall backed installations, has a mechanical push-button on the top to activate water flow to the Double Bubbler®, which projects two separate streams that converge to form a fuller, more satisfying drink, and a water cooled condenser for quiet cooling performance in areas of elevated ambient air temperature or dusty environments. The SCWT14W PV has a lead free design which meets Safe Drinking Water Act, and is certified to NSF/ANSI 61 and California AB1953, as well as UL399 and CAN/CSA 22.2 No. 120.
- Water cooled condenser for quiet cooling performance in areas of elevated ambient air temperature or dusty environments.
- Traditional floor mount design allows for free-standing or wall backed installations.
- Provides refreshing, chilled water.
- Double bubbler projects two separate streams that converge to form a fuller, more satisfying drink.
- Vinyl clad finish is durable and attractive.
- Rated for indoor use.
- Motor Compressor:
Hermetically-sealed, reciprocating type, single phase. Sealed-in lifetime lubrication.
Water cooled for quiet cooling performance.
- Cooling Unit:
Combination tube-tank type. Self cleansing. Tube portion is continuous coil of copper tubing. Tank is stainless steel. Fully insulated with EPS foam which meets Underwriters Laboratories Inc. requirements for self-extinguishing material.
- Refrigerant Control:
Refrigerant HFC-134a is controlled by accurately calibrated capillary tube for positively trouble-free operation.
- Temperature Control:
Enclosed adjustable thermostat is factory preset. Requires no adjustment other than for altitude requirements. Easily accessible.
Halsey Taylor SCWT14W PV Category: