Conair VL Series manual 2.3DRAIN CONNECTION, 2.4AIR COOLED CONDENSER

Models: VL Series

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2.3DRAIN CONNECTION:

2.3DRAIN CONNECTION:

A.The unit is supplied as standard with a ProCon type pump. In some cases, it may be necessary to drain the unit. This is done by removing the pump volute plug in the pump assembly.

B.Note that if chemical treatment of process fluid or additives are use, drainage shall be done according to local codes.

C.It is important to note that drainage procedures must be done prior to shipment or outdoor storage or the unit. If not, freezing damage can occur.

Motor

2.4AIR COOLED CONDENSER Thermocouple

Pump

Manual background Drain plug

2.4AIR COOLED CONDENSER

A.Air-cooled condenser require ambient air temperatures between 60°F and 95°F for efficient operation. Operating above 95°F may result in elevated condensing pressures and eventual shut-down on the high pressure safety switch. Check with the Conair service department for more information on operating with ambient air temperatures above 95°F or below 60°F.

B.Air flow is generated by the motor driven fan. Air flow is from the outside of the chiller, through the condenser and exhausted through the unit. Exhaust air can not be ducted on motor driven fan models.

C.A free air space of at least four (4) feet is required at the condenser intake and four (4) feet at the condenser discharge to allow for proper air flow.

D.At full load, this chiller will discharge approximately 15,000 BTU/hr per hour per ton of cooling.

UGH020/0301

VL Series Portable Chillers, 0.25 to 1.5 Tons

Page: 11

Page 11
Image 11
Conair VL Series manual 2.3DRAIN CONNECTION, 2.4AIR COOLED CONDENSER

FAQ

How do I drain the unit?

The unit is supplied with a ProCon type pump, and drainage should be done by removing the pump volute plug in the pump assembly.

What ambient air temperatures are required for efficient operation?

Air-cooled condensers require ambient air temperatures between 60F and 95F for efficient operation.

How much BTU/hr per hour does the chiller discharge at full load?

At full load, this chiller will discharge approximately 15,000 BTU/hr per hour per ton of cooling.