Electronic timer controlled condensate drain GTDV-HP 230V 1/4”

Description  Electronic timer controlled condensate drain GTDV-HP 230V 1/4”

The GTDV timer controlled condensate drain is a combination of a solenoid valve and an electronic timer designed to automatically remove condensate from compressed air systems. The GTDC also has an integral ball valve and strainer in a single enclosure.

Technical specifications of the GTDV and GTDC series:

·  Operating pressure: Up to 16 bar

·  Operating temperature: Up to +65 °C

·  Connection: ½" BSP or NPT

·  Housing material: Aluminum or stainless steel

·  Power supply: 230 V AC / 50–60 Hz

·  Timer: Adjustable cycle and drain duration

·  LED indicator: Operation status

·  Protection class: IP65

·  Drain outlet: Direct, no strainer

The GTDV and GTDC are designed to remove condensate from compressors, compressed air dryers, air filters and receivers up to any size, type or manufacturer.

The GTDV and GTDC offer true installation simplicity and they are recognised as the most reliable and best performing condensate drain worldwide. The larger orifice combined with its prominent front labelling feature is complemented by a selection of high pressure ranges and stainless steel valve options. In addition, virtually all voltage options are available in the GTDV and GTDC models.

Features & Benefits

•             Any type of compressed air systemand compressor capacity

•             Available in High Pressure up to 80 bar

•             Environmentally friendly low Watt version available

•             Serviceable valve construction

•             Large (4.5mm) valve orifice

•             Does not air-lock during operation

•             Quick to service

•             Test feature (micro-switch)

•             Accurate time cycles

•             High quality PCB components, offering you consistent quality

Draining the moisture from compressed air systems ensures less downtime and damage due to rust and scale. Gardner Denver drains are designed for long life and require minimum maintenance. They are critical components in the quest for system efficiency and reliability. When a drain fails to discharge the condensate, the condensate can carry over into the system, causing a build-up of contaminants in dryers, receivers and filters. On multiple stage compressors, moisture carryover from the intercooler may allow liquid into the next stage, causing premature wear and a potentially catastrophic failure.