Electric Level Sensed No-Loss Drain GCNL10 230V

Description Electric Level Sensed No-Loss Drain GCNL10 230V

Electric Level-Sensed No-Loss Drain GCNL10 is a highly compact electronic zero air loss drain designed for small compressed air systems. It features a direct-acting valve, LED sight glass, alarm output, and integrated mesh strainer. The GCNL10 removes all types of condensate from compressed air systems with air flow up to 10 3/min without the loss of compressed air.

Technical Specifications:

• Max compressor capacity: 10 m³/min

• Max drainage rate: 45 l/h at 16 bar

• Pressure range: 0–16 bar

• Medium temperature: 1–50°C

• Supply voltage:  230V, 115V AC

• Enclosure rating: IP65 (NEMA4)

• Inlet connection: ½" BSP

• Valve type: 2/2 direct acting

• Valve orifice: 2 mm

• Housing material: Corrosion resistant aluminium

• Alarm: LED indicator, N/O output

Benefits:

• Extremely compact and lightweight
• True zero air loss solution saves air and energy
• 2 models cover compressor capacities up to 100 m3/min
• Visual alarm (LED indication)
• Easy installation and visual display of operating status
• External valve construction for fast and easy maintenance
• Direct acting valve with FPM seal
• Robust corrosion resistant aluminium housing
• Large integrated mesh strainer to protect the valve
• Side inlet adapter optionally available
• Drain heater for cold weather applications and T-adapter optionally available
• Large orifice for successful draining of all condensate types

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.