In compressed air systems condensate and the contaminants contained in it can cause considerable damage to the compressed air lines, production machinery, production batches or within production processes if not properly handled.
The tasks of condensate drains are to remove the condensate from the pressurised air system safely and at low expense.
Zero Loss Condensate Drains with level control ensure loss free condensate discharge
Condensate drainage via a diaphragm valve with large cross-section ensures that contaminants are flushed out and thus ensures fault-free operation of the valve. At the same time, the condensate is prevented from forming an emulsion that would need expensive condensate treatment.
All ZLD Zero Loss Condensate Drains comes with volt free alarm contact.
Features and Advantages
- Non-wearing magnetic core level control for optimised and loss free discharge of condensate
- Integrated dirt screen between level measurement and drain valve to protect the diaphragm
valve with alarm monitoring
- Diaphragm valve with large cross-section and condensate pilot control
- Volt Free Alarm Contact
Range of application: Compressed air up to 16 bar – normal condensates
Refrigerant Air Dryer
Max working pressure
*1 referred to 1 bar and 20°C at 7 bar working pressure, suction air compressor 25°C at 60% RH, air discharge temperature aftercooler 35°C,
pressure dew-point refrigeration dryer 3°C
*2 Condensate from aftercooler or refrigeration dryer to be drained upstream only for residual oil content or small quantities of condensate
Standard version with BSP thread for 230V/50-60Hz supply voltage.
Alternatively, versions with NPT thread or 115V/50-60Hz or 24V/50-60Hz are available.
Image shows multiple options, only one zero loss drain will be supplied.
A delivery charge will apply on ALL orders placed by other means, such as adverts on other market selling places, quotation, pro/forma invoice or unless mentioned otherwise. We reserve the right to implement a delivery charge may apply for none stocked items, please contact us for further information.