DVP LC40WR Water-Resistant Rotary Vane Vacuum Pump
The DVP LC40WR is a specialist oil lubricated rotary vane vacuum pump designed for applications where significant quantities of water vapour or condensate may enter the vacuum system.
Its oil and water separation system makes it particularly suitable for wet industrial processes, CNC marble and glass machinery, food packaging equipment and other applications where a standard oil lubricated pump may suffer from contaminated or emulsified oil.
Vacuum Pumps UK is the UK & Ireland Master Agent for DVP Vacuum Technology.
Does your process contain water vapour?
Send us details of your existing pump and application and we will assess whether the LC40WR is suitable.
Our team can review the vacuum duty, vapour loading, motor specification and installation before recommending the most appropriate pump.
Pump Type
Oil Lubricated
rotary vane pump
Capacity
40 / 48 m³/h
50Hz / 60Hz
Ultimate Vacuum
4 mbar
absolute
Water Vapour Capacity
1.3 kg/h
maximum stated rate
DVP LC40WR Overview
The DVP LC40WR is a water-resistant version of the LC40 oil lubricated rotary vane vacuum pump, developed for applications where water vapour or condensate may be drawn into the vacuum system.
The pump incorporates a specialist device which separates water condensate from the vacuum pump oil. The separated water is expelled when the pump is stopped, helping reduce oil contamination and protecting the pump in wet or vapour-laden processes.
With a nominal capacity of 40 m³/h at 50Hz and 48 m³/h at 60Hz, the LC40WR provides increased pumping capacity for larger machinery and production systems while retaining the specialist features needed for moisture-laden duties.
Designed for Water Vapour and Condensate
The main advantage of the LC40WR is its ability to work in applications where water vapour could contaminate the oil of a conventional rotary vane vacuum pump.
When water mixes with vacuum pump oil, it can produce emulsification, reduce lubrication, promote corrosion and cause a deterioration in vacuum performance. Repeated oil contamination can also increase maintenance requirements and shorten pump life.
The LC40WR separates condensate from the pump oil and discharges the collected water when the pump stops. Its continuously operating gas ballast further supports the handling of condensable vapours.
Typical Applications
The DVP LC40WR is suitable for processes requiring dependable vacuum performance alongside improved resistance to water vapour and condensate.
› CNC marble cutting machines
› Wet stone processing machinery
› CNC glass processing machines
› Glass cutting and handling equipment
› Industrial processes containing water vapour
› Evacuation of moist enclosed volumes
› Vacuum packaging machines
› Bag filling machines
› Dental applications
› Printing and paper machinery
› Vacuum lifting equipment
› Workshop and garage equipment
Why Choose the DVP LC40WR?
The LC40WR is a practical choice where a conventional oil lubricated vacuum pump may be vulnerable to moisture or water contamination from the production process.
It combines a nominal capacity of 40 m³/h with an oil check valve, exhaust mist eliminator, automatic floating oil recovery valve, continuously operating gas ballast, oil level switch and shock mounts.
Vacuum Pumps UK can support the LC40WR with pump selection, replacement advice, service support, accessories, spare parts and technical assistance.
Key LC40WR Features
Oil and Water Separation
The specialist separation system separates water condensate from the vacuum pump oil and discharges the collected water when the pump stops.
Continuous Gas Ballast
The continuously operating gas ballast helps the pump manage condensable vapours entering the vacuum system.
Automatic Oil Recovery
The automatic floating oil recovery valve helps return separated oil to the pump and supports reliable oil circulation.
Oil Level Monitoring
The oil level switch helps monitor lubricant level and supports reliable operation and pump protection.
Standard LC40 or LC40WR?
The correct model depends on the required vacuum performance and the amount of water vapour entering the pump.
A standard oil lubricated vacuum pump may be suitable for dry applications. Where moisture, coolant vapour or condensate is regularly drawn into the vacuum system, the LC40WR’s oil and water separation system may provide a more reliable solution.
Our technical team can review the application, process conditions and existing pump before advising which DVP model is most appropriate.
Repair or Replace Your Existing Pump?
If a vacuum pump repeatedly develops milky or emulsified oil, corrosion or reduced vacuum performance, the underlying cause may be water entering from the process.
Repairing the existing pump may restore operation, but replacing it with a model designed for moisture-laden duties may provide a more reliable long-term solution.
We can assess the pump condition, process vapour and required vacuum performance before advising whether repair, refurbishment or replacement with an LC40WR is appropriate.
Replacement Pump Guide
Oil Becoming Milky?
Milky or emulsified oil can indicate that process water is entering the pump. The LC40WR may provide a more suitable long-term solution.
Replacing a Stone or Marble Machine Pump?
The LC40WR is particularly suited to wet stone and marble machinery where water vapour or condensate is drawn into the vacuum system.
Replacing a Glass Machine Pump?
For CNC glass processing and handling machinery, we can assess the moisture level and required vacuum before confirming whether the LC40WR is suitable.
Replacing Another Make?
Send us the pump make, model number or a photograph of the nameplate and we will advise the nearest suitable DVP option.
Not Sure Whether You Need a Water-Resistant Pump?
Tell us what the machine is processing, whether water or coolant is used and what condition the existing vacuum pump oil is in.
We can assess whether water vapour is likely to be entering the pump and recommend the most appropriate DVP model.
Accessories, Oil, Service and Support
Accessories
Optional accessories are available depending on the application and installation.
Vacuum Pump Oil
The LC40WR is supplied with DVP SW60 oil. Using the specified oil is important for reliable operation and pump protection.
Spare Parts
DVP spare parts are available for routine maintenance and pump repairs.
Service Support
Full service and repair support is available through our sister company, VacAir Superstore, one of the UK’s leading independent vacuum pump service specialists.
DVP LC40WR Frequently Asked Questions
What is different about the DVP LC40WR?
The LC40WR incorporates a specialist system that separates water condensate from the vacuum pump oil. The collected water is expelled when the pump stops.
What is the capacity of the LC40WR?
The LC40WR has a nominal pumping speed of 40 m³/h at 50Hz and 48 m³/h at 60Hz.
What is the ultimate vacuum of the LC40WR?
The stated ultimate vacuum is 4 mbar absolute.
How much water vapour can the LC40WR handle?
The stated maximum water vapour pumping rate is 1.3 kg/h. Suitability should still be checked against the process conditions and operating cycle.
Is the LC40WR suitable for marble and glass machinery?
Yes. It is particularly suited to wet marble, stone and glass processing applications where moisture or condensate may enter the vacuum system.
What oil does the LC40WR use?
The LC40WR is supplied with DVP SW60 vacuum pump oil.
Can the LC40WR replace another vacuum pump?
Potentially, yes. The required capacity, vacuum level, vapour loading, motor specification and installation should be checked before confirming a replacement.
Can you help with service and repair?
Yes. Vacuum Pumps UK can help with pump selection and replacement advice, while service and repair support is available through our sister company VacAir Superstore.
Need a DVP LC40WR for a Wet Process?
Contact Vacuum Pumps UK for LC40WR prices, availability and technical advice for stone, marble, glass and other applications containing water vapour.
Send us your existing pump details and a description of the process and we will advise the most suitable DVP option.
