Now Available!

All new mounting kits, brackets and accessories are now available.

Please view our interactive catalog to help with the assessment and selection of the correct perma lubrication system and mounted installation kit for your application/equipment.


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perma FLEX

perma FLEX requires no assembly or special tools. Just unpack, turn the rotary switch to the desired discharge period (in monthly steps of 1 to 12 months) and screw into your lubrication point.  Please click here for more information.


Application Images

Introducing the perma NOVA | Print |
Monday, 26 July 2010 10:47

Available on September 1st!


Introducing the perma NOVA...
the first temperature independent electrochemical lubrication system! 




perma NOVA can be used for all applications that are within a temperature range of -4 °F up to 140 °F.  A discharge period of 1 to 12 months can be easily programmed by pushing the selection button on the NOVA control unit.  A built-in temperature sensor periodically measures the ambient temperature and the control unit calculates the required gas generation based on this data.  This ensures a continuous and controlled discharge.  perma NOVA consists of a reusable control unit, a lubricant canister filled with 130cc of grease or oil, and a protection cover.



 

Product Benefits
  • Ambient temperature does not need to be taken into consideration when setting the discharge period.  
  • LED display with push button control for simple handling and setting adjustment.  
  • Broad range of dispensing rate settings to suit equipment demands or planned maintenance cycles.  
  • Intrinsically safe with Ex-certification, and dust and water jet prood with IP 65 protection.


Technical Data
  • Housing - Transparent plastic  
  • Drive - Electrochemical reaction via gas generating cell.  Electronic temperature compensation.  
  • Discharge period - 1, 2, 3, ..., 12 months  
  • Lubrication volume - 130cc (4.57 oz)  
  • Temperature range - -4 °F up to 140 °F  
  • Pressure build-up - Max. 6 bar (87 PSI)


How does it work?
Short-circuiting of the two terminals (anode+ and cathode-) will activate the cell and produce hydrogen gas.  The required gas amount for a certain period is determined via the electrical resistor.  A microcontroller opens and closes the electric circuit.  When the circuit is closed, gas is generated.  The microcontroller processes the entered discharge period and the measured temperature.  This data is used to calculate the required gas production.  The gas moves the piston forward and the lubricant is continuously injected into the lubrication point.
 



 

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Product Videos

Our short, step by step video clips for CLASSIC, FUTURA, NOVA and STAR VARIO demonstrate how to assemble, install and exchange a perma lubrication system.

FLEX Images