MP Pumps, Inc. FRX100 Installation, Operation And Repair Manual Download Page 1

FRX100 316 STAINLESS STEEL CENTRIFUGAL PUMP
INSTALLATION, OPERATION, AND REPAIR MANUAL

GENERAL SAFETY INFORMATION:

THE FOLLOWING WARNINGS ARE USED TO NOTIFY AND ADVISE THE USER OF THIS PRODUCT OF
PROCEDURES THAT MAY BE DANGEROUS TO THE USER OR RESULT IN DAMAGE TO THE PRODUCT.

THIS BULLETIN MUST BE READ COMPLETELY BEFORE INSTALLING, OPERATING, OR SERVICING,
THE PUMP.

 

DO NOT perform service or maintenance

   when the pumping system is pressurized.

   Injury or death may occur.

 

DO NOT operate  the pump in  a manner

   that it was not intended to be used.

 

DO NOT mount  the pump such  that high

   piping loads exist on the pump flanges, or

   in a rigid piping system that does not allow

   the pipe to expand and cause the pump to

   be strained.

INSTALLATION:

Install the pump where the inlet is below the liquid level.  A valve may be used to isolate the

pump for service.  The pump is not self-priming and needs the inlet to be flooded at start-up.

The motor is splash resistant, not submersible, and should be located in a dry  environment.

FRX  100  is  a  high  performance  316  stainless  steel
centrifugal  pump.   Its  uses  are  marine,  commercial,
and industrial transfer of   chemicals or potable  water.
All pump parts  are  316  stainless for    superior  corro-
sion   resistance    when    pumping       chemical com-
pounds.  A  carbon, ceramic, viton, bellows shaft seal is
standard.   The FRX 100 is designed with 1 inch NPT
porting and the pump rotation can be achieved in 90 de-
gree increments.

                                  

FORM  3808A (03-07)

 

DO NOT continue to operate the pumping

  system when a known leak exists.

 

DO NOT continue to operate the pump  

when unusual noise or vibration occurs.

 

DO NOT operate beyond  the pressure or

  temperature limits stated in the product

  literature.  See Form 8110.

 

DO NOT allow severe temperature changes

  to occur in a short time period  within  the

  pumping system.

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