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111-B00     Page 4/16 

INSTALLATION 

PUMP MOUNTING 

A solid foundation reduces noise and vibration, and will 
improve pump performance. On permanent installations it is 
recommended the pumping unit be secured by anchor bolts 
as shown in Figure 2. This arrangement allows for slight 
shifting of position to accommodate alignment with the 
mounting holes in the base plate. 

  

Figure 2 - Pipe Type Anchor Bolt Box 

 

For new foundations, it is suggested that the anchor bolts be 
set in concrete. When pumps are to be located on existing 
concrete floors, holes should be drilled into the concrete to 
hold the anchor bolts. 

 

When installing units built on channel or structural steel type 
bases, use care to avoid twisting the base out of shape when 
anchor bolts are tightened. Place shims as needed under the 
edges of the base prior to tightening of the anchor bolts to 
prevent distortion. 

 

COUPLING ALIGNMENT 

The pump must be directly coupled to a gear reducer and/or 
driver with a flexible coupling.  Verify coupling alignment after 
installation of new or rebuilt pumps.  Both angular and parallel 
coupling alignment MUST be maintained between the pump, 
gear, motor, etc. in accordance with manufacturer’s 
instructions.  See Figure 3. 

1.  Parallel alignment:  The use of a laser alignment tool or 

dial indicator is preferred.  If a laser alignment tool or dial 
indicator is not available, use a straight edge.  Turn both 
shafts by hand, checking the reading through one 
complete revolution.  Maximum offset should be less 
than .005" (.127 mm). 

2.  Angular alignment:  Insert a feeler gauge between the 

coupling halves.  Check the spacing at 90° increments 
around the coupling (four checkpoints).  Maximum 
variation should not exceed .005" (.127 mm).  Some 
laser alignment tools will check angular alignment as 
well. 

3.  Replace the coupling guards after setting alignment. 

 

 

Figure 3 – Alignment Check 

PUMP ROTATION 

PV6,8 pumps will ALWAYS operate in the clockwise rotation 
when viewed from the driven end.  See Figures 4 and 5. 
 
 

TO REVERSE PUMP FLOW 

To reverse FLOW direction in a ProVane pump.  The pumps 
rotation WILL NOT CHANGE for PV 6&8.  See 

Flow Direction 

Options

 in the Maintenance section of this manual.  

 
If the rotation of the electric motor driving the pump is 
incorrect; see the motor manufacturer’s instructions to change 
the rotation of the electric motor to match it to the rotation of 
the pump. 
 
 

CHECK VALVES 

The use of check valves or foot valves in the supply tank is 
not recommended with self-priming, positive displacement 
pumps.  
 
If the possibility of liquid backflow exists when the pump is off, 
a check valve in the system is recommended because the 
pump can motor in the reverse rotation and create undue 
stress on all attached components.  Never start a pump when 
it is rotating in the reverse rotation as the added starting 
torque can damage the pump and related equipment.  If a 
check valve is used, install it at the pump discharge. 

 

Summary of Contents for ProVane PV6B

Page 1: ...vice Numbers in parentheses following individual parts indicate reference numbers on Blackmer Part Lists SAFETY DATA This is a SAFETY ALERT SYMBOL When you see this symbol on the product or in the man...

Page 2: ...in place Hazardous pressure can cause personal injury or property damage PUMP DATA PUMP IDENTIFICATION A pump Identification tag containing the pump serial number I D number and model designation is...

Page 3: ...nd installation of the piping system review the following suggestions 1 Locate the pump as near as possible to the source of supply to avoid excessive inlet pipe friction 2 The inlet line should be at...

Page 4: ...ot available use a straight edge Turn both shafts by hand checking the reading through one complete revolution Maximum offset should be less than 005 127 mm 2 Angular alignment Insert a feeler gauge b...

Page 5: ...alves are fully open and that the drain valves and other auxiliary valves are closed 4 Install inlet and discharge pressure gauges on the pump in the threaded connections provided These can be used to...

Page 6: ...tions OPTIONAL PUMP RELIEF VALVE An external bypass valve and or an internal relief valve MUST be installed in the system to protect the pump from excessive pressure Hazardous pressure can cause perso...

Page 7: ...ce as required Reattach R V cap O ring and RV cap Refer to the individual Blackmer pump parts lists for various spring pressure ranges Unless specified otherwise pumps are supplied from the factory wi...

Page 8: ...ed in this manual See the table on page 1 of this manual to determine what model you have Figure 6 Vane Replacement 1 Flush the pump per instructions in this manual Drain and relieve pressure from the...

Page 9: ...pward and remove the 4 cap screws 21 Lift off the bearing housing and remove the cylinder O ring 71 7 The mechanical seal rotating assembly will come out with the shaft The stationary seat and station...

Page 10: ...ace of bearing press the OD of the bearing into the bearing adjuster until fully seated 3 Cylinder O ring installation a Install a new O ring 71 over the dowel of the Bearing housing 57 4 Reassemble t...

Page 11: ...are installed carefully insert the driven end of rotor and shaft into the cylinder b Apply a small amount of Flowserve Pac Ease or equivalent water based lubricant on the shaft between the shaft end a...

Page 12: ...housing Table 2 Pump size Distance on OD of Drive Housing PV 6 8 3 4 19 05 mm 17 Tighten the bearing adjuster lock setscrews and torque per table 1 18 Install a new head O ring 72 on the dowel of the...

Page 13: ...the seal faces will prevent the faces from mating properly causing the rotor and shaft to bind or turn hard Use a tissue paper alcohol to clean the seal faces NOTE Apply a light oil or suitable lubric...

Page 14: ...use Air leaks in the suction line Restriction in the suction line Damaged or worn pump parts Too much lift for the vapor pressure of the fluid A dirty or clogged strainer Worn vanes Suction Valve Clos...

Page 15: ...111 B00 Page 15 16 NOTES...

Page 16: ...215 GPM HXL 6 8 10 Sliding Vane Pumps 130 to 2 220 GPM Refineries Terminals Barges Ships Reciprocating Gas Compressors Liquefied Gas Transfer Boosting Vapor Recovery Hand Operated Pumps Dispensing Tra...

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