WPG LP6F User manual

KEEP FOR FUTURE REFERENCE
OPTIONAL PAD
INSTRUCTIONS
MANUAL NUMBER: 35240
ALTERNATIVE VACUUM PADS &
ALTERNATIVE RUBBER COMPOUNDS
FOR VACUUM EQUIPMENT
READ ALL INSTRUCTIONS AND SAFETY RULES
BEFORE USING THESE PRODUCTS
DESIGNED FOR THE TECHNICAL SERVICE PROFESSIONAL
P.O. Box 368 –908 West Main
Laurel, MT USA 59044
phone [phone]
phone [phone]
fax [phone]

Rev 3.1/5-17 1 PAD OPTIONS: #35240
TABLE OF CONTENTS
TABLE OF CONTENTS ...................................................................................................... 1
SPECIFICATIONS............................................................................................................ 2
ALTERNATIVE VACUUM PADS &RELATED SPECIFICATIONS............................................................... 2
ALTERNATIVE RUBBER COMPOUNDS &RELATED CHARACTERISTICS................................................... 2
SAFETY............................................................................................................................ 3
INSTALLATION ............................................................................................................... 4
INTENDED USE ............................................................................................................... 5
TO CALCULATE THE REVISED LOAD CAPACITY................................................................................. 5
TO CALCULATE THE REVISED PAD SPREAD .....................................................................................6
TO DETERMINE RESTRICTED USE OF RUBBER COMPOUNDS .............................................................. 6
ADDITIONAL CONSIDERATIONS ...................................................................................................7
OPERATION .................................................................................................................... 7
BEFORE USING THE VACUUM EQUIPMENT ......................................................................................7
MAINTENANCE................................................................................................................ 8
INSPECTION SCHEDULE ..............................................................................................................8
Infrequent Use..............................................................................................................................................................................8
TESTING SCHEDULE ...................................................................................................................9
Operational Test ...........................................................................................................................................................................9
Load Test ...................................................................................................................................................................................... 9
VACUUM PAD MAINTENANCE ..................................................................................................... 10
Pad to Load Friction Coefficient .................................................................................................................................................10
Pad Inspection ............................................................................................................................................................................10
Pad Cleaning ...............................................................................................................................................................................11
VACUUM TEST......................................................................................................................... 11
REPLACEMENT PARTS LIST .......................................................................................... 12
LIMITED WARRANTY.................................................................................................... 14

Rev 3.1/5-17 2 PAD OPTIONS: #35240
SPECIFICATIONS
ALTERNATIVE VACUUM PADS &RELATED SPECIFICATIONS
ALTERNATIVE RUBBER COMPOUNDS &RELATED CHARACTERISTICS
1
Maximum Per-Pad Capacity is rated at 16" Hg [-54 kPa] for the standard rubber compound on clean, dry, plain glass, with a
friction coefficient of 1. Since a number of factors may compromise the friction coefficient (see MAINTENANCE: VACUUM PAD
MAINTENANCE: Pad to Load Friction Coefficient), a qualified person should evaluate the effective lifting capacity for the actual
application. In addition to the effect of friction between the vacuum pads and load, the lifting capacity may be affected by the
following load characteristics: rigidity, strength, surface conditions, overhang, angle, center of gravity and temperature.
Note: Double the Maximum Per-Pad Capacity when pads are used on Flat Lifters. However, any calculated capacity may not
exceed the original Maximum Overall Capacity listed for the lifter (see INTENDED USE: TO CALCULATE THE REVISED LOAD CAPACITY).
2
This indicates the actual dimensions of vacuum pads when attached to a flat surface.
3
This indicates pad height when attached to a flat surface. It does not include spring height or other factors affecting distance
of pad from pad frame. See INTENDED USE for more information.
4
Weight is listed for vacuum pads made from our Standard Rubber compound; weights may vary somewhat for alternative
rubber compounds.
5
This indicates the percentage of Maximum Capacity achievable with the relevant rubber compound under ideal conditions, as
compared to the Maximum Capacity with the standard rubber compound.
6
This indicates the average length of outdoor service, based on testing under controlled conditions.
7
Not recommended for outdoor use.
Model
Number:
LP6F
TL6F
G0695
VPFS9
VPCS9
G0750
HV11(F)
VPFS10T
G3370
Description:
(w/nominal
diameter)
6" [15 cm],
flat
6" [15 cm],
concave
8" [20 cm],
flat
9" [23 cm],
flat
9" [23 cm],
concave
10" [25 cm],
concave
10" [25 cm],
flat with lip
(foam ring)
10" [25 cm],
flat with
ring insert
11" [28 cm],
flat with lip
Maximum
Per-Pad
Capacity:1
50 lbs
[22.5 kg]
50 lbs
[22.5 kg]
85 lbs
[38.5 kg]
125 lbs
[56.5 kg]
125 lbs
[56.5 kg]
150 lbs
[68 kg]
150 lbs
[68 kg]
150 lbs
[68 kg]
175 lbs
[79.5 kg]
Maximum
Outside
Diameter:2
6-1/8"
[156 mm]
6-5/32"
[156 mm]
7-15/16"
[202 mm]
9-19/32"
[244 mm]
9-1/8"
[232 mm]
10"
[254 mm]
11"
[279 mm]
11-3/4"
[298 mm]
12-1/16"
[306 mm]
Attached
Height:3
15/32"
[12 mm]
5/8"
[16 mm]
25/32"
[20 mm]
7/8"
[22 mm]
25/32"
[20 mm]
31/32"
[25 mm]
1"
[25 mm]
27/32"
[21 mm]
27/32"
[21 mm]
Weight:4
0.41 lbs
[0.19 kg]
0.5 lbs
[0.23 kg]
1.32 lbs
[0.6 kg]
1.6 lbs
[0.73 kg]
1.3 lbs
[0.59 kg]
1.7 lbs
[0.77 kg]
3 lbs
[1.36 kg]
4 lbs
[1.81 kg]
2.7 lbs
[1.22 kg]
Rubber Compound:
Oil-
Resistant
Heat-
Resistant
UV-
Resistant
Extra-
Flexible
Coating-
Compatible
Low-Marking
& UV-Resistant
Percent of Max Capacity:5
(Friction Coefficient)
100%
(1.0)
45%
(0.45)
75%
(0.75)
75%
(0.75)
100%
(1.0)
80%
(0.8)
Outdoor Service:6
1 year
8 years
4 years
<0.5 years7
8 years
4 years
Maximum Load Surface
Temperature:
150° F
[65° C]
400° F
[204° C]
225° F
[107° C]
150° F
[65° C]
150° F
[65° C]
225° F
[107° C]

Rev 3.1/5-17 3 PAD OPTIONS: #35240
SAFETY
The following safety rules must be observed to protect
the operator and others from potential dangers.
Operate the relevant vacuum equipment under conditions approved for its design (see
INTENDED USE: OPERATING ENVIRONMENT in original equipment instructions).
Do not operate vacuum equipment if the sealing edge of any vacuum pad is cut or
otherwise damaged.
Make certain the contact surfaces of the load and all vacuum pads are clean prior to
applying the pads (see MAINTENANCE: VACUUM PAD MAINTENANCE).
Position the vacuum pads correctly on the load (see OPERATION in original equipment
instructions).
Do not make any modifications to the vacuum pads (see LIMITED WARRANTY).

Rev 3.1/5-17 4 PAD OPTIONS: #35240
INSTALLATION
1 PAD FASTENER
2 MOUNTING PLATE
3 PAD SPRING
4 VACUUM PAD
1) Carefully disconnect vacuum hoses and remove old vacuum pads, saving any related parts.
2) Install new vacuum pads as shown in these illustrations. Replace any damaged pad
fasteners (shoulder bolts or machine screws) as necessary (see REPLACEMENT PARTS LIST).
3) Tighten all fasteners securely and reconnect the vacuum hoses.
4) Perform the VACUUM TEST and the LOAD TEST (see MAINTENANCE) before resuming normal
operation of the vacuum equipment.
4
1
2
3
3
4
1
2

Rev 3.1/5-17 5 PAD OPTIONS: #35240
INTENDED USE
The operator must read, understand and follow all directions and safety rules found in the
INTENDED USE section of the original instruction manual for the vacuum equipment, along with
the following additions and changes .
TO CALCULATE THE REVISED LOAD CAPACITY
Whenever the installation of vacuum pads on vacuum equipment results in a change to either the
model or the rubber compound of the vacuum pads, a qualified person must calculate the revised
Maximum Load Capacity, as follows:
1) Determine the model number of the vacuum pads currently installed (shown on back of pad)
and find the corresponding Maximum Per-Pad Capacity (see SPECIFICATIONS: ALTERNATIVE
VACUUM PADS &RELATED SPECIFICATIONS).
For example, if the current vacuum pads are model VPFS9, the Maximum Per-Pad Capacity
is 125 lbs [56.5 kg].
2) Determine whether the vacuum pads are made from an alternative rubber compound. If not,
proceed to step 3.
8
If so, find the relevant Percentage of Maximum Capacity (see
SPECIFICATIONS: ALTERNATIVE RUBBER COMPOUNDS &RELATED CHARACTERISTICS) to determine
whether the Per-Pad Capacity of the pads is affected: Use the Friction Coefficient
corresponding with the percentage stated for the alternative rubber, and multiply this by the
Per-Pad Capacity identified in step 1. The result is the revised Maximum Per-Pad
Capacity for the pads installed.
9
For example, if the VPFS9 vacuum pads are made from UV-Resistant rubber, the revised
Maximum Per-Pad Capacity is 75% of 125 lbs, or 0.75 x 125 = 93.75 lbs [42.5 kg].
3) Determine the number of vacuum pads currently installed and functioning on the vacuum
equipment, and multiply this number by the ( revised ) Maximum Per-Pad Capacity. Compare
the result against the Maximum Overall Load Capacity stated in the original instruction manual
for the vacuum equipment. Note that calculated capacities may not exceed the
original Maximum Overall Load Capacity , due to structural limitations of equipment
design. In such cases, the original Load Capacity applies. Otherwise, the calculated result is
the revised Maximum Overall Load Capacity for the vacuum equipment.9
For example, if the vacuum equipment has 6 vacuum pads of model VPFS9 in UV-Resistant
rubber, the revised Maximum Overall Load Capacity is 6 x 93.75 lbs = 562.5 lbs [255 kg].
4) Whenever applicable, replace the original Load Capacity markings with the revised Maximum
Per-Pad Capacity and revised Maximum Overall Capacity, based on the vacuum pads currently
installed on the vacuum equipment. Likewise, replace the Maximum Load Capacities shown
in the original instruction manual with the revised Maximum Load Capacities.
8
If the pads are made from standard rubber, there is no change in Maximum Per-Pad Capacity.
9
Note that all revised Maximum Capacities represent the greatest capacities possible under ideal conditions and other
circumstances described. A qualified person must determine the effective lifting capacity, taking into account any factors that
may compromise lifting capacity, including those affecting the coefficient of friction (see MAINTENANCE: VACUUM PAD MAINTENANCE:
Pad to Load Friction Coefficient).

Rev 3.1/5-17 6 PAD OPTIONS: #35240
5) Whenever the original instruction manual for the vacuum equipment refers to Maximum Load
Capacities, be sure to use the revised Maximum Load Capacities, as calculated above.
TO CALCULATE THE REVISED PAD SPREAD
When the model of vacuum pad has been changed on vacuum equipment, this normally results
in different Pad Spread dimensions, due to differences in the Maximum Outside Diameter of
vacuum pads (regardless of the nominal pad diameter). Calculate the revised Pad Spread
dimensions as follows:
1) Find the previous and current models of vacuum pads (see SPECIFICATIONS: ALTERNATIVE
VACUUM PADS &RELATED SPECIFICATIONS). Then find the corresponding Maximum Outside
Diameter for each pad model.
For example, if the previous pad model was G3370 and the current model is VPFS9, the
Maximum Outside Diameters are 12-1/16" [306 mm] and 9-19/32" [244 mm],
respectively.
2) Subtract the smaller pad diameter from the larger one, to find the difference in diameters.
Using Pad Spread dimensions shown in the original instruction manual for the vacuum
equipment, either add or subtract this difference from the Pad Spread, in accordance with the
size of pads currently installed on the vacuum equipment (ie, larger or smaller diameter).
The results are the revised Pad Spread dimensions.
For example, the difference in diameters for pad models G3370 and VPFS9 is 12-1/16"
minus 9-19/32" equals 2-13/32" [306 mm –244 mm = 62 mm]. Since the change is to a
smaller pad diameter, simply subtract the difference from the relevant Pad Spread
dimensions.
3) Replace the Pad Spread dimensions shown in the original instruction manual with the revised
Pad Spread dimensions.
4) Whenever the original instruction manual for the vacuum equipment refers to Pad Spread
dimensions, be sure to use the revised Pad Spread dimensions, as calculated above.
TO DETERMINE RESTRICTED USE OF RUBBER COMPOUNDS
The length of Outdoor Service is provided (see SPECIFICATIONS: ALTERNATIVE RUBBER COMPOUNDS
&RELATED CHARACTERISTICS) in order to determine the minimum interval for vacuum pad
replacement (see MAINTENANCE: VACUUM PAD MAINTENANCE: Pad to Load Friction Coefficient).
The Maximum Load Surface Temperature is provided (see SPECIFICATIONS: ALTERNATIVE RUBBER
COMPOUNDS &RELATED CHARACTERISTICS) in order to avoid loads with surface temperatures which
could damage the vacuum pads. Attempting to lift loads with greater than recommended
surface temperatures could result in a load release and potential injury to the equipment
operator or others nearby.

Rev 3.1/5-17 7 PAD OPTIONS: #35240
ADDITIONAL CONSIDERATIONS
The Attached Height of vacuum pads is provided (see SPECIFICATIONS: ALTERNATIVE VACUUM PADS
&RELATED SPECIFICATIONS), in case a change in pad model could affect the functionality of
equipment. For example, instructions for vacuum lifters normally show the clearance between
the pad face and the pad frame, in case the lifter is attached to windows with external muntins
or other loads with similar obstacles. In such cases, a qualified person should compare the
Attached Height of the previous vacuum pad with the one currently installed, to determine the
difference. This figure should be added or subtracted, as appropriate, to determine the net
difference in clearance.
The Weight of vacuum pads is provided (see SPECIFICATIONS: ALTERNATIVE VACUUM PADS &
RELATED SPECIFICATIONS), in case a change in pad model could significantly affect the weight of
equipment. For example, when choosing appropriate hoisting equipment for vacuum lifters, a
qualified person must combine the Lifter Weight and Maximum Overall Load Capacity to
determine what capacity is required for the hoisting equipment. Although a change in pad
weight is rarely so great as to affect this decision, the weight of all options must be included in
the Lifter Weight, in order to select adequate hoisting equipment.
OPERATION
BEFORE USING THE VACUUM EQUIPMENT
The operator must determine whether the vacuum equipment is capable of performing each
intended task, in accordance with the original instruction manual. In addition, the operator
must take into account any changes resulting from the installation of different
vacuum pads , such as differences in Load Capacity or Pad Spread (see INTENDED USE). In all
other respects, follow the OPERATION directions found in the original instruction manual for the
vacuum equipment.

Rev 3.1/5-17 8 PAD OPTIONS: #35240
MAINTENANCE
INSPECTION SCHEDULE
Perform inspections routinely, according to the following frequency schedule. If any deficiency
is detected, correct it before using the vacuum equipment (see REPLACEMENT PARTS LIST when
necessary) and perform the next most frequent inspection.
Action
Every Lift
Frequent10
(20-40 hours)
Periodic11
(250-400 hours)
Examine the vacuum pads for contamination or
debris, and clean them as necessary (see
VACUUM PAD MAINTENANCE: Pad Cleaning).



Examine the vacuum pads for visual damage.



Examine the load surface for contamination or
debris, and clean it as necessary.



Perform the VACUUM TEST.


Note: See following sections (VACUUM PAD MAINTENANCE, VACUUM TEST) for details about these
inspections.
Infrequent Use
If vacuum equipment is used less than 1 day in a 2-week period, perform the Periodic Inspection
each time before using the vacuum equipment .
10
The Frequent Inspection is also required whenever the vacuum equipment is out of service for 1 month or more.
11
The Periodic Inspection is also required whenever the vacuum equipment is out of service for 1 year or more. If necessary,
return the product to Wood’s Powr-Grip or an authorized dealer for repair (see LIMITED WARRANTY).

Rev 3.1/5-17 9 PAD OPTIONS: #35240
TESTING SCHEDULE
Perform these tests each time any vacuum pad is replaced. Correct any deficiency and retest
before using the vacuum equipment.
Operational Test
• Perform the VACUUM TEST to follow.
Load Test
Prove that the vacuum equipment can support 100% of its revised Maximum Load
Capacity (see INTENDED USE), using an actual load or an equivalent simulation.
12
Employ the following method to test a vacuum lifter with an actual load:
1) Place a test load with appropriate LOAD CHARACTERISTICS (see INTENDED USE in original lifter
instructions) on a stable support. Make sure the load is oriented in the upright position.
13
2) Apply the vacuum pads to the load as directed in the OPERATION section of the lifter's original
instruction manual.
3) Make sure the lifter has attained the vacuum level required to support the maximum load
weight (see INTENDED USE: TO CALCULATE THE REVISED LOAD CAPACITY).
4) Raise the load a minimal distance, to assure that it is supported by the lifter.
5) Hold the load for 5 minutes. The load must not slip or fall during this time period. If it
does, conduct the VACUUM TEST and inspect each vacuum pad as indicated under VACUUM PAD
MAINTENANCE: Pad Inspection (see sections to follow). Correct any deficiency that is found
and retest the lifter.
12
ASME Standard B30.20 requires a vacuum lifter to be tested to 125% of its Maximum Load Capacity.
13
Flat Lifters are exempt from this requirement.

Rev 3.1/5-17 10 PAD OPTIONS: #35240
VACUUM PAD MAINTENANCE
Pad to Load Friction Coefficient
The Friction Coefficient represents the vacuum equipment's ability to resist load slippage
(Note: Flat lifters are exempt). The revised Maximum Load Capacity (see INTENDED
USE) requires a specific Friction Coefficient for each rubber compound (see SPECIFICATIONS:
ALTERNATIVE RUBBER COMPOUNDS &RELATED CHARACTERISTICS: Percent of Maximum Capacity). This
rating is based on testing of clean, new vacuum pads on clean, dry, plain glass. If the vacuum
equipment is used under other conditions, a qualified person must determine the effective load
capacity. Such conditions would include (among other possible factors):
• soil, moisture, oil, glycerin, talc or other contaminates on surfaces of vacuum pads or the load;
• texture, porosity or other negative characteristics of the load surface;
• aging or other deterioration of vacuum pads.
Since such factors tend to compromise the Friction Coefficient, they must be eliminated or taken
into account when calculating the effective load capacity.
Exposure to heat, UV light or chemicals can cause different rubber compounds to deteriorate at
different rates. To prevent deterioration of the Friction Coefficient, vacuum pads should be
replaced on a regular basis, according to expected length of service for each rubber compound
(see SPECIFICATIONS: ALTERNATIVE RUBBER COMPOUNDS &RELATED CHARACTERISTICS: Outdoor Use).
Pad Inspection
Inspect each vacuum pad for the following deficiencies routinely
(see preceding INSPECTION and TESTING SCHEDULES), and correct
them before using the vacuum equipment.
• Contaminates on the pad face (1) or sealing edges (2) (see Pad
Cleaning discussion to follow).
• Filter screen (3) missing from pad face (see REPLACEMENT
PARTS LIST).
• Nicks, cuts or abrasions in sealing edges of vacuum pad (see
REPLACEMENT PARTS LIST).
14
Replace vacuum pad if sealing edge has any nicks,
cuts or abrasions.
• Wear, stiffness or glaze of vacuum pad (see REPLACEMENT
PARTS LIST).
14
For VPFS10T pads, the sealing edge is the replaceable sealing ring. When it is damaged, install a new sealing ring insert
(see REPLACEMENT PARTS LIST).
3
2
1

Rev 3.1/5-17 11 PAD OPTIONS: #35240
Pad Cleaning
1) Regularly clean the contact surfaces of each vacuum pad as shown,
to remove oil, dust and any other contaminates. Acceptable cleaning
agents include soapy water and other mild cleansers.
Never use solvents, gasoline or other harsh chemicals to
clean vacuum pad.
Solvents, petroleum-based products (including kerosene, gasoline and
diesel fuel) or any harsh chemicals can damage vacuum pads.
Never use unauthorized rubber conditioners on vacuum pad.
Most rubber conditioners, such as ArmorAll®or glycerin, can leave a hazardous film on
vacuum pads, which could compromise load capacity and/or create a hazard to the operator
or others.
2) Make sure to prevent liquid from contaminating the vacuum system through the suction hole
on the pad face.
3) Use a clean sponge or lint-free cloth to apply an authorized cleanser and wipe the contact
surfaces clean.
15
4) Allow the pad to dry completely before using the vacuum equipment.
VACUUM TEST
Test the vacuum system for leakage routinely (see preceding INSPECTION and TESTING SCHEDULES).
1) Clean the face of each vacuum pad (see VACUUM PAD MAINTENANCE: Pad Cleaning).
2) Use a test load with a weight equal to the revised Maximum Load Capacity (see INTENDED
USE) and a clean, smooth, nonporous surface, as well as other appropriate LOAD
CHARACTERISTICS (see INTENDED USE in original equipment instructions).
16
3) Attach the vacuum equipment to the test load as directed in the OPERATION section of the
equipment's original instruction manual. Make sure the vacuum equipment has attained the
vacuum level required to support the maximum load weight (see INTENDED USE: TO
CALCULATE THE REVISED LOAD CAPACITY).
Note: In the case of vacuum lifters, raise the load a minimal distance, to make sure that the
pads are loaded to capacity, and if applicable, place the power switch in OFF ( ) position.
5) Monitor the vacuum indicators: In the case of powered vacuum equipment, the vacuum
level should not decrease by more than 4" Hg [-14 kPa] on any vacuum gauge in 5 minutes.
In the case of manual vacuum equipment, all red-line vacuum indicators must remain hidden
for two hours .
Never use vacuum equipment that has failed the VACUUM TEST.
Correct any deficiency in the vacuum system before using the vacuum equipment.
15
A toothbrush (or similar brush with bristles that do not harm rubber ) may be used to remove contaminates clinging to sealing
edges. If these cleaning methods are not successful, contact Wood’s Powr-Grip or an authorized dealer for assistance.
16
The load surface should be flat or possess no more curvature than the equipment is designed for (if any).

Rev 3.1/5-17 12 PAD OPTIONS: #35240
REPLACEMENT PARTS LIST
Stock No.
Model
Description
65014
N/A
Pad Spring - Wave Type (for HV11 pads)
65011
N/A
Pad Spring - Coil Type - Small (for LP6F & TL6F pads)
65010
N/A
Pad Spring - Coil Type - Large (for all other pads listed)
49724TT
VIFS10T2
Sealing Ring Insert - Closed Cell Foam (for VPFS10T pads)
49724RT
VIFS10T3
Sealing Ring Insert - Heat-Resistant Rubber (for VPFS10T pads)
49724LT
VIFS10T1
Sealing Ring Insert - Low-Marking Rubber (for VPFS10T pads)
49672T
VPFS10T
Vacuum Pad - 10" [25 cm] Dia - Flat - Side-Feed - Standard Rubber - Sealing Ring Insert
49657T
G3370
Vacuum Pad - 11" [28 cm] Dia - Flat/Lipped - Side-Feed - Coating-Compatible Rubber
49648T
G3370
Vacuum Pad - 11" [28 cm] Dia - Flat/Lipped - Side-Feed - Oil-Resistant Rubber
49646T
G3370
Vacuum Pad - 11" [28 cm] Dia - Flat/Lipped - Side-Feed - Standard Rubber
49644T
G3370
Vacuum Pad - 11" [28 cm] Dia - Flat/Lipped - Side-Feed - Heat-Resistant
49643T
G3370
Vacuum Pad - 11" [28 cm] Dia - Flat/Lipped - Side-Feed - Low-Marking & UV-Resistant
49642T
G3370
Vacuum Pad - 11" [28 cm] Dia - Flat/Lipped - Side-Feed - UV-Resistant Rubber
49607T
HV11
Vacuum Pad - 10" [25 cm] Dia - Flat/Lipped - Side-Feed - Coating-Compatible
49606T
HV11
Vacuum Pad - 10" [25 cm] Dia - Flat/Lipped - Side-Feed - Oil-Resistant
49605T
HV11
Vacuum Pad - 10" [25 cm] Dia - Flat/Lipped - Side-Feed - Standard Rubber
49604T
HV11
Vacuum Pad - 10" [25 cm] Dia - Flat/Lipped - Side-Feed - Heat-Resistant
49602T
HV11
Vacuum Pad - 10" [25 cm] Dia - Flat/Lipped - Side-Feed - UV-Resistant
49590TA
G0750
Vacuum Pad - 10" [25 cm] Dia - Concave - Side-Feed - Low-Marking & UV-Resistant
49586TA
G0750
Vacuum Pad - 10" [25 cm] Dia - Concave - Side-Feed - Standard Rubber
49584TA
G0750
Vacuum Pad - 10" [25 cm] Dia - Concave - Side-Feed - Oil-Resistant
49583TA
G0750
Vacuum Pad - 10" [25 cm] Dia - Concave - Side-Feed - Heat-Resistant
49582TA
G0750
Vacuum Pad - 10" [25 cm] Dia - Concave - Side-Feed - UV-Resistant
49546T
P9
Vacuum Pad - 9" [23 cm] Dia - Flat - Center-Feed - Low-Marking & UV-Resistant
49545T
P9
Vacuum Pad - 9" [23 cm] Dia - Flat - Center-Feed - Heat-Resistant
49544T
P9
Vacuum Pad - 9" [23 cm] Dia - Flat - Center-Feed - Standard Rubber
49543T
P9
Vacuum Pad - 9" [23 cm] Dia - Flat - Center-Feed - Oil-Resistant
49542T
P9
Vacuum Pad - 9" [23 cm] Dia - Flat - Center-Feed - UV-Resistant
49524TA
VPCS9
Vacuum Pad - 9" [23 cm] Dia - Concave - Side-Feed - Heat-Resistant
49523TA
VPCS9
Vacuum Pad - 9" [23 cm] Dia - Concave - Side-Feed - Low-Marking & UV-Resistant
49522TA
VPCS9
Vacuum Pad - 9" [23 cm] Dia - Concave - Side-Feed - Oil-Resistant
49520TA
VPCS9
Vacuum Pad - 9" [23 cm] Dia - Concave - Side-Feed - Standard Rubber
49519TA
VPCS9
Vacuum Pad - 9" [23 cm] Dia - Concave - Side-Feed - UV-Resistant
49512TA
VPFS9
Vacuum Pad - 9" [23 cm] Dia - Flat - Side-Feed - Heat-Resistant
49510TA
VPFS9
Vacuum Pad - 9" [23 cm] Dia - Flat - Side-Feed - Oil-Resistant
49508TA
VPFS9
Vacuum Pad - 9" [23 cm] Dia - Flat - Side-Feed - Coating-Compatible
49507TA
VPFS9
Vacuum Pad - 9" [23 cm] Dia - Flat - Side-Feed - Low-Marking & UV-Resistant
49506TA
VPFS9
Vacuum Pad - 9" [23 cm] Dia - Flat - Side-Feed - Standard Rubber
49502TA
VPFS9
Vacuum Pad - 9" [23 cm] Dia - Flat - Side-Feed - UV-Resistant
49487T
G0695
Vacuum Pad - 8" [20 cm] Dia - Flat - Side-Feed - Low-Marking & UV-Resistant

Rev 3.1/5-17 13 PAD OPTIONS: #35240
Stock No.
Model
Description
49486T
G0695
Vacuum Pad - 8" [20 cm] Dia - Flat - Side-Feed - Standard Rubber
49485T
G0695
Vacuum Pad - 8" [20 cm] Dia - Flat - Side-Feed - Coating-Compatible
49484T
G0695
Vacuum Pad - 8" [20 cm] Dia - Flat - Side-Feed - Heat-Resistant
49483T
G0695
Vacuum Pad - 8" [20 cm] Dia - Flat - Side-Feed - Oil-Resistant
49482T
G0695
Vacuum Pad - 8" [20 cm] Dia - Flat - Side-Feed - UV-Resistant
49434T
LP6F
Vacuum Pad - 6" [15 cm] Dia - Flat - Side-Feed - Heat-Resistant
49433T
LP6F
Vacuum Pad - 6" [15 cm] Dia - Flat - Side-Feed - Oil-Resistant
49432T
LP6F
Vacuum Pad - 6" [15 cm] Dia - Flat - Side-Feed - Low-Marking & UV-Resistant
49431T
LP6F
Vacuum Pad - 6" [15 cm] Dia - Flat - Side-Feed - UV-Resistant
49430T
LP6F
Vacuum Pad - 6" [15 cm] Dia - Flat - Side-Feed - Standard Rubber
49428T
LP6F
Vacuum Pad - 6" [15 cm] Dia - Flat - Side-Feed - Coating-Compatible
49406T
TL6F
Vacuum Pad - 6" [15 cm] Dia - Concave - Side-Feed - Oil-Resistant
49405T
TL6F
Vacuum Pad - 6" [15 cm] Dia - Concave - Side-Feed - Standard Rubber
49404T
TL6F
Vacuum Pad - 6" [15 cm] Dia - Concave - Side-Feed - Heat-Resistant
49403T
TL6F
Vacuum Pad - 6" [15 cm] Dia - Concave - Side-Feed - Low-Marking & UV-Resistant
49402T
TL6F
Vacuum Pad - 6" [15 cm] Dia - Concave - Side-Feed - UV-Resistant
29353
N/A
Pad Cover - 8" [20 cm] - 11" [28 cm] Diameters
29312
N/A
Pad Cover - 6" [15 cm] Diameter
15632
N/A
Pad Filter Screen - Small (for LP6F, TL6F, G0695, VPFS9, VPCS9, VPFS10T & G0750 pads)
15630
N/A
Pad Filter Screen - Large (for P9, G3370 & HV11 pads)
10904
N/A
Shoulder Bolt - Socket Head - 5/16" X 1" X 1/4-20 Thread (for pads on Flat Lifters)
10900
N/A
Shoulder Bolt - Socket Head - 5/16" x 1/2" x 1/4-20 Thread (for pads on most equipment)
10172
N/A
Machine Screw - Round Head - 10-32 Thread x 3/4" (for LP6F & TL6F pads)
SERVICE ONLY WITH IDENTICAL REPLACEMENT PARTS,
AVAILABLE AT WPG.COM OR THROUGH AN AUTHORIZED WPG DEALER

Rev 3.1/5-17 14 PAD OPTIONS: #35240
LIMITED WARRANTY
Powr-Grip products are carefully constructed, thoroughly inspected at various stages of
production, and individually tested. They are warranted to be free from defects in workmanship
and materials for a period of one year from the date of purchase.
If a problem develops during the warranty period, follow the instructions hereafter to obtain
warranty service. If inspection shows that the problem is due to defective workmanship or
materials, Powr-Grip will repair the product without charge.
WARRANTY DOES NOT APPLY WHEN:
Modifications have been made to the product after leaving the factory.
Rubber portions have been cut or scratched during use.
Repairs are required due to abnormal wear and tear.
The product has been damaged, misused, or neglected.
If a problem is not covered under warranty, Powr-Grip will notify the customer of costs prior to
repair. If the customer agrees to pay all repair costs and to receive the repaired product on a
C.O.D. basis, Powr-Grip then will proceed with repairs.
Wood's Powr-Grip Co., Inc.
908 West Main St. / P.O. Box 368
Laurel, MT USA 59044
phone [phone]
phone [phone]
fax [phone]
TO OBTAIN REPAIRS OR WARRANTY SERVICE
For purchases in North America :
Contact the Technical Service Department at Wood’s Powr-Grip Co. When factory service
is required, ship the complete product–prepaid–along with your name, address and phone
number to the street address hereafter.
For purchases in all other localities :
Contact your dealer or the Technical Service Department at Wood’s Powr-Grip Co. for
assistance.

Rev 3.1/5-17 15 PAD OPTIONS: #35240

Rev 3.1/5-17 16 PAD OPTIONS: #35240