ANVER Vacuum Cups, Vacuum Lifters, Vacuum Pumps, Vacuum Tube Lifters, Vacuum Sheet and Plate Lifters, Vacuum End-EffectorsVacuum Cups and Suction Cups
Vacuum Cups with Center Suspension and Side Vacuum Port
VC Series: VC57, VC65, VC75

 

Universal Medium Vacuum Cups with Center Suspension and Side Vacuum Port

These hub style vacuum cups have bonded rubber to aluminum and feature production quality construction with a universal design, suitable for most applications. Machine rod suspension mounting, with side vacuum port, ensures strong, long lasting, and airtight connections.

 

Features

  • Rugged rubber bonded to aluminum construction designed for production use.
  • Long low-angle lip requires little pressure to make initial contact. This flexibility compensates for inaccuracies in cup height.
  • Two inside sealing edges make contact after vacuum is attained and become the main sealing edges for safety.
  • Cleated bottom eliminates puckering or slipping. Excellent for horizontal or vertical applications.
  • Soft, pliable rubber bonded to a stiff aluminum hub gives these cups an easy quick-attach and a tremendous non-skid grip.

Universal Medium Vacuum Cups with Center Suspension and Side Vacuum Port

Recommended Usage

  • Light gauge sheet and other thin materials to thick blocks
  • Slightly textured surfaces, such as fiberglass panels, auto panels, etc.
  • Wavy or contoured surfaces
  • Semi-flexible materials

Vacuum Cup Materials

  • The standard material is Nitrile.
  • Silicone and other materials are available; allow for longer lead time.
  • For more information on the materials, click here.

Dimensional Specifications for VC Series Bonded Vacuum Cups

Diagram of Universal Medium Vacuum Cups with Center Suspension and Side Vacuum Port
VC57, VC65
Product Photo
(Click to Enlarge)

Vacuum Cup Number
and Material

A
Dia.
in.
(mm)

A’
Dia.
in.
(mm)

C
Flex
in.
(mm)

E
Port

F
Height
in.
(mm)

G
Flat
in.
(mm)

H
Suspension
Connection

*Rated Load
(Horizontal)
lb
(kg)

Weight
lb
(kg)

Suspension
Adapter
Supplied

VC57BS-NBR
(Nitrile)
(24130720)

5.60
(142)

5.88
(149)

0.44
(11)

1/8″ NPT

1.88
(48)

1.25
(32)

N/A

75
(34)

0.75
(0.34)


N/A
1

VC57R12-13-NBR
(Nitrile)
(76201126)
Interchangeable with
VP56-NBR

5.60
(142)

5.88
(149)

0.44
(11)

1/8″ NPT

1.88
(48)

1.25
(32)

1/2-13 UNC

75
(34)

0.75
(0.34)

Suspension Adapters

VPHA138R-12-13
1

VC57RM12-NBR
(Nitrile)
(76201127)
Interchangeable with
VP56-NBR

5.60
(142)

5.88
(149)

0.44
(11)

1/8″ NPT

1.88
(48)

1.25
(32)

M12x1.75

75
(34)

0.75
(0.34)

Suspension Adapters

VPHA138RM12
1
N/A

VC57
(Nitrile)
Original replaced by
VC57BS-NBR or
VC57R12-13-NBR above

5.60
(142)

5.88
(149)

0.44
(11)

1/4″ NPT

1.88
(48)

1.25
(32)

1/2-13 UNC

75
(34)

0.75
(0.34)

N/A
1

VC65BS-NBR
(Nitrile)
(24130722)

6.30
(160)

6.63
(168)

0.50
(13)

1/4″ NPT

1.94
(49)

1.25
(32)

N/A

100
(45)

0.90
(0.41)

N/A

VC65R12-13-NBR
(Nitrile)
(76201128)
Interchangeable with
VP66-NBR

6.30
(160)

6.63
(168)

0.50
(13)

1/4″ NPT

1.94
(49)

1.25
(32)

1/2-13 UNC

100
(45)

0.90
(0.41)

Suspension Adapters

VPHA138R-12-13

VC65RM12-NBR
(Nitrile)
(76201129)
Interchangeable with
VP66-NBR

6.30
(160)

6.63
(168)

0.50
(13)

1/4″ NPT

1.94
(49)

1.25
(32)

M12x1.75

100
(45)

0.90
(0.41)

Suspension Adapters

VPHA138RM12
N/A

VC65
(Nitrile)
Original replaced by
VC65R12-13-NBR above

6.30
(160)

6.63
(168)

0.50
(13)

1/4″ NPT

1.94
(49)

1.25
(32)

1/2-13 UNC

100
(45)

0.90
(0.41)

N/A

 


VC75BS-NBR, VC75R58-11-NBR,
VC75R12-13-NBR and VC75RM12-NBR
Diagram of Universal Medium Vacuum Cups with Center Suspension and Side Vacuum Port
VC75 (Original)
Product Photo
(Click to Enlarge)

Vacuum Cup Number
and Material

A
Dia.
in.
(mm)

A’
Dia.
in.
(mm)

C
Flex
in.
(mm)

E
Port

F
Height
in.
(mm)

G
Flat
in.
(mm)

H
Suspension
Connection

*Rated Load
(Horizontal)
lb
(kg)

Weight
lb
(kg)

Suspension
Adapter
Supplied

VC75BS-NBR
(Nitrile)
(24130721)

7.40
(188)

7.63
(194)

0.56
(14)

3/8″ NPT

1.69
(43)

2.00
(51)

N/A

150
(68)

1.50
(0.68)

N/A

VC75R12-13-NBR
(Nitrile)
(76201130)

7.40
(188)

7.63
(194)

0.56
(14)

3/8″ NPT

2.25
(57)

2.00
(51)

1/2-13 UNC

150
(68)

1.50
(0.68)

Suspension Adapters

VPHA138R12-13

VC75R58-11-NBR
(Nitrile)
(76201132)

7.40
(188)

7.63
(194)

0.56
(14)

3/8″ NPT

2.25
(57)
without Jam Nut

2.00
(51)
without Jam Nut

5/8-11 UNC

150
(68)

1.50
(0.68)

Suspension Adapters

VPHA138R58-11

VC75RM12-NBR
(Nitrile)
(76201131)

7.40
(188)

7.63
(194)

0.56
(14)

3/8″ NPT

2.25
(57)

2.00
(51)

M12x1.75

150
(68)

1.50
(0.68)

Suspension Adapters

VPHA138RM12
N/A

VC75
(Nitrile)
Original replaced by
VP75R58-11-NBR

7.40
(188)

7.63
(194)

0.56
(14)

3/8″ NPT

2.25
(57)

1.50
(38)

5/8-11 UNC

150
(68)

1.50
(0.68)

N/A

 


VC95R-2

Product Photo
(Click to Enlarge)

Vacuum Cup Number
and Material

A
Dia.
in.
(mm)

A’
Dia.
in.
(mm)

C
Flex
in.
(mm)

E
Port

F
Height
in.
(mm)

G
Flat
in.
(mm)

H
Suspension
Connection

*Rated Load
(Horizontal)
lb
(kg)

Weight
lb
(kg)

Suspension
Adapter
Supplied
N/A  VC95R-2
(Nitrile)
Replaced by
VP96R34-10-NBR
9.75
(248)
10.00
(254)
0.66
(17)
3/8″ NPT 2.55
(65)
2.75
(70)
3/4-10 UNC 250
(113)
2.75
(1.25)
N/A

 

Specifications for VC95Q and VP95R-4 Vacuum Cups

Dimensional Drawing for ANVER Ball Swivel Mount Vacuum Cups

Dimensional Drawing for ANVER Quad-Mount Vacuum Cups

 

Product Photo Vacuum Cup Number
and Material
A
Dia.
in.
(mm)
A’
Dia.
in.
(mm)
B
Rim Width
in.
(mm)
F
Height
in.
(mm)
C
Flex
in.
(mm)
Vacuum
Port
H
Bolt
Size
J
Bolt Circle
in.
(mm)
*Rated Load
(Horizontal)
lb.
(kg)
Cup Weight
lb.
(kg)
VC95Q
(Nitrile)
9.75
(248)
10.00
(254)
2.13
(54)
1.55
(39)
0.66
(17)
3/8″ NPT 5/16-18 UNC 4.5
(114)
250
(113)
2.75
(1.25)
VC95R-4
(Nitrile)
9.75
(248)
10.00
(254)
2.75
(70)
2.55
(65)
0.66
(17)
3/8″ NPT N/A N/A 250
(113)
2.75
(1.25)
VC119Q
(Nitrile)
12.00
(305)
12.25
(311)
2.75
(70)
2.50
(64)
0.50
(13)
3/8″ NPT N/A N/A 500
(227)
5.44
(2.47)
*

The cup capacities shown above are based on 24″Hg at sea level with a safety factor of two (2) in the horizontal (flat). Vertical Load Capacity is half of the listed Horizontal Load Capacities above.
Rated Load Capacities are estimated; actual capacity will vary based on the load surface and the level of vacuum.

 

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