PAK1870.321304
Double-acting pneumatic rotary lever clamp, DK=32, Perforated channels aluminium
Estimated delivery: On request
Rotary lever clamps are suitable for clamping fixtures with limited space. Due to the compactness of the rotary lever clamps, they can be used in many ways in clamping fixtures with limited space and therefore often allow flexible solutions.
Material:
Aluminium housing.
Steel piston.
Version:
Hardened piston.
Order example:
K1870.161304
Note:
In the rotary lever clamp, the clamping lever is connected to the piston rod. The air supply to the rotary lever clamps is provided through drilled channels.
The clamping lever moves towards the workpiece in a straight stroke and clamps it. When released, the clamping lever retracts, so that the workpiece can be lifted out upwards without collision. The single stroke of a rotary lever clamp depends on the choice of clamping lever.
Tensioning elements must be checked regularly for dirt and cleaned if necessary.
Ensure that, due to the installation position, no chip accumulation forms in the rotation area of the clamping lever of the rotary lever clamp.
The flange surface of the rotary lever clamp must be adapted to the height of the workpiece during installation, and a horizontal positioning of the clamping point must also be available.
By positioning the rotary lever clamp correctly, the tolerances of the parts can be optimally compensated for despite the short clamping lever.
High forces can be generated with the rotary lever clamps. Ensure that the workpieces and clamping devices are designed for these loads.
Rotary lever clamps can be fitted with individual clamping levers. The clamping force of a rotary lever clamp depends on the length of the clamping lever.
The clamping lever for the rotary lever clamp is not included in the delivery.
Observe the safety instructions.
Operating mode:
Drilled channels.
Mounting:
See construction outline.
Advantages:
- No transverse forces during clamping.
- Low mounting dimensions.
- Wide range of clamping levers.
- Collision-free accessibility of the parts.
- Wireless pressure supply.
On request:
Larger piston diameters and strokes, as well as with position monitoring.
Scope of delivery:
Contains 4 pcs. cheese head screw DIN EN ISO 4762 strength class 8.8.
Accessories:
Clamping lever for lever clamp K1857.
Technical data:
Max. operating pressure: 6 bar.
Drawing note:
1) Length of the clamping lever (see K1857)
2) Stroke (see K1857)
3) See accessory
4) Design contour
5) Rounded corners
6) Loosen
7) Clamp
Material:
Aluminium housing.
Steel piston.
Version:
Hardened piston.
Order example:
K1870.161304
Note:
In the rotary lever clamp, the clamping lever is connected to the piston rod. The air supply to the rotary lever clamps is provided through drilled channels.
The clamping lever moves towards the workpiece in a straight stroke and clamps it. When released, the clamping lever retracts, so that the workpiece can be lifted out upwards without collision. The single stroke of a rotary lever clamp depends on the choice of clamping lever.
Tensioning elements must be checked regularly for dirt and cleaned if necessary.
Ensure that, due to the installation position, no chip accumulation forms in the rotation area of the clamping lever of the rotary lever clamp.
The flange surface of the rotary lever clamp must be adapted to the height of the workpiece during installation, and a horizontal positioning of the clamping point must also be available.
By positioning the rotary lever clamp correctly, the tolerances of the parts can be optimally compensated for despite the short clamping lever.
High forces can be generated with the rotary lever clamps. Ensure that the workpieces and clamping devices are designed for these loads.
Rotary lever clamps can be fitted with individual clamping levers. The clamping force of a rotary lever clamp depends on the length of the clamping lever.
The clamping lever for the rotary lever clamp is not included in the delivery.
Observe the safety instructions.
Operating mode:
Drilled channels.
Mounting:
See construction outline.
Advantages:
- No transverse forces during clamping.
- Low mounting dimensions.
- Wide range of clamping levers.
- Collision-free accessibility of the parts.
- Wireless pressure supply.
On request:
Larger piston diameters and strokes, as well as with position monitoring.
Scope of delivery:
Contains 4 pcs. cheese head screw DIN EN ISO 4762 strength class 8.8.
Accessories:
Clamping lever for lever clamp K1857.
Technical data:
Max. operating pressure: 6 bar.
Drawing note:
1) Length of the clamping lever (see K1857)
2) Stroke (see K1857)
3) See accessory
4) Design contour
5) Rounded corners
6) Loosen
7) Clamp
| H2 | 56 |
|---|---|
| H3 | 15,5 |
| L | 68 |
| G | M10x65 |
| H | 40 |
| H1 | 37 |
| L2 | 8,5 |
| B1 | 49 |
| R | 33 |
| D | 57 |
| H4 | 38 |
| G1 | M10x16 |
| H5 | 21 |
| L1 | 26,5 |
| H6 | 14,5 |
| Tipo de ligação | canais perfurados |
| D1 | 58 |
| B | 66 |
| L3 | 20 |
| Versão 1 | pneumático |
| Denominação | Grampo de alavanca |
| Tipo de forma | atuação dupla |
| Diâmetro do êmbolo | 32 |
| Superfície de êmbolo aplicável (cm²) | 21,23 |
| Força do êmbolo a 6 bar (kN) | 1,27 |
Product Variations
| Model | Material | H2 | H3 | L | G | H | H1 | L2 | B1 | R | D | H4 | G1 | H5 | L1 | H6 | Tipo de ligação | D1 | B | L3 | Versão 1 | Denominação | Tipo de forma | Diâmetro do êmbolo | Superfície de êmbolo aplicável (cm²) | Força do êmbolo a 6 bar (kN) | Stock | Quantity | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| PAK1870.121304 PAK1870.121304 | Aluminum | 21 | 7 | 27 | M4x25 | 15 | 22 | 3,75 | 19,5 | 13,5 | 20 | 22,5 | M4x8 | 12 | 9,75 | 9,5 | canais perfurados | 21 | 27 | 7,5 | pneumático | Grampo de alavanca | atuação dupla | 12 | 2,27 | 0,14 | |||
| PAK1870.161304 PAK1870.161304 | Aluminum | 28 | 10,5 | 35 | M5x35 | 20 | 24 | 4,5 | 25 | 17 | 27 | 24,5 | M5x11 | 13 | 13,5 | 10 | canais perfurados | 28 | 34 | 10 | pneumático | Grampo de alavanca | atuação dupla | 16 | 4,52 | 0,27 | |||
| PAK1870.201304 PAK1870.201304 | Aluminum | 35 | 9 | 41,5 | M6x40 | 25 | 27,5 | 5 | 30 | 20 | 34 | 28 | M6x10 | 15 | 16,5 | 11 | canais perfurados | 35 | 40 | 12,5 | pneumático | Grampo de alavanca | atuação dupla | 20 | 7,06 | 0,42 | |||
| PAK1870.251304 PAK1870.251304 | Aluminum | 43,75 | 11,5 | 53,5 | M8x50 | 31,25 | 32 | 6,75 | 38,5 | 26 | 43 | 33 | M8x12 | 19 | 20,75 | 13 | canais perfurados | 44 | 52 | 15,63 | pneumático | Grampo de alavanca | atuação dupla | 25 | 11,34 | 0,68 | |||
| PAK1870.321304 PAK1870.321304 | Aluminum | 56 | 15,5 | 68 | M10x65 | 40 | 37 | 8,5 | 49 | 33 | 57 | 38 | M10x16 | 21 | 26,5 | 14,5 | canais perfurados | 58 | 66 | 20 | pneumático | Grampo de alavanca | atuação dupla | 32 | 21,23 | 1,27 | |||
| PAK1870.401304 PAK1870.401304 | Aluminum | 70 | 17,5 | 82 | M12x80 | 50 | 46 | 9,5 | 59 | 39 | 71 | 47 | M12x18 | 28 | 33,5 | 18,5 | canais perfurados | 72 | 78 | 25 | pneumático | Grampo de alavanca | atuação dupla | 40 | 33,18 | 1,99 | |||
PAK1870.121304
Double-acting pneumatic rotary lever clamp, DK=12, Perforated channels aluminium
Material = Aluminum
H2 = 21
H3 = 7
L = 27
G = M4x25
H = 15
H1 = 22
L2 = 3,75
B1 = 19,5
R = 13,5
D = 20
H4 = 22,5
G1 = M4x8
H5 = 12
L1 = 9,75
H6 = 9,5
Tipo de ligação = canais perfurados
D1 = 21
B = 27
L3 = 7,5
Versão 1 = pneumático
Denominação = Grampo de alavanca
Tipo de forma = atuação dupla
Diâmetro do êmbolo = 12
Superfície de êmbolo aplicável (cm²) = 2,27
Força do êmbolo a 6 bar (kN) = 0,14
PAK1870.161304
Double-acting pneumatic rotary lever clamp, DK=16, Perforated channels aluminium
Material = Aluminum
H2 = 28
H3 = 10,5
L = 35
G = M5x35
H = 20
H1 = 24
L2 = 4,5
B1 = 25
R = 17
D = 27
H4 = 24,5
G1 = M5x11
H5 = 13
L1 = 13,5
H6 = 10
Tipo de ligação = canais perfurados
D1 = 28
B = 34
L3 = 10
Versão 1 = pneumático
Denominação = Grampo de alavanca
Tipo de forma = atuação dupla
Diâmetro do êmbolo = 16
Superfície de êmbolo aplicável (cm²) = 4,52
Força do êmbolo a 6 bar (kN) = 0,27
PAK1870.201304
Double-acting pneumatic rotary lever clamp, DK=20, Perforated channels aluminium
Material = Aluminum
H2 = 35
H3 = 9
L = 41,5
G = M6x40
H = 25
H1 = 27,5
L2 = 5
B1 = 30
R = 20
D = 34
H4 = 28
G1 = M6x10
H5 = 15
L1 = 16,5
H6 = 11
Tipo de ligação = canais perfurados
D1 = 35
B = 40
L3 = 12,5
Versão 1 = pneumático
Denominação = Grampo de alavanca
Tipo de forma = atuação dupla
Diâmetro do êmbolo = 20
Superfície de êmbolo aplicável (cm²) = 7,06
Força do êmbolo a 6 bar (kN) = 0,42
PAK1870.251304
Double-acting pneumatic rotary lever clamp, DK=25, Perforated channels aluminium
Material = Aluminum
H2 = 43,75
H3 = 11,5
L = 53,5
G = M8x50
H = 31,25
H1 = 32
L2 = 6,75
B1 = 38,5
R = 26
D = 43
H4 = 33
G1 = M8x12
H5 = 19
L1 = 20,75
H6 = 13
Tipo de ligação = canais perfurados
D1 = 44
B = 52
L3 = 15,63
Versão 1 = pneumático
Denominação = Grampo de alavanca
Tipo de forma = atuação dupla
Diâmetro do êmbolo = 25
Superfície de êmbolo aplicável (cm²) = 11,34
Força do êmbolo a 6 bar (kN) = 0,68
PAK1870.321304
Double-acting pneumatic rotary lever clamp, DK=32, Perforated channels aluminium
Material = Aluminum
H2 = 56
H3 = 15,5
L = 68
G = M10x65
H = 40
H1 = 37
L2 = 8,5
B1 = 49
R = 33
D = 57
H4 = 38
G1 = M10x16
H5 = 21
L1 = 26,5
H6 = 14,5
Tipo de ligação = canais perfurados
D1 = 58
B = 66
L3 = 20
Versão 1 = pneumático
Denominação = Grampo de alavanca
Tipo de forma = atuação dupla
Diâmetro do êmbolo = 32
Superfície de êmbolo aplicável (cm²) = 21,23
Força do êmbolo a 6 bar (kN) = 1,27
PAK1870.401304
Double-acting pneumatic rotary lever clamp, DK=40, Perforated channels aluminium
Material = Aluminum
H2 = 70
H3 = 17,5
L = 82
G = M12x80
H = 50
H1 = 46
L2 = 9,5
B1 = 59
R = 39
D = 71
H4 = 47
G1 = M12x18
H5 = 28
L1 = 33,5
H6 = 18,5
Tipo de ligação = canais perfurados
D1 = 72
B = 78
L3 = 25
Versão 1 = pneumático
Denominação = Grampo de alavanca
Tipo de forma = atuação dupla
Diâmetro do êmbolo = 40
Superfície de êmbolo aplicável (cm²) = 33,18
Força do êmbolo a 6 bar (kN) = 1,99

