PAK1748.0500512
Double-sided clamping wedge form E with pins, B=50, M12, Case-hardened steel, hardened and phosphated
Estimated delivery: On request
The clamping wedges are suitable for multiple clamping due to their operating principle.
Thanks to the wedge surfaces, high tightening forces are achieved.
The clamping wedges can optionally be used together with the tensioning rail or in threaded holes or in a T-slot to carry out the clamping task.
When the clamping screw is turned, both clamping segments move outwards, pressing the workpiece against the fixed stop jaws of the machining fixture.
Through the slotted hole in the double wedge, the clamping wedges can be displaced and compensate for tolerances.
Displacement: M12 = ±1,0 mm, M16 = ±1,5 mm.
Material:
Double wedge and clamping segments in case-hardened steel.
Version:
Double wedge and clamping segments hardened, phosphated.
Note:
With the two fixing holes positioned on the clamping surfaces, additional support bars/rails can be mounted to obtain an optimum clamping depth for the workpiece.
Scope of delivery:
Clamping wedge.
Clamping screw.
Thanks to the wedge surfaces, high tightening forces are achieved.
The clamping wedges can optionally be used together with the tensioning rail or in threaded holes or in a T-slot to carry out the clamping task.
When the clamping screw is turned, both clamping segments move outwards, pressing the workpiece against the fixed stop jaws of the machining fixture.
Through the slotted hole in the double wedge, the clamping wedges can be displaced and compensate for tolerances.
Displacement: M12 = ±1,0 mm, M16 = ±1,5 mm.
Material:
Double wedge and clamping segments in case-hardened steel.
Version:
Double wedge and clamping segments hardened, phosphated.
Note:
With the two fixing holes positioned on the clamping surfaces, additional support bars/rails can be mounted to obtain an optimum clamping depth for the workpiece.
Scope of delivery:
Clamping wedge.
Clamping screw.
| Material | Case-hardened steel |
|---|---|
| Finishing | Hardened and phosphated |
| B2 | 18 |
|---|---|
| Força de aperto máx. kN | 30 |
| H3 | 3,5 |
| H | 25 |
| H1 | 12,5 |
| B1 | 30 |
| H4 | 5 |
| L máx. | 60 |
| L mín. | 54 |
| D Rosca fêmea | M5 |
| H5 | 9 |
| H6 | 4,75 |
| Binário de aperto máx. Nm | 85 |
| B | 50 |
| Denominação | Cunha de fixação |
| Forma | E |
| Tipo de forma | com pinos |
| Z Parafuso de cabeça cilíndrica DIN 912 | M12x25 |
| C Furo passante para parafuso de cabeça cilíndrica DIN 912 | M12 |
| Versão 1 | bilateral |
| L1 | 2,5 |
| B3 | 5H7 |
Product Variations
| Model | Material | Finishing | Forma | Denominação | L mín. | L máx. | H | H1 | Z Parafuso de cabeça cilíndrica DIN 912 | B1 | H6 | Força de aperto máx. kN | D Rosca fêmea | Tipo de forma | C Furo passante para parafuso de cabeça cilíndrica DIN 912 | B | B2 | H3 | Binário de aperto máx. Nm | H5 | Versão 1 | L1 | B3 | H4 | Stock | Quantity | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| PAK1748.0500512 PAK1748.0500512 | Case-hardened steel | Hardened and phosphated | E | Cunha de fixação | 54 | 60 | 25 | 12,5 | M12x25 | 30 | 4,75 | 30 | M5 | com pinos | M12 | 50 | 18 | 3,5 | 85 | 9 | bilateral | 2,5 | 5H7 | 5 | |||
| PAK1748.0720512 PAK1748.0720512 | Case-hardened steel | Hardened and phosphated | E | Cunha de fixação | 70,2 | 77,6 | 39,7 | 21,3 | M12X40 | 44 | 4,75 | 30 | M6 | com pinos | M12 | 72 | 27 | 3,5 | 85 | 9 | bilateral | 4 | 8H7 | - | |||
| PAK1748.0720516 PAK1748.0720516 | Case-hardened steel | Hardened and phosphated | E | Cunha de fixação | 70,2 | 77,6 | 39,7 | 21,3 | M16X40 | 44 | 4,75 | 50 | M6 | com pinos | M16 | 72 | 27 | 3,5 | 150 | 9 | bilateral | 4 | 8H7 | - | |||
| PAK1748.1000516 PAK1748.1000516 | Case-hardened steel | Hardened and phosphated | E | Cunha de fixação | 80,5 | 90,5 | 42,6 | 21,6 | M16X40 | 64 | 4,75 | 50 | M8 | com pinos | M16 | 100 | 40 | 5 | 150 | 9 | bilateral | 4,5 | 10H7 | - | |||
PAK1748.0500512
Double-sided clamping wedge form E with pins, B=50, M12, Case-hardened steel, hardened and phosphated
Material = Case-hardened steel
Finishing = Hardened and phosphated
Forma = E
Denominação = Cunha de fixação
L mín. = 54
L máx. = 60
H = 25
H1 = 12,5
Z Parafuso de cabeça cilíndrica DIN 912 = M12x25
B1 = 30
H6 = 4,75
Força de aperto máx. kN = 30
D Rosca fêmea = M5
Tipo de forma = com pinos
C Furo passante para parafuso de cabeça cilíndrica DIN 912 = M12
B = 50
B2 = 18
H3 = 3,5
Binário de aperto máx. Nm = 85
H5 = 9
Versão 1 = bilateral
L1 = 2,5
B3 = 5H7
H4 = 5
PAK1748.0720512
Double-sided clamping wedge form E with pins, B=72, M12, Case-hardened steel, hardened and phosphated
Material = Case-hardened steel
Finishing = Hardened and phosphated
Forma = E
Denominação = Cunha de fixação
L mín. = 70,2
L máx. = 77,6
H = 39,7
H1 = 21,3
Z Parafuso de cabeça cilíndrica DIN 912 = M12X40
B1 = 44
H6 = 4,75
Força de aperto máx. kN = 30
D Rosca fêmea = M6
Tipo de forma = com pinos
C Furo passante para parafuso de cabeça cilíndrica DIN 912 = M12
B = 72
B2 = 27
H3 = 3,5
Binário de aperto máx. Nm = 85
H5 = 9
Versão 1 = bilateral
L1 = 4
B3 = 8H7
PAK1748.0720516
Double-sided clamping wedge form E with pins, B=72, M16, Case-hardened steel, hardened and phosphated
Material = Case-hardened steel
Finishing = Hardened and phosphated
Forma = E
Denominação = Cunha de fixação
L mín. = 70,2
L máx. = 77,6
H = 39,7
H1 = 21,3
Z Parafuso de cabeça cilíndrica DIN 912 = M16X40
B1 = 44
H6 = 4,75
Força de aperto máx. kN = 50
D Rosca fêmea = M6
Tipo de forma = com pinos
C Furo passante para parafuso de cabeça cilíndrica DIN 912 = M16
B = 72
B2 = 27
H3 = 3,5
Binário de aperto máx. Nm = 150
H5 = 9
Versão 1 = bilateral
L1 = 4
B3 = 8H7
PAK1748.1000516
Double-sided clamping wedge form E with pins, B=100, M16, Case-hardened steel, hardened and phosphated
Material = Case-hardened steel
Finishing = Hardened and phosphated
Forma = E
Denominação = Cunha de fixação
L mín. = 80,5
L máx. = 90,5
H = 42,6
H1 = 21,6
Z Parafuso de cabeça cilíndrica DIN 912 = M16X40
B1 = 64
H6 = 4,75
Força de aperto máx. kN = 50
D Rosca fêmea = M8
Tipo de forma = com pinos
C Furo passante para parafuso de cabeça cilíndrica DIN 912 = M16
B = 100
B2 = 40
H3 = 5
Binário de aperto máx. Nm = 150
H5 = 9
Versão 1 = bilateral
L1 = 4,5
B3 = 10H7