ROEMHELD
Products
Your solution provider in clamping and handling technology
447
Standard fixture parts and clamping devices
Electric swing clamps
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Standard fixture part and clamping device
ROEMHELD
Standard fixture parts and clamping devices
| 24 V | |
| 3 - 9 kN | |
| 7 kN | |
| 20 mm | |
| 3 mm | |
| 3,5 s | |
| 150 mm | |
| 24 VDC |
Electric swing clamps
- top flange, with position and clamping force monitoring
- DC voltage 24 V, minimum energy demand
The electric swing clamp is driven by a brushless DC motor.
The motor speed is transformed by means of a gear and a threaded spindle into the swing and stroke movement of the piston rod.
For swinging the clamping arm by 180°, an axial stroke of only 3 mm is required.
If the clamping arm collides during the swing motion with a workpiece, the mechanism is protected against overload. The direct current motor is automatically and immediately switched off.
When unclamping, the clamping arm always swings back to the off-position.
Power supply
For motor and electronic control a DC voltage of 24 V with a residual ripple of max. 10 % is required. For the DC motor, we recommend the use of a switching power supply with a current output of 15 A per connected electric swing clamp. When operating several swing clamps at the same time, the line is to be enlarged correspondingly. The electronic control has to be supplied by a separate power supply (24 V DC / 100 mA).
Integrated control
The electronic control for the DC motor is on a board in the housing of the electric swing clamp.
After removal of the protection cover for example the clamping force can be adjusted.
Discover our extensive product range at www.roemheld.de/en!
- top flange, with position and clamping force monitoring
- DC voltage 24 V, minimum energy demand
The electric swing clamp is driven by a brushless DC motor.
The motor speed is transformed by means of a gear and a threaded spindle into the swing and stroke movement of the piston rod.
For swinging the clamping arm by 180°, an axial stroke of only 3 mm is required.
If the clamping arm collides during the swing motion with a workpiece, the mechanism is protected against overload. The direct current motor is automatically and immediately switched off.
When unclamping, the clamping arm always swings back to the off-position.
Power supply
For motor and electronic control a DC voltage of 24 V with a residual ripple of max. 10 % is required. For the DC motor, we recommend the use of a switching power supply with a current output of 15 A per connected electric swing clamp. When operating several swing clamps at the same time, the line is to be enlarged correspondingly. The electronic control has to be supplied by a separate power supply (24 V DC / 100 mA).
Integrated control
The electronic control for the DC motor is on a board in the housing of the electric swing clamp.
After removal of the protection cover for example the clamping force can be adjusted.
Discover our extensive product range at www.roemheld.de/en!
Electromechanical swing clamps
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Standard fixture part and clamping device
ROEMHELD
Standard fixture parts and clamping devices
ROEMHELD introduces a compact version of its proven electric swing clamp for small construction sites. It is the only electromechanical swing clamp available on the market so far. The axial tensile force of the small power pack is 2.7 kN, its clamping stroke 13 mm. Swiveling the clamping bar by 180 mm requires an axial stroke of only 3 mm.
Disc springs enable mechanical readjustment so that clamping is always precise. Various features and functional controls also contribute to a high level of process reliability. Safe operation is ensured by the self-locking spindle drive. If the energy supply is disconnected, the clamping force is still maintained. For automation, all commands and information can be transmitted wirelessly via an optionally available IO-Link connection.
Discover our extensive product range at www.roemheld.de/en!
Disc springs enable mechanical readjustment so that clamping is always precise. Various features and functional controls also contribute to a high level of process reliability. Safe operation is ensured by the self-locking spindle drive. If the energy supply is disconnected, the clamping force is still maintained. For automation, all commands and information can be transmitted wirelessly via an optionally available IO-Link connection.
Discover our extensive product range at www.roemheld.de/en!
Position flexible clamps
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Standard fixture part and clamping device
ROEMHELD
Standard fixture parts and clamping devices
| 250 bar | |
| 7 kN | |
| 4 kN | |
| 6 mm |
Position flexible clamps
- separate locking port
- double acting
- max. operating pressure 250 bar
The position flexible clamp is a small vice with two movable jaws, which are operated by a common hydraulic port. Independently of its position within the clamping area, the workpiece will be clamped nipperlike (floating). By means of a separate locking port, both jaws are hydraulically locked. The clamped workpiece can no longer “float”, if the machining forces are introduced. Oil supply to the locking port can be controlled by a sequence valve or a second clamping circuit.
Position flexible clamping elements can be used for supporting and clamping of unstable workpiece sections. They adapt themselves to the position of the clamping point without deforming them. They cushion vibrations and compensate machining forces from all directions.
Discover our extensive product range at www.roemheld.de/en!
- separate locking port
- double acting
- max. operating pressure 250 bar
The position flexible clamp is a small vice with two movable jaws, which are operated by a common hydraulic port. Independently of its position within the clamping area, the workpiece will be clamped nipperlike (floating). By means of a separate locking port, both jaws are hydraulically locked. The clamped workpiece can no longer “float”, if the machining forces are introduced. Oil supply to the locking port can be controlled by a sequence valve or a second clamping circuit.
Position flexible clamping elements can be used for supporting and clamping of unstable workpiece sections. They adapt themselves to the position of the clamping point without deforming them. They cushion vibrations and compensate machining forces from all directions.
Discover our extensive product range at www.roemheld.de/en!
