
Electric Swing Clamps
ROEMHELD B1.8310 Electric Swing Clamps
- Axial pulling force: 3 - 9 kN
- 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.
Electric Swing Clamps - ROEMHELD B1.8310
- Axial pulling force: 3 - 9 kN
Advantages:
- High clamping force
- Adjustable clamping force
- Clamping force monitoring (error code output)
- Can be controlled individually or in common
- High operating safety by self-locking spin dle drive
- Mechanical reclamping by Belleville springs
- Swing angle up to 180° available
- Overload protection device in the case of collisions with the clamping arm
- Electric position monitoring and extensive self-monitoring with error message
- Clamping stroke control possible
- Low voltage 24 V
- Leakage free
- Maintenance free (500,000 cycles)
- Code class IP 67
Application:
Electric swing clamps are used for clamping or holding of workpieces:
- where the use of hydraulic clamping elements is not possible
- where the clamping force must be maintained also after the separation from the energy supply
- if clamping elements have to be controlled individually.
- that require freely accessible clamping and holding points for material handling
Thus electric swing clamps are particularly suited for:
- Food industry
- Packaging industry
- Clean room area
- Test systems
- Special machines
- Assembly equipments and robotics
- Automatic manufacturing systems
- Clamping fixtures with workpiece loading via handling systems
Description:
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.
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