293-GSM-W
BERG Manually Operated Swing-out Style Transfer Rail Couplings
The mechanical self-locking swing-out style gripper rail coupling is designed for manual coupling of gripper rails on transfer presses. A short lift-out stroke is required for changing the tool. An axial stroke is required in the event of additional centering with pins. The coupling consists of a hard anodized aluminum housing, a swiveling tensioning rod and a self-locking eccentric cam gearing. This configuration allows high clamping forces and features a high dynamic rigidity with minimum mass.
PDF Data Sheet: BERG Manually Operated Swing-out Style Transfer Rail Couplings (293-GSM-W)
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The mechanical self-locking Berg gripper rail coupling GSM is designed for manual coupling of gripper rails on transfer presses. A vertical lift-out stroke is required for changing the tool.
Manually Operated Eccentric Cam Style Transfer Rail Couplings
The mechanical self-locking gripper rail coupling is designed for manual coupling of gripper rails on transfer presses. A vertical life-out stroke is required for changing the tool. The coupling consists of a hard anodized aluminum housing, an axially movable tensioning rod and a self-locking eccentric cam gearing. This configuration allows high clamping forces and features a high dynamic rigidity with minimum mass.
Hydro-mechanical Self-locking Transfer Rail Couplings
The hydromechanical self-locking gripper rail coupling is designed for automatic coupling of gripper rails on transfer presses. A vertical lift-out stroke is required for changing the tool. The coupling consists of a hard anodized aluminum housing, an axially movable tensioning rod and a hydromechanical self-locking clamping gearing. This configuration allows for high clamping forces and features a very high dynamic rigidity with minimum mass.
Electromechanical Transfer Rail Couplings
The electro-mechanical gripper rail coupling is designed for automatic coupling of gripper rails on transfer presses. A vertical lift-out stroke is required for changing the tool. The coupling consists of a hard anodized aluminum housing, an axially movable tensioning rod and an electromechanical self-locking helical gearing. This configuration achieves a very high repeat precision, high clamping forces, and features dynamic rigidity with low mass.
Stationary Electromechanical Swing-out Style Clamping Systems
Electromechanical swing-out style clamp for die clamping on slides and blank-holders. When unclamping the draw-bar swings out up to 15 degrees maximum.
Stationary Hydraulic Self-locking Swing-out Style Clamping Systems
Hydraulic, self-locking stationary swing-out style clamp for die clamping on slides and blackholders. When unclamping the draw bar swings out up to 15 degrees max.
Manual Mechanical Self-locking Drawbar Style Clamping Systems
The manually actuated drawbar style die clamping system is designed for clamping dies of various widths on press slides and tables. The self-locking eccentric cam gear guarantees a simple handling with a maximum of safety.
Manual Hydro-mechanical Self-locking Drawbar Style Clamping Systems
The hydromechanical self-locking (hydrolock) drawbar style die clamping system is designed for clamping dies of various widths on press slides. The clamping actuator can be moved manually in the T-slot of the press slide between the parking position and the respective die. Hydraulic pressure is at a maximum 90 bar.
Manual Drawbar Style Hydraulic Clamping Systems
The drawbar style hydraulic die clamping systems are designed for clamping tools and dies of different widths on press slides. The BKZ-PS variant is equipped with a non-return valve. The BKZ-D (D = Double-acting) variant is intended for use in confined installation spaces where short clamping and/or release times are required. The BKZ-K (K = Cup) variant compensates for nonparallel tool clamping surfaces. The die clamps can be manually moved in the T-slot of the press slide between the parking position and the respective tool. Hydraulic pressure is at a maximum 400 bar.
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