The Universal Transformer is used to operate a DH 012 FEM or DV 020 FEM Brake Caliper.
Output: 0,25 kVA
Primary voltages:
200 V, 220 V, 240 V, 260 V, 280 V, 300 V, 310 V,
330 V, 350 V, 360 V, 380 V, 400 V, 420 V, 440 V,
480 V, 500 V, 530 V and 550 V
Secondary voltages:
115 V or 230 V
The Universal Transformer is used to operate a DH 012 FEM or DV 020 FEM Brake Caliper.
Output: 0,25 kVA
Primary voltages:
200 V, 220 V, 240 V, 260 V, 280 V, 300 V, 310 V,
330 V, 350 V, 360 V, 380 V, 400 V, 420 V, 440 V,
480 V, 500 V, 530 V and 550 V
Secondary voltages:
115 V or 230 V
Features
Travel adjustment and locking mechanism with one hand
Easy release and locking
Version (1) for max. travel 76 mm or version (2) for max. travel 38 mm
Features
Travel adjustment and locking mechanism with one hand
Easy release and locking
Version (1) for max. travel 76 mm or version (2) for max. travel 38 mm
UsageA rigid and easy to disassemble shaft coupling solution for: Conveyor belts ,Elevators Etc.
Compact design
Small axial space required for installation
Fast disassembly for minimal downtime
High shaft tolerance h8 permissible
No weakening of shafts by feather keys
No fretting corrosion as with keyway connections
Proven solution in many applications, particularly in mining.
Compact design
Small axial space required for installation
Fast disassembly for minimal downtime
High shaft tolerance h8 permissible
No weakening of shafts by feather keys
No fretting corrosion as with keyway connections
Proven solution in many applications, particularly in mining.
Usage : A rigid and easy to disassemble shaft coupling solution for: Conveyor belts ,Elevators Etc.
For clamping diameters from 40 mm to 206 mm
High true running accuracy � 0,01 mm
Permissible component tolerance up to IT13
Extended insertion depth
Pull-back against external backstop surface, or optional individually designed internal backstop pin
Hand clamping optional possible
Impervious to ingress of foreign objects due to the rubberized slots in the Taper Sleeve
For clamping diameters from 40 mm to 206 mm
High true running accuracy � 0,01 mm
Permissible component tolerance up to IT13
Extended insertion depth
Pull-back against external backstop surface, or optional individually designed internal backstop pin
Hand clamping optional possible
Impervious to ingress of foreign objects due to the rubberized slots in the Taper Sleeve
For clamping diameters from 7,8 mm to 73,6 mm
High true running accuracy ≤ 0,01 mm
Permissible component tolerance up to IT15
Extended insertion depth
Pull-back against external backstop surface or optional individually designed internal backstop pin
For thin-walled or solid components
For clamping diameters from 7,8 mm to 73,6 mm
High true running accuracy ≤ 0,01 mm
Permissible component tolerance up to IT15
Extended insertion depth
Pull-back against external backstop surface or optional individually designed internal backstop pin
For thin-walled or solid components
RINGSPANN Star Spring Washers arebparticularly light spring elements with linear or not-linear spring characteristic. They are suitable for application as pressure elements in precision machines and as pressure springs for taking up free movement, and for reducing noise in ball bearings.
The very large axial movement of the spring guarantees that considerable axial variations and length tolerances can be accommodated without much deviation from the nominal value of the axial force of the star spring washer.
Because of the large axial variations of the spring it is often possible to achieve the desired effect with a single star spring washer.
Their spring load corresponds with the optimum values of the relevant bearing sizes..
RINGSPANN Star Spring Washers arebparticularly light spring elements with linear or not-linear spring characteristic. They are suitable for application as pressure elements in precision machines and as pressure springs for taking up free movement, and for reducing noise in ball bearings.
The very large axial movement of the spring guarantees that considerable axial variations and length tolerances can be accommodated without much deviation from the nominal value of the axial force of the star spring washer.
Because of the large axial variations of the spring it is often possible to achieve the desired effect with a single star spring washer.
Their spring load corresponds with the optimum values of the relevant bearing sizes..
For frequent clamping and release
Short axial width
Adjustable to the required torque by multiple arrangements in the form of disc packs
Low actuating force required, thus ideal for manual actuation.
For frequent clamping and release
Short axial width
Adjustable to the required torque by multiple arrangements in the form of disc packs
Low actuating force required, thus ideal for manual actuation.
Spring Force Actuators FUSR connect RINGSPANN Precision Clamping Fixtures to the spindles of balancing machines as clamping force unit.
The component is clamped by activating the Precision Clamping Fixture with the belleville springs of the Spring Force Actuator. Release is effected via the machine-side plunger, which counteracts the spring force. The Spring Force Actuator is available in five dimensions and is capable of large clamping ranges when supplemented by different Precision Clamping Fixtures.
Eight radial threaded bores are provided for the purpose of balancing the Spring Force Actuator with Precision Clamping Fixtures. The unit is mounted on the machine with four M 8 bolts.
Spring Force Actuators FUSR connect RINGSPANN Precision Clamping Fixtures to the spindles of balancing machines as clamping force unit.
The component is clamped by activating the Precision Clamping Fixture with the belleville springs of the Spring Force Actuator. Release is effected via the machine-side plunger, which counteracts the spring force. The Spring Force Actuator is available in five dimensions and is capable of large clamping ranges when supplemented by different Precision Clamping Fixtures.
Eight radial threaded bores are provided for the purpose of balancing the Spring Force Actuator with Precision Clamping Fixtures. The unit is mounted on the machine with four M 8 bolts.
FunctionWhen the preset limit torque has been reached the SIKUMAT® ratchets through. Following elimination of overload automatic synchronous re-engagement of the SIKUMAT® to the starting position after 360°. Etc.
Advantages
Backlash free in both directions of rotation
Compact design
Integral ball bearing for supporting the component to be connected
Very high response accuracy through the ball principle
Simple and backlash free fastening onto shaft with integral cone clamping element
Calibrated micro adjustment of torque setting possible, even post-installation
Advantages
Backlash free in both directions of rotation
Compact design
Integral ball bearing for supporting the component to be connected
Very high response accuracy through the ball principle
Simple and backlash free fastening onto shaft with integral cone clamping element
Calibrated micro adjustment of torque setting possible, even post-installation
FunctionWhen the preset limit torque has been reached the SIKUMAT® ratchets through.,Automatic re-engagement of the SIKUMAT® after the overload has been eliminated. Etc
Advantages
Backlash free in both directions of rotation
Compact design
Integral ball bearing for supporting the component to be connected
Very high response accuracy through the ball principle
Simple and backlash free fastening onto shaft with integral cone clamping element
Calibrated micro adjustment of torque setting possible, even post-installation
Advantages
Backlash free in both directions of rotation
Compact design
Integral ball bearing for supporting the component to be connected
Very high response accuracy through the ball principle
Simple and backlash free fastening onto shaft with integral cone clamping element
Calibrated micro adjustment of torque setting possible, even post-installation
FunctionWhen the preset limit torque has been reached the SIKUMAT® ratchets. Following elimination of overload automatic synchronous re-engagement of the SIKUMAT® to the starting position after 360°. Etc
Advantages
Synchronous re-engagement after 360°
Integral fixed bearing
Driving keyway in the connecting flange for maximum load capacity
Calibrated micro adjustment of torque setting possible, even post-installation
Cost effective
Advantages
Synchronous re-engagement after 360°
Integral fixed bearing
Driving keyway in the connecting flange for maximum load capacity
Calibrated micro adjustment of torque setting possible, even post-installation
Cost effective
FunctionWhen the preset limit torque has been reached, a limit sensor indicates the overload. There is no interruption of torque transmission between drive and output. Etc
Output is fully driven even in case of overload
Integral fixed bearing
Driving keyway in the connecting flange for maximum torque capacity
Calibrated micro adjustment of torque setting possible, even post-installation
Cost effective
Output is fully driven even in case of overload
Integral fixed bearing
Driving keyway in the connecting flange for maximum torque capacity
Calibrated micro adjustment of torque setting possible, even post-installation
Cost effective
FunctionWhen the preset limit torque has been reached the SIKUMAT® ratchets.Automatic re-engagement of the SIKUMAT® after the overload has been eliminated. Etc
Advantages
Very high response accuracy through the ball principle
Integrated fixed bearing
Keyway in connecting flange for maximum load capacity
Calibrated micro adjustment of torque setting possible, even post-installation
Cost effective
Advantages
Very high response accuracy through the ball principle
Integrated fixed bearing
Keyway in connecting flange for maximum load capacity
Calibrated micro adjustment of torque setting possible, even post-installation
Cost effective
FunctionWhen the preset limit torque has been reached the SIKUMAT® ratchets. After elimination of the overload the SIKUMAT® re-engages automatically Etc.
Excellent robustness through surface contact during the disengaging process – therefore maximum life
Fully enclosed with integral bearing – therefore maintenance-free
Adjustment of limit torque setting according to the number of active springs – not through modification of spring pressure
Excellent robustness through surface contact during the disengaging process – therefore maximum life
Fully enclosed with integral bearing – therefore maintenance-free
Adjustment of limit torque setting according to the number of active springs – not through modification of spring pressure
FunctionWhen the preset limit torque has been reached the SIKUMAT® effects a separation of input and output by means of a locking mechanism with integral bearings. Following elimination of the overload manual Etc
Advantages
High degree of consistency of limit torque over the duration of operation through double roller principle
Switching off in case of overload – separation of input and output
Synchronous re-engagement after 360°
Torques up to 10 000 Nm
For shaft diameters up to 125 mm
Advantages
High degree of consistency of limit torque over the duration of operation through double roller principle
Switching off in case of overload – separation of input and output
Synchronous re-engagement after 360°
Torques up to 10 000 Nm
For shaft diameters up to 125 mm
FunctionWhen the preset limit torque has been reached the SIKUMAT® ratchets. Following elimination of overload automatic synchronous re-engagement of the SIKUMAT® to the starting position after 360° Etc
Advantages
High degree of consistency of limit torque over the duration of operation through double roller principle
Synchronous re-engagement after 360°
Torques up to 10 000 Nm
For shaft diameters up to 125 mm
Advantages
High degree of consistency of limit torque over the duration of operation through double roller principle
Synchronous re-engagement after 360°
Torques up to 10 000 Nm
For shaft diameters up to 125 mm
The cost-effective covers made from black plastic (PVC) provide simple contact protection for Shrink Discs RLK 608 and RLK 606 against the screw heads of the rotating Shrink Disc.
The cost-effective covers made from black plastic (PVC) provide simple contact protection for Shrink Discs RLK 608 and RLK 606 against the screw heads of the rotating Shrink Disc.
For clamping diameters from 160 mm to 1 600 mm
True running accuracy ≤ 0,01 mm up to clamping diameter of 500 mm
Very high repeating accuracy ≤ 0,005 mm
Permissible component tolerance up to IT13
Short clamping fixture length
Short clamping length
Extended insertion depth
Pull-back possible
For thin-walled or solid components
Hand clamping optional possible
Virtually wear-free due to elastic deformation during the clamping process. Thus guarantees very long service life
Clamping with intrinsic spring force is also possible
Maximum possible rigidity of the entire machine-toolclamping-fixture system due to the short clamping fixture length
Suitable especially for turbine stage clamping
For clamping diameters from 160 mm to 1 600 mm
True running accuracy ≤ 0,01 mm up to clamping diameter of 500 mm
Very high repeating accuracy ≤ 0,005 mm
Permissible component tolerance up to IT13
Short clamping fixture length
Short clamping length
Extended insertion depth
Pull-back possible
For thin-walled or solid components
Hand clamping optional possible
Virtually wear-free due to elastic deformation during the clamping process. Thus guarantees very long service life
Clamping with intrinsic spring force is also possible
Maximum possible rigidity of the entire machine-toolclamping-fixture system due to the short clamping fixture length
Suitable especially for turbine stage clamping
Better stability of slipping torque than Belleville spring torque limiters over duration of the operating period
Adjustment of slipping torque setting according to the number of active springs – not through modification of spring pressure
Superb wear-behaviour during high energy-input
High temperature resistant
Nickel free friction pads
Better stability of slipping torque than Belleville spring torque limiters over duration of the operating period
Adjustment of slipping torque setting according to the number of active springs – not through modification of spring pressure
Superb wear-behaviour during high energy-input
High temperature resistant
Nickel free friction pads
FunctionWhen the preset slipping torque has been reached the built-in component (e. g. chain wheel) slips. During the slipping process, input and output rotate relative to each other and the preset slipping torque continues to be transmitted. Etc.
Particularly suitable in applications with frequent slipping
Better stability of slipping torque than Belleville spring torque limiters over duration of the operating period
Adjustment of slipping torque setting according to the number of active springs – not through modification of spring pressure
Particularly suitable in applications with frequent slipping
Better stability of slipping torque than Belleville spring torque limiters over duration of the operating period
Adjustment of slipping torque setting according to the number of active springs – not through modification of spring pressure
Function : When the preset slipping torque has been reached the built-in component (e. g. chain wheel) slips. During the slipping process, input and output rotate relative to each other and the preset slipping torque continues to be transmitted. Etc.
Compact design
Easy to release
For shaft diameters between 14 mm and 100 mm
Rigid and backlash free connection of shaft ends
No weakening of shafts by feather keys
No fretting corrosion as with keyway connections
Transmission of torques and axial forces
Compact design
Easy to release
For shaft diameters between 14 mm and 100 mm
Rigid and backlash free connection of shaft ends
No weakening of shafts by feather keys
No fretting corrosion as with keyway connections
Transmission of torques and axial forces
FeatureSlide ease,Stainless steel inner member wrap ,Suitable for small bending radii ,Galvanized steel elements ,Stainless steel drawbar
RCS® Pull Cable for Brake Calipers DV 020 FKM and DH 020 FKM as well as DV 020 MKM and DH 020 MKM are available in variable cable lengths.
Cable ends are designed for attachment to Brake Calipers or RCS® Hand Brake Lever B 50452
RCS® Pull Cable for Brake Calipers DV 020 FKM and DH 020 FKM as well as DV 020 MKM and DH 020 MKM are available in variable cable lengths.
Cable ends are designed for attachment to Brake Calipers or RCS® Hand Brake Lever B 50452
Feature : Slide ease,Stainless steel inner member wrap ,Suitable for small bending radii ,Galvanized steel elements ,Stainless steel drawbar
FeatureSlide ease ,Stainless steel inner member wrap ,Suitable for small bending radii ,Galvanized steel elements ,Stainless steel drawbar
RCS® Pull Cable for Brake Calipers DV 020 FKM and DH 020 FKM as well as DV 020 MKM and DH 020 MKM are available in variable cable lengths.
Cable ends are designed for attachment to Brake Calipers or RCS® Hand Brake Lever B 50452.
RCS® Pull Cable for Brake Calipers DV 020 FKM and DH 020 FKM as well as DV 020 MKM and DH 020 MKM are available in variable cable lengths.
Cable ends are designed for attachment to Brake Calipers or RCS® Hand Brake Lever B 50452.
Feature : Slide ease ,Stainless steel inner member wrap ,Suitable for small bending radii ,Galvanized steel elements ,Stainless steel drawbar