TKR series
Extremely quiet and low-vibration for highly dynamic applications*
* Some features can be different for certain types for design reasons.
- Variable connection for quick assembly
- Easy and quick to open
- Extremely quiet and low-vibration operation
- Can be opened at any position
- Fixable dividers
- Many separation options for the cables
- Chain link and joint connection with captive connection
Features
- Long service life
- Ideal for highly dynamic applications
- High side stability
- Cleanroom compatible (ISO Class 3)
- Modular design allows easy shortening and extending
Ideal for highly dynamic applications
UMB end connector to the connection from the face side, from the top or from the bottom
Molded, captive connecting elements
TKR0150
- Inner height [hi]: 22 mm
- Inner widths [Bi]: 20 - 60 mm
- Pitch [t]: 15 mm
- Bending [KR]: 40 - 75 mm
TKR0200
- Inner height [hi]: 28 mm
- Inner widths [Bi]: 40 - 120 mm
- Pitch [t]: 20 mm
- Bending [KR]: 55 - 150 mm
TKR0260
- Inner height [hi]: 40 mm
- Inner widths [Bi]: 50 - 200 mm
- Pitch [t]: 26 mm
- Bending [KR]: 75 - 150 mm
TKR0280
- Inner height [hi]: 52 mm
- Inner widths [Bi]: 50 - 200 mm
- Pitch [t]: 28 mm
- Bending [KR]: 75 - 200 mm
TKR0370
- Inner height [hi]: 28 mm
- Inner widths [Bi]: 40 - 80 mm
- Pitch [t]: 37 mm
- Bending [KR]: 55 - 100 mm
Cleanroom compatible and long service life
The movable connectors are directly molded on the chain links. In contrast to conventional bore-hole bolt connections, hardly any wear occurs (link abrasion), which makes the TKR type excellent for use in clean rooms. The special design of the connecting elements additionally increases the service life of the system.
Ideal for highly dynamic applications
The TKR features extremely quiet and low-vibration operation. The so-called polygon effect is reduced to a minimum. Ideal areas of application are in particular in handling and assembly systems, robots, metrology devices, pick-and-place machines, printing and textile machines. Due to the very quiet running, the TKR types are ideal for low-vibration applications with linear drives.