Linear encoders
Incremental
Kit L Series
Kit L2
The Kit L Series was especially designed for applications with especially customized requirements. These systems are not only extremely small, they are also particularly configurable. Your ideas won't be hardly limited with this series.
- Kit L2 with EPIFLEX sensor module (2-field scanning)
- Individually configurable
- Integration even in smallest applications (motors, piezo stages, etc.)
- 1 Vpp or RS 422 output signal
- Up to 100-times signal interpolation
- Smallest measuring step 50 nm
- Traversing speed up to 10 m/s (with 1 Vpp)
- Decreased sensitivity to contaminations due to 2-field scanning
- Special vacuum version available
Kit L4
The Kit L Series was especially designed for applications with especially customized requirements. These systems are not only extremely small, they are also particularly configurable. Your ideas won't be hardly limited with this series.
- Kit L4 with EPIFLEX sensor module (1-field scanning)
- Individually configurable
- Integration even in smallest applications (motors, piezo stages, etc.)
- 1 Vpp or RS 422 output signal
- Up to 100-times signal interpolation
- Smallest measuring step 50 nm
- Traversing speed up to 10 m/s (with 1 Vpp)
- Special vacuum version available
Scale Tapes
Stainless Steel
DOUBLEFLEX
The DOUBLEFLEX-scale tape consists of two superimposed stainless steel tapes. Both of them are divided by a tension uncoupled sheen of oil which ensures the adhesion between the steel tapes. The incremental track and one or more reference marks or a PRC code are applied on the upper steel tape. The lower steel tape is equipped with a double-sided adhesive tape and can be mounted easily on the machine element.
The two steel tapes are uncoupled mechanically. This ensures that the upper steel tape can expand independently of the lower steel tape due to thermal variations of the ambient temperature. By reference of the ambient temperature and the expansion coefficient of the steel tape it is possible to determine occurring length deviation of the increments. This allows you to substract out the deviation of the measurement results.