MICRONOR incremental encoders are used in all imaginable industrial processes for recording actual values. We have a large selection of shaft encoders and interfaces available. ESI indicates the shaft version, and size, e.g. 18, 38, 58, represents the housing diameter.
Incremental encoders are used in all imaginable industrial processes for recording actual values. We have a large selection of no-shaft encoders and interfaces available. ENI indicates the no-shaft version, and size, e.g. 24, 38, 58 represents the housing diameter
Sine-wave encoders are used in all appliances for the purposes of position recording. Their output signals in sine-wave form are provided as voltage signals at the output point. These signals can then be further processed in many ways in the downstream electronic equipment.
MICRONOR single-turn absolute encoders are used in all industrial processes for position recording purposes. We have a large selection of shaft and hollow-shaft encoders and interfaces available.
MICRONOR multi-turn absolute encoders are used in all imaginable industrial processes for position recording purposes. We have a large selection of shaft and hollow-shaft encoders and interfaces available. In order to simplify the selection process for you, we have compiled the following list. ESAM indicates the shaft version, and the size, e.g. 58, 70 represents the housing diameter. ENAM indicates the no-shaft version, and the size, e.g. 58, 70 represents the housing diameter.
Field bus encoders are used in all imaginable industrial processes for position recording purposes. We have a large selection of shaft and hollow-shaft encoders and interfaces available. Our wide range of accessories allows you to install the encoder optimally within your application, as well as ensuring technically correct cabling.