Here you can find contact information to Leine & Linde’s distributors all over the. Model , , and , are only found in the general product brochures. For specific encoder variants, such as , you will find data sheets for .
|Published (Last):||21 October 2011|
|PDF File Size:||4.29 Mb|
|ePub File Size:||18.10 Mb|
|Price:||Free* [*Free Regsitration Required]|
The heavy duty XSI out of the series is extremely robust and made for harsh environments. The integrated diagnostic system ADS allows to set up a condition-based maintenance which prevents the machine for unexpected down time.
Plus, several types of gateway for adapting signals. Several versions with solid and hollow shaft supports simple installation. Larger diameters are available on request. A multiplicity of different output signals and resolutions are available.
Learn more enclder cookies here. Connectors for encoders, with or without assembled cable. Choose from either incremental or absolute. Incremental signal converter for frequency to analogue and serial output. A gateway is used and can convert its signals for a different desired interface, e. Basic technical knowledge about encoders is necessary in order to obtain optimal performance in operation.
Technical information Basic technical knowledge about encoders is necessary in order to obtain optimal performance in operation. Absolute rotary encoders generate a position value that indicates the actual position of the encoder shaft directly.
Several types of couplings for installation of shaft encoders. A gateway is used together with an encoder and can convert its signals for a different desired interface, e. A robust, IP67 design gives it a very high resistance to shock and vibration — ensuring a long service life.
Data protection Legal details. It is very important that all accessories used in an application are of the same high quality as the encoder. XHI – Heavy duty hollow shaft incremental encoder.
Resources Basic technical knowledge is necessary in order to obtain optimal performance. View industry case studies further down leine&linds page. A major benefit of absolute encoders is that if the application loses power, the encoder is ,eine&linde to keep track of its position, even if the shaft is turned during the power loss. The ADS-Online diagnostic lwine&linde detects faults in encoders before they occur with continuous monitoring of key functions.
RxI – Robust 58mm incremental encoder. XHD – Incremental encoder with dual output signal. Still the heavy duty bearings and a well-encapsulated enclosure. Types of Encoders Choose from either incremental or absolute. A robust DIN-rail-mounted system for fibre-optic transmission of incremental encoder signals.
Especially made for customers which have to use different output signals.
The magnet ring encoder is the ideal product to measure rotational speed of large shafts in rough conditions. The high working temperature range allows a flexible usage. An incremental encoder usually generates a series of pulses in response to a linear or rotary position.
These pulses can be used to measure speed or be fed to a PLC or counter to keep track of a relative position. ERM encoders are characterized by compact dimensions and large inside diameters of up to mm. Switch and splitter of incremental encoder signals. MRI – Bearing-less encoder for large shafts. Robust draw wire for linear measurement.
Even at high shaft speeds a high signal quality and accuracy can be provided. CHI – Robust incremental encoder in compact design.
The ERN series is the ideal product at generators with larger shaft diameter. Our team of in-house technical experts will support you with business and technical expertise, delivering solutions that incorporate the latest technology.
The following types are available: This type of unit is often used for long distance data transfer and in environment with electromagnetic interference’s. An absolute encoder can also be used to calculate a digital speed value.
The characteristic of the series incremental encoder is its robustness for tough environment together with the compact design to minimize the enxoder build length. ERM – Bearing-less encoder with high accuracy for large shafts. The heavy duty incremental encoder is the absolute classic product for the generator feedback application which is in use in many wind turbines all over the world.
Product versions for up to 50mm of shaft diameter are available.