Signal Converter Incremental >>> Analog / Serial and Fiber Optic Transmission Modules for Incremental Encoders
Here you can find incremental converters for conversion of counting pulses into analog standard signals and serial formats, as well as transmission systems that can transmit output signals from incremental encoders and measuring systems over a wide optical waveguide up to 3000 meters in a loss-free and safe way (also due to explosive areas). The devices shown here, are quickly and conveniently mounted on a DIN rail in the control cabinet by means of snap-on mounting.
Further options for the conversion of SSI data are also available with our DX indicator series and other optical fiber modules for absolute SSI signals (see LW217 / 218).
Suitable to convert counting process of an incremental counter to an analog output and also converts sum A + B and difference A - B.
- Pulse inputs with format A, B, 2 x 90° [HTL] or A, /A, B, /B [RS422]
- Input frequency up to 1 MHz [RS422] or 200 kHz [HTL]
- Scalable 14 bit analog output for ±10 V or 0/4 ... 20 mA
Fiber optic transmitter module for transmitting incremental encoder and sensor signals with a transmission distance of up to 3000 m at an optical wavelength of 1300 nm. Converts the encoder signal into an optical signal.
- 4 independent input channels with format A, B, C, D [HTL] or
A, /A, B, /B, C, /C, D, /D [RS422],
also possible for single channel - 4 output channels with format A, B, C, D [HTL] or
A, /A, B, /B, C, /C, D, /D [RS422] - Maximum input frequency 1 MHz
Receiver module for the signal data transmitted by the transmitter module LW213. Converts the optical signals back to the incremental format. Performance as LW213.
» More Information» Add to cartFiber optic transmitter module for the transmission of incremental encoder and sensor signals with a transmission distance of up to 2000 m with an optical wavelength of 850 nm. Otherwise, version as LW213.
» More Information» Add to cartReceiver module for the signal data transmitted by the transmitter module LW215. Converts the optical signals back to the incremental format. Performance as LW215.
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