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Signal Converter Incremental Count to Analogue and to Serial
and incremental >>> optical >>> incremental
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* = instant stock availability
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ZU 252*: Signal Converter from incremental quadrature count to analogue (voltage, current) and to serial RS232
/ RS485
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- This unit is suitable to convert angular and positional information from a quadrature encoder to analogue and serial format
- Signal converter for use with all incremental encoders, proximitiy switches etc. either with TTL/RS422 output or with HTL (10-30V) output
- Analogue outputs +/- 10V, 0-20 mA or 4-20 mA, proportional to the encoder position
- RS 232 and RS 485 serial interface for readout of the actual encoder position
- Easy to set up by simple TEACH procedure, or by PC
(operator software: see SUPPORT)
- Free scaling, programmable linearization curves etc.
- Power units for 115/230 VAC supply: see accessories
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Please note that also some of our Display Counters are suitable for
conversion of incremental counts to analogue and to serial (see “Electronic Counters”)
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LW 215/216*: Innovative optical fiber modules for a robust transmission of
incremental encoder or sensor signals
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- The optical fibre modules LW215 and LW216 are forming together a transmission system for data transmission of incremental signals of encoders or
sensors by means of optical fibres.
- Safe and reliably transmission of signals, up to a distance of 1000m
- The optical fibre cable can be routed through explosive areas as well
- Resistant against extremely strong electromagnetic fields
- For use with all incremental encoders and sensors either with TTL/RS422 output or with HTL (10-30V) output
- Four channels allow the transmission of signals with a maximum data rate of 800 kBit/s
- Maximum clock frequency 400 kHz / channel
- Power supply either 5 VDC or 10-30 VDC
- Compact DIN rail mounting
- Glass fibre cables are available ready assembled
more optical fiber modules for SSI encoder or sensor signals (see LW217/218)
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________________________________________________________________________________________________________________________________________________________________ [Legal Notice] [webmaster@motrona.com] © 2012 motrona GmbH, Zwischen den Wegen 32, 78239 Rielasingen (Germany) February, 2012
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