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EP5101-2011 | Incremental encoder interface with differential inputs, 20 million increments

EP5101-2011 | Incremental encoder interface with differential inputs, 20 million increments

EP5101-2011 | Incremental encoder interface with differential inputs, 20 million increments

EtherCAT signal input
EtherCAT signal output
D-sub, 15-pin
Signal status display
Power supply status display:
Box supply (US)
Auxiliary voltage (UP)
Power supply feed
Power supply downstream
connection
1 | Tx+
2 | Rx+
3 | Rx-
4 | Tx-
1 | A
2 | GND
3 | B
4 | VCC
5 | n.c.
6 | n.c.
7 | /C
8 | Latch
9 | /A
10 | GND
11 | /B
12 | VCC
13 | /ERR
14 | C
15 | Gate
1 | +24 V DC US
2 | +24 V DC UP
3 | GNDS
4 | GNDP
Top view 
Connector assignment 
EP5101-2011 | Incremental encoder interface with differential inputs, 20 million increments

EP5101-2011 | Incremental encoder interface with differential inputs, 20 million increments

The EP5101-2011 EtherCAT Box is an interface for the direct connection of incremental encoders with differential signals (RS422) or TTL single ended signals. Input frequencies up to 20 MHz can be evaluated. Two additional 24 V digital inputs are available for storing, locking and setting the counter reading. The error message output of an encoder can be connected and evaluated via the status input. The 5 V supply of the encoder is directly provided via the D-Sub socket of the EP5101-2011.

 

Special features:

  • save, lock, set counter
  • integrated frequency and period measurement
  • optionally usable as 5 V counter
  • Microincrements
  • synchronous reading of the position value via distributed clocks
  • Timestamp on the last-registered incremental edge
  • 20 MHz cut-off frequency

 

In addition, the EP5101-2011 enables the measurement of a period or frequency with a resolution of 100 ns. With the optional interpolating microincrement functionality, the EP5101-2011 can provide even more accurate axis positions for dynamic axes. It also supports synchronous reading of the encoder value together with other input data in the EtherCAT system via the high-precision EtherCAT distributed clocks (DC). A timestamp for the last-registered incremental edge is also available. The use of encoder profiles enables simple and fast linking of the process data for Motion Control applications.

Product status:

Regular delivery

Product information

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