Stober SD6 Series User Manual

8 | Connection STOBER
104
12/2018 | ID 442537.05
Use the binary inputs BE3 to BE5 to evaluate incremental or pulse/direction signals. For the
simulation, use the binary outputs BA1 and BA2.
Hall sensors with single-ended HTL signal levels can be connected to binary inputs BE1
through BE3 directly.
Single-ended HTL incremental encoders
Terminal Pin Designation Function
9|10|11| ... |17|18|19
9 DGND Reference ground, internally bridged
10
11 BE1 —
12 BE2 —
13 BE3 Evaluation: N channel
14 BE4 Evaluation: A channel
15 BE5 Evaluation: B channel
16 BA1 Simulation: A channel
17 BA2 Simulation: B channel
18 +24V
DC
External 24V
DC
supply; recommended fuse
protection: max. 1AT
11
19
Tab. 102: X101 connection description for single-ended HTL incremental signals
Single-ended HTL pulse train
Terminal Pin Designation Function
9|10|11| ... |17|18|19
9 DGND Reference ground, internally bridged
10
11 BE1 —
12 BE2 —
13 BE3 —
14 BE4 Evaluation: Pulse
15 BE5 Evaluation: Direction
16 BA1 Simulation: Pulse
17 BA2 Simulation: Direction
18 +24V
DC
External 24V
DC
supply; recommended fuse
protection: max. 1AT
12
19
Tab. 103: X101 connection description for single-ended HTL pulse train signals
11
For the fuse protection, use a 1A fuse (time delay). For UL-compliant use, be sure that the fuse meets
certification requirements in accordance with UL 248.
12
For the fuse protection, use a 1A fuse (time delay). For UL-compliant use, be sure that the fuse meets
certification requirements in accordance with UL 248.

Stober SD6 Series Specifications

General

Brand	Stober
Model	SD6 Series
Category	Controller
Language	English