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KATANA S610M Inverter Specialized for Elevator Manual
Multifunctional input terminals of S610M include X1~X8, low electric level input is available.
3.2.3 Wiring for multifunctional output terminals
The multifunctional output terminals Y1 and Y2 use the internal 24V power supply.
3.3 Wiring for the encoder
S610M inverter is compatible with many types of encoder, including AB, Sin/Cos, to meet client’s
requirements.
Table 3-4 Encoder card
Encoder Card
Function
AB encoder card with frequency
dividing output
（
SW-PG ABC1
）
Support open collector and push-pullsignals AB encoder,
1 frequency dividing OC output, applicable to closed-loop vector
control of asynchronous traction machine.
AB encoder card with frequency
dividing output
（
SW-PG ABD1
）
Support open collector and push-pull signals AB encoder,
1 frequency dividing differential output, applicable to closed-loop
vector control of asynchronous traction machine.
Sincos encoder card with frequency
dividing output
（
SW-PG-C1
）
Support sinccos signal (ERN1387/487), 1 frequency dividing OC
output, applicable to closed-loop vector control of synchronous
traction machine.
Sincos encoder card with frequency
dividing output
（
SW-PG-D1
）
Support sinccos signal (ERN1387/487), 1 frequency dividing
differential output, applicable to closed-loop vector control of
synchronous traction machine.
Attentions:
、
The signal line of encoder must be separately wired away from main circuit and other power
lines. Close parallel wiring is prohibited.
Wiring of encoder should use shielded line. The end of the shielded line near to the inverter
should be connected to the PE terminal.
Poor motor grounding or large system disturbance on site may cause unstable operation of the
inverter. When this happens, please disconnect the encoder grounding at the motor side, and
only keep the single-ended grounding of the encoder.
Encoder with hot plug is prohibited.
3.3.1
AB encoder card
