97
KATANA S610M Inverter Specialized for Elevator Manual
Function code
Name
Recommend set value
Remarks
near the end
F05.04
Deceleration speed
0.55 m/s
2
F05.05
Rapid deceleration at
the beginning
0.6 m/s
3
F05.06
Rapid deceleration
near the end
0.35 m/s
3
F05.07
Inspection
acceleration
1.0 m/s
2
F05.08
Inspection
deceleration
1.0 m/s
2
F05.14
Deceleration when
stops
0.55 m/s
2
F07.00
Function selection of
input terminal X1
9
Inverter operation enabled
F07.01
Function selection of
input terminal X2
6
External reset input
F07.02
Function selection of
input terminal X3
1
UP
F07.03
Function selection of
input terminal X4
2
DOWN
F07.04
Function selection of
input terminal X5
3
Multi-speed selection
F07.05
Function selection of
input terminal X6
4
Multi-speed selection
F07.06
Function selection of
input terminal X7
5
Multi-speed selection
F07.11
Input terminal
effective status setting
Set according to
actual situation
Input terminal Normal Open/Normal
Close selection
F07.14
Output function of
Relay 1
13
Signal of enabling open the brake of
the motor
F07.15
Output function of
Relay 2
10
Inverter zero-speed operating
F07.16
Output function of
Relay 3
7
Inverter error
F07.18
Output terminal
effective status setting
Set according to
actual situation
Output terminal Normal Open/Normal
Close selecting
7.3 Application of terminal analog operation mode (Reserved)
According to elevator control logic, the controller calculates running direction and running speed of the
motor, and then sends to S610M in the form of digital value and analog value. So the S610M inverter can control
the operation of elevator under the command of the controller.
For example: An elevator has a rated speed of 1.5m/s, and has terminal multi-speed operation mode
(F00.02=1) as part of elevator control system. The elevator controller controls brake and output signals of
