FR500D Series Special Purpose Inverter for Elevator
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Chapter 2
Commissioning guide
FR500D series designed special for elevator application supports open loop & close loop vector
control as well as below functions:
2.1 Single multi-step speed terminal elevator controller
The high speed and leveling speed is controlled by high speed terminal’s on-off, the wiring is as
below
R
T
U
V
W
M
R1A
R1B
R1C
DI1
Up
Brake
FR500D
S
3-Phase 380VAC
DI2
Down
DI3
High Speed
DI4
DI5
Inspection
R
2
A
R
2
B
R
2
C
KM2
KM2
DI6
Base Block
+
PB
Resistance
24V
Y1
DI7
COM
COM
Fault
Elevator
Controller
KM1
Fig. 2-1 Wiring of single multi-step speed terminal elevator controller
To complete the wiring of controller, elevator and motor, no need R2 & Y1 wiring if the controller is
without operation contactor (KM20) and fault signal receive. Then commissioning procedure as below
1,To set high speed and leveling speed, which are switched through one high speed terminal,
setting parameter as below:
F12.00= Leveling speed
F12.01=High speed
2, To set maintenance speed. Maintenance speed and leveling speed will be common in some
elevator controllers, if no maintenance signal output, no need wiring for maintenance; If maintenance
signal output available, the speed can be set via function code
H00.13=Maintenance speed
3,Base block signal, no need wiring of base block if base block signal is not available in elevator
controller; If base block is available, most of elevator controllers provide normally closed signal, if so
need to set DI7 in anti-logic as below
F04.14=00010
4,Maintenance operation testing, the elevator controller switched to maintenance operation mode,
and press LIFT UP or LIFT DOWN to check if the running direction is consistent. If not, exchange UP
and DOWN signal line, means exchange DI1 & DI2 signal lines