Frecon R500D Series User manual

FR500D Series Special Purpose Inverter for Elevator
- 1 -
Preface
FR500D series inverter designed special for elevator application. Combined with the control
requirements of elevator application, FR500D is developed for construction elevator, simple
passenger elevator, and elevator machinery.
Please refer to the commissioning guide for the commissioning in the manual
IMPORTANT NOTES
◆To illustrate the details of the products，pictures in this manual based on products with outer
casing or safety cover being removed. When using this product, please be sure to well install
outer casing or covering by the rules, and operating in accordance with the manual contents.
◆The illustrations in this manual are for illustration only and may vary with different products
you have ordered.
◆The company is committed to continuous improvement of products, product features will
continue to upgrade, the information provided is subject to change without notice.
◆If there is any questions when using, please contact our regional agents or our customer
service center:([phone])
◆For other products, please visit our website. http://www.frecon.com.cn

FR500D Series Special Purpose Inverter for Elevator
- 2 -
Contents
Preface ........................................................................................................................................ - 1 -
Contents...................................................................................................................................... - 2 -
Chapter 1 Product Information................................................................................................... - 3 -
1.1 Nameplate ......................................................................................................................... - 3 -
1.2 FR500D series Special Purpose Inverter Model Selection .................................................. - 4 -
1.3 Product Terminal Configuration .......................................................................................... - 4 -
1.4 Dimensions, installation dimensions and weight ................................................................. - 8 -
Chapter 2 Commissioning guide.............................................................................................. - 10 -
2.1 Single multi-step speed terminal elevator controller .......................................................... - 10 -
2.2 Two multi-step speed terminal elevator controller.............................................................. - 11 -
2.3 Emergency Operation Mode............................................................................................. - 12 -
2.4 Closed Loop Vector Control.............................................................................................. - 13 -
2.5 Multi-step speed setting method....................................................................................... - 14 -
Chapter 3 Function Parameters ............................................................................................... - 16 -
3.1 The Basic Function Parameters........................................................................................ - 16 -
3.2 H00 group function code detailed explanation .................................................................. - 30 -
Chapter 4 Troubleshooting....................................................................................................... - 36 -
Chapter 5 PG Card.................................................................................................................... - 41 -

FR500D Series Special Purpose Inverter for Elevator
- 3 -
Chapter 1 Product Information
1.1 Nameplate
Fig.1-1 Nameplate
Model Instruction
Model numbers on name plate consist of numbers, symbols, and letters, to express its respective
series, suitable power type, power level and other information.
FR500D-4T-7.5 B
Master series code of
product：
FR500D: Special Purpose
Inverter for Elevator
Input voltage:
4: 380V(-15%～+30%）
Brake unit：
None: No Braking Unit
B: Built-in brake unit
Adaptable Motor
(kW)And Type of
Motor：7.5:7.5kW
Fig.1-2 Product Model Naming Rules

FR500D Series Special Purpose Inverter for Elevator
- 4 -
1.2 FR500D series Special Purpose Inverter Model Selection
Table 1-1 FR500D series model table
Model No.
Power
capacity
KVA
Rated
Input current
A
Rated
output
current
A
Applicable motor
kW HP
Size
3-Phase：380V，50/60Hz Range：-15%～+30%
FR500D-4T-2.2B
4
5.8
5.5
2.2
3
R1
FR500D-4T-4.0B
6
11
9.5
3.7,4
5
FR500D-4T-5.5B
8.9
14.6
13
5.5
7.5
FR500D-4T-7.5B
11
20.5
17
7.5
10
R2
FR500D-4T-011B
17
26
25
11
15
R3
FR500D-4T-015B
21
35
32
15
20
FR500D-4T-018B
24
38.5
37
18.5
25
FR500D-4T-022B
30
46.5
45
22
30
R4
FR500D-4T-030B
40
62
60
30
40
FR500D-4T-037(B)
57
76
75
37
50
R5
FR500D-4T-045(B)
69
92
91
45
60
R6
FR500D-4T-055(B)
85
113
112
55
70
FR500D-4T-075(B)
114
157
150
75
100
FR500D-4T-090
134
186
176
90
125
R7
FR500D-4T-110
160
220
210
110
150
1.3 Product Terminal Configuration
1.3.1 Main Circuit Terminals
◆2.2～7.5KW Main Circuit Terminals
(+) (-) RST U V
POWER
Fig.1-3 2.2～7.5kW Main Circuit Terminal Diagram
◆11～18KW Main Circuit Terminals
PB
(+) (-)
RFI
DC
Fig.1-4 11～18kW Main Circuit Terminal Diagram

FR500D Series Special Purpose Inverter for Elevator
- 5 -
◆22～37KW Main Circuit Terminals
PB
(+) (-)
DC
Fig.1-5. 22～37kW Main Circuit Terminal Diagram
◆45～75KW Main Circuit Terminals
PB
(+) (-)
DC
Fig.1-6. 45～75kW Main Circuit Terminal Diagram
◆90~110KW Main Circuit Terminals
Fig.1-7. 90~110kW Main Circuit Terminal Diagram
Table 1-2 Functions of Inverter Main Circuit Terminals
Terminal Label
Description
R, S, T
AC Power Input Terminal, connected to three-phase 380V AC power.
U, V, W
Inverter AC output terminal, connected to three-phase AC motor
(+) , (-)
Respectively to be positive and negative terminal of internal DC bus
PB
Braking resistor connection terminals, one end connected to (+), the
other end of PB.
Ground terminal, connected to the earth.

FR500D Series Special Purpose Inverter for Elevator
- 6 -
1.3.2 Control Circuit Terminals
DI1
+24V
DI2
PLC
DI3
COM
DI4
DI5
COM
DI6
Y1 Y2
+10V R1A R1B R1C
R2A R2B R2C
AO1
AI1
GND
AI2
485+
AI3
485-
PE
DI7/HI
AO2
GND
Fig. 1-8 Control Terminals Diagram
Table 1-3 FR500D Inverter Control Circuit Terminal Functions
Type
Terminal
Symbol
Terminal Name
Description
Power
Supply
+10V-GND
＋10V Power
Supply
Output +10V Power Supply, Maximum
Output Current: 10mA. Generally use for
power supply of external potentiometer,
resistance range of potentiometer: 1～5kΩ
+24V-COM
24V Power Supply
Output +24V power supply, generally use for
power supply of digital input/output terminal
and external sensor, maximum output
current: 200mA.
PLC
External Power
Input Terminal
Factory default in connection with
+24V,when using an external signal to drive
DI1~DI7, PLC need to be connected to
external power, and disconnected with +24V
power terminal.
Analog
Input
AI1-GND
Analog Input
Terminal 1
Input Range: DC 0～10V/0～20mA,
selected by AI1,AI2 toggle switches on
control board. Input Impedance:250kΩ for
voltage input, 250Ω for current input.
AI2-GND
Analog Input
Terminal 2
AI3-GND
Analog Input
Terminal 3
Input voltage range: DC -10～+10V
Input Impedance: 250kΩ
Digital
Input
DI1- COM
Digital Input
Terminal 1
Maximum input frequency: 200Hz
Input Impedance: 2.4kΩ
Voltage Range of level-input:9V～30V
DI2- COM
Digital Input
Terminal 2
DI3- COM
Digital Input
Terminal 3
DI4- COM
Digital Input
Terminal 4
DI5- COM
Digital Input
Terminal 5
DI6- COM
Digital Input
Terminal 6
DI7/HI-COM
Digital Input
Terminal 7 or
high-speed pulse
input
Besides the features of DI1~DI6, DI7 also
can be the channel of high-speed pulse
input. Maximum input frequency: 100kHz.

FR500D Series Special Purpose Inverter for Elevator
- 7 -
Analog
Output
AO1-GND
Analog Output
Terminal 1
Output range：DC 0～10V/0～20mA,
selected by A01,A02 toggle switches on
control board. Impedance required≥10kΩ
AO2-GND
Analog Output
Terminal 2
Digital
Output
Y1-COM
Open Collector
Output 1
Voltage Range: 0～24V
Current Range: 0～50mA
Y2/HO-COM
Open Collector
Output 2or
high-speed pulse
output
Apart from Y1 characteristics, Y2 also can
be the channel of high-speed pulse input.
Maximum output frequency: 100kHz.
Relay
Output
R1A-R1C
normal open
terminal
Contact driving ability:
AC250V，3A，COSØ=0.4。
DC 30V，1A
R1B-R1C
normal close
terminal
R2A-R2C
normal open
terminal
R2B-R2C
normal close
terminal
485
Commun
ication
485+-485-
485
Communication
Terminals
Speed:
4800/9600/19200/38400/57600/115200bps.
RS485 toggle switch on control board,
setting the terminal matching-resister
GND
485
Communication
Shield Ground
Shielded
PE
Shield Grounding
It’s use for grounding the shield of
terminal-wire
Aid
Interface
External Keyboard
Interface
When connected to operation board, the
longest communication distance is up to
50m, adopt the standard network cable
(RJ45)
UP/DOWNL
OAD
Parameter Copy
Card Interface

FR500D Series Special Purpose Inverter for Elevator
- 8 -
1.4 Dimensions, installation dimensions and weight
◆4.0～18kW Dimensions and wall mounting dimensions
W1
H1
H
W
D
4Xd
Fig.1-9 4Kw~18kW Wall Installation Diagram
◆22～110kW Dimensions and installation dimensions
Fig.1-10 22～110kW Wall mounting diagram

FR500D Series Special Purpose Inverter for Elevator
- 9 -
Table 1-4 Wall Mounting Size Table
Model NO.
External and installation dimensions（mm）
Weight（Kg）
W
W1
H
H1
D
Mounting
Hole
Diameter
3-Phase:380V，50/60Hz Range:-15%～+30%
R1
116.6
106.6
186.6
176.6
175
4.5
2.5
R2
146
131
249
236
177
5.5
3.9
R3
198
183
300
287
185
5.5
6.2
R4
245
200
410
391
200
7
11.8
R5
275
200
470
451
215
7
15
R6
310
200
620
601
262
9.5
26
R7
310
200
650
620
350
11.5
45

FR500D Series Special Purpose Inverter for Elevator
- 10 -
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
WM
R1A
R1B
R1C
DI1
Up
Brake
FR500D
S
3-Phase 380VAC
DI2
Down
DI3
High Speed
DI4
DI5
Inspection
R2A
R2B
R2CKM2
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

FR500D Series Special Purpose Inverter for Elevator
- 11 -
5,Trial run in normal mode, switch to normal operation mode for testing, to improve the comfort by
adjusting acceleration & deceleration (F03.00, F03.01) and S curve time (F03.11)
2.2 Two multi-step speed terminal elevator controller
High speed is controlled by one of terminals’ on-off, another terminal is for the control of leveling
speed or 0 speed according to different controller. The wiring is as below:
R
T
U
V
WM
R1A
R1B
R1C
DI1
Up
Brake
FR500D
S
3-Phase 380VAC
DI2
Down
DI3
High Speed
DI4
DI5
Inspection
R2A
R2B
R2CKM2
KM2
DI6
Base Block
+ PB
Resistance
24V
Y1
DI7
COM COM
Fault
Elevator
Controller
KM1
Leveling/Zero Speed
Fig. 2-2 Wiring of two 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 these two terminals. If the
terminal signals of the controller are high speed signal and leveling speed signal, related setting
parameter is as below:
F12.00= 0
F12.01=High speed
F12.02= Leveling speed
If the terminal signals of the controller are high speed signal and 0 speed signal, related setting
parameter is as below:
F12.00= Leveling speed
F12.01=High speed
F12.02= 0
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,

FR500D Series Special Purpose Inverter for Elevator
- 12 -
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
5,Trial run in normal mode, switch to normal operation mode for testing, to improve the comfort by
adjusting acceleration & deceleration (F03.00, F03.01) and S curve time (F03.11)
2.3 Emergency Operation Mode
When elevator is in operation, if system power supply is suddenly cut off, it may cause the
passenger to be locked in the car
FR500D series elevator inverter supports emergency UPS power supply input and continue
emergency operation, emergency signal receives from DI6 of inverter, the wiring is as below
R
T
U
V
WM
R1A
R1B
R1C
DI1
Up
Brake
FR500D
S
3-Phase 380VAC
DI2
Down
DI3
High Speed
DI4
DI5
Inspection
R2A
R2B
R2CKM2
KM2
DI6
Base Block
+ PB
Resistance
24V
Y1
DI7
COM COM
Fault
Elevator
Controller
KM1
Leveling Speed
Emergency
UPS
1-Phase 220VAC
KM3
Fig. 2-3 Emergency mode wiring
When grid power supply cut off, elevator controller switched to be USP power supply and transmit
emergency signal to inverter, then inverter will switch to emergency operation automatically. FR500D
supports 220V single phase input and 380V three phase USP power supply.
In emergence mode, inverter will run via emergency operation frequency(H00.12), and run via
acceleration time of F03.06 and deceleration time of F03.07. Meanwhile, if emergency operation
frequency(H00.12) is controlled by H00.30, please refer to H00.30 parameter description
2.4 Inspection Operation Mode
When inspection signal is valid, inverter frequency will be given by H00.13, meanwhile the
acceleration and deceleration time will be set by F03.04 & F03.05

FR500D Series Special Purpose Inverter for Elevator
- 13 -
R
T
U
V
WM
R1A
R1B
R1C
DI1
Up
Brake
FR500D
S
3-Phase 380VAC
DI2
Down
DI3
DI4
DI5
Inspection
R2A
R2B
R2CKM2
KM2
DI6
Base Block
+ PB
Resistance
24V
Y1
DI7
COM COM
Fault
Elevator
Controller
KM1
Fig. 2-3 Inspection mode
2.5 Closed Loop Vector Control
FR500D series supports closed vector control, providing kinds of PG card to different encoder,
please refer to Chapter 5 for PG card details. And please refer to the wiring as below:
R
T
U
V
WM
R1A
R1B
R1C
DI1
Up
Brake
FR500D
S
3-Phase 380VAC
DI2
Down
DI3
High Speed
DI4
DI5
Inspection
R2A
R2B
R2CKM2
KM2
DI6
Base Block
+ PB
Resistance
24V
Y1
DI7
COM
Fault
Elevator
Controller
KM1
Leveling Speed
Encoder
PG Card
Fig. 2-5 Wiring of inverter with closed loop vector control

FR500D Series Special Purpose Inverter for Elevator
- 14 -
To complete the wiring of controller, elevator and motor and the wiring of PG card and encoder, no
need R2 & Y1 wiring if the controller is without operation contactor (KM20) and fault signal receive.
Then commissioning procedure is as below:
1,To set high speed and leveling speed,, related setting parameter according to the wiring is as
below:
F12.00= 0
F12.01=High speed
F12.02= Leveling 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. First, set F00.08=1, then switch the elevator controller 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
5,To check encoder direction, set F00.08=1, then switch the elevator controller to maintenance
operation mode, and press LIFT UP or LIFT DOWN to check if the output frequency is consistent with
feedback speed of encoder (Shown in U00.33). If output frequency is positive, the speed of U00.33
should be also positive; If output frequency is negative, the speed of U00.33 should be also negative.
If the directions are not consistent, need to set F08.25=1 or exchange A & B pulse of encoder, then to
check output frequency is consistent with feedback speed of encoder.
6,Operation in closed loop vector control mode, to set encoder line number of F08.23, also set
motor and encoder speed ratio of F08.27, and set F00.08 for closed loop vector control mode, to
switch the elevator controller to maintenance operation mode, and press LIFT UP or LIFT DOWN to
check if elevator is working normally
7,Trial run in normal mode, to switch elevator controller to be normal operation mode for testing,
to improve the comfort by adjusting acceleration & deceleration (F03.00, F03.01) and S curve time
(F03.11)
2.6 Multi-step speed setting method
In different elevator controllers, the combination difference of multi-step speed terminal output
signal will cause the parameter setting difference of leveling speed and high speed, please refer to
below diagram for the parameter setting:
DI4(F04.03=14)
DI3(F04.02=13)
Speed setting parameter
0
0
F12.00
0
1
F12.01
1
0
F12.02
1
1
F12.03
Speed parameter of group F12 will be set by percentage, 100.0% corresponded to maximum
frequency (Setting value of F01.08),meanwhile every step speed can be acceleration time and
deceleration time independently, please refer to below diagram for the details
Multi step speed
Parameter for
selecting accel and
decel time
F12.00
F12.34

FR500D Series Special Purpose Inverter for Elevator
- 15 -
F12.01
F12.35
F12.02
F12.36
F12.03
F12.37
FR500D totally supports four group of acceleration time and deceleration time, time selection
parameter range 0~3, please refer to below parameter setting:
0th group
1st group
2nd group
3th group
Acceleration
time
F03.00
F03.02
F03.04
F03.06
Deceleration
time
F03.01
F03.03
F03.05
F03.07

FR500D Series Special Purpose Inverter for Elevator
- 16 -
Chapter 3 Function Parameters
3.1 The Basic Function Parameters
Table 3-1 Basic Function Parameters
Function
Code
Name
Descriptions
Default
Value
At
tri
bu
te
Group F00: System Parameters
F00.00
User Password
0～65535
0
×
F00.02
Parameter Protection
0: All parameter programmable
0
×
1: Only F00.02 and this parameter
programmable
F00.04
Default Value Control
0: No operation
0
×
1: Restore all parameters to factory
default
(excluding motor parameters)
2: Clear fault record
3: Back up current user parameters
4: Restore user backup parameters
5: Restore factory default
(include motor parameter)
6: Power consumption zero
clearing(U00.35)
F00.05
Copy of Parameters
0: No operation
0
×
1: Upload parameter
2: Download parameter (excluding
motor parameters)
3: Download parameter (including
motor parameters)
F00.08
Motor control mode
0: Voltage/Frequency (V/F)
control
1
×
1:Sensor-less vector control 1
2: Sensor-less vector control 2
3:Close loop vector control with PG
card
F00.13
Carrier frequency
0.700～16.000kHz
Model
defined
△
F00.18
Fan control
0: Run at power-on
1
×
1: Fan working during running
F00.20
Inverter rated power
4～75kW
Model
defined
⊙
F00.21
Inverter rated voltage
380V
Model
defined
⊙
F00.22
Inverter rated current
11~157A
Model
defined
⊙
F00.23
Software version
0.00～655.35
Model
defined
⊙
F00.24
Dealer password
0～65535
0
×

FR500D Series Special Purpose Inverter for Elevator
- 17 -
F00.25
Setting operation time
0～65535h(0: Invaild)
0h
×
Group F01: Frequency Given
F01.08
Maximum Frequency
（Fmax)
20.00～600.00Hz
50.00Hz
×
F01.09
Upper Limit
Frequency(Fup)
Fdown～Fmax
50.00Hz
×
F01.10
Lower Limit
Frequency(Fdown)
0.00～Fup
0.00Hz
×
F01.11
Given frequency lower
than the frequency
control of lower limit
0：Run by the lower frequency
0
×
1：After running time of lower limit
frequency, it will run on speed of 0.
F01.12
Running time of lower
limit frequency
0.0～6000.0s
60.0s
×
Group F02: Control of Run/Stop
F02.00
Command Source
Selection of Run/Start
0：Operation Panel (LED off)
1
×
1：External Terminal (LED on)
2：Computer Communications
(LED flash)
F02.01
Running direction
0: Forward
0
×
1: Reverse
F02.03
Dead time between
forward and reverse
0.0～6000.0s
0.0s
×
F02.14
Stop DC braking current
0.0～150.0%
100.0%
×
F02.17
Dynamic brake
0: Disabled
1
×
1: Enabled
2: Enabled at running
3: Enabled at deceleration
F02.18
Dynamic Brake
Voltage
480～800V
700V
×
F02.19
Brake use ratio
5.0～100.0%
100.0%
×
F02.20
Output selection at 0Hz
0: No voltage output
1
×
1: voltage output
Group F03: Accel/Decel Parameters
F03.00
Acceleration Time1
0.00～600.00s
4.00s
△
F03.01
Deceleration Time1
0.00～600.00s
2.00s
△
F03.02
Acceleration Time2
0.00～600.00s
4.00s
△
F03.03
Deceleration Time2
0.00～600.00s
2.00s
△
F03.04
Acceleration Time3
0.00～600.00s
4.00s
△
F03.05
Deceleration Time3
0.00～600.00s
2.00s
△
F03.06
Acceleration Time4
0.00～600.00s
4.00s
△
F03.07
Deceleration Time4
0.00～600.00s
1.00s
△
F03.10
Accel/Decele curve
0: Linear Accel/Decel
1
×
1: S-curve Accel/Decel
F03.11
Initial segment time of
acceleration of S curve
0.00～600.00s
1.00s
×
F03.12
Time unit selection
0: 0.1s
1
×
1: 0.01s

FR500D Series Special Purpose Inverter for Elevator
- 18 -
F03.15
End segment time of
acceleration of S curve
0.00～600.00s
1.00s
×
F03.16
Initial segment time of
deceleration of S curve
0.00～600.00s
1.00s
×
F03.17
End segment time of
deceleration of S curve
0.00～600.00s
0.00s
×
Group F04: Digital Input Terminals
F04.00
Function of terminal DI1
0: No function
1: Running forward (FWD)
2: Running reverse (REV)
3: Three-wire control
4: JOG forward
5: JOG reverse
6: Coast to stop
7: Fault reset (RESET)
8: Running suspended
9: External fault input
10: Terminal UP
11: Terminal DOWN
12: UP/DOWN (including ∧/∨
key) adjustment clear
13: Multi-step frequency terminal 1
14: Multi-step frequency terminal 2
15: Multi-step frequency terminal 3
16: Multi-step frequency terminal 4
17: Accel/Decel time determinant 1
18: Accel/Decel time determinant 1
19: Accel/Decel disabled(ramp
stop not inclusive)
20: Switch to auxiliary speed
setting
21: PLC status reset
22: Simple PLC paused
23: Simple PLC paused
24: PID adjustment direction
25: PID integration paused
26: PID parameter switch
27: Swing frequency pause(output
the current frequency)
28: Swing frequency reset(output
the central frequency)
29: Run command switched to
keypad control
30: Run command switched to
terminal control
31: Run command switched to
communication control
32: Count input
33: Count clear
34: Length count
35: Length clear
1
×
F04.01
Function of terminal DI2
2
×
F04.02
Function of terminal DI3
13
×
F04.03
Function of terminal DI4
14
×
F04.04
Function of terminal DI5
51
×
F04.05
Function of terminal DI6
52
×
F04.06
Function of terminal DI7
53
×

FR500D Series Special Purpose Inverter for Elevator
- 19 -
36: DC brake input command at
Stop
37～49：Reserved
50:Special purpose inverter
enable
51: Elevator maintenance signal
52: Elevator emergency signal
53: Enable flag(Base Block)
F04.13
Terminal DI1～DI5
positive/negative logic
DI5,DI4,DI3,DI2,DI1
00000
×
0: Positive logic(Terminals are on
at 0V/off at 24V)
1: Negative Logic (Terminals are
off at 0V/on at 24V)
F04.14
Terminal DI6～AI3
positive/negative logic
AI3,AI2,AI1,DI7,DI6
00000
×
0: Positive logic
1: Negative Logic
Group F05 Digital Output
F05.00
Y1 output function
0: No output
1: Drive is running
2: Fault output
3: Frequency-level detection FDT1
output
4: Frequency-level detection FDT2
output
5: Drive in 0Hz running 1(no output
at stop)
6: Drive in 0Hz running 2(output at
stop)
7: Upper limit frequency attained
8: Lower limit frequency attained
9: Frequency attained
10: Inverter is ready to work
11: Drive (motor) overloaded alarm
12: Inverter overheat warning
13: Current running time attained
14: Accumulative power-on time
attained
15: Consecutive running time
attained
16: PLC cycle completed
17: Set count value attained
18: Designated count value
attained
19: Length attained
20: Under load alarm
21～29：Reserved
30:Elevator brake output
31: Operation contactor output
32: Emergency signal time
completed
33: Light load direction search
2
×
F05.01
Y2 output function
32
×
F05.02
Relay 1 output function
30
×
F05.03
Relay 2 output function
31
×

FR500D Series Special Purpose Inverter for Elevator
- 20 -
completed
34: Light load direction search
direction
F05.08
Enabled state of digital
output
R2,R1,Y2,Y1
0001
×
0: Positive logic
1: Negative logic
Group F08 Parameters of Motor 1
F08.00
Motor Type
0: async motor
0
×
1: PMSM
2: Single phase asynchronous
motors(Remove capacitor)
3:Single phase asynchronous
motors
(No need to remove capacitor)
F08.01
Power rating of motor 1
4～75kW
Model
defined
×
F08.02
Rated voltage of motor 1
380V
Model
defined
×
F08.03
Rated current of motor 1
11~157A
Model
defined
×
F08.04
Rated frequency of
motor 1
20.00～Fmax
Model
defined
×
F08.05
Rated speed of motor 1
1～30000
Model
defined
×
F08.08
Stator resistance R1 of
async motor 1
0.001～65.535Ω
Model
defined
×
F08.09
Rotor resistance R2 of
async motor 1
0.001～65.535Ω
Model
defined
×
F08.10
Leakage inductance L1
of async motor 1
0.01～655.35mH
Model
defined
×
F08.11
Mutual inductance L2 of
asynchronous motor 1
0.1～6553.5mH
Model
defined
×
F08.12
No-load current of
async motor 1
0.1～1500.0A
Model
defined
×
F08.13
Field weakening coeff 1
of async motor 1
0.0～100.0
87%
×
F08.14
Field weakening coeff 2
of async motor 1
0.0～100.0
75%
×
F08.15
Field weakening coeff 3
of async motor 1
0.0～100.0
70%
×
F08.16
Stator resistance of
PMSM
0.001～65.535Ω
Model
defined
×
F08.17
D inductance of PMSM
0.01～655.35mH
Model
defined
×
F08.18
Q inductance of PMSM
0.01～655.35mH
Model
defined
×
F08.19
Counter electromotive
force
0～60000V
280V
×
F08.20
Encoder mounting angle
0.0～359.9°
0
×
F08.21
Motor poles
0～1000
4
⊙