hpmont HD3N Series User manual

HD3N Series High-performance Smart Inverter
V1.1 2018.09
HD3N Series
High-performance
Smart Inverter
User Manual

FORWARD
Thank you for purchasing HD3N series high-performance smart inverter
manufactured by Shenzhen Hpmont Technology Co., Ltd.
This User Manual describes how to use HD3N series high-performance smart inverter
and their installation wiring, parameter setting, troubleshooting and daily
maintenance etc.
Before using the product, please read through this User Manual carefully. In addition,
please do not use this product until you have fully understood safety precautions.
Note:
Preserve this Manual for future use.
If you need the User Manual due to damage, loss or other reasons, please contact
the regional distributor of our company or directly contact our company Technical
Service Center.
If you still have some problems during use, please contact our company Technical
Service Center.
Due to product upgrade or specification change, and for the purpose of
improving convenience and accuracy of this manual, this manual’s contents may
be modified.
Email address: [e-mail]

Three-phase AC power supply
MCCB
Contactor
AC input reactor
(accessory)
EMI filter
HD3N
EMI filter
Motor
Braking resistor
(accessory)
Connectionwithperipheral devices
AC output reactor
(accessory)

Version and Revision Records
Time: 2018/09
Version: V1.1
Revised chapter Revised contents
•Add 55 - 400kW, 200 - 400kW (-C) products
•See section 2.3 for rated value
•See section 3.3 for installation direction and space
•See section 3.4 for structural specifications
•Input and output wiring, power terminal wiring, see section 4.2
•For power terminal description see section 4.3
•See section 4.4 for control board instructions
•For the selection of brake unit and braking resistor, see section 8.2
•See section 8.3 for reactor selection

HD3N Quick Start Guide
Note:
Some of the parameters are factory setting, user may not need to set them when first time using the
product.
1. Set rated parameters of motor
Power on HD3N. Set below parameters via keypad. Refer to nameplate of motor for correct parameter.
Ref. code Function Ref. code Function
F08.00 Rated power of motor F08.03 Rated frequency of motor
F08.01 Rated voltage of motor F08.04 Rated Rpm of motor
F08.02 Rated current of motor
2. Start/Stop HD3N and set running frequency via keypad
1. Power on HD3N. Use keypad to set motor parameter (F08.00 - F08.04), running frequency (F00.13)
and Acc. / Dec. time (F03.01, F03.02).
Ref. code Function Setting Description
F00.10 Frequency setting channel selection 0 (default) Running frequency set by keypad
digital setting
F00.11 Command setting channel selection 0 (default) Keypad runs command channel
F00.13 Running frequency digital setting - Running frequency, adjust according
to actual
F03.01 Acc. time 1 - Acc. time, adjust according to actual
F03.02 Dec. time 1 - Dec. time, adjust according to actual
2. Press key ( ) on keypad to start HD3N. Press / key to increase/decrease setting
frequency. Press key ( ) to stop HD3N.

3. To use terminal to start/stop, and use keypad to set running frequency
1. DI1 is forward signal input, DI2 is reverse signal input. Below is the connection.
2. Power on HD3N. Set function codes according to connection.
Ref. code Function Setting Description
F00.10 Select frequency setting channel 0 (default) Digital setting by keypad
F00.11 Select command setting channel 1 Set by terminal
F00.13 Running frequency digital setting - Running frequency, set according to
actual
F03.01 Acc. time 1 - Acc. time, set according to actual
F03.02 Dec. time 1 - Dec. time, set according to actual
F15.00 DI1 function selection 2 (default) Forward (terminal forward signal input)
F15.01 DI2 function selection 3 (default) Reverse (terminal reverse signal input)
3. Connect K1, motor will forward run. Disconnect it, motor stops running. Connect K2, motor Reverse
run. Disconnect K2, motor stops running. Disconnect K1 and K2, motor stops running.
Set F00.13 or press / on keypad to increase / decrease setting frequency.
DI1
COM
K1
K2 DI2
DO1
R1C
R1B
R1A
ForwardOutput indicating
signal at running
Fault indicating
Reverse

4. To use terminal to start/stop and set analogue running frequency
1. DI1 is forward signal input, DI2 is reverse signal input. Below is the connection.
2. Power on, and set function code according to connection.
Ref. code Function Setting Meaning
F00.10 Select frequency setting channel 3 Set by analogue
F00.11 Select command setting channel 1 Set by terminal
F03.01 Acc. time 1 - Acc. time, adjust according to actual
F03.02 Dec. time 1 - Dec. time, adjust according to actual
F15.00 DI1 function selection 2 (default) Forward (terminal forward signal input)
F15.01 DI2 function selecrtion 3 (default) Reverse (terminal reverse signal input)
F16.01 Analogue input AI1 function selection 2 (default) Frequency setting channel (set by AI1)
3. Adjust AI1 to set running frequency.
4. Connect K1, motor forward run; disconnect K1, motor stops running. Connect K2, motor reverse run;
disconnect K2, motor stops running. Connect or disconnect both K1 and K2, motor stops running.
DI1
COM
DI2
AI1
+10
Fault indicating
Output indicating
signal at running
K1
K2 DO1
R1C
R1B
R1A
GND
Forward
Reverse
Analogue input

5. To use terminal to start/stop, and use communication to set running frequency
1. DI1 is forward signal input, DI2 is reverse signal input. Below is the connection.
2. Power on, and set function parameters according to connection.
Ref. code Function Setting Meaning
F00.10 To select frequency setting channel 2 SCI communication setting
F00.11 To select command setting channel 1 Running command set by terminal
F03.01 Acc. time 1 - Acc. time, adjust according to actual
F03.02 Dec. time 1 - Dec. time, adjust according to actual
F15.00 DI1 function selection 2 (default) Forward (terminal forward signal input)
F15.01 DI2 function selection 3 (default) Reverse (terminal reverse signal input)
F15.18 DO1 function selection 2 (default) Inverter is running
F17.00 Data format 0 (default) 1-8-2 format, no parity, RTU
F17.01 Baut rate 3 (default) 9600bps
F17.02 Local address 2 (default)
3. Connect K1, motor forward run; disconnect K1, motor stops running. Connect K2, motor reverse run;
disconnect K2, motor stops running. Connect or disconnect both K1 and K2, motor stops running.
4. SCI code 0x06 reads to register 0x3201 to change running frequency.
E.g: set running frequency of slave address 2 = 15.00Hz:
Command /
Response
Frame
Address Code Register address Register content Checksum
0x02 0x06 0x32 0x01 0x11 0x94 0xDB 0x7E
DI1
COM
DI2
Fault indicating
Output indicating
signal at running
Forward
Reverse
K1
K2 DO1
R1C
R1B
R1A
A
B
PLC 485+
485-

6. To use communication to start/stop and to set running frequency
1. Wire communication lines as following:
2. Power on, and set function parameters according to connection.
Ref. code Function Setting Meaning
F00.10 To select frequency setting channel 2 SCI setting
F00.11 To select command setting channel 2 Running command channel set by SCI
F03.01 Acc. time 1 - Acc. time, adjust according to actual
F03.02 Dec. time 1 - Dec. time, adjust according to actual
F17.00 Data format 0 (default) 1-8-2 format, no parity, RTU
F17.01 Baut rate 3 (default) 9600bps
F17.02 Local address 2 (default)
3. Register 0x3200 of SCI communication (code 0x06) starts/stops inverter whose local address = 2.
E.g: Forward start command is as following:
Command /
Response
Frame
Address Code Register address Register content Checksum
0x02 0x06 0x32 0x00 0x10 0x01 0x4B 0x41
E.g: Dec stop command is as following:
Command /
Response
Frame
Address Code Register address Register content Checksum
0x02 0x06 0x32 0x00 0x10 0x04 0x8B 0x42
4. Register 0x3201 of SCI communication (code 0x06) sets the running frequency.
E.g: Set the running frequency of local address = 45.00Hz:
Command /
Response
Frame
Address Code Register address Register content Checksum
0x02 0x06 0x32 0x01 0x11 0x94 0xDB 0x7E
Fault indicating
Output indicating
signal at running
DO1
R1C
R1B
R1A
A
B
PLC 485+
485-