Folinn H1 Series VFDs

Overview

Variable frequency drives (VFDs) made by Fuling Electric, aka Folinn Electric. They are rebranded by StepperOnline.

Model Numbers

• Page 6 (7 in the PDF) shows the model number scheme

Wiring Diagram

• Page 7 (10 in the PDF) shows the power wiring
• Page 67 (129 in the PDF) shows the H0101 interface panel screw terminal / RJ45 pinout
• Page 68 (132 in the PDF) shows the H0110 interface panel screw terminal / RJ45 pinout
• Page 72 (139 in the PDF) shows the H0100 interface panel screw terminal pinout
• Page 73 (142 in the PDF) shows the H0200 interface panel screw / RJ45 / D-Sub? terminal pinout
• Page 76 (147 in the PDF) shows the H0201 interface panel screw / RJ45 / D-Sub? terminal pinout

NOTE: they claim that pins 1&2 on the RJ45 are RS-485+/-, but in reality it's reversed and pins 8&7 are RS-485+/- and pins 2&4 are GND.

Dimensions

• Page 65 (126 in the PDF) show a table of the dimensions

Parameters

Parameter No.	Default Value	Range	Description
P02.18	50.000 Hz	0.000 - 99999.000 Hz	Maximum setting value
P02.19	0.000 Hz	0.000 - 99999.000 Hz	Minimum setting value
P02.50		0.050 - 3600.000 s	Acceleration time 0
P02.70		0.050 - 3600.000 s	Deceleration time 0
P05.08	55.000 Hz	-1020.000 - 1020.000 Hz	Motor upper frequency limit
P06.00		0: off 1: complete 2: simple	Motor parameter self-learning
P06.10	0: asynchronous	0: asynchronous 1: surface mount permanent magnet synchronous 2: salient pole permanent magnet synchronous 4: single-phase motor	Motor type
P06.05		2-16 kHz	Carrier frequency
P06.11		0.000 - 100000.000 kW	Motor rated power
P06.12		0 - 1000 V	Motor rated voltage
P06.13		1 - 3000 Hz	Motor rated frequency
P06.14		0.00 - 1000.00 A	Motor rated current
P06.15		10 - 65535 RPM	Motor rated speed
P06.16		0.00 - 1.00 (ratio)	Motor power factor
P06.17		2 - 100 poles (not pairs)	Motor pole count
P06.18		0.1 - 10000.0 Nm	Motor rated torque
P06.19		0.00 - 1000.00 A	Motor no-load current
P06.20		1.000 - 10000.000 mV/RPM	PM motor back EMF/rev
P06.40		0.000 - 99.990 ohms	Stator impedance
P06.41		0.000 - 99.990 ohms	Rotor impedance
P06.42		0.000 - 999.990 mH	Stator leakage reactance
P06.44		0.00 - 999.90 mH	Motor main reactance

Modbus control

VFD Parameters

Parameter No.	Default Value	Required Value	Description
P01.40	1: RTU	1: RTU	MODBUS communication protocol
P01.41	1	1	MODBUS slave address
P01.42	3: 19,200 baud	3: 19,200 baud	MODBUS baud-rate
P01.43	0: none	0: none	MODBUS parity check
P01.44	8	8	MODBUS data bits
P01.45	1.0	1.0	MODBUS stop bits
P01.46	3	3	MODBUS communication delay time
P01.47	0	0	MODBUS parameter decimal mode
P02.10	0: keyboard	5: communication	Set value source 1
P02.90			Communication set value
P02.91			Communication command
P03.00	1: keyboard	2: communication	Start command source
P03.01	0: no effect	2: communication (?)	Reverse start command source
P03.02	0: no effect	2: communication (?)	Reverse command source
P03.03	1: keyboard	2: communication (?)	Jog command source
P03.04	0: no effect	2: communication (?)	Stop command source
P03.05	0: no effect	2: communication (?)	Free parking command source
P03.06	0: no effect	2: communication (?)	Safe stop command source
P03.07	1: keyboard	2: communication (?)	Reset command source
P03.08	0: no effect	2: communication (?)	Fault command source
P03.09	0: no effect	2: communication (?)	Pause command source

Modbus registers

Parameter No.	16-bit Register No.	Value	R/W	Description
P01.47	0x0092?	0 - 123		Parameter decimal mode
P02.18	0x00d9?	0.0 - 99999.000		Maximum set value
P02.90	0x0121		W	Communication set value
P02.91	0x0122		W	Communication commands
P10.05	0x03EC?			Software version number
P10.10	0x03F1?	0x0 - 0xFFFFFFFF		Control word
P10.11	0x03F2?	-65535.0 - 65535.0 Hz		Set value
P10.15	0x03F6	0x0 - 0xFFFFFFFF	R	Current state
P10.16	0x03F7	0x0 - 0xFFFFFFFF	R	Fault state word 1
P10.17	0x03F8?	0x0 - 0xFFFFFFFF		Fault state word 2
P10.18	0x03F9?	0x0 - 0xFFFFFFFF		Alarm state word
P10.20	0x03FB?	0.0 - 65535.0 Hz		Output frequency absolute value
P10.21	0x03FC	-65535.0 - 65535.0 Hz	R	Output frequency
P10.22	0x03FD	0.00 - 65535.00 A	R	Output current
P10.23	0x03FE	0.0 - 65535.0 V	R	Output voltage
P10.24	0x03FF	0.000 - 65535.000 Nm	R	Output torque
P10.25	0x0400	0.0 - 65535.0 V	R	DC voltage
P10.26	0x0401	0 - 65535 C	R	Inverter temperature
P10.27	0x0402?	0 - 65535 %		Inverter hot load
P10.28	0x0403?	0 - 65535 %		Motor hot load
P10.30	0x0405	0.000 - 65535.000 kW	R	Power
P10.31	0x0406	0.000 - 4294967.295 kWh	R	Energy consumption
P10.40	0x040F	0.000 - 4294967.295 h	R	Hours of power on
P10.41	0x041F	0 - (2^32-1)	R	Number of power-on
P10.60	0x0423?	0 - (2^32-1)		Current alarm number
P10.90	0x0441	-999999.000 - 999999.000 %		Set value 1

NOTE: you add 0x4000 (16,384) to the addresses to go from 16-bit mode to 32-bit mode

NOTE: you add 0x8000 (32,768) to the addresses to go from EEPROM to RAM access (important when writing frequently over MODBUS!)

PDFs

Media:FoLinn_H1_Series_Inverter_User_Manual.pdf

Online Resources

H1 Series Inverter User Manual (2021.V1.0) (StepperOnline, no FoLinn mentioned)

H1 Series Inverter Simple Manual (StepperOnline, no FoLinn mentioned)

LinsVFD EV50 Series Inverter Full User Manual (LinsVFD on StepperOnline, no FoLinn mentioned)

LinsVFD EV50 Series Inverter Easy User Manual (LinsVFD on StepperOnline, no FoLinn mentioned)

H1 Series Inverter Simple Manual (2020.10.21) (Folinn)

H1 Series Compact Inverter Brochure (2020.06.02) (Folinn)

2.29.182-H1-Detailed-Manual-英文版详细说明书1.pdf

H1-Simple-User-Manual-Revised.pdf

LinsVFD Variable Frequency Drives (now LinsVFD branded instead of StepperOnline nor FoLinn?)

H100 Series VFD Variable Frequency Drive

H110 Series VFD Variable Frequency Drive

H1 Three Phase Archives | Conon Motor

H1 Three Phase Archives | Conon Motor

H1 Series Compact Vector Inverter- Zhejiang New Folinn Electric Co., Ltd