Kinco KC200 frequency inverter

New: This guide is now part of the Kinco KC200 support page – together with the interactive wiring diagram, downloads and support.

First steps with the Kinco KC200

Nine steps from unboxing to the first motor run: connect, enter motor data, set start/stop and setpoint, adjust ramps. You only need Modbus, CANopen, digital inputs and the braking resistor if your application uses them.

Before connecting

Disconnect all supplies and wait at least 10 minutes until the charge indicator has gone out. Only then touch the terminals.
The KC200 has no STO. Implement safe motor shutdown on site with a contactor or safety circuit.
Always connect the protective earth (PE) first.

1Connect mains and motorRequired
Mains goes to R, S and T, the motor to U, V and W, plus PE at the inverter and motor. Up to 22 kW, PE has its own earthing screw; from 30 kW, ⏚ is part of the terminal row.
The wiring diagram shows line protection and cross-sections for your model in the scenario “Mains and motor”.
Circuit breaker: 1.5 to 2 times the rated current of the inverter; a universal-current-sensitive residual current device type B is recommended (manual Tab. 3-1).
Never apply mains voltage to U, V, W. From 100 m of motor cable, an output reactor is recommended.
Show wiring “Mains and motor”
Source: kc200/10-klemmen, kc200/10b-installation

2Enter motor data and motor auto-tuningRequired

The values are on the motor's rating plate. All parameters in this step can only be changed at standstill.

Parameter	Value	Meaning
F03.00	0	Motor type: 0 = asynchronous motor (factory default), 1 = synchronous motor
F03.02	Rating plate	Rated motor power in kW
F03.03	Rating plate	Rated motor voltage in V
F03.04	Rating plate	Rated motor current in A
F03.05	Rating plate	Rated motor frequency, usually 50.00 Hz in Europe
F03.06	Rating plate	Rated motor speed in min⁻¹
F01.02	0, 1 or 2	Control mode: 0 = V/f control (factory default), 1 = sensorless vector control (SVC), 2 = vector control with encoder (FVC, PG card required)

Motor auto-tuning

Mechanically uncouple the motor from the load so that it can rotate freely.
F01.03 = 0 (start via the keypad).
Enter F03.02 to F03.06 from the rating plate.
Set F03.09 = 2 and confirm with ENTER; the display shows EST·00.
Press RUN. Auto-tuning takes about 2 minutes; RUN lights up and ALM flashes.
When the display disappears, auto-tuning is complete; F03.10 to F03.14 are calculated.

If the motor cannot be uncoupled from the load, F03.09 = 1 determines some of the parameters at standstill. For synchronous motors, the back EMF (F03.23) must then be entered manually.

Practise on the keypad: “Enter motor data and start motor auto-tuning”

Source: kc200/01-basis, manual chap. 5.6.2

3Set the start/stop sourceRequired

F01.03 defines where the run command comes from. You set the setpoint separately in step 4.

Parameter	Value	Meaning
F01.03	0	Keypad: RUN and STOP on the device (factory default)
F01.03	1	Terminals: DI1 forward, DI2 reverse (factory default F08.00 = 1, F08.01 = 2)
F01.03	2	Communication: Modbus RTU or CANopen, see step 7
F08.10	0	Terminal control two-wire type 1 (factory default); 2 = three-wire type 1

OP is the common terminal of DI1–DI6 and is jumpered to +24V by default. If a PLC with PNP outputs or an external 24 V supply controls the inputs, the jumper must be moved. Never short-circuit +24V and COM.

Show wiring “Start/stop via switch”Show wiring “Start/stop from PLC (PNP)”

Practise on the keypad: “Start and stop the motor from the keypad”Practise on the keypad: “Switch start/stop to terminals”Practise on the keypad: “Change rotation direction with FWD/REV”

Source: kc200/01-basis, kc200/02-io, kc200/10-klemmen

4Set the setpointRequired

F01.04 defines where the frequency setpoint comes from – independent of the start/stop source.

Parameter	Value	Meaning
F01.04	0	Digital on the keypad, value in F01.10 (factory default)
F01.04	4	Potentiometer on the keypad
F01.04	1 / 2	Analog input AI1 / AI2 (0–10 V or 0–20 mA, selected with jumper J2 / J3)
F01.04	5	Communication (Modbus RTU or CANopen)
F01.04	6 / 7 / 8	Pulse input DI6 / PID controller / multi-step setpoint
F01.11	50.00 Hz	Maximum frequency (factory default, up to 599.00 Hz); reference for ramps and Modbus setpoint
F01.13 / F01.14	50.00 / 0.00 Hz	Upper and lower frequency limit (factory default)

For an external potentiometer or 0–10 V, set jumper J2 to u; for 4–20 mA set it to I and adjust the AI curve (AI1 uses curve 1 by default, F09.21–F09.24). The jumpers are only accessible with the cover removed.

Show wiring “Setpoint via potentiometer”Show wiring “Setpoint 4–20 mA from PLC”Show wiring “Sensor 2-wire 4–20 mA”Show wiring “Sensor 3-wire 0–10 V”

Practise on the keypad: “Set frequency setpoint F01.10 to 15.00 Hz”Practise on the keypad: “Set the setpoint with the potentiometer”

Source: kc200/01-basis, kc200/02-io, kc200/10-klemmen

5Set acceleration and deceleration timeRequired

By default, the times refer to the maximum frequency F01.11. The factory default depends on the power rating.

Parameter	Value	Meaning
F01.23	10.0 / 20.0 s	Acceleration time 1: up to 5.5 kW 10.0 s, 11–45 kW 20.0 s (factory default, 0.0–6000.0 s)
F01.24	10.0 / 20.0 s	Deceleration time 1: same as acceleration time (factory default)
F01.20	0	Ramp shape: 0 = linear (factory default), 1 = S-curve
F01.21	0	Ramp reference: 0 = maximum frequency (factory default)

If the inverter reports E0001 (overcurrent) while accelerating, increase the acceleration time. For E0005 (overvoltage while decelerating), increase the deceleration time or connect a braking resistor (step 8).

Practise on the keypad: “Shorten acceleration time F01.23 to 5.0 s”

Source: kc200/01-basis

6Assign digital inputsOptional

The KC200 has six digital inputs DI1–DI6 (PNP and NPN, 9–30 V). DI6 is also a pulse input up to 100 kHz. You set the function in F08.00 (DI1) to F08.05 (DI6).

Value	Function	Value	Function
1	Forward run (FWD)	7	Emergency stop
2	Reverse run (REV)	9	Switch command channel terminal ↔ communication
3	Three-wire control	12	Immediate DC braking
4 / 5	Jog forward / reverse	32 / 33	Select acceleration/deceleration time 1 / 2
6	Coast stop (free run)	8	Switch command channel local ↔ remote

The complete function list (including fault reset, preset frequencies, pulse input) is in the manual, chap. 7, group F08.

Show wiring “Start/stop via switch”

Source: kc200/02-io

7Configure Modbus RTU or CANopenOptional

The KC200 has RS-485 (Modbus RTU, terminals 485+ and 485−) and CAN (CANopen, CANH and CANL). The termination resistors are built in: at the bus end, set J7 (485) or J6 (CAN) to R.

Parameter	Value	Meaning
F14.01	5	Modbus baud rate 38400 (factory default); 3 = 9600, 4 = 19200, 7 = 115200
F14.02	0	Data format N,8,1 (factory default)
F14.03	1	Modbus address (1–247)
F14.20	5	CAN baud rate 500 kbit/s (factory default)
F14.21	1	CANopen node address (1–127)
F01.03 / F01.04	2 / 5	Both required so that run command and setpoint take effect via the bus

Modbus control registers

Register	Value	Meaning
0x7000 (28672)	0x0001 / 0x0002	Forward / reverse
0x7000 (28672)	0x0005 / 0x0007	Ramp stop / coast stop
0x7000 (28672)	0x0008	Fault reset
0x7010 (28688)	0–10000	Setpoint 0.00–100.00 % of maximum frequency F01.11
0x6F00 (28416)	read	Current fault code

Example for 0x7010 (calculated): with F01.11 = 50.00 Hz, 10000 (0x2710) gives 50 Hz and 5000 (0x1388) gives 25 Hz.

485+/485− are at the far right of the lower row, directly next to AI2 – do not mix them up when connecting.

The EDS file for CANopen is in the download area.

Show wiring “Modbus RTU to PLC”Show wiring “CANopen to PLC”

Practise on the keypad: “Set CANopen node address F14.21 to 5”

Source: kc200/03-modbus, kc200/05-canopen, kc200/10-klemmen

8Connect a braking resistorOptional
Up to 45 kW, the brake chopper is built in. For fast or frequent braking, connect an external braking resistor to ⊕ and PB. The wiring diagram gives the recommended resistor for your model.
Parameter Value Meaning
F13.17 700.0 V Chopper switch-on threshold for 400 V devices (factory default)
F13.18 100.0 % Duty cycle of the braking unit (factory default, can only be changed at standstill)
Show wiring “Braking resistor”
Practise on the keypad: “Reset fault E0005”
Source: kc200/07-funktionen, kc200/10b-installation

Parameter	Value	Meaning
F13.17	700.0 V	Chopper switch-on threshold for 400 V devices (factory default)
F13.18	100.0 %	Duty cycle of the braking unit (factory default, can only be changed at standstill)

9First runRequired

PE connected at inverter and motor, protective cover fitted
Motor data F03.02–F03.06 entered, motor auto-tuning (F03.09) performed
Start/stop source F01.03 and setpoint source F01.04 match the wiring
Jumpers J2–J7 set to match analog signals and bus termination
First start at a low frequency, check the rotation direction
With a bus: baud rate, format, address and termination checked

Common messages on the first run

Code	Meaning	Remedy
E0001	Overcurrent while accelerating	Increase acceleration time, check motor data and load
E0005	Overvoltage while decelerating	Increase deceleration time or connect a braking resistor
E0013	Motor self-identification fault	Check rating plate data and motor connection, repeat auto-tuning
E0024	Motor overload	Check load and rated motor current F03.04
E0029	Communication timeout	Check bus connection and timeout (F14.05 or F14.22)
E0010	Earth fault at the motor	Check motor and motor cable

Causes and remedies for each code are in the manual, chap. 6.

Practise on the keypad: “Start and stop the motor from the keypad”Practise on the keypad: “Read operating values and fault memory in the D group”

Source: kc200/01-basis

Revision 2.0 · 26.09.2026 · Source: Kinco KC200 User Manual (09/2026), prepared in spstiger vfd-konfig (kc200/01-basis, 02-io, 03-modbus, 05-canopen, 07-funktionen, 10-klemmen, 10b-installation). The manufacturer manual and applicable standards take precedence; installation and commissioning by a qualified electrician only.

Kinco frequency inverter KC200 three-phase 400 V AC (1.5–45 kW)

If you need a frequency inverter for pumps, fans, conveyors or hoists with more I/O, CANopen and optional speed feedback, the Kinco KC200 is a universal vector inverter from 1.5 to 45 kW for three-phase 400 V. Modbus RTU and CANopen come as standard on every model — for compact standard drives up to 5.5 kW, the smaller Kinco KC100 is available. 🏭 Typical Applications Pumps, fans and HVAC: The integrated PID controller works with two analog inputs — setpoint and actual value at the same time, without an external controller. AVR voltage regulation keeps the output voltage constant when the mains fluctuates. Hoists, agitators and heavy starts: 150 % rated current for 60 s and 180 % for 3 s, sensorless 150 % rated torque already at 0.5 Hz. With the KC200-UVWPG encoder card, this becomes closed-loop vector control with 200 % torque at 0 Hz. The brake chopper is built in up to 45 kW. Networked machines: Modbus RTU and CANopen without an add-on card. According to Kinco, up to 32 inverters can run in a master-slave group via Modbus or CAN. Brand change in existing plants: According to Kinco, the parameter addresses of the old inverter in the PLC software can be mapped to the KC200 — which makes switching brand or series easier. ⚙️ Control and Functions Three control modes: V/f control (linear, user-defined, V/f separation), sensorless vector control SVC (speed range 1:100, ±0.5 %) and, with encoder card, closed-loop vector control FVC (1:1000). Output frequency up to 599 Hz, carrier frequency up to 12 kHz, frequency resolution 0.01 Hz. Ramps: linear or S-curve, four sets of acceleration/deceleration times. Frequency setpoint via keypad, digital potentiometer, analog input, pulse input, Modbus/CANopen, PID or up to 16 preset speeds — main and auxiliary frequency can be combined. Autotuning of motor parameters, two-motor operation with alternating control of two motors. Power-loss ride-through: During a short voltage dip, the motor feeds energy back and the inverter keeps running. Fewer nuisance trips: overcurrent and overvoltage stall control, wave-by-wave current limiting on load surges, temperature-dependent carrier frequency reduction. 🔌 Connections and Control I/O 6 digital inputs (DI1–DI6): NPN/PNP, DI6 also usable as pulse input up to 100 kHz. 2 analog inputs (AI1, AI2): each 0–10 V or 0–20 mA via jumper, 12 bit. 2 analog outputs (AO1, AO2): 0–10 V or 0/4–20 mA. 2 transistor outputs (DO1, DO2): open-collector (NPN switching), 30 V / 50 mA, DO2 also as pulse output up to 100 kHz. 2 relay outputs: changeover contacts, 250 V AC / 3 A or 30 V DC / 1 A. RS-485 (Modbus RTU) and CAN (CANopen) as terminals. Port for external keypad with parameter copy between devices. ⚠️ Before Ordering No integrated EMC filter: Operation according to EN 61800-3 requires an external mains filter (Kinco filters meet category C2). Matching filters for each power rating are available separately. External brake resistor: The brake chopper is built in; the resistor is connected to ⊕/PB. Mounting clearances: at least 100 mm above and below, 50 mm at the sides. 🔧 Frame Sizes, Environment and Mounting 1.5–3.7 kW: 126 × 186 × 167 mm, approx. 2 kg 5.5–11 kW: 146 × 256 × 181 mm, approx. 6 kg 15–22 kW: 170 × 320 × 207 mm, approx. 8 kg 30–45 kW: 225 × 360 × 234 mm, approx. 9 kg IP20, wall mounting. Operation −10 °C to +40 °C, up to +50 °C with derating; storage −20 °C to +60 °C; above 1000 m, 1 % derating per 100 m. 🏷️ Manufacturer and Reliability Kinco Automation (founded 1996, listed in Shanghai) develops frequency inverters, servo and control technology for customers in more than 70 countries. The KC200 carries the CE mark (Low Voltage, EMC and RoHS Directives). Kinco frequency inverters are in productive use at numerous spstiger customers in Germany — with support in German directly from us.

Rated power

1.5 kW 2.2 kW 3.7 kW 5.5 kW 7.5 kW 11 kW

From €132.96 *

Available in 14 days, delivery time 3 bis 5 Tage

Preis exkl. MwSt., zzgl. Versandkosten

Details

KC Driver software for parameterizing Kinco frequency inverters of the KC100 and KC200 series

KC Driver is the software for parameterizing Kinco frequency inverters of the KC100 and KC200 series.The software supports the following functions:Connecting to the KC100 and KC200 frequency inverters via RS-485Displaying and changing the current parameters of the frequency inverterImport and export of parameter setsScoping function, for recording load curves and other characteristic curves of the frequency invertersThe frequency inverters of the KC100 and KC200 series can be parameterized via:this software via RS-485 two-wire connectionon the device itself via the control panelvia an external control panel (parameter copy function)via Modbus RTU

€0.00 *

Preis exkl. MwSt., zzgl. Versandkosten