⚠️ Remaining stock – this device is no longer manufactured.Kinco has discontinued the FV20 series. We are only selling the last units from our warehouse. Once they are gone, there will be no further supply.👉 Successor: Kinco KC200 – same frame size, improved functionality. For new installations and as a replacement we recommend the KC200.⚙️ FV20-4T-0150G: 15 kW, three-phase 400 V ACVector-controlled frequency inverter for standard drives such as conveyors, pumps, fans and machine axes. Robust and easy to set up – ideal as a 1:1 replacement for an FV20 already in service.Power: 15 kW at constant torque, output current 32 A, up to 18.5 kW for fan and pump loadsControl: sensorless vector control and V/f control; with the PG card also closed-loop vector control with encoderTorque: 150 % starting torque at 0.5 Hz, overload 150 % for 1 minute and 180 % for 10 secondsConnections: 6 digital inputs, 2 analog inputs, 2 analog outputs (0/4–20 mA or 0/2–10 V), 2 relay outputs, pulse output up to 100 kHz, RS-485 with Modbus RTUFeatures: Braking unit built in, keypad with potentiometer and parameter copyEnvironment: IP20, −10 °C to +40 °C (up to +50 °C with derating)

If you are looking for a compact frequency inverter for driving asynchronous motors and need real Modbus RTU, vector control and an integrated brake chopper, the Kinco KC100 offers a cost-effective solution without compromises on functionality or reliability. With power ratings from 0.4 to 5.5 kW, the KC100 covers most standard applications in mechanical engineering and automation — single-phase 230 V or three-phase 400 V. 🏭 Typical Applications Pumps & fans with PID control: The integrated PID controller enables simple pressure regulation, flow control or temperature management — without external controllers. Frequency setpoint via analog input 0–10 V or 0–20 mA. Conveyor technology and series machines: The S-curve ramp provides smooth acceleration and deceleration — ideal for positioning tasks or high-inertia loads such as conveyor belts and winding drives. Integration into Modbus RTU networks: Unlike its predecessor CV20, the KC100 uses real Modbus RTU (RS-485) with standard function codes — it integrates seamlessly into existing PLC architectures and can be parameterized via a higher-level controller. Systems with unstable mains voltage: The AVR voltage regulation actively compensates for mains fluctuations — useful in industrial networks with poor power quality or unstable supply. ⚙️ Improvements Over the CV20 Predecessor Kinco developed the KC100 (introduced 2024) as a targeted upgrade to the CV20 series, passing on cost reductions in power electronics directly to customers: AVR voltage regulation for active compensation of mains voltage fluctuations Vector control (SVC) — 150% rated torque from 0.5 Hz, speed control range 1:200 S-curve ramp for smooth acceleration and deceleration, four ramp groups selectable Integrated brake chopper for braking high-inertia loads (external braking resistor connectable) Autotuning of motor parameters for improved running smoothness Speed tracking — detects current motor speed and enables flying start from the actual speed Power dip ride-through (Instantaneous Non-Stop) — during a mains dip, the drive feeds back kinetic motor energy to maintain operation briefly without tripping Wave-by-wave current limiting — limits current pulse-by-pulse during sudden load spikes, preventing nuisance trips without requiring intervention from the higher-level controller Real Modbus RTU (RS-485) with standard function codes — the CV20 used proprietary function code 41 for permanent parameterization Maximum frequency 600 Hz for high-speed applications Demand-controlled fan speed instead of continuous operation — extends fan service life Spring-clamp terminals on the I/O terminal for fast wiring in series production Extension port (CN2) for external operator panel — cable up to 10 m, parameter copy between drives supported The following functions are also available (as with the CV20): Frequency setpoint via frequency table with 8 fixed values using 3 digital inputs Frequency setpoint via analog input 0–10 V and 0–20 mA Frequency setpoint via Modbus RTU and integrated PID controller Frequency setpoint via pulse input up to 50 kHz ⚠️ Known Limitations No integrated EMC filter: An external EMC filter is required for CE-compliant operation in European installations. Suitable filters for each model are available separately. 🔌 Connections & I/O 4 digital inputs (DI1–DI4): NPN/PNP compatible, active level 9–30 V. DI1–DI3 are standard inputs; DI4 can also be used as a high-speed pulse input up to 50 kHz. 1 analog input (AI): 0–10 V or 0–20 mA, switchable via DIP switch. Internal 10 V reference voltage (+10V terminal) available. 1 digital output (DO): Open-collector (NPN switching), pulse output up to 50 kHz. Can output physical quantities such as set frequency or output frequency. 1 analog output (AO): 0–10 V or 0–20 mA, switchable via DIP switch. 1 relay output (TA/TB/TC): Normally open (TA–TC) and normally closed (TA–TB), switching capacity 3 A / 250 V AC or 1 A / 30 V DC. RS-485 (Modbus RTU): Client/Server for parameterization and control via PLC or PC. Extension port (CN2): For external NETKEY operator panel with up to 10 m cable length and parameter copy function. 🔧 Ratings & Installation Protection class IP20, wall-mounted. Housing width from 65 mm — independent air duct separates cooling air from electronics, enabling 20% more compact design compared to the previous generation. Overload capacity: 150% rated current for 60 s, 180% for 3 s — sufficient for heavy starting loads and short peak demands. Operating temperature: −10 °C to +50 °C (derate above +40 °C: 1% per 100 m altitude or per degree). Storage temperature: −25 °C to +70 °C. Minimum clearances: 100 mm above and below, 25 mm left and right for adequate ventilation. Weight: 0.85 kg (single-phase 0.4–1.5 kW) · 0.90 kg (three-phase 0.75–1.5 kW) · 1.20 kg (single-phase 1.5–2.2 kW) · 1.30 kg (three-phase 2.2–5.5 kW). 🚀 Quick Start Guide & Commissioning A guided online guide is available for quick commissioning — with step-by-step parameterization for motor parameters, control source, frequency setpoint and Modbus RTU: → Kinco KC100 Quick Start Guides 🏷️ Manufacturer and Reliability Kinco Automation is an established manufacturer with many years of experience in developing frequency inverters, HMI and drive technology for the global industrial market. The KC100 is CE-certified and meets the EMC requirements for industrial use in Europe. Kinco frequency inverters are in productive use at numerous spstiger customers across Germany.

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.

Frequency converter three-phase 380 VAC, 50Hz/60Hz in the

Frequency converter three-phase 380 VAC, 50Hz/60Hz in the

Frequency converter three-phase 380 VAC, 50Hz/60Hz in the

Frequency converter three-phase 380 VAC, 50Hz/60Hz in the

Frequency inverter single-phase 230 VAC, 50Hz/60Hz in the 2.2 kW version. Versatile range of functions at a low price.New improved model of the Kinco CV100 V/F control and vector control Power: 2.2 kW Output voltage: three-phase 0~rated input voltage; 0Hz~300Hz Output current: 10.0 A Overload capacity: 150% rated current for 1 min; 180% rated current for 10 s Input voltage: single-phase 200~240V; 50Hz/60Hz Input current: 23 A Cooling: fan with own control Very simple wiring thanks to screw terminals on the front Suitable for MODBUS via RS-485

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

External control panel for Kinco frequency inverter KC100 The control panel can be used to: Transfer parameters from one frequency inverter to another Parameterize the frequency inverter remotely Operate the frequency inverter remotely It is connected via a normal network cable.

Replacement plug for the I/O for Kinco KC100 frequency inverters. Ideal forEasy reconnection testsLost plugsReplacement of plugs with worn spring terminals

Everything for your Kinco KC100 after purchase – for all nine models from 0.4 to 5.5 kW, single-phase 230 V and three-phase 400 V:Interactive wiring diagram: mains and motor, start/stop, setpoint, analog sensors, Modbus RTU, relay and braking resistor, with cable cross-sections and parametersFirst steps: commissioning in nine steps, from the motor data to the first runOperation: keypad simulator to try out, with exercisesDimensions & mounting: dimensional drawing per model, drilling pattern, minimum clearances and a printable drilling templateDownloads: user manual, selection manual, CE certificates (EMC, low voltage) and 2D and 3D drawingsFree support from spstiger if you get stuck

Everything for your Kinco KC200 after purchase – for all ten models from 1.5 to 45 kW, three-phase 400 V:Interactive wiring diagram: mains and motor, start/stop, setpoint, analog sensors, Modbus RTU, CANopen, relay and braking resistor, with cable cross-sections and parametersFirst steps: commissioning in nine steps, from the motor data to the first runOperation: keypad simulator to try out, with exercisesDimensions & mounting: dimensional drawing per model, drilling pattern, minimum clearances and a printable drilling templateDownloads: user manual, selection manual, CE documents, CANopen EDS and 2D and 3D drawingsFree support from spstiger if you get stuck