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, 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.

The GD27 from INVT is a flexible and compact frequency inverter that is ideal for use in series machines.STO function (SIL 2) for safe shutdown and requirements in accordance with the Machinery Directive Built-in EMC filter (C2 for 230 V, C3 for 400 V) Suitable for three-phase asynchronous and synchronous motors Integrated brake chopper for inertial generative loads GD27 models with 230 V and 0.4 kW or 0.7 kW are passively cooled and have no fan The spring terminals for the I/O on the front are very suitable for quick wiring in series machines Note: The digital input terminals are NPN (negative switching). They must therefore be controlled with a relay output or NPN output. Alternatively, the control commands can also be transmitted via Modbus RTU (2-wire). This saves wiring work and increases the variety of functions that can be addressed via the control unit. If you require digital inputs in PNP version (positive switching), the INVT GD20 is well suited.

INVT frequency inverter, vector control, STO function, IP20The frequency inverter supports vector control and has an STO (Safe Torque Off SIL2 PLd) safety stop function.