AC servo drive
Kinco FD5P (PRO) Series AC Servo Drives
Kinco's new-platform AC servo drive for SMK motors, 400 W-7.5 kW on 220 or 380 V, with 17/23-bit absolute encoder support and RS485, EtherCAT or PROFINET variants.
Key specifications
| Ingress protection | IP20 |
|---|---|
| Power | 50–7,500 W |
| Supply | 1ph 200-240 VAC; 1ph/3ph 200-240 VAC; 3ph 380-415 VAC |
| Feedback | 17-bit or 23-bit multi-turn absolute (serial), ABZ encoder output |
| Fieldbus | RS232 / RS485 Modbus RTU, CANopen (C variant, page), EtherCAT CoE, PROFINET, Pulse (to 4 MHz differential) |
| Continuous current (max) | 26 A |
| Peak current (max) | 65.06 A |
Series ranges as published; individual models vary. The full datasheet, drawings and CAD models are available on request.
Options
- Built-in brake resistor on mid/high power models
Typical applications
What an AC servo drive is
An AC servo drive, or servo amplifier, powers and controls a servo motor from mains supply. It rectifies the AC input to a DC bus, then uses an inverter of power transistors switched by PWM to produce controlled three-phase current in the motor. Nested current, velocity and position loops use encoder feedback to follow commands from pulse and direction, analogue or industrial Ethernet. Modern drives add auto-tuning, vibration suppression and safety functions such as safe torque off.
When engineers choose an AC servo drive
Choose an AC servo drive for mains-powered machines with servo axes from tens of watts to many kilowatts, such as packaging, machine tools and robotics. It gives precise, dynamic control with standard industrial interfaces. The trade-offs are cabinet space, wiring, EMC measures and the need to match motor and feedback. For low-voltage or mobile machines, a DC drive is more suitable; for many axes in one cabinet, a multi-axis drive may save space.
How to specify the Kinco FD5P (PRO) Series AC Servo Drives
Send these with your enquiry and an engineer can confirm the right FD5P (PRO) Series AC Servo Drives variant:
- Supply voltage and phases (V AC)
- Continuous and peak output current (A rms)
- Motor and feedback compatibility
- Command interface: pulse, analogue, EtherCAT, PROFINET and so on
- Safety functions, such as STO, and their rating (SIL, PL)
- Braking resistor and regenerative energy (W, J)
- Ambient temperature, mounting and cooling
Common mistakes to avoid
- Sizing on motor rated current without the drive's peak duration
- Ignoring regenerative energy on fast decelerations or vertical axes
- Leaving out EMC filtering and screened motor cables
- Mixing motor and encoder types the drive does not support
Kinco FD5P (PRO) Series AC Servo Drives: frequently asked questions
What is the Kinco FD5P (PRO) Series AC Servo Drives?
Kinco's new-platform AC servo drive for SMK motors, 400 W-7.5 kW on 220 or 380 V, with 17/23-bit absolute encoder support and RS485, EtherCAT or PROFINET variants. Published series figures include power 50 W, power 7,500 W, continuous current 26 A, peak current 65.06 A. It is available through our supply network, and our engineers can confirm the right variant for your application.
Who makes the Kinco FD5P (PRO) Series AC Servo Drives?
The Kinco FD5P (PRO) Series AC Servo Drives is made by Kinco (Kinco Automation) available through our supply network. Send us your requirement for pricing, lead time, datasheets and CAD.
What is the power of the Kinco FD5P (PRO) Series AC Servo Drives?
The published series minimum power is 50 W. Individual models and sizes in the FD5P (PRO) Series AC Servo Drives range vary, so check the exact variant against your duty cycle, mounting and environment, or ask our engineers to confirm the right size for you.
Does a servo drive need a braking resistor?
When a servo motor decelerates, it acts as a generator and returns energy to the drive's DC bus. If the bus capacitors cannot absorb it, the voltage rises and the drive trips. A braking resistor dissipates the energy as heat. Fast decelerations, high inertia and vertical axes usually need one.
What is safe torque off on a servo drive?
Safe torque off, or STO, is a safety function that removes power that could produce torque at the motor, without disconnecting the drive supply. It is defined in IEC 61800-5-2 and used as part of a machine's safety system. Check the safety level achieved and wiring requirements.
Further reading: How to select a servo drive · How to select a servo motor · Servo drives
Often compared with
Engineers specifying this series often compare it with:
Other ac servo drive series
Spec builder
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