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10.F5.C1B-2A0A KEB
21.6 Amp 230 Volt Axis Drive

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Internal Product Review

The 10.F5.C1B-2A0A is a KEB F5 Combivert axis drive with 230 V AC input and an IP20 enclosure. Support for 1-/3-phase input and a 10 A rated current gives the drive flexible integration in demanding motion systems. A built-in braking transistor and 800 Hz maximum output frequency make this model especially appealing for responsive axis control.

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Product Description:

The 10.F5.C1B-2A0A is an inverter drive produced by KEB for the F5 Combivert Axis Drives series. In a control cabinet, it interfaces with PLC I/O and modulates motor voltage and frequency so that conveyors, pumps, or indexing tables receive only the torque they need. By replacing mechanical throttling with electronic speed control, the drive improves energy usage and extends component life on production equipment. Its design supports both single-phase and three-phase supply networks, allowing the same unit to be used across small stand-alone machines or larger multi-axis installations.

The power section is intended for a nominal line of 230 V AC. Under this supply, it can deliver a maximum output current of 21.6 A, giving headroom for acceleration transients beyond the continuous rating of 10 A. Motor frequency can be adjusted up to 800 Hz, and the IGBT bridge can switch at carrier frequencies up to 16 kHz for noise-sensitive environments. An IP20 open-frame enclosure means the unit must be mounted inside a protected cabinet, but it allows heat exchange through natural airflow. The built-in braking transistor dissipates regenerated energy when the motor decelerates, and an external 24 V DC source keeps the control electronics active during mains outages to preserve fieldbus communication and parameter memory.

The drive supports motors up to 3 HP, and its two analog inputs accept speed or torque references with 12-bit resolution. It also has eight digital inputs for start, jog, or function selection. Status signaling is available through two digital outputs with a combined load of 50 mA, while two relay channels rated at 30 VDC / 1 A provide isolated fault or ready contacts. Size code 10 matches the module's physical outline to standard F5 backplanes, which helps the drive fit standard cabinet layouts.

Ac Input Phases
1-/3-ph
Ac Input Voltage
230 V AC
Analog In Resolution
12 bit
Analog Inputs
2
Digital Inputs
8
Digital Out Rating
50 mA total
Digital Outputs
2
Enclosure
IP20
External 24 Vdc Supply
Yes
General Max Motor Power (HP)
3
Installed Accessories
Braking transistor
Inverter Size Code
10
Max Current
21.6 A
Max Output Freq
800 Hz
Max Switching Freq
16 kHz
Product Series
Combivert F5
Rated Current
10 A
Relay Outputs
2
Relay Rating
30 VDC / 1 A

Frequently Asked Questions about 10.F5.C1B-2A0A:

Q: What AC input options are supported by the 10.F5.C1B-2A0A drive?

A: The 10.F5.C1B-2A0A axis drive can be used with both single-phase and three-phase 230 V AC inputs.

Q: What enclosure protection rating does the 10.F5.C1B-2A0A drive have?

A: This model features an IP20 enclosure, providing limited protection against solid objects but not liquids.

Q: What is the maximum motor power supported by the 10.F5.C1B-2A0A drive?

A: It has a maximum motor power rating of 3 HP, making it suitable for moderate power applications.

Q: Does the 10.F5.C1B-2A0A come with a braking transistor installed?

A: A built-in braking transistor is included in this unit, enabling dynamic braking without additional modules.

Q: What is the maximum output frequency of the 10.F5.C1B-2A0A axis drive?

A: The drive is capable of outputting up to 800 Hz, supporting high-speed motor control.

Fault Code Fault Name / Description Likely Cause(s) Recommended Corrective Action
F001 DC-Bus Over-Voltage • Mains supply too high • Regen braking resistor missing/defective • Verify incoming line voltage matches drive rating • Check braking resistor wiring & size • Enable/adjust dynamic braking parameters
F002 DC-Bus Under-Voltage • Supply sag or phase loss • Weak mains transformer • Measure line voltage under load • Inspect fuses & contactors • Correct supply imbalance or boost transformer tap
F004 Over-Current Trip • Short circuit at motor leads • Rapid load change • Incorrect current limit settings • Meg-ohm test motor & cables • Inspect output wiring for damage • Increase accel/decel times or adjust current limit
F005 Drive Heatsink Over-Temp • Cooling fans obstructed or failed • Ambient above spec • Clean or replace fans & filters • Improve panel ventilation • Derate drive if ambient > 40 °C
F006 Motor Over-Temp (PTC/NTC) • Continuous overload • Incorrect motor temp sensor wiring • Check mechanical load vs. motor rating • Verify PTC/NTC leads & parameter P5xx sensor type
F008 External Safety / STO Trip • Safety relay open • STO wiring fault • Reset external safety circuit • Verify X61/X62 STO terminals continuity per manual
F009 Ground / Earth Fault • Insulation breakdown in motor or cable • Moisture in junction box • Perform insulation resistance test • Dry or replace motor/cable • Route power & feedback cables separately
F012 Motor Overload I²t • Load inertia high • Incorrect motor nameplate data • Reduce load or duty cycle • Enter correct motor current & kW in parameters
F020 Encoder Feedback Error • Encoder power loss • Shield not grounded • Wrong feedback type selected • Measure 5 V/15 V at encoder • Replace damaged cable • Set parameter P102 to correct encoder format
F040 Output Phase Loss • One motor lead open • Contactor dropped out during run • Tighten motor terminals X2/U-V-W • Check contactor coil & interlocks • Disable output relay switching under load
Part Number Voltage Class(3-φ) Rated Power(kW) Nominal Current (A) Max Current (A)
10.F5.C1B-2A0A(base model) 230 V 2.2 10 21.6
07.F5.C1B-2B0A 230 V 0.75 4 8.6
09.F5.C1B-2B0A 230 V 1.5 7 15.1
12.F5.C1D-1A0A 230 V 4.0 16.5 35.6
13.F5.C1E-160A 230 V 5.5 24 43
14.F5.C1E-150A 230 V 7.5 33 59
Error Code Fault Name
F001 DC-Bus Over-Voltage
F002 DC-Bus Under-Voltage
F004 Over-Current Trip
F005 Heat-Sink Over-Temp
F006 Motor Over-Temp (PTC/NTC)
F008 External Safety / STO
F009 Ground / Earth Fault
F012 Motor Overload I²t
F020 Encoder Feedback Error
F040 Output Phase Loss
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