09F5C1B-2B0A COMBIVERT F5 KEB Compact Frequency Drive

09F5C1B-2B0A | KEB COMBIVERT F5 Compact Drive

The 09F5C1B-2B0A is a KEB COMBIVERT F5 compact drive.

It provides flexible motor control for systems using 230V or 400V connections.

The drive supports either AC or DC connection according to the application configuration.

KEB-SMM sensorless motor management optimizes motor-shaft characteristics across different application areas.

Its programmable architecture supports positioning, braking, PID control, protection, timing, counting, and energy-saving functions.

Drive Identity | The Core Selection Data

Parameter	Specification
Brand	KEB
Model	09F5C1B-2B0A
Series	COMBIVERT F5
Product Type	Compact Drive
Rated Power	1.5 kW
Housing	B
Rated Input Current	7 A
Maximum Output Current	15.1 A
Maximum Switching Frequency	16 kHz
EMC Classification	C1
Connection	AC or DC connection supported

Control Architecture | Built for Parameter-Level Flexibility

The COMBIVERT F5 provides a broad set of programmable control resources.

• 29 plug-in control terminals support extensive machine-control wiring.
• PNP and NPN logic can be selected through the logic switch.
• Two analog inputs accept 0 to ±10V, 0 to ±20mA, or 4 to 20mA signals.
• Two programmable analog outputs provide 0 to ±10V signals.
• Eight programmable digital inputs support configurable machine commands.
• Two programmable relay outputs provide switching functions.
• Two programmable transistor outputs support additional machine signals.
• Four software inputs and outputs provide further programmable functions.

This architecture suits machines that require several control signals without relying entirely on external interface hardware.

Motor-Side Performance | Where the F5 Architecture Adds Value

Function	Engineering Benefit
KEB-SMM	Supports sensorless motor management across different applications.
Output Frequency	Supports frequencies up to 800Hz.
Optional Frequency Range	Up to 1600Hz with the applicable option.
Output Voltage Control	Allows adjustment of motor voltage behavior.
Switching Frequency	Adjustable up to 16kHz.
DC Braking	Provides a programmable braking function.
Motor Protection	Includes electronic motor protection functions.

The available frequency range does not mean every motor can safely operate at the maximum value.

Engineers should verify motor speed limits and mechanical requirements before using extended-frequency operation.

Eight Parameter Sets | A Practical Machine-Setup Advantage

The drive provides eight free-to-program parameter sets for different operating conditions.

• S-curve acceleration and deceleration
• Ramp stop
• Power-off function
• DC braking
• PID controller
• Electronic motor protection
• Brake control
• Internal timer
• Counter input
• Energy-saving function

This approach can help machines manage different operating recipes or motion conditions.

Engineers can organize parameters around the actual machine sequence rather than changing every setting manually.

Positioning and Response | Useful Beyond Basic Speed Control

The 09F5C1B-2B0A supports controlled positioning to an end position or counter pulse.

The control terminals and serial interface support high-dynamic scanning within 2ms.

This response capability can benefit machines requiring fast reaction to control signals.

Actual positioning accuracy depends on the complete mechanical and control system.

DC-Link and Braking Architecture

Hardware Function	Provided Capability
DC-Link Connection	Positive and negative DC-link connections
Braking Chopper	Integrated GTR7 braking chopper
Motor Monitoring	Motor PTC evaluation
Control Interface	High-dynamic terminal and serial scanning

These functions support applications where braking, motor protection, or DC-link integration requires dedicated drive resources.

Application Map | Equipment That Fits the Architecture

Equipment Type	Relevant Drive Functions
Conveying Equipment	Programmable ramps, S-curves, braking, and variable-speed control
Positioning Machinery	End-position and counter-pulse positioning
Process Machinery	PID control, analog inputs, and programmable parameter sets
Material Handling	Brake control, motor protection, and configurable digital inputs
Packaging Systems	Fast control scanning and programmable machine interfaces
Energy-Conscious Machinery	Energy-saving function and adjustable motor operation
Variable-Speed Machinery	Sensorless motor management and adjustable output frequency

Installation Guide | Connect the Drive Around the Machine

1. Confirm the required 230V or 400V connection before installation.
2. Verify whether the application requires AC or DC connection.
3. Check the motor rating against the drive's rated power and current.
4. Identify all digital and analog control signals before wiring.
5. Select PNP or NPN logic according to the machine control architecture.
6. Connect analog references using the required voltage or current signal type.
7. Verify relay and transistor output assignments before energizing the system.
8. Configure the required parameter set for the machine operating mode.
9. Test motor rotation at low speed before normal production operation.
10. Validate braking, positioning, and protection functions under controlled conditions.

Follow the applicable electrical safety procedures before connecting or servicing the drive.

Field Commissioning | What Experienced Technicians Check First

• Verify motor nameplate information before configuring sensorless motor management.
• Confirm the command source matches the connected control terminals.
• Check analog signal type before enabling the speed reference.
• Review acceleration and deceleration ramps against machine inertia.
• Test the braking function without exceeding mechanical limits.
• Confirm PNP or NPN logic before troubleshooting digital commands.
• Check PTC evaluation when motor thermal protection is required.
• Record the active parameter set before making commissioning changes.

Field example: A machine may run correctly in manual mode but fail after automatic control starts.

An engineer should compare the selected parameter set with the automatic sequence.

The next check should cover digital input logic and the analog reference source.

This method helps separate configuration problems from drive or motor hardware problems.

Diagnostic Capability | Trace the Cause Before Replacing Hardware

Observed Condition	Recommended Diagnostic Direction
Motor does not respond	Check enable logic, digital inputs, command source, and selected parameters.
Incorrect speed reference	Check analog input type, signal range, scaling, and wiring.
Unexpected motor response	Check the active parameter set and PNP/NPN logic selection.
Braking behaves incorrectly	Review braking parameters, machine inertia, and braking hardware.
Positioning fails	Check end-position settings, counter signals, and mechanical movement.
Motor protection activates	Review PTC input, motor data, loading, and operating conditions.
Serial response is slow	Check interface configuration and control-system communication settings.

EMC and Installation Environment

The supplied specification identifies EMC C1 and an integrated filter according to EN 55011/C1.

The filter configuration supports EMC-conscious panel integration.

Option availability depends on the applicable housing configuration.

The supplied information identifies B-, D-, and E-housing options for the filter configuration.

Selection Guide | Choose by Electrical and Control Requirements

Use the following decision path when evaluating the 09F5C1B-2B0A.

• Power: Confirm the application requires approximately 1.5kW rated drive power.
• Input: Confirm the machine uses a compatible 230V or 400V connection.
• Current: Compare the 7A rated input current with the installation design.
• Output: Check the 15.1A maximum output current against motor requirements.
• Control: Determine whether sensorless motor management suits the application.
• Signals: Count required analog and digital control channels.
• Positioning: Confirm whether end-position or counter-pulse positioning is required.
• Braking: Check whether the integrated braking architecture suits the machine.
• EMC: Review the C1 requirement and applicable filter configuration.

Do not select a drive from motor power alone when the machine requires extensive control functions.

Global PLC Spare HUB's Insight

The KEB COMBIVERT F5 architecture is particularly interesting for machines needing configurable drive logic.

The combination of parameter sets, programmable I/O, positioning, and sensorless motor management expands its application flexibility.

In field work, control-terminal configuration often becomes as important as motor sizing.

For example, a replacement project may involve analog speed commands, PNP inputs, brake control, and PTC monitoring.

A technically suitable drive must support the complete signal architecture, not only the motor rating.

This is why engineers should document the original terminal functions before changing drive hardware.

Professional FAQ | Engineering Questions

Q1: When should I consider the sensorless motor management function?

Consider it when the machine needs controlled motor behavior without relying on a physical motor speed sensor.

Q2: Can all eight parameter sets control completely different motors?

Parameter sets provide configurable operating profiles. Motor compatibility still depends on the complete drive and motor requirements.

Q3: What should I check when a 4–20mA reference produces an incorrect speed?

First verify the selected analog input mode. Then check wiring, scaling, signal polarity, and the active parameter set.

Q4: Is the 1600Hz option necessary for normal industrial machinery?

Usually not. Extended frequency operation requires a motor and mechanical system designed for the required speed.

Q5: How should I choose this drive for a replacement project?

Match the catalog number first, then verify input type, motor current, control signals, braking, positioning, and required options.

Package and Service Information

• Model: 09F5C1B-2B0A
• Brand: KEB
• Series: COMBIVERT F5
• Product Type: Compact Drive
• Package: Drive unit and standard order packaging.
• Warranty: 12-month warranty under applicable Global PLC Spare HUB sales terms.
• Shipping: FedEx, UPS, or DHL according to destination.
• Dispatch: Target shipment within 24–48 hours after order and stock confirmation.

Request a quotation for 09F5C1B-2B0A with your motor rating and application details.

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