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Need help?Do you have a question about the KEB COMBIVERT F5 Servo and is the answer not in the manual?
General| Category | DC Drives |
|---|---|
| Series | COMBIVERT F5 Servo |
| Cooling Method | Forced air cooling |
| Control Method | Servo control |
| Communication Interfaces | CANopen, Profibus, EtherCAT |
| Protection Features | Overvoltage, short circuit |
| Storage Temperature | -25°C to 70°C |
| Humidity | 5% to 95% (non-condensing) |
Details the features, function principle, application, type code, and specifications of the KEB COMBIVERT.
Lists various functionalities like parameter groups, operator menu, digital/analog I/O, and special functions.
Explains the power circuit of a frequency inverter, including the mains rectifier, DC-link, and output converter.
Illustrates the overload characteristics of the inverter, showing how load and time affect the counter.
Explains the overload protection mechanisms for F5-M and F5-S models, including stall current and short-time limit current.
Details the pinout and function of terminal strip X2A, covering analog inputs, digital inputs, transistor outputs, and relay outputs.
Details the password protection system, including change of operating mode, write protection, service mode, and drive mode activation.
Introduces CP-Parameters as a special group defined by the user, offering advantages like operator-friendliness and protection of critical parameters.
Explains the drive mode operation, including adjustment possibilities, display/keyboard interaction, setpoint input, rotation setting, and start/stop functions.
Explains what parameters, parameter groups, and parameter sets are, and how they influence program flow and unit operation.
Explains the different password levels (CP-read only, CP-on, CP-Service, Application, Drive-Mode) and their visibility/modifiability.
Explains how to operate in CP-Mode, including adjusting parameter numbers and values, and compares it to Application-Mode for ease of use.
Explains how basic settings correspond to unit size and motor data, and how CP.17 must be activated to readjust control parameters.
Explains how basic settings correspond to unit size and motor data, and how CP.19 must be activated to readjust control parameters.
Describes adjusting the encoder line number for channel 1, checking speed displays, and the correct setting for actual speed vs. set speed.
Explains adjusting the system position for resolver systems and performing automatic trimming, including checking rotation direction.
Details analog inputs and outputs, including summary descriptions, interface selections, and amplifier adjustments.
Covers digital inputs and outputs, including summary descriptions, signal types, software settings, filters, and output logic.
Explains how to adjust set values, rotation sources, fixed values, setpoint limits, calculation, ramp generator, and limiter.
Details adjustments for voltage/frequency characteristics, including control type, rated frequency, boost, voltage stabilization, and switching frequency.
Covers motor name plate data, DASM motor data, motor adaptation, torque limitation, flux lowering, motor data DSM, controller structure, and current/flux/speed control.
Explains protective functions like ramp stop, hardware current limit, constant current run, automatic restart, dead time compensation, and response to errors.
Describes the 8 parameter sets, not programmable parameters, security parameters, system parameters, and indirect/direct set addressing.
Details special functions such as DC-Braking, Energy Saving, Motor Potentiometer, Timer, Brake Control, Power-Off, Wobbel, Diameter Correction, Positioning, and Technology Control.
Covers encoder interface designs, channel definitions, power supply, selection, basic settings, and additional parameters.
Explains synchronous control, slave correction, position controller, position display, reference point approach, teach mode, and contouring mode.
Details the PID controller, including setpoint value, actual value, and sample applications.
Explains CP-Parameter definition, including survey, assignment, example, display standardization, and used parameters.
Outlines measures to be taken after unpacking goods, including visual inspection, voltage class check, and EMC-conform installation.
Covers initial start-up procedures for F5-MULTI and F5-SERVO, including adjustment assistance for the speed controller.
Details the controlled (open-loop) initial start-up for KEB COMBIVERT F5-MULTI, including parameter selections and a start-up diagram.
Explains the speed controller adjustment for KEB COMBIVERT F5-SERVO, using software COMBIVIS and SCOPE examples.
Provides guidance on adjusting the speed controller, addressing common problems like oscillation, overshoot, and slow transients with specific solutions.
Details parameters for temperature control, possibilities for control, cooling system connection, inverter protection, and operation examples.
Provides a general approach to troubleshooting, including checking error reproducibility and occurrences during specific operating phases.
Lists COMBIVIS status messages, their values, and meanings, along with error messages and their causes.
