COMBIVERT F6INSTRUCTION FOR USE | INSTALLATION F6 HOUSING 2 ELEVATORDocument 20337008 US 00Preliminary Version

KEB COMBIVERT F6 Instructions For Use Manual

Preface

Laws and guidelines

Glossar

Standards for drive converters / control cabinets

basic Safety Instructions

Installation

electrical connection

EMC-compatible installation

Start-up and operation

Maintenance

Disposal

Product Description

Specified application

Part code

Functional Overview

Interior ventilation

Mechanical Installation

Coolant connections of the drive converter

Wiring diagram cooling system

Dimensions of the housing

Fixing points at the housing

Assembly aids

Figure 8: Eyebolts

Assembly in the control cabinet

Function of the locking levers

Assembly of the side guide rails

Positions of the side guide rails in the control cabinet

Figure 14: Distances

Installation of the drive converter in the control cabinet

Figure 16: Transport

Figure 17: Connect the drive converter housing V with the control cabinet

Figure 18: Fix the drive converter housing V in the control cabinet

Figure 19: Drive converter housing V assembled in the control cabinet

Disassembly from the control cabinet

electrical Installation

connection of the shield connection

Terminal power unit

Permissible cable cross-sections and tightening torques of the terminals

Wiring diagram for the Q4 operation

connection of the control boards

Wiring diagram for WRA and WRB with F5 control boards

Wiring diagram for WRA with F5 control board and WRB with F6 control board

Mains cable types

Motor connection

Selection of the motor cable

Temperature detection T1A, T2A, T1b and T2b

Use of the temperature input in KTY mode

connection braking resistor

External intrinsically safe braking resistor without temperature monitoring

External braking resistor with overheat protection

Technical Data

Electromagnetic compatibility according to EN 61800-3

electrical data 690 V mains voltage

Table 5: Technical Data

electrical data 4000 V mains voltage

Start-Up

Switch-on procedures

Diagram switch-on procedure

A Annex - Diagrams

A.3 Power dissipation of the drive converter

B Annex - Certification

c Annex - cooling System

C.1.3 Requirements on the coolant

C.1.4 Special requirements for open and half-open cooling systems

C.1.7 Supply of temper coolant

C.1.9 Fall of pressure at the liquid cooling unit

C.1.10 Volume flow depending on total power dissipation and temperature difference

D Annex - Accessories

COMBIVERT F6

Electrical connection

Residual risks

Type code cabinet system

Functional overview

representation of the electrical power unit with higher-level control

representation of the electrical power unit with braking option

Structure of the higher-level control

Structure of the liquid distribution

Structure of the cabinet air conditioning

General specifications

Switching frequency

Emergency stop function

Overcurrent and short-circuit protection

c6 HMI program functionalities

Data logger

Overview cabinet system

System variations

Cabinet system without sine-wave filter at the output

Dimensions

Cabinet system with sine-wave filter at the output

check the scope of delivery

Installation of the cabinet system

Installation location requirements

Attach the cabinet system

Hole distances

Mounting on the wall

Installation of the coolant connection

Electrical Installation

Shield connection

Mains connection

Connection to circuit breaker

Instructions for installation

Selection installation of the motor cable

Connection of the motor cable

connection motor temperature monitoring

Temperature detection T1B, T2B

Using the temperature input in the KTY mode

connection „Safe torque off (STO)

Electrical data 690 V mains voltage

Start-up

Structure liquid distribution

Position stopcock

Power unit

Arrangement of the control boards

Procedure for initial start-up

Switch-on procedure diagram

A Annex - Graphs

A.3 Power dissipation of the cabinet system

C.1.2 Requirements on the coolant

C.1.8 Pressure drop of the cabinet system

C.1.9 Volume flow depending on total power dissipation and temperature difference

Copyright

Transport instructions

Control cabinet installation

Safety and application notes

Technical data of the 230V class

Technical data of the 400 V class

DC supply

Dimensions and Weights

Through-mount version heat sink with fan (size 24...27)

Mounted version water-cooled heat sink

Through-mount version water-cooled heat sink

Through-mount version water-cooled heat sink with stud

Through-mount version water-cooled heat sink with stud (small design)

Through-mount version water-cooled heat sink without stud (small design)

Terminal strips of the power circuit

Terminal strips for 230V units

Connection Accessories

Connection Power Unit

Temperature detection T1, T2

Connection of a braking resistor

Braking resistor without temperature monitoring

Braking resistor with over-heat protection without GTR7 monitoring

External fan power supply

A.1 Overload characteristic

A.3 Calculation of the motor voltage

A.5.1 Cooling circuit

B.1 Certification

C.1 Installation of water-cooled units

C.1.4 Connection to the cooling system

C.1.6 Coolant heating depending on power loss and flow rate with water

D.1 Changing the response threshold of the braking transistor

Glossary

Standards that are used in the environment of the drive converter

repair

Product features

Mechanical environmental conditions

Electrical operating conditions

Block diagram of energy flow in the device

Technical data 400V class

Table 7: Technical data of the 400V class - Single Drive

Master / slave system

Table 8: Technical data of the 400 V class master / slave

Master / slave / slave system

Table 9: Technical data of the 400 V class master / slave / slave

Technical data 690V class

Table 10: Technical data of the 690V class - Single Drive

Table 11: Technical data of the 690 V class master / slave

Table 12: Technical data of the 690 V class master / slave / slave

Dimensions and weights

Dimensions air-cooled inverter through-mount version

Dimensions liquid cooler through-mount version

Dimensions liquid cooler installation version

Dimensions liquid cooler built-in version with stainless steel tube

cooling system

Air cooler

Liquid cooling

Series connection cooling circuit

Connection diagram series connection cooling circuit

Parallel connection of the coolant circuit

Operation of liquid-cooled devices

Materials in the cooling cicuit

Requirements on the coolant

Requirements for open and half-open cooling systems

Supply of temper coolant

Diagrams of the cooling design

Pressure drop aluminium heat sink with stainless steel tubes

Series connection of liquid coolers

Parallel connection of liquid coolers

Connection of the shield connection

connection terminals power unit

Recommended type of the motor cable

Cable cross-sections

Motor cable lengths

Dc connection

connection of a braking resistor

Monitoring braking transistor

External braking resistor with overtemperature protection

connection of the master / slave wiring