System components

  • ZAsbc4C electronic brake control
  • BR brake resistor
  • ZApad/ZETAPAD operating terminal
  • BM4 brake module for brake control
  • ZAmon software

For detailed information click on "Further information"

Further Information Further Information

ZAsbc4 electronic brake control

  • For installation on ZAdyn4C frequency inverter
  • Motor brake input voltage [U~]: 230 V 50/60 Hz
  • Motor brake output voltage [U=] 0.45 x U~ or 0.9 x U~
  • Output current up to 2,2 A
  • Output power up to 456 W
  • Input voltage safety chain: 110 V 50/60 Hz or 230 V 50/60 Hz
  • Relay for evaluating the safety circuit and enabling contactorless operation of the ZAdyn4C
  • Interfaces for brake test and emergency mode

BR brake resistor

  • To convert energy generated during the regenerative run into heat.
  • Max. peak current of 9.0 to 100 A
  • Continuous brake performance of 0.29 kW to 6.5 kW

ZApad operating terminal

  • External operating terminal for ZAdyn4C, ZETADYN 3, ZArec and EVAC 3C
  • Connection via standard network cable
  • Card slot for MMC / SD memory card
  • USB port for using ZAmon Software

ZAmon – The perfect tool for diagnosing elevator systems and managing
device data.

  • Time-optimised commissioning of the elevator system
  • Analysis and optimisation of the elevator system
  • Rapid diagnosis of flaws such as rail joints, door bolt gaps or communication problems with the elevator control system
  • Security and management of parameters
  • Creation of documentation for elevator systems
  • Further information on ZAmon can be found here


  • ZIEHL-ABEGG-Catalogue-Drive-Technology-for-elevators-2020-english.pdf
    Drive Technology (15 MB)
    for elevators 2020 edition
  • ZIEHL-ABEGG-Flyer-ZAsbc4-english.pdf
    ZAsbc4 (924 KB)
    The electronic brake control