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ABBAC 800M Controller Hardware

From:ABB | Author:LIAO | Time :2025-08-26 | 1046 Browse: | 🔊 Click to read aloud ❚❚ ▶ | Share:

Page 184: Note that a Backup CPU with severe communication errors on 

the ModuleBus will be rejected (if ModuleBus is part of the HW configuration) and synchronized state will never be reached as long as error 

remains.

Page 189: The RCU Link Cable must NEVER be removed from the primary Processor Unit during redundant operation. Removal of the cable 

may cause the unit to stop.

Page 192: Due to the batteries being connected in parallel, it is necessary, 

when using the SB821 external battery, to remove the internal battery 

from the PM8xx in order to avoid reducing available memory back-up time

Safety Summary

SPECIFIC

 CAUTIONS 

(continued

Page 195: Due to the batteries being connected in parallel, it is necessary, 

when using the SB821 external battery, to remove the internal battery 

from the processor unit in order to avoid reducing available memory 

back-up time.

-200 and Page 201: Reuse of CPU modules replaced from redundant configurations within the same control network, might cause control network 

problems due to the MAC and IP address handling. See MAC and IP 

Address Handling in Redundant Configuration on page 49. Such reuse 

should not be fulfilled unless both the replaced module and the module 

previously acting together with it in redundant configuration are known to 

be restored from the previous mutual address swap. It is recommended to 

set up an IP-config session and use the “Restore factory settings” option 

subsequently followed by reassignment of the IP address or assignment 

of a new IP address.

Page 200: Do not, under any circumstances, remove the RCU Link Cable 

from the primary CPU now running in a single state. Removing the cable 

might cause the CPU to stop.

Page 201: The unit baseplates are easily disconnected from each other by 

gently prying them apart with a blade screwdriver (see Figure 23 on page 

74).

Page 202: Do not replace the RCU link cable online in a previous version 

than 5.0. The support for online replacement also depends on hardware 

Product Revision levels. Please consult Release Notes (3BSE021377*) 

for detailed information.

Page 428: If you use other power supplies, except SD82X and SD83X, to 

provide the 24V d.c. for AC 800M it is required that they also are CE 

marked, Underwriters Laboratories (UL ) listed and fulfill the LVD (SELVandPELV) criteria.

Page 428: The AC 800M modules are IP20 semi-protected equipment and 

must be mounted in non-public localities.

About This User Manual

General

This book describes the hardware platform AC 800M. It also describes in detail how 

to install, configure, operate and perform the necessary maintenance on all 

equipment making up the AC 800M or AC 800M HI controllers.

Control Builder is used to configure and program the AC 800M controller, and is 

referred to in this manual as Control Builder. For information on the controller 

software, see controller software documentation. 

For important information about late changes and work-arounds for known 

problems, refer to the Release Notes (see Released User Manuals and Release Notes

on page 28). 

User Manual Conventions

Microsoft Windows conventions are normally used for the standard presentation of 

material when entering text, key sequences, prompts, messages, menu items, screen 

elements, etc.

Any security measures described in this User Manual, for example, for user 

access, password security, network security, firewalls, virus protection, etc., 

represent possible steps that a user of an 800xA System may want to consider 

based on a risk assessment for a particular application and installation. This risk 

assessment, as well as the proper implementation, configuration, installation, 

operation, administration, and maintenance of all relevant security related 

equipment, software, and procedures, are the responsibility of the user of the 

800xA System

Warning, Caution, Information, and Tip Icons

This publication includes Warning, Caution, and Information where appropriate 

to point out safety related or other important information. It also includes Tip to 

point out useful hints to the reader. The corresponding symbols should be 

interpreted as follows:

Although Warning hazards are related to personal injury, and Caution hazards are 

associated with equipment or property damage, it should be understood that 

operation of damaged equipment could, under certain operational conditions, result 

in degraded process performance leading to personal injury or death. Therefore, 

fully comply with all Warning and Caution notices.

Terminology

A complete and comprehensive list of terms is included in System 800xA System 

Guide Functional Description (3BSE038018*). The listing includes terms and 

definitions that apply to the 800xA System where the usage is different from 

commonly accepted industry standard definitions and definitions given in standard 

dictionaries such as Webster’s Dictionary of Computer Terms. 

  • DEIF FAS-113DG Synchronisation & circuit breaker closing
  • DEIF FAS-115DG Synchronisation & circuit breaker closing
  • DEIF HAS-111DG Synchronisation & circuit breaker closing
  • DEIF LSU-122DG Load sharing, paralleling & operation
  • DEIF LSU-114DG Load sharing, paralleling & operation
  • DEIF LSU-113DG Load sharing, paralleling & operation
  • DEIF LSU-112DG Load sharing, paralleling & operation
  • DEIF RMF-112D Frequency relay
  • DEIF RMC-142D Current relay
  • DEIF RMC-132D Current relay
  • DEIF RMC-131D Current relay
  • DEIF RMC-122D Current relay
  • DEIF RMC-121D Current relay
  • DEIF RMC-111D Current relay
  • DEIF MVR-V211 Busbar Protection
  • DEIF MVR-T257 Transformer Differential Protection
  • DEIF MVR-T256 Transformer Differential Protection
  • DEIF MVR-T216 Transformer Differential Protection
  • DEIF MVR-T215 Transformer Protection
  • DEIF MVR-M257 Motor Differential Protection
  • DEIF MVR-M255 Motor Protection
  • DEIF MVR-M215 Motor Protection
  • DEIF MVR-M210 Motor Protection
  • DEIF MVR-G257 Generator Differential Protection
  • DEIF MVR-G215 Generator Protection
  • DEIF MVR-F255 Directional Feeder Protection
  • DEIF MVR-F215 Directional Feeder Protection
  • DEIF MVR-F210 Feeder Protection
  • DEIF MVR-F205 Directional Feeder Protection
  • DEIF MVR-F201 Basic Feeder Protection
  • DEIF MVR-200 series Medium Voltage Relay
  • DEIF MDR-2 Multi-differential relay
  • DEIF LMR-122D Loss of mains relay
  • DEIF LMR-111D Loss of mains relay
  • DEIF APU-4 Advanced G59 and G99 protection unit
  • DEIF iE 650 PLC - The most robust programmable automation controller available
  • DEIF iE 350 PLC - Programmable Automation PLC Controller
  • DEIF iE 250 PLC Versatile and modular intelligent energy PLC controller
  • DEIF PPM-3 EDG Protection and Power Management
  • DEIF AGC 3X 4198000234E AUTOMATIC GENSET CONTROLLER
  • SAUTER ASF123 Damper actuator with spring return
  • SAUTER ASF122 Damper actuator with spring return
  • SAUTER ASF113F122 Damper actuator with spring return
  • SAUTER ASF113F120 Damper actuator with spring return
  • SAUTER ASF112F122 Damper actuator with spring return
  • SAUTER ASF112F120 Damper actuator with spring return
  • SAUTER ASM 124/134 series - ASM134F130 Damper actuator
  • SAUTER ASM 134 series - ASM134SF132 Damper actuator
  • SAUTER ASM 124/134 series - ASM124SF132 Damper actuator
  • SAUTER ASM 124/134 series - ASM124F122 Damper actuator
  • SAUTER ASM 124/134 series - ASM124F120 Damper actuator
  • SAUTER Valve actuator ASM 105S/115S series ASM115SF152
  • SAUTER Valve actuator ASM 105S/115S series ASM105SF152
  • SAUTER Valve actuator ASM 105S/115S series ASM115SF132
  • SAUTER Valve actuator ASM 105/115 series ASM105SF132
  • SAUTER Valve actuator ASM 105/115 series ASM115F122
  • SAUTER Valve actuator ASM 105/115 series ASM115F120
  • SAUTER Valve actuator ASM 105/115 series ASM105F122
  • SAUTER Valve actuator ASM 105/115 series ASM105F120
  • SAUTER Valve actuator ASM 105/115 series ASM105F10
  • SAUTER AKF113S Rotating actuator AKF 112/113 series
  • SAUTER AKF113F122 Rotating actuator AKF 112/113 series
  • SAUTER AKF113F120 Rotating actuator AKF 112/113 series
  • SAUTER AKF112F122 Rotating actuator AKF 112/113 series
  • SAUTER AKF112F120 Rotating actuator AKF 112/113 series
  • SAUTER AKM115SAF332: Smart Actuator for ball valve, BACnet/IP
  • SAUTER AKM115SAF232  Rotating Actuator  AKM 115SA Smart Actuator
  • SAUTER AKM115SF152  Rotating Actuator  AKM 105S/115S Series
  • SAUTER AKM115SF132  Rotating Actuator  AKM 105S/115S Series
  • SAUTER AKM105SF132  Rotating Actuator  AKM 105S/115S Series
  • SAUTER AKM115F122 Rotating actuator  AKM 105/115 series
  • SAUTER Rotating actuator  AKM 105/115 series AKM115F120
  • SAUTER Rotating actuator  AKM 105/115 series AKM105F122
  • SAUTER Rotating actuator  AKM 105/115 series  AKM105F120
  • SAUTER Continuous actuator for unit valves, with stroke AXS215S
  • SAUTER Linear valve actuator AXT/AXS series AXT211
  • SAUTER Linear valve actuator AXT/AXS series AXT201
  • SAUTER Linear valve actuator AXM/AXF series AXF217S
  • SAUTER Linear valve actuator AXM/AXF series AXM217S
  • SAUTER AXM217SF404 is an electric actuator for unit valves.
  • SAUTER AXM217SF402 is an electric actuator for unit valves.
  • SAUTER Linear valve actuator AXM/AXF series AXM217
  • SAUTER Linear valve actuator AVF 124/125 series AVF125S
  • SAUTER Linear valve actuator AVF 124/125 series AVF124S
  • SAUTER Linear valve actuator AVF 124/125 series AVF124S
  • SAUTER AVM322S-R Linear valve actuator AVM 234S series
  • SAUTER AVM322-R Linear valve actuator AVM 234S series
  • SAUTER AVM322SF132 Linear valve actuator AVM 234S series
  • SAUTER AVM321SF132    Linear Valve Actuator
  • GE Power Conversion P112-6053 Advanced Micro Controller (AMC2)
  • GE Power Conversion P111-6053 Advanced Micro Controller (AMC2)
  • GE Power Conversion P110-6053 Advanced Micro Controller (AMC2)
  • GE Power Conversion P122-6052 Advanced Micro Controller (AMC2)
  • GE Power Conversion P121-6052 Advanced Micro Controller (AMC2)
  • GE Power Conversion P112-6152 Advanced Micro Controller (AMC2)
  • GE Power Conversion P110-6152 Advanced Micro Controller (AMC2)
  • GE Power Conversion P112-6052 Advanced Micro Controller (AMC2)
  • GE P106-6052 AMC2 Advanced Micro Controller Unit
  • SAUTER AVF234SF232 Linear valve actuator AVM 234S series
  • SAUTER AVF234SF132 Linear valve actuator AVM 234S series
  • SAUTER Linear valve actuator AVM 234S series AVM234SF132-6
  • SAUTER Linear valve actuator AVM 234S series AVM234SF132-5
  • SAUTER Linear valve actuator AVM 234S series AVM234SF132
  • SAUTER Linear valve actuator AVM215SF132-7
  • SAUTER Linear valve actuator AVM215SF132R
  • Linear valve actuator AVM 115SA Smart Actuator AVM115SAF332
  • Linear valve actuator AVM 115SA Smart Actuator AVM115SAF232
  • SAUTER Linear valve actuator AVM 105S/115S series AVM115SF132
  • SAUTER Linear valve actuator AVM 105S/115S series AVM105SF132
  • SAUTER AVM115F901 Linear Valve Actuator
  • SAUTER AVM115F122 Linear Valve Actuator
  • SAUTER AVM115F120 Linear Valve Actuator
  • SAUTER AVM105F122 Linear Valve Actuator
  • SAUTER AVM105F120 Linear Valve Actuator
  • SAUTER AVM105F100 Linear Valve Actuator
  • AEROTECH SM Series High-Performance Stepper Motors
  • AEROTECH BLMSC Series Linear Motors
  • AEROTECH Custom Linear Motors
  • AEROTECH BMS Series Brushless, Slotless Rotary Motors
  • AEROTECH BM Series Brushless Rotary Motors
  • AEROTECH BLMX Series Linear Motors
  • AEROTECH BLMH Series Linear Motors
  • AEROTECH BLM Series Linear Motors
  • AEROTECH BLMC Series Linear Motors
  • AEROTECH BLMUC-143  Linear motor forcer with thermistor
  • AEROTECH BLMUC-111    Linear motor forcer with thermistor
  • AEROTECH BLMUC-95  Linear motor forcer with thermistor
  • AEROTECH BLMUC-79 Linear motor forcer with thermistor