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KAESER SIGMA CONTROL 2 User Manual

KAESER SIGMA CONTROL 2
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User Manual
Controller
SIGMA CONTROL 2 SCREW FLUID ≥5.1.2
No.: 9_9450 13 USE
Manufacturer:
KAESER KOMPRESSOREN SE
96410 Coburg • PO Box 2143 • GERMANY • Tel. +49-(0)9561-6400 • Fax +49-(0)9561-640130
www.kaeser.com

Table of Contents

Other manuals for KAESER SIGMA CONTROL 2

Questions and Answers:

KAESER SIGMA CONTROL 2 Specifications

General IconGeneral
Controller TypeMicroprocessor-based
ModelSIGMA CONTROL 2
ManufacturerKAESER
Input Voltage24 V DC
Protection ClassIP54
Communication ProtocolsModbus, Profibus
Data LoggingComprehensive data logging
Remote MonitoringYes
Communication InterfaceEthernet

Summary

SIGMA CONTROL 2 Quick reference guide

Operating elements

Identifies and describes the physical buttons and indicators on the controller's panel.

Display elements

Describes the various indicators and graphical elements shown on the controller's display screen.

Main menu overview

Provides a summary of the main menu structure and available options within the controller.

Functions overview

Outlines key functions, their corresponding menu paths, and related chapters for detailed information.

Regarding this Document

Using this document

Explains how to properly use and maintain the user manual for the SIGMA CONTROL 2.

Copyright

States the copyright protection for the user manual and software documentation.

Certification

Lists the approvals and compliance statements for the product, including FCC and Industry Canada rules.

Updating the user manual

Provides instructions on how to find and download updated versions of the user manual from the website.

Symbols and labels

Explains the meaning of symbols and labels used throughout the document for warnings and notes.

Warnings

Details the different levels of danger (DANGER, WARNING, CAUTION) indicated by warning notices for personal injury.

Potential damage warnings

Explains warnings related to potential damage to property, identified by signal terms like NOTE.

Other alert notes and their symbols

Describes various formatting conventions and symbols used to emphasize important information, prerequisites, and steps.

Technical Data

Controller SIGMA CONTROL 2

Provides an overview of the SIGMA CONTROL 2 controller's industrial PC features and its main components.

Versions and options

Details the different versions and options available for the SIGMA CONTROL 2 controller, including MCS and MCSIO.

User interface with display, CPU and interfaces

Describes the physical specifications of the user interface, including display size, keys, LEDs, and interfaces.

Display

Lists the technical specifications for the controller's graphical display, such as resolution, size, and lighting.

MCS interfaces

Details the identification, interface type, and connection for each MCS port (X1-X6).

Inputs and outputs with MCSIO

Lists the integrated digital and analog inputs/outputs available with the MCSIO controller type.

Input/output modules

Explains the different types of IOM modules and their features, used with the MCS controller.

Sensors

Details the specifications for sensors used with the controller, including pressure transducers.

Safety and Responsibility

Basic instructions

Provides essential safety information, including FCC/IC compliance and user responsibilities.

Specified use

Defines the intended use of the SIGMA CONTROL 2 and the manufacturer's liability limitations.

Improper use

Warns against improper usage that could lead to property damage or personal injury.

Design and Function

Controller overview

Describes how the SIGMA CONTROL 2 controls, regulates, monitors, and protects the machine.

Operating panel

Describes the physical operating panel of the controller, including its monitoring and protective functions.

Operating elements

Identifies and explains the function of each physical operating element on the controller panel.

Display elements

Describes the indicators on the controller that show the machine's status (ON, IDLE, LOAD, Warning, Alarm).

RFID reader

Details the RFID reader's function for user identification and access to controller settings.

Display

Explains how to use the display to read information and check entered data, including operating mode display.

Operating mode

Describes how the operating mode is displayed, including header information and data variations by machine type.

Main menu

Details how to navigate the main menu, its representation, numbering, and active line display.

Setting parameters

Guides on how to set parameters by switching to setting mode and changing values.

Activating keys with check boxes

Explains how to unlock default-locked keys by activating corresponding check boxes in the display.

Access control

Describes how access to the controller is managed via user names, passwords, and RFID cards, including access levels.

KAESER CONNECT

Introduces KAESER CONNECT for remote visualization and monitoring of the controller via a web browser.

Menu overview

Provides an overview of the menu structure and initial display upon switching on the controller.

Operating mode

Details the information displayed when the power is switched on, including compressor and controller details.

Menu structure

Explains how to navigate the main menu and access submenus, noting password requirements and software version dependency.

Status menu

Describes the "Status" menu, including sections for messages, statistics, and pressure control parameters.

Configuration menu

Explains the "Configuration" menu, covering system information, date/time settings, and network parameters.

Pressure control

Lists configuration options for pressure control, control modes, and compressor start/stop functions.

Control mode

Details configuration settings for Electronic Thermal Management (ETM), timers, and refrigeration dryer operation.

Compressor start

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Acknowledgement

Lists configuration options for Com-Modules, connections, and master/slave settings.

ETM

Details configuration settings for compressor motor, power switching, and components.

I/O periphery

Explains configuration for switching points, time delays, logic settings, and message types for inputs/outputs.

Timer

Explains configuration for switching points, time delays, logic settings, and message types for inputs/outputs.

Refrigeration dryer (if available)

Explains configuration for switching points, time delays, logic settings, and message types for inputs/outputs.

PD temperature controller

Explains configuration for switching points, time delays, logic settings, and message types for inputs/outputs.

Save data

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Pressure control menu

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Load control

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

I/O periphery menu

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Switch

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Communication menu

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Connections menu

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Components menu

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Power switching menu

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Operating modes and control modes

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Machine operating modes

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Control modes

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

MODULATING control

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Variable speed drive with frequency converter (SFC)

Covers configuration menus for saving data, formatting SD cards, and network communication settings.

Installation and Operating Conditions

Maintaining ambient conditions

Instructs to follow the machine's operator manual for maintaining ambient conditions.

Installation conditions

Mentions that installation conditions depend on the machine and warns about UV radiation on the display.

Installation

Reporting Transport Damage

Provides steps for reporting any visible or hidden transport damage to the machine.

Machine identification

Explains how to identify the machine for remote operation and clock control modes.

Initial Start-up

Outline

Provides an overview of the initial start-up process and the relevance of various settings for different applications.

Setting the controller

Introduces the detailed steps for configuring the SIGMA CONTROL 2 controller, including basic settings.

Selecting menu options

Explains how to navigate through the controller's menu options using the arrow and Enter keys.

Setting the language

Guides on how to set the user interface language from a list of supported languages.

Noting the user name

Describes how the user name is linked to the RFID Equipment Card number for identification.

User log-on with RFID Equipment Card

Details the process of logging on using an RFID Equipment Card for quick access and advanced functions.

Generating a password

Guides on how to generate a password for manual log-on and for KAESER CONNECT access.

Manual user log-in

Explains how to manually log in using a user name and password if the RFID card is lost or damaged.

Create the master RFID Equipment Card

Describes how to create a master RFID card for logging onto multiple machines.

Checking/setting time and date

Details how to check and set the controller's time and date, including automatic synchronization via a time server.

Set the time zone

Explains how to set the time zone for accurate automatic time conversion (e.g., daylight saving).

Set display formats

Guides on setting date, time, and pressure/temperature units according to language and user preference.

Setting the display illumination

Describes how to set the display illumination mode for automatic operation or permanent display.

Setting the contrast and the brightness

Provides instructions on adjusting the display contrast and brightness for optimal readability.

Activating the remote control

Explains how to activate or deactivate the remote control key on the SIGMA CONTROL 2 operating panel.

IP configuration

Guides on setting the IP configuration for connecting SIGMA CONTROL 2 to a network or KAESER CONNECT.

Setting the e-mail function

Describes how to configure the e-mail function to send messages and alerts.

Configuring the time server

Explains how to configure access to an SNTP server for automatic date and time synchronization.

Using KAESER CONNECT

Introduces KAESER CONNECT for remote monitoring and data access via a web browser.

Open KAESER CONNECT

Guides on how to open KAESER CONNECT by entering the controller's IP address in a web browser.

System status menu

Describes how to access and view the system status menu within KAESER CONNECT.

Graphs menu

Explains how to use the Graphs menu to view recorded machine data and analyze trends over time.

Zoom function

Details how to use the Zoom function in the Graphs menu to enlarge specific areas of the graph.

Displaying past machine data

Guides on displaying automatically recorded machine data for any time period using an SD card.

Messages menu

Explains how to access and view different types of messages (current, compressor, diagnostic, system) in KAESER CONNECT.

I/O display menu

Describes how to view measured values of analog inputs and states of digital inputs/outputs in the I/O display menu.

User management menu

Explains how to create and manage user accounts for accessing the controller via KAESER CONNECT.

Settings

Guides on adjusting settings like units, date format, and time format within KAESER CONNECT.

Backup menu

Explains how to download data (backup all, log files, settings, user info) from the controller to a PC.

Data recording menu

Describes how to download machine data from the SD card to another device with internet connection.

Closing KAESER CONNECT

Provides instructions on how to properly close the KAESER CONNECT session by clicking Logout.

Adjusting the pressure parameters of the machine

Explains how to display and adjust various pressure parameters of the machine for optimal operation.

Displaying pressure parameters

Guides on how to navigate the menu to display setpoint pressure, system pressure low, and cut-in pressure parameters.

Setting pressure parameters

Details how to set system setpoint pressures (pA, pB) and switching differentials within defined limits.

Setting the SD switching differential of the pressure increase

Explains how to adjust the SD switching differential for the pressure increase parameter (pE SP).

Setting "System pressure low" parameters

Guides on setting system pressure low parameters and configuring output signals for warnings.

Activating/deactivating the «LOAD/IDLE» key

Explains how to deactivate the LOAD/IDLE key to prevent unauthorized switching to IDLE mode.

Configuring machine start and stop

Outlines various methods for configuring machine start and stop operations, including timer mode and autostart.

Automatic start/stop in Timer mode

Guides on setting up automatic start/stop functionality using the Compressor clock menu and timer programs.

Setting/adjusting the clock program (example)

Provides an example and steps for setting up a machine ON/OFF clock program with switching points.

Activating the «Timer control» key

Explains how to activate the Timer control key to enable automatic operation based on the timer program.

Setting up the company shut-down

Guides on setting up a longer standstill period or vacation shutdown by defining start and end dates/times.

Controlling the machine remotely (Remote ON/OFF)

Outlines the steps to configure the machine for remote start and stop operations.

Switching machine start to Remote mode

Explains two methods for starting the machine remotely from a control center.

Assigning another input

Guides on assigning a different input for the remote control contact if needed.

Activating the remote control

Refers to activating the remote control, linking to chapter 8.2.13.

Activating/deactivating the idle period “Venting period" function

Explains how to activate or deactivate the idle phase (Venting period) before transitioning from LOAD to READY.

"Autostart" function

Describes the Autostart function for preventing simultaneous starts and setting delay periods.

Control modes

Introduces the different control modes available for the controller, explaining their impact on load performance.

Setting the control mode

Lists the possible control modes (DUAL, QUADRO, VARIO, DYNAMIC, Continuous) and their basic characteristics.

Setting the DUAL control mode

Explains the DUAL control mode, detailing how the machine switches between LOAD, IDLE, and READY states.

Setting the QUADRO control mode

Describes the QUADRO control mode, including parameters for minimum run and unloaded periods.

Electronic Thermal Management

Explains the Electronic Thermal Management (ETM) option for specific machine models, focusing on heat recovery.

Activating heat recovery for machine type 2

Guides on activating heat recovery for machine type 2, including local and remote operation settings.

Activating heat recovery for machine type 3

Details how to activate heat recovery for machine type 3, focusing on adjustable airend discharge temperature.

Setting the setpoint value for the airend discharge temperature

Explains how to set the airend discharge temperature setpoint for heat recovery valve regulation.

Deactivating heat recovery

Provides instructions on deactivating heat recovery to improve compressed air generation efficiency.

Refrigerated dryer

Covers the operation and configuration of the refrigerated dryer, including operating modes and alarm procedures.

Setting the operating mode

Guides on setting the operating mode (CONTINUOUS or TIMER) for the refrigerated dryer.

Output messages

Explains how to activate messages for the refrigerated dryer's operating temperature as binary signals.

Refrigerated dryer alarm – Compressed air quality has priority

Describes actions to take during a refrigerated dryer alarm when compressed air quality is the priority.

Fault mode without refrigerated dryer

Explains how to activate "Error operation without RD" to maintain compressed air supply despite dryer faults.

Refrigerated dryer alarm – Compressed air supply has priority

Details procedures for refrigerated dryer alarms when compressed air supply has priority, requiring service intervention.

Setting the machine for local mode

Explains how to set the machine for local mode control, using nominal pressures pA or pB.

Menu Load control

Guides on accessing the Load control menu within the configuration settings.

Setting the nominal pressure change via timing program

Details how to set up a timing program for changing nominal pressure between pA and pB.

Setting the nominal pressure change via timer

Details how to set the timer period for pA and pB, and the starting time for each.

Setting local mode

Explains how to set the local operating mode, such as pA/pB Clock or pA/pB Cycle.

Configuring the machine for master control

Guides on configuring the machine for master control to work with other controllers.

Overview of the different master operating modes

Provides an overview of various master operating modes, including interconnected operation via SAM 4.0, PROFIBUS, and Ethernet.

SAM 4.0 mode

Details how to modify SIGMA CONTROL 2 settings for operation via SIGMA NETWORK with KAESER SIGMA AIR MANAGER 4.0.

Reaction in the event of a communication malfunction

Explains how to monitor for communication malfunctions and set parameters like Start td and Timeout.

Configuring PROFIBUS mode (SIGMA AIR MANAGER)

Guides on configuring PROFIBUS mode for connection to a SIGMA AIR MANAGER, including electrical connection and module setup.

Establishing the electrical connection

Details the pin assignment for the PROFIBUS interface and the wiring diagram.

Activating operation via PROFIBUS

Explains how to activate the communications module and set the slave number for PROFIBUS operation.

Setting the slave number

Details setting the SAM 4.0 mode, including IP configuration for both master and slave controllers.

Setting the SAM 4.0 mode

Explains setting Send/receive values and Start td/Timeout parameters for SAM 4.0 communication.

Interconnection of two machines in master/slave operation

Explains master/slave interconnection for two machines, covering different flow rates and equal flow rates.

Establishing the electrical connection

Guides on establishing the electrical connection for network connection using Ethernet cables.

Setting the controller of machine 1 as master

Details setting the controller as master, including setting switching points pA and pB.

Setting the controller of machine 1 as master

Explains setting the timer program or timer for load control and setting the base load change switching.

Setting the machine 2 controller as slave

Guides on setting the controller as slave, including setting switching points pA and pB.

Setting the machine 2 controller as slave

Explains setting the remote operating mode and assigning inputs for load control.

Configuring master control using the LOAD remote contact (e.g. SIGMA AIR MANAGER BASIC) 3)

Details configuring master control using a LOAD remote contact, including electrical connection and mode setup.

Establish the electrical connection for remote LOAD contact (excerpt)

Shows the wiring diagram for establishing the electrical connection for remote LOAD contact.

Setting the remote LOAD contact operating mode and assigning the input for LOAD remote contact

Guides on setting the remote LOAD contact operating mode and assigning the input.

Setting the remote LOAD contact operating mode and assigning the input for LOAD remote contact

Explains how to assign an input for the LOAD remote contact and set the operating mode.

Setting the master control with local/LOAD remote contact 3)

Details setting master control using local/LOAD remote contact, including electrical connection and mode setup.

Establishing the electrical connection

Explains the electrical connection requirements for master/slave setup.

Set the local/LOAD remote contact operating mode and assign the input.

Guides on setting the local/LOAD remote contact operating mode and assigning the input.

Set the local/LOAD remote contact operating mode and assign the input.

Explains how to assign an input for the local/LOAD remote contact for pressure control switching.

Setting the setpoint pressure pre-selection via remote contact

Details setting setpoint pressure pre-selection via remote contact, including mode setup and input assignment.

Setting up remote contact mode pA/pB

Guides on setting up the remote contact mode pA/pB and assigning the input.

Assigning the remote contact input

Explains how to assign the remote contact input for controlling pressure changes.

Master control for machines regulated by pressure switch

Explains master control configuration for machines regulated by pressure switches, including electrical connection and setpoint settings.

Master control via floating relay contact

Details master control via floating relay contact, including electrical connection and setpoint pressure configuration.

Master control via floating relay contact

Explains setting local operating mode and assigning floating relay contact for pressure switch regulation.

Master control without an electrical connection

Describes master control without electrical connection, including machine selection and clock program setup.

Examples of time settings for equal overall load

Provides examples of time settings for achieving equal overall load across machines, including variants A, B, and C.

Setting input and output signals

Explains how to use controller inputs and outputs for customized messages and other functions.

Output important operational states of machine on digital outputs

Details how to output important machine operational states as digital signals via floating contacts.

Output important operational states of machine on digital outputs

Lists messages that can be outputted on digital outputs, such as Controller on and Compressor on.

DO functions menu

Explains how to assign requested messages to free digital outputs (DOR or DOT).

Assigning a message to an output

Guides on selecting and assigning messages to specific outputs like DOR or DOT.

Output input signals on the display

Describes how to use freely selectable input signals to display messages, including delay and logic settings.

External messages menu

Explains how to access the External messages menu for specifying settings.

Entering the message text

Guides on entering custom message text for external messages, including character selection.

Assigning and activating the input

Details how to assign and activate an input for external messages.

Setting the time delay

Explains how to set the time delay for input signals to prevent contact bounce.

Setting the logic

Describes how to set the logic (e.g., 24V, 0V) for external messages.

Setting the message type

Guides on setting the message type (fault, warning, operational) for external messages.

Assigning and activating the output

Explains how to assign and activate a digital output (DOR) for external messages.

Output measured values on the display

Describes how to define customized messages for analog measured values.

Analogue values menu

Guides on using the Analogue values menu to define customized messages for measured values.

Entering the message text

Details how to enter message text for analog measured values, including character selection.

Selecting and activating measured value

Explains how to select and activate a measured value for display and output.

Setting the switching point and switching differential

Guides on setting the switching point (SP) and switching differential (SD) for threshold-based messages.

Setting the switching point and switching differential

Details how to adjust SP and SD values for measured values.

Setting the time delay

Explains how to set the time delay (td) for measured values.

Setting the message type

Guides on setting the message type for measured values.

Assigning and activating the output

Explains how to assign and activate a digital output (DOR) for threshold messages.

Assigning and activating the output

Details assigning and activating DOR outputs for threshold messages.

Switching and/or triggering messages with thresholds

Explains using measured values with thresholds to trigger customized messages or switching functions.

Setting the switching point and switching differential

Guides on setting the switching point (SP) and switching differential (SD) for threshold-based messages.

Setting the switching point and switching differential

Details adjusting SP and SD values for threshold-based messages.

Set the time delay

Explains how to set the time delay (td) for threshold-based messages.

Set the time delay

Details setting the time delay for threshold messages.

Assign and activate the output

Explains how to assign and activate a digital output (DOR) for threshold messages.

Setting the message type

Guides on setting the message type for threshold-based outputs.

Setting the message type

Details setting the message type and activating it for threshold-based outputs.

Activating the threshold

Explains how to activate the threshold for triggering messages and outputs.

Activating the threshold

Guides on activating the threshold by checking the 'active' box.

Timer

Explains the integrated timer functionality for controlling adjustable DOR outputs based on cut-in/out durations.

Activating remote acknowledgement

Guides on setting up remote acknowledgement for fault and alarm messages routed to a control center.

Setting the remote acknowledgement function

Details setting the remote acknowledgement function by configuring the 'Remote mode' and assigning inputs.

Assigning an input

Explains how to assign an input for remote acknowledgement and activate the remote control key.

Linking to an external pressure transducer

Guides on connecting and configuring an external pressure transducer for receiver pressure regulation.

Pressure control menu

Describes accessing the "Network actual pressure" menu for linking external transducer inputs.

Assigning an input to an external pressure transducer

Details assigning an input and activating it for the external pressure transducer.

Commissioning the machine

Provides a checklist for confirming controller settings before commissioning the machine.

Operation

Switching on and off

Explains the correct procedure for switching the machine on and off using the operating panel keys.

Switching on

Details the steps for safely switching on the machine, including checking LEDs and waiting for system start.

Switching off

Describes the standard procedure for switching the machine off using the OFF key.

Switching off in an emergency

Explains how to use the EMERGENCY STOP push button for immediate machine shutdown in emergencies.

Acknowledging alarm and warning messages

Guides on how to acknowledge alarm and warning messages after faults are rectified, indicated by LED status.

Displaying messages

Explains how to access and view current messages and message history through the Status menu.

Selecting the status menu

Guides on navigating to the Status menu to view current alarms, warnings, and message history.

Displaying the last alarm or warning

Explains how to view the most recent fault or warning messages displayed on the third line.

Displaying the message history

Guides on accessing and viewing the complete message history, categorized by message type.

Displaying the current operating mode

Explains how the current operating mode of the machine is displayed in two segments on the screen.

Adjusting the working pressure

Provides guidance on adjusting the pressure parameter to suit specific compressor and application needs.

Displaying analogue data

Explains how to access and view analogue data for various components like compressor, motor, and fan.

Displaying operating data

Covers how to access and display operating data such as operating hours, switching cycles, and kWh counter.

Checking the operating hours

Details how to check and reset the operating hours for the compressor motor and other components.

Checking the switching cycles

Explains how the system monitors safety-relevant components based on usage times or switching cycles.

Checking the switching cycles

Guides on comparing the displayed switching cycles with the maximum permissible values and actions for replacement.

Displaying the frequency converter settings

Explains how to display frequency converter settings, relevant for machines with this option.

Setting the maintenance interval

Covers setting maintenance intervals for various tasks to ensure machine functionality.

Resetting the maintenance interval counter

Explains the importance of resetting maintenance counters after tasks are completed.

Resetting the maintenance interval counter

Guides on resetting the maintenance counter, specifically for oil change intervals.

External maintenance counter

Describes configuring up to three external maintenance counters for system-specific monitoring.

Set text for a maintenance counter

Explains how to set the text and deadline for external maintenance intervals.

Activate maintenance counter

Guides on activating or setting the mode (inactive, Motor running, On load) for external maintenance counters.

Set maintenance interval

Explains how to set the new value for the maintenance interval for external counters.

Safety relief valve test

Details the procedure for performing a safety relief valve test, including preparation, execution, and conclusion.

Preparing the test

Guides on preparing for the safety relief valve test by determining pressures and shutting down the machine.

Performing the test

Explains how to perform the safety relief valve test by activating the test mode and monitoring pressure.

Performing the test

Provides detailed steps for performing the test on compressors with and without internal pressure transducers.

Correct conclusion of the test

Explains how to correctly conclude the safety relief valve test and reset values.

Excessive temperature shut-down test

Guides on performing a test for the excessive temperature shut-down function by simulating a higher temperature.

Performing the inspection

Details the steps for performing the inspection, including warming up, shutting down, and cooling the machine.

Correct conclusion of the test

Explains how to correctly conclude the excessive temperature test and reset values.

Save data

Explains how SIGMA CONTROL 2 settings can be backed up to an SD card.

Save data

Guides on saving controller settings to an SD card, including language selection and security queries.

Format SD card

Details how to format the SD card, including switching off the machine and actuating the emergency stop button.

Fault Recognition and Rectification

Basic information

Offers basic information on identifying fault types (machine, controller, warning) and general rectification measures.

Interpreting fault messages

Explains how to interpret fault messages indicated by the letter 'A' and their consequences.

Interpreting fault messages

Lists common fault messages, their possible causes, and recommended remedies for rectification.

Interpreting fault messages

Continues the list of fault messages, possible causes, and remedies, covering various system components.

Interpreting fault messages

Lists further fault messages related to external inputs, analog modules, and power supply issues.

Interpreting fault messages

Lists fault messages related to star/delta contactors, high-voltage cells, softstarters, and redundancy contactors.

Interpreting fault messages

Lists fault messages related to compressor motor, frequency converter, and cooling systems.

Interpreting fault messages

Lists fault messages related to compressor motor, frequency converter, and cooling fan systems.

Interpreting fault messages

Lists fault messages related to oil cooler fan, frequency converter, and activation failures.

Interpreting warning messages

Explains how to interpret warning messages indicated by the letter 'W' and their consequences.

Interpreting warning messages

Lists common warning messages, their possible causes, and remedies, starting with equipment number and motor temperature.

Interpreting warning messages

Continues the list of warning messages, causes, and remedies, covering mains contactors, oil separators, and filters.

Interpreting warning messages

Lists warning messages related to external load signals, oil temperature, DO test, system pressure, and condensate drains.

Interpreting warning messages

Lists warning messages for refrigeration dryers, compressor motor temperature, and communication errors.

Interpreting warning messages

Lists warning messages related to compressor motor frequency converter faults, AI errors, and test shut-off requirements.

Interpreting warning messages

Lists warning messages related to compressor motor FC alarms, activation failures, and STO functions.

Interpreting warning messages

Lists warning messages related to oil/air cooler fans, frequency converters, and activation failures.

Interpreting warning messages

Lists warning messages related to oil cooler fans, frequency converters, and activation failures.

Interpreting warning messages

Lists warning messages related to analog inputs, including open circuits, short circuits, and sensor faults.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for open circuits, short circuits, sensor faults, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for open circuits, short circuits, sensor faults, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for sensor faults, open circuits, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for short circuits, open circuits, sensor faults, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for sensor faults, open circuits, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for sensor faults, open circuits, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AII) for errors, overloads, open circuits, and short circuits.

Interpreting warning messages

Lists warning messages related to analog inputs (AII) for errors, overloads, open circuits, and short circuits.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for open circuits, sensor faults, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for sensor faults, open circuits, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for short circuits, open circuits, sensor faults, and accidental grounds.

Interpreting warning messages

Lists warning messages related to analog inputs (AIR) for sensor faults, open circuits, and accidental grounds.

Interpreting operating messages

Explains how operating messages (indicated by 'O') inform about the machine's current operating status.

Interpreting operating messages

Lists operating messages related to analog inputs (AnMod, p-Switch, T-Switch) and their meanings.

Interpreting operating messages

Lists operating messages related to analog inputs (AII, AIR) and IOM bus errors.

Interpreting operating messages

Lists operating messages related to IOM bus errors, overloads, and RFID registrations.

Interpreting diagnostic messages

Explains how diagnostic messages (letter 'D') shut down the machine and assist with troubleshooting.

Interpreting system messages

Explains how system messages (letter 'Y') cause machine shutdown and require service representative intervention.

Maintenance

Replacing the battery

Explains when and how to replace the integrated buffer battery for the real-time clock.

Spares, Operating Materials, Service

Note the nameplate

Emphasizes the importance of the nameplate for identifying the machine and ordering spare parts.

Service Addresses

States that KAESER representative addresses are provided at the end of the manual.

Displaying the version number, machine model, part number and serial number

Guides on how to display the software version, machine model, part number, and serial number.

Displaying the version number, machine model, part number and serial number

Shows how to display additional machine information like Prodrive, PN, SN, and MFGDT.

Decommissioning, Storage and Transport

De-commissioning

Instructs to follow the machine's operator manual for decommissioning procedures.

Packing

Instructs to follow the machine's operator manual for packing procedures.

Storage

Instructs to follow the machine's operator manual for storage guidelines.

Transporting

Instructs to follow the machine's operator manual for transporting guidelines.

Battery removal and disposal

Details the process for removing and disposing of the controller's internal battery, emphasizing environmental guidelines.