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Details the intended use of the SUPREMATouch gas warning system and safety precautions.
Outlines MSA's liability policies regarding the use and maintenance of the device.
Describes the key features and capabilities of the modular SUPREMATouch system.
Explains the physical design, module mounting, and data exchange over CAN bus.
Details the components and functionality of the Display and Operation Module (MDO).
Describes the function of the ACKNL and RESET keys for alarm management.
Explains the meaning of the 8 LED indicators for system and signal status.
Details the CAN bus protocol used for communication between modules.
Information on system power supply options, including EXT, INT, and BAT terminals.
Explains the safety concept related to CAN bus communication and error detection.
Provides warnings and instructions for operating the system safely.
Overview of the operation menu submenus: Measure, Setup, Maintain, and Diagnosis.
Details on how to gain access for editing data or initiating actions via password or keyswitch.
Describes the display types for measured values: List, Bars, LEDs, and Groups.
Configure sensor inputs, relay outputs, and other system parameters.
Define parameters for individual sensor inputs: information, data, alarms, and properties.
View and set parameters for predefined remote sensors like gas names and ranges.
Configure system logging to SD card or printer for data recording.
Configure system-wide settings such as passwords, display, time, and TCP/IP.
Access maintenance functions including calibration, interface tests, and SD backup.
Set calibration parameters for inputs and control the calibration process.
Perform tests on analogue and digital driver outputs and serial interfaces.
Access system logs, view module status, and check switch inputs.
Review system events, signal events, sensor history, and alarm logs.
Use PC software for configuration and parameterization via SUPREMA Manager.
Use simulation modules for function tests and pre-adjustments of sensor inputs.
Procedure for replacing sensors when defective or no longer functional.
Manually select connected input device type for MAI30 when auto-detection fails.
Understand the status of plug-in modules via their associated LEDs.
Procedure for replacing defective modules, including necessary precautions.
Overview of system fail messages, their causes, and troubleshooting actions.
Mapping of rack and slot numbers to module IDs for system configuration.
Initial installation configuration or manual selection of system configurations.
Set calibration parameters for inputs and control the calibration process via the menu.
Step-by-step guide for calibrating passive detectors using 1-man or 2-man methods.
Details on performing the initial calibration, including necessary pre-adjustment steps.
Procedure for calibrating active transmitters with 4-20 mA output.
Procedure for adjusting only the zero point during maintenance.
Setting the bridge current for passive sensors before calibration.
How to expand the system by connecting additional sensors to MAI modules.
Steps to connect additional relay driver outputs using MGO and MRO modules.
How to connect additional analog outputs using MAO modules.
Critical conditions that must be considered for all safety-related applications.
Specific criteria for achieving Safety Integrity Levels SIL 1, SIL 2, and SIL 3.
Shows which configuration selections fulfill requirements for specific SIL levels.
Details on different system configurations to achieve specific SIL levels.
Diagrams illustrating permitted system expansions using CAN bus configurations.
Lists permitted hardware modules and their corresponding software versions.
Lists the permitted software versions for various modules and components.
Provides the certificate number for TÜV certification.
Lists standards and directives the system complies with, and requires adherence to.
Details on MAI and MAR modules for acquiring measurement values.
Explains the function of the MCP module in controlling system functions.
Describes the MDO module's role in displaying information and handling commands.
Details on MGO, MRC TS, MRO, and MAO modules for digital and analog outputs.
Information on power supply units, bus connections, and connection techniques.
Specifies the minimum modules required for an 8-input system configuration.
Requirements for selecting an appropriate installation location for the control unit.
Guidelines to ensure compliance with EMC directives during installation.
Step-by-step instructions for the physical installation of the system components.
Details on conductor cross-sections and cable specifications for various modules.
Instructions for configuring modules, including MIB module CAN bus settings.
Information on slot assignments and module placement within the rack system.
Guidelines for setting up systems with multiple racks and central recording.
Procedures and precautions for connecting various types of sensors to the system.
Details on connecting relay modules (MRO) and their contact load capacity.
Information on connecting switching outputs via MGO modules to external devices.
How to connect analog outputs using MAO modules for external records.
Details on MST module ports for CAN bus, PC/Laptop, Printer, and Ethernet connections.
Ensuring adequate power supply and adhering to EMC/Low Voltage Directive requirements.
Guidelines for labeling modules, connector plugs, inputs, and outputs.
A summary of the essential steps required for a successful system start-up.
Procedure for switching on the system power and initial self-test.
Methods for creating system configuration and entering parameters via MDO or PC.
Sensor type-dependent presettings required for passive detectors before calibration.
Detailed steps for performing the initial calibration process, including pre-adjustment.
Final checks and verification steps, including test gas verification, to complete start-up.
How to connect a PC or laptop for configuration and operation using SUPREMA Manager.
Connecting a printer to the MST module for continuous event recording.
Connecting the SUPREMA system to industrial control systems using gateways.
Safety standards and requirements for gas warning systems, including SIL levels.
Explains the design and function of redundant systems using dual channels.
How to configure a redundant system by adding channel B modules and racks.
Start-up procedures and functional checks for redundant systems.
Connection data and conditions for use for 4-20 mA 2-wire transmitters.
Connection data and conditions for use for 4-20 mA 3-wire transmitters.
Connection data and conditions for use for 4-20 mA transmitters with external power.
Connection data and conditions for use for Series 47K-ST, -PRP (3-wire) sensors.
Connection data and conditions for use for Series 47K-ST, -PRP (5-wire) sensors.
Connection data and conditions for use for Series 47K-HT (3-wire) sensors.
Connection data and conditions for use for Series 47K-HT (5-wire) sensors.
Connection details and simulation for Apollo Series 65 fire detectors.
Connection details and simulation for push-button detectors.
Connection details and simulation for explosion-proof push-button detectors.
Connection details and simulation for explosion-proof fire detectors with barriers.
Connection details and simulation for explosion-proof fire detectors with barriers.
Connection details and simulation for explosion-proof push-button detectors with barriers.
Connection details and simulation for explosion-proof fire detectors with barriers.
Connection details and simulation for explosion-proof fire detectors with barriers.
General system specifications including racks, inputs, outputs, and operating voltage.
Details on the system's operation interface and display characteristics.
Information on PC operation, printer, and CAN bus interfaces.
Voltage requirements for the system and its power supplies.
List of supported sensor types and their connection methods.
Physical dimensions of the SUPREMATouch rack system.
Physical dimensions of various rail-mounted modules.
List of available modules and accessories with their corresponding part numbers.
List of supported sensors and related accessories with part numbers.
Details the intended use of the SUPREMATouch gas warning system and safety precautions.
Outlines MSA's liability policies regarding the use and maintenance of the device.
Describes the key features and capabilities of the modular SUPREMATouch system.
Explains the physical design, module mounting, and data exchange over CAN bus.
Details the components and functionality of the Display and Operation Module (MDO).
Describes the function of the ACKNL and RESET keys for alarm management.
Explains the meaning of the 8 LED indicators for system and signal status.
Details the CAN bus protocol used for communication between modules.
Information on system power supply options, including EXT, INT, and BAT terminals.
Explains the safety concept related to CAN bus communication and error detection.
Provides warnings and instructions for operating the system safely.
Overview of the operation menu submenus: Measure, Setup, Maintain, and Diagnosis.
Details on how to gain access for editing data or initiating actions via password or keyswitch.
Describes the display types for measured values: List, Bars, LEDs, and Groups.
Configure sensor inputs, relay outputs, and other system parameters.
Define parameters for individual sensor inputs: information, data, alarms, and properties.
View and set parameters for predefined remote sensors like gas names and ranges.
Configure system logging to SD card or printer for data recording.
Configure system-wide settings such as passwords, display, time, and TCP/IP.
Access maintenance functions including calibration, interface tests, and SD backup.
Set calibration parameters for inputs and control the calibration process.
Perform tests on analogue and digital driver outputs and serial interfaces.
Access system logs, view module status, and check switch inputs.
Review system events, signal events, sensor history, and alarm logs.
Use PC software for configuration and parameterization via SUPREMA Manager.
Use simulation modules for function tests and pre-adjustments of sensor inputs.
Procedure for replacing sensors when defective or no longer functional.
Manually select connected input device type for MAI30 when auto-detection fails.
Understand the status of plug-in modules via their associated LEDs.
Procedure for replacing defective modules, including necessary precautions.
Overview of system fail messages, their causes, and troubleshooting actions.
Mapping of rack and slot numbers to module IDs for system configuration.
Initial installation configuration or manual selection of system configurations.
Set calibration parameters for inputs and control the calibration process via the menu.
Step-by-step guide for calibrating passive detectors using 1-man or 2-man methods.
Details on performing the initial calibration, including necessary pre-adjustment steps.
Procedure for calibrating active transmitters with 4-20 mA output.
Procedure for adjusting only the zero point during maintenance.
Setting the bridge current for passive sensors before calibration.
How to expand the system by connecting additional sensors to MAI modules.
Steps to connect additional relay driver outputs using MGO and MRO modules.
How to connect additional analog outputs using MAO modules.
Critical conditions that must be considered for all safety-related applications.
Specific criteria for achieving Safety Integrity Levels SIL 1, SIL 2, and SIL 3.
Shows which configuration selections fulfill requirements for specific SIL levels.
Details on different system configurations to achieve specific SIL levels.
Diagrams illustrating permitted system expansions using CAN bus configurations.
Lists permitted hardware modules and their corresponding software versions.
Lists the permitted software versions for various modules and components.
Provides the certificate number for TÜV certification.
Lists standards and directives the system complies with, and requires adherence to.
Details on MAI and MAR modules for acquiring measurement values.
Explains the function of the MCP module in controlling system functions.
Describes the MDO module's role in displaying information and handling commands.
Details on MGO, MRC TS, MRO, and MAO modules for digital and analog outputs.
Information on power supply units, bus connections, and connection techniques.
Specifies the minimum modules required for an 8-input system configuration.
Requirements for selecting an appropriate installation location for the control unit.
Guidelines to ensure compliance with EMC directives during installation.
Step-by-step instructions for the physical installation of the system components.
Details on conductor cross-sections and cable specifications for various modules.
Instructions for configuring modules, including MIB module CAN bus settings.
Information on slot assignments and module placement within the rack system.
Guidelines for setting up systems with multiple racks and central recording.
Procedures and precautions for connecting various types of sensors to the system.
Details on connecting relay modules (MRO) and their contact load capacity.
Information on connecting switching outputs via MGO modules to external devices.
How to connect analog outputs using MAO modules for external records.
Details on MST module ports for CAN bus, PC/Laptop, Printer, and Ethernet connections.
Ensuring adequate power supply and adhering to EMC/Low Voltage Directive requirements.
Guidelines for labeling modules, connector plugs, inputs, and outputs.
A summary of the essential steps required for a successful system start-up.
Procedure for switching on the system power and initial self-test.
Methods for creating system configuration and entering parameters via MDO or PC.
Sensor type-dependent presettings required for passive detectors before calibration.
Detailed steps for performing the initial calibration process, including pre-adjustment.
Final checks and verification steps, including test gas verification, to complete start-up.
How to connect a PC or laptop for configuration and operation using SUPREMA Manager.
Connecting a printer to the MST module for continuous event recording.
Connecting the SUPREMA system to industrial control systems using gateways.
Safety standards and requirements for gas warning systems, including SIL levels.
Explains the design and function of redundant systems using dual channels.
How to configure a redundant system by adding channel B modules and racks.
Start-up procedures and functional checks for redundant systems.
Connection data and conditions for use for 4-20 mA 2-wire transmitters.
Connection data and conditions for use for 4-20 mA 3-wire transmitters.
Connection data and conditions for use for 4-20 mA transmitters with external power.
Connection data and conditions for use for Series 47K-ST, -PRP (3-wire) sensors.
Connection data and conditions for use for Series 47K-ST, -PRP (5-wire) sensors.
Connection data and conditions for use for Series 47K-HT (3-wire) sensors.
Connection data and conditions for use for Series 47K-HT (5-wire) sensors.
Connection details and simulation for Apollo Series 65 fire detectors.
Connection details and simulation for push-button detectors.
Connection details and simulation for explosion-proof push-button detectors.
Connection details and simulation for explosion-proof fire detectors with barriers.
Connection details and simulation for explosion-proof fire detectors with barriers.
Connection details and simulation for explosion-proof push-button detectors with barriers.
Connection details and simulation for explosion-proof fire detectors with barriers.
Connection details and simulation for explosion-proof fire detectors with barriers.
General system specifications including racks, inputs, outputs, and operating voltage.
Details on the system's operation interface and display characteristics.
Information on PC operation, printer, and CAN bus interfaces.
Voltage requirements for the system and its power supplies.
List of supported sensor types and their connection methods.
Physical dimensions of the SUPREMATouch rack system.
Physical dimensions of various rail-mounted modules.
List of available modules and accessories with their corresponding part numbers.
List of supported sensors and related accessories with part numbers.
General| Brand | MSA |
|---|---|
| Model | SUPREMATouch MCP 20 |
| Category | Security System |
| Language | English |
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