What to do if Reer MOSAIC M1 Controller shows an OSSD output error?
If the Reer Controller displays an OSSD output error, first check the OSSD1/2 connections. If the problem continues, the suggested solution is to return the M1 to ReeR for repair.
What to do if Reer Controller shows a slave unit error?
If the Reer Controller indicates a slave unit error, try restarting the system. Additionally, check to identify which unit is in FAIL mode.
What to do if Reer MOSAIC M1 shows an error in communication with slave?
If the Reer Controller experiences an error in communication with a slave, the suggested solution is to restart the system. If the problem persists, return the M1 to ReeR for repair.
What to do if Reer Controller shows an MCM error?
If the Reer Controller displays an MCM error, the suggested solution is to replace the MCM.
What to do if Reer MOSAIC M1 has internal fat?
If there is internal fat in the Reer Controller, the suggested solution is to return the unit to ReeR to be repaired.
What to do if Reer MOSAIC M1 shows MCM error?
If the Reer Controller displays an MCM error, the suggested solution is to replace the MCM.
What to do if Reer MOSAIC M1 Controller shows slave unit error?
If the Reer Controller indicates a slave unit error, restart the system and check which unit is in FAIL mode.
What to do if Reer MOSAIC M1 has error in communication with slave?
If the Reer Controller experiences an error in communication with a slave, restart the system. If the problem persists, return the MOSAIC M1 to ReeR to be repaired.
How to fix internal fat issue in Reer Controller?
If there is an internal fat issue with the Reer Controller, the suggested solution is to return the unit to ReeR to be repaired.
General| Type | Safety Controller |
|---|---|
| Safety Integrity Level (SIL) | SIL 3 |
| Performance Level (PL) | PL e |
| Operating Voltage | 24 V DC |
| Protection Rating | IP20 |
| Safety Standards | EN ISO 13849-1, EN 61508, EN 62061 |
| Number of Safety Inputs | Up to 32 (depending on module configuration) |
| Number of Safety Outputs | Up to 16 (depending on module configuration) |
| Input Types | Digital |
| Communication Interfaces | Ethernet, CANopen |
| Programming | Graphical |
| Modularity | Modular |
Crucial safety guidelines and warnings for operating the MOSAIC system to prevent hazards.
Guidance on calculating the minimum safety distance for ESPE devices connected to MOSAIC based on standards.
Crucial information regarding periodic testing, voltage dip tests, and potential system failures for OSSD outputs.
Troubleshooting guide for Master MOSAIC M1 LEDs, indicating fault causes and remedies.
Troubleshooting guide for Master MOSAIC M1S/M1S COM LEDs, indicating fault causes and remedies.
Step-by-step instructions for installing the MSD application software, including hardware and software requirements.
Guide on initiating a new project in MSD, including user authentication and module selection.
Details on configuring fieldbus parameters like Modbus TCP, EtherNet/IP, and Profinet RT for MOSAIC M1S COM.
Explains the drag-and-drop function for creating logic diagrams, including object properties and wire positioning.
Steps for verifying project consistency and ensuring safety requirements are met before configuration.
Allows selection of connection type (USB or LAN) between MSD and the Mosaic Master.
Explains how to activate the monitor function to view real-time I/O status and diagnostics.
Requirements and usage for Level 1 password, allowing viewing configurations and logs.
Details on Level 2 password for project creation, modification, and saving, including default password.
Details on the SINGLE-DOUBLE OSSD safety output and its parameters, including reset and feedback.
Details the E-STOP function block for verifying emergency stop device input status and output behavior.
Explains the E-GATE function block for verifying mobile guard or safety gate input status.
Describes the SINGLE E-GATE function block for verifying mobile guard or safety gate input status.
Details the LOCK FEEDBACK function block for verifying guard lock status and electromagnet feedback.
Explains the ENABLE function block for verifying manual key device input status.
Describes the ESPE function block for verifying safety light curtain or laser scanner input status.
Details the FOOTSWITCH function block for verifying safety pedal input status.
Explains the MOD-SEL function block for verifying mode selector input status.
Describes the PHOTOCELL function block for verifying safety photocell input status.
Details the TWO HAND function block for verifying two-hand control switch input status.
Details the S-MAT function block for verifying safety mat input status.
Details the ENABLING GRIP functional block for checking enabling grip inputs.
Explains the TESTABLE SAFETY DEVICE functional block for checking safety sensor inputs.
Details the RFID function block for verifying RFID safety sensor input status.
Safety warnings related to external errors or malfunctions in encoder/proximity sensors and their impact.
Explains the SPEED CONTROL block for monitoring device speed and outputting status based on thresholds.
Combines STAND STILL and SPEED CONTROL functions to monitor speed transitions and ranges.
Details the GUARD LOCK operator for controlling electromechanical guard locks.
Details the MUTING function for temporary interruption of ESPE to permit material transit.
Explains different MUTING logic types like "Concurrent", "Sequential", "L", "T", and "Override".
Describes the OVERRIDE function for managing incorrect Muting activation sequences.
Details the NETWORK operator for distributing Stop and Reset commands across a local Mosaic network.
Explains the OSSD EDM operator for controlling External Device Monitoring feedback for safety outputs.
Explains how to use the schematic simulation tool to check output signals and model responses in real-time.
Demonstrates graphic simulation using a press safety area example with stimuli file.
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