What to do if IFM OY Accessories have fault OSSD outputs?
If the IFM Accessories show a fault in the OSSD outputs, first check the connections. If the problem persists, send the device to an IFM branch for repair.
How to fix a weak signal in IFM Accessories?
If you're experiencing a weak signal with your IFM Accessories, try the following: * Check the alignment of the transmitter and receiver. * Clean the front pane and verify the range. * Wait for a restart pulse.
What to do if IFM Accessories external contactor feedback is missing?
If the external contactor feedback is missing in your IFM Accessories, check the connection at pin 4. Also, identify any interfering transmitters and: * Reduce the range of the interfering transmitter from high to low. * Exchange the positions of the transmitter and receiver. * Change the location of the interfering transmitter to avoid influencing the receiver. * Screen the beams from the interfering transmitter using a mat protective device.
What to do if IFM OY Accessories have internal fault?
If your IFM Accessories have an internal fault, send the device to an IFM branch office for repair.
General| Brand | IFM |
|---|---|
| Model | OY Series |
| Category | Accessories |
| Language | English |
Explains symbols like arrows, exclamation marks, and information icons used in the manual.
Details the meaning of the 'WARNING' symbol indicating potential for serious personal injury.
Outlines requirements for installation, operation, and handling by qualified personnel.
Highlights the need for proper handling and adherence to operating conditions for safety.
Lists the components supplied with the photoelectric safety sensors.
Describes the core functions and features of the safety light curtains/grids.
Explains how the protected area is generated and defined by height and range.
Details conditions and precautions to ensure before installing photoelectric safety sensors.
Covers the importance of safety distance and factors influencing its calculation.
Specifies suitability for hand protection and safety distance formulas for 30/40mm resolutions.
Details suitability for body protection and safety distance for higher resolutions.
Explains considerations for guarding bodies/parts of bodies in horizontal setups.
Stresses the importance of correct alignment for proper sensor function.
Provides methods and indicators for achieving precise optical alignment.
Outlines minimum distances to reflective surfaces to prevent safety function interference.
Provides rules for installing multiple safety light curtains to prevent mutual interference.
Explains how mirrors can extend protection and installation angles.
Details pin assignments and functions for the transmitter unit.
Explains how to configure the protected area width using range settings.
Details pin assignments and functions for the receiver unit.
Illustrates connections for automatic mode via receiver plug pins.
Shows wiring for automatic mode with K1/K2 monitoring using NC contacts.
Details connections for manual mode using a start button.
Wiring for manual mode with K1/K2 monitoring and a start button.
Describes automatic mode output logic when the protected area is clear or interrupted.
Explains manual mode requirements, start/restart button placement, and output activation.
Covers integrating external contactors K1 and K2 into operating modes.
Explains testing procedures and minimum duration for test commands.
Describes automatic internal tests for Type 2 and continuous tests for Type 4 sensors.
Details the colors and states of transmitter and receiver LEDs for various conditions.
Explains the binary states of OSSD1 and OSSD2 based on protected area status.
Defines the safe state as an output switched off (logic '0').
Describes the switched state with receiver outputting 24V DC (logic '1').
Classifies device interface compliance with interface type C class 3.
Details how to perform a functional test using a test object and checking LEDs.
Provides detailed dimensional drawings for the safety light curtain.
Presents detailed dimensional drawings for the safety light grid.
Lists general specifications for Type 2 sensors like electrical design, voltage, and protection.
Provides technical data for Type 2 safety light curtains with 30mm resolution.
Lists technical data for Type 2 safety light curtains with 40mm resolution.
Details technical data for Type 2 safety light curtains with 50mm resolution.
Presents technical data for Type 2 safety light curtains with 90mm resolution.
Provides technical data for Type 2 safety light grids with varying numbers of beams.
Lists general specifications for Type 4 sensors like electrical design, voltage, and protection.
Provides technical data for Type 4 safety light curtains with 30mm resolution.
Lists technical data for Type 4 safety light curtains with 40mm resolution.
Details technical data for Type 4 safety light curtains with 50mm resolution.
Presents technical data for Type 4 safety light curtains with 90mm resolution.
Provides technical data for Type 4 safety light grids with varying numbers of beams.
Lists LED fault codes for the transmitter and corresponding troubleshooting steps.
Lists LED fault codes for the receiver and corresponding troubleshooting steps.
Covers recommended maintenance, cleaning procedures, and precautions.
States that only the manufacturer can repair and outlines environmentally friendly disposal.
Defines key terms and abbreviations used throughout the manual.
Provides a checklist to verify correct setup and compliance with safety requirements.
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