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Manual contains vital safety information for installation and use. Read all content carefully.
Product complies with EU directives (98/37/CE) and standards like EN 13241-1.
Prohibits modifications and specifies permitted use to prevent damage or injury.
Addresses interference with other devices and adherence to safety standards for gates.
Product tested for EMC; compatibility not guaranteed if used in non-foreseen configurations.
Explains FT210 as a device for sensitive edge electrical connections on moving leaves.
FT210 with TCB65 certified to safety standards EN 954-1 and EN 1760-2.
Clarifies FT210 is part of a safety system, not a complete device itself.
Details its use as a Type D presence sensor, interrupting beam to deactivate a relay.
Mandatory disconnection of mains power and buffer batteries before starting installation.
Evaluate operating principles, verify parameters, and seek assistance if needed.
Describes SLOW/FAST transmission modes based on gate movement detection.
Explains how the receiver uses the PHOTOTEST input to monitor gate status.
Guidance for connecting to SCA outputs or using continuous FAST mode.
Information on using FT210 with other photocells and avoiding interference.
Specifies the necessary alignment tolerance of ±4° between TX and RX.
Details mounting the receiver on posts or directly to a wall.
Step-by-step instructions for separating the control unit and fixing the receiver.
Instructions for assembling the transmitter and connecting the 8.2kΩ sensitive edge.
Ensures sensitive edges meet failsafe category 3 standards with 2 NC contacts.
Directs users to control unit manuals and specific chapters for electrical connections.
Guides on directing lenses for alignment and programming TX/RX jumpers.
Details jumper configurations on the TX for range and transmission modes.
Details jumper configurations on the RX for Phototest and edge activation.
Lists connection types, cable specifications, and maximum lengths.
Explains the function of PHOTO, ALT, and ALT1 output relay contacts.
Illustrates connecting FT210 to a generic control unit with PHOTO input.
Shows FT210 connection to ROBO gearmotor using Phototest function.
Illustrates FT210 connection to ROBO gearmotor using SCA output.
Method for connecting multiple sensitive edges in series with a single termination resistance.
Sequence of tests for FT210 components, ensuring proper functionality.
Ensuring adherence to manual instructions and safety measures before testing.
Disconnecting power and removing transmitter battery before specific tests.
Measuring sensitive edge resistance to confirm it's within specified limits.
Checking the status of LEDs L1, L2, L3, and L4 after initial setup.
Setting FAST mode via JP3 and checking JP1 for longer range transmission.
Installing FTA1 or FTA2 battery in the transmitter for testing purposes.
Verifying receiver LED behavior after battery insertion and jumper setup.
Fine-tuning TX/RX alignment based on L1 LED flashing speed.
Using damper filter on RX to simulate environmental effects during testing.
Monitoring L1 LED during gate movement to ensure continuous alignment.
Testing the presence sensor by passing an object through the optical axis.
Testing the sensitive edge by pushing/releasing it and observing LED response.
Verifying that transmission switches to SLOW mode after movement stops.
Checking L2 LED behavior to confirm the vibration sensor is functioning.
Performing gate maneuvers to check opening, closing, and inversion logic.
Activating presence sensor during closure to verify correct movement inversion.
Activating sensitive edge during closure to verify correct movement inversion.
Testing Type D sensor against EN 12445 standards with specific test objects.
Testing PSPE device against EN 12445 standards by measuring force.
Removing damper filter and ensuring all casings are securely closed.
Using FT210 solely as a Type D presence sensor without sensitive edge connection.
Explains how FAST transmission mode affects battery longevity.
Utilizing FT210 exclusively for sensitive edge status detection.
Example connection showing PHOTO and ALT contacts in series for specific control units.
Details the meaning of LED signals (L1-L4) on the receiver and troubleshooting actions.
Table outlining common symptoms, causes, and advisable checks for malfunctions.
Guidance on periodic checks and cleaning for optimal performance and longevity.
Instructions for qualified disassembly, recycling, or disposal according to local regulations.
Listing of optional accessories such as protective casings and battery kits.
Comprehensive table detailing technical specifications like range, power, and dimensions.
Tasks the user can perform, such as cleaning photocell glasses and removing debris.
Step-by-step guide for replacing the transmitter's 3.6V lithium battery.
Information on battery types (FTA1/FTA2) and environmental disposal precautions.
General