What to do if Sensopart FT 50 C S1 sensor is no longer responding at the set address?
If your Sensopart Accessories sensor is no longer responding at the set address, it might be because the sensor has been reset to its factory settings, which also resets the sensor address to 1. To resolve this, reset the address to the desired value.
Why is programming via the keypad not possible on Sensopart FT 50 C S1?
If programming via the keypad on your Sensopart Accessories is not possible, it could be due to several reasons: * The electrical keypad lock is active because PIN 8 is set to High. You should release PIN 8. * The keypad lock was activated via a command through the RS485 interface. In this case, you need to deactivate the keypad lock through the same interface. * The SET button was not pressed long enough (less than 3 seconds), and the setting mode was not activated due to the time lock. Press the SET button for more than 3 seconds.
What to do if it is not possible to configure Sensopart Accessories sensor via the operating keys?
If you cannot configure the Sensopart Accessories sensor using the operating keys, it might be due to several reasons: * The electrical lock is active because PIN 8 is on high. In this case, disconnect PIN 8. * The key lock command was activated via the RS485 interface. Cancel the key lock function via the interface. * The key was not pressed long enough (less than 3 seconds), and the configuration mode was not activated due to the time lock. Press the key for more than 3 seconds.
Why is my Sensopart Accessories sensor no longer accessible with the set address?
If your Sensopart Accessories sensor is no longer accessible with the set address, it is possible that the sensor was reset to its factory status, causing the sensor address to revert to 1. To resolve this, reset the address to the required value.
General| Series | FT 50 C S1 |
|---|---|
| Type | Photoelectric sensor |
| Operating voltage | 10 - 30 V DC |
| Output type | PNP/NPN |
| Switching frequency | 1 kHz |
| Protection class | IP 67 |
| Housing material | Plastic |
| Light Source | Red light |
| Connection type | M12 connector |
| Ambient temperature | -25°C to +55°C |
Provides technical drawings with key dimensions for the FT 50 C...S1 sensor.
Instructions on how to correctly install and position the FT 50 C...S1 sensor for optimal performance.
Describes the sensor's LEDs, buttons, and their functions for operation and configuration.
Outlines the various configuration menus and operating modes available for the FT 50 C...S1 sensor.
Step-by-step guide for configuring sensor functions using the integrated control panel.
Details the hardware and fundamental parameters of the RS485 serial interface.
Explains the data transfer protocol used for communication between the sensor and a master.
Defines the structure and composition of data telegrams exchanged via the serial interface.
Lists and briefly describes the commands that can be sent by a master to the sensor.
Command to permanently save sensor settings and data, ensuring retention after power loss.
Command to retrieve the current software version of the FT 50 C...S1 sensor.
Resets all sensor configurations, including the address, to their factory default values.
Command to modify the unique address assigned to the sensor on the communication bus.
Command to lock or unlock the sensor's operating keys, preventing accidental changes.
Configures output signal mode (N.O./N.C.) and drop-out delay time for the sensor.
Retrieves information about detected colour channels from the last measurement cycle.
Transfers all current configuration settings and status information from the sensor.
Retrieves the sensor's measured colour values (red, green, intensity) and switching output status.
Allows the master to program the sensor's five colour channels with specific colour data.
Executes the process to teach a new colour or scan a colour range for sensor configuration.
Sets the colour and intensity tolerance levels for teach-in processes.
Configures the baud rate for the serial RS485 communication interface.
Instructions for cleaning the sensor's front screen to maintain optimal performance.
Guidelines for handling, packaging, and storing the sensor to prevent damage.
Information on the proper disposal of electronic components according to regulations.
Lists available accessories such as cables, mounting brackets, and interface converters.
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