How to fix a blank display on Panasonic Security Sensors?
If nothing is displayed on the display section of your Panasonic Security Sensors, there are a couple of potential reasons. First, check that the power supply is sufficient and correctly connected. Second, verify whether Eco mode is enabled and, if so, disable it.
Why is Ethernet/RS-485 communication failing on my Panasonic HL-G2?
If communication via Ethernet / RS-485 is not working correctly with your Panasonic Security Sensors, check the following: 1. Ensure the correct optional cable and communication speed are selected. 2. Verify the communication settings for the sensor and any connected external devices; resetting or restarting the sensor may be necessary for changes to take effect. 3. Confirm that station numbers are unique when connecting multiple units. 4. Ensure the termination resistance is set to ON only for the sensor at the terminal and OFF for all others. 5. Make sure commands are sent in the correct data format, referring to error codes if necessary. 6. Send commands only after receiving a response from the sensor.
Why is the alarm indicator on and measurement impossible on Panasonic HL-G2 Security Sensors?
If the alarm indicator is lit and measurement cannot be performed on your Panasonic Security Sensors, it could be due to a few reasons: * The intensity of received light may be insufficient; try increasing the sampling cycle. * The intensity of received light may be excessive; ensure the sensor and sensing objects are facing each other to prevent specularly reflected light. * Extraneous light may be excessive; re-examine the measurement environment to reduce sunlight or other extraneous light.
Why do Panasonic HL-G2 Security Sensors settings revert after restarting?
If set values on your Panasonic Security Sensors revert after a restart, it's likely because the settings were not saved during Ethernet/RS-485 communication. When changing settings via communication commands or the HL-G2 Configuration Tool, ensure you save the set values; otherwise, they will be discarded when the power is turned off.
Why are measured values unstable on Panasonic HL-G2?
If the measured values from your Panasonic Security Sensors are unstable, it could be because the sensor is installed in a location subject to severe vibration. To resolve this, take measures against vibration.
Why aren't the keys working on my Panasonic HL-G2 Security Sensors?
If the keys on your Panasonic Security Sensors are not working, there are a few potential reasons. First, check if the key lock function is enabled and, if so, disable it. Second, if brightness tuning or teaching was executed using communication commands, operate the keys after completing these processes.
How to enable laser emission on Panasonic Security Sensors?
If your Panasonic Security Sensors are not emitting a laser, it might be because the laser stop setting is enabled. If the laser emission stop setting is in the ON state, the system starts with the laser stopped. Set it to OFF.
What to do if the alarm indicator is lit and measurement cannot be performed on Panasonic HL-G2 Security Sensors?
The alarm indicator might light up, preventing measurement, due to several reasons. The intensity of received light may be insufficient or excessive, exceeding the adjustment range. Alternatively, excessive extraneous light could be the cause. To address this, try increasing the sampling cycle. Ensure the sensor and objects face each other to prevent specularly reflected light from entering the beam receiving part. Also, examine the measurement environment to reduce sunlight or other extraneous light sources.
How to fix a Panasonic HL-G2 Security Sensors display when nothing is displayed?
If nothing is displayed on the display section, it could be due to insufficient power supply or the ECO Mode being enabled. Check if the power supply capacity is sufficient and ensure it's connected correctly. If ECO Mode is ON, set it to OFF.
What to do if the expected analog current or voltage is not output from Panasonic Security Sensors?
If the expected analog current or voltage is not output, the analog output line might not be wired correctly, or the analog scaling might not be set correctly. Ensure that the analog output line is correctly wired and that analog scaling is properly configured.
Describes different manual types for the HL-G2 series and download location.
Explains important rules to prevent personal injury and property damage.
Covers general handling precautions, including symbols and specific warnings.
Details laser safety standards (IEC, EN, JIS, GB, KS, FDA) and warning labels.
Details the components of the sensor unit and operation/display section.
Provides instructions for physically installing the sensor unit.
Details the functions and wiring of the sensor's I/O lines.
Covers the initial settings required after first power-on or reset.
Covers settings for light intensity control for stable measurement.
Relates to function settings for judging measured value results.
Covers function settings related to output operations.
Covers function settings related to input operations.
Covers function settings for unmeasurable states.
Covers system settings like initialization and language.
Explains setting HIGH/LOW values using sensing objects.
Describes product self-diagnosis and state output.
Lists major setting items that can be stored and recalled using banks.
Covers referencing and setting product values via external host devices.
Details using the Modbus TCP protocol for communication.
Explains EtherNet/IP communication for cyclic and message data transfer.
Covers SLMP functions for client and server operations.
Covers referencing and setting product values via RS-485 communication.
Details using the Modbus RTU protocol for communication.
Lists precautions to follow during cleaning and maintenance activities.
Details essential items to inspect regularly for optimal performance.
Describes solutions to frequently encountered problems and errors.
Lists error codes displayed and their corresponding action methods.
Details technical specifications of the laser displacement sensor.
Provides physical shapes and dimensional drawings of the product.
Describes different manual types for the HL-G2 series and download location.
Explains important rules to prevent personal injury and property damage.
Covers general handling precautions, including symbols and specific warnings.
Details laser safety standards (IEC, EN, JIS, GB, KS, FDA) and warning labels.
Details the components of the sensor unit and operation/display section.
Provides instructions for physically installing the sensor unit.
Details the functions and wiring of the sensor's I/O lines.
Covers the initial settings required after first power-on or reset.
Covers settings for light intensity control for stable measurement.
Relates to function settings for judging measured value results.
Covers function settings related to output operations.
Covers function settings related to input operations.
Covers function settings for unmeasurable states.
Covers system settings like initialization and language.
Explains setting HIGH/LOW values using sensing objects.
Describes product self-diagnosis and state output.
Lists major setting items that can be stored and recalled using banks.
Covers referencing and setting product values via external host devices.
Details using the Modbus TCP protocol for communication.
Explains EtherNet/IP communication for cyclic and message data transfer.
Covers SLMP functions for client and server operations.
Covers referencing and setting product values via RS-485 communication.
Details using the Modbus RTU protocol for communication.
Lists precautions to follow during cleaning and maintenance activities.
Details essential items to inspect regularly for optimal performance.
Describes solutions to frequently encountered problems and errors.
Lists error codes displayed and their corresponding action methods.
Details technical specifications of the laser displacement sensor.
Provides physical shapes and dimensional drawings of the product.
General| Type | Laser displacement sensor |
|---|---|
| Series | HL-G2 |
| Linearity | ±0.1% of F.S. |
| Protection Structure | IP67 |
| Housing Material | Aluminum die-cast |
| Light Source | Red semiconductor laser |
| Resolution | 0.5 μm |
| Output | Analog voltage |
| Power Supply | 24 V DC ±10 % |
| Detection Range | 10 mm to 200 mm |
| Operating Temperature | 0 to +50 °C |
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