Need a fast recommendation? +
Please send us: range, target material, interface (TTL/RS232/RS485/4–20 mA), update rate, environment (indoor/outdoor/IP/temperature), and installation photos/drawings. Our engineers will propose the best-fit solution and configuration.
What reliability testing can you support? +
We can support reliability validation planning aligned to your environment (temperature/humidity, vibration, ingress protection verification, and other project-relevant tests), and provide supporting documentation where applicable.
What certifications are available? +
Certification availability is model-dependent and market-dependent. We can provide the relevant certificates/documentation set for your selected configuration and destination market.
Which solution is best for splash or washdown areas? +
Use appropriate IP protection, sealed connectors, and careful cable routing. Share cleaning pressure/chemicals/frequency for compatibility confirmation.
How do I reduce sunlight interference outdoors? +
Avoid direct sun into the receiver, adjust mounting angle, add mechanical shading if needed, and validate with a site test.6.3 Dust / Splash / Washdown / High Humidity
Can the sensor run outdoors continuously? +
Yes, when the configuration and installation match outdoor exposure: protection level (IP), proper sealing, stable bracket, and sunlight mitigation.
How do I handle dusty indoor workshops? +
Select higher protection options where required, seal cable entries, and prefer RS485/4–20 mA if EMI is present.6.2 Outdoor – Sunlight / Rain / Long-Term Exposure
What is the recommended setup for indoor automation? +
Choose interface based on your controller (TTL/RS232/RS485/4–20 mA). Focus on rigid mounting, stable geometry, and appropriate update rate.
How should I manage cable routing? +
Keep signal cables away from power lines, use strain relief, avoid sharp bends, and seal connectors properly in outdoor or washdown areas.
How do I mount for stable repeatability? +
Use rigid brackets, avoid flexible plates, maintain consistent sensor-to-target geometry, and lock fasteners against vibration.
What are the most common installation mistakes? +
Weak mounting brackets, misalignment drift, vibration-induced loosening, poor cable strain relief, and placing the sensor where direct sunlight enters the receiver (outdoor).
Can you provide wiring diagrams and command examples? +
Yes. We provide integration documents such as wiring guidance and protocol references.
How do I avoid communication errors on site? +
Use proper grounding, shielded/twisted cabling when needed, avoid parallel routing with high-power lines, and select RS485 or 4–20 mA in high-EMI environments.
What serial settings do you commonly use? +
Typical serial format is 8 data bits, 1 stop bit, no parity, no flow control. Exact baud rates and defaults depend on model/configuration.
Do you support Modbus RTU? +
Many RS485 configurations support Modbus RTU. Final protocol availability depends on the specific model/configuration.
Do you offer compact high-precision options? +
Yes. We provide compact sensor options intended for space-limited equipment and precision measurement tasks. Tell us your mechanical envelope and accuracy needs.
Do you support long-distance measurement? +
We offer multiple range options across series. Share distance, target reflectivity, and site conditions so we can propose the appropriate configuration.
Can your sensors be used for level/stock measurement (silos, bins, warehouses)? +
Yes. Provide maximum height, material type, dust conditions, and whether the target surface changes shape (powder vs. solid).
How do I select a sensor for AGV/robotics distance measurement? +
Prioritize stable mounting, suitable update rate, and an interface that matches your controller. Share motion speed and target surface for feasibility confirmation.
Which interface is best for PLC projects? +
Typically RS485 (digital) or 4–20 mA (analog). We recommend based on your PLC modules and site noise/wiring length.
Which output interface should I choose (TTL/RS232/RS485/4–20 mA)? +
TTL/UART: Embedded controllers, compact integration, short wiring
RS232: Point-to-point serial, common with IPC/PC, short-to-medium wiring
RS485: Long cable runs, strong EMI immunity, multi-drop networking, common for industrial sites
4–20 mA: PLC analog input, excellent noise immunity, simple control loop integration
Do you provide samples for evaluation? +
Yes. Sample availability depends on the model and configuration; we can align evaluation steps with your project timeline.
Can you support both engineering teams and purchasing teams? +
Yes. We provide technical selection support, documentation, and commercial support for RFQs, project sourcing, and long-term supply.
What information do you need to recommend a model? +
Range, target material/surface, update rate, interface/protocol, installation geometry, ambient conditions (indoor/outdoor, dust/water), and power availability.
What products does MyAntenna RF offer? +
We provide industrial laser distance sensors and measurement solutions for automation, monitoring, and system integration, including multiple series for different interfaces and operating environments.