TOF (Time of flight) is a new time-of-flight detection principle. In the past, most photoelectric sensors used the photoelectric effect. However, with the mature application of TOF technology in mobile phone face recognition, AGV, drones and other industries, the technology has gradually been decentralized to basic sensors field.

The principle of time-of-flight detection is to calculate the distance based on the time difference between the transmitting end and the receiving end of the light source. Therefore, it is not affected by the color and material of the object being measured, and the product detection is more stable and reliable.

• Detection method: Reflective type
• Output: NPN output
• Action mode: Set the TOF principle with one click
• Detection distance: 50~1500 mm
• Light source: Red LED (940nm) IEC CLASS1
• Supply voltage: DC12~24V ±10%
• Consumption of electricity: Power consumption is less than 480mW (power supply voltage is DC24V, consumption current is less than 20mA)
• Control output: Load power supply voltage DC26.4V or less, load 80mA or less current collector open circuit output (NPN/PNP output varies depending on the model)
• Output residual voltage: Residual voltage below 1V (load current less than 10mA), Residual voltage below 2V (load current less than 10~80mA)
• Protection circuit: Power supply reverse connection protection/load short circuit protection/output reverse connection protection
• Response time: Action and return: less than 100ms each
• Ambient temperature: During operation: -20~+50°C, during storage: -40~+70°C (no freezing or condensation)
• Ambient humidity: During operation: 35~85%RH, during storage: 35~95%RH (no freezing or condensation)
• Ambient illumination: Sunlight: below 10,000lx
• Protective structure: IEC60529 IP65