Ambient light resistance
100 klux
Reported claim
Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row.
Ambient light resistance 100 KLux
Global RoboticsProduct family
2 variants · Varies by Detection range at 90% reflectivity, Detection range at 10% reflectivity
Manufacturer-defined TF03 range variants family, with size and configuration details recorded on each individual model.
Values retain their source conditions and claim stage. A missing value means it has not been published in this catalogue.
| Variant / model | Ambient light resistance | Average power consumption | Blind zone | Cable conductor size | Cable length (typical) | Details & evidence |
|---|---|---|---|---|---|---|
| TF03-100 | 100 kluxConfiguration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. | ≤800 mWConfiguration: TF03-100; tf03 datasheet; page 1; 25 °C, 100 Hz per note 3; peak-current row additionally specifies 12 V. | ≤0.1 mConfiguration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. | 26 AWGConfiguration: TF03-100; tf03 user manual; page 8; Six conductors in the seven-position connector; pin 4 unused. | 70 cmConfiguration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. | Full specificationsSource-backed claimsSpecifications & evidenceSource-backed claims. Configuration, workload and evidence type matter when comparing products. Ambient light resistance100 klux Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Ambient light resistance 100 KLux Average power consumption≤800 mW Reported claim Configuration: TF03-100; tf03 datasheet; page 1; 25 °C, 100 Hz per note 3; peak-current row additionally specifies 12 V. Benewake tf03 datasheet consumption③ ≤800 mW Blind zone≤0.1 m Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Blind zone ≤0.1 m Cable conductor size26 AWG Reported claim Configuration: TF03-100; tf03 user manual; page 8; Six conductors in the seven-position connector; pin 4 unused. Benewake tf03 user manual TF03’s cable has six 26 AWG wires. Cable length (typical)70 cm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Cable length② 70 cm Can data frame6 bytes Reported claim Configuration: TF03-100; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Data frames under the CAN interface consist of 6 bytes of hexadecimal values Can default baud rate1 Mbps Reported claim Configuration: TF03-100; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Baud Rate 1 Mbps Can frame formatTransmit standard by default; receive standard and extended Reported claim Configuration: TF03-100; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Transmitted Frames: Standard Frame (default) Received Frames: Supports both Standard and Extended Frames Can high-rate requirement1 M baud for output above 6000 Hz Reported claim Configuration: TF03-100; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual if the LiDAR needs to output a frame rate exceeding 6000 Hz, please set the baud rate to 1 M Can protocolDroneCAN available by custom configuration Reported claim Configuration: TF03-100; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual The TF03 series CAN interface supports the DroneCAN protocol. If needed, please enable it using custom configuration commands. Can termination120 Ω Reported claim Configuration: TF03-100; tf03 user manual; page 13; Enable via command only at the two ends of the CAN bus; manufacturer installation guidance. Benewake tf03 user manual The TF03 series includes a built-in 120-ohm termination resistor, disabled by default. Can transmit id0x3 Reported claim Configuration: TF03-100; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Transmit ID 0x3 Central wavelength905 nm Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Central wavelength 905 nm ConnectorMolex 7-pin MH1.25-7P-W/B Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Connector Molex standard 7pin terminal, model MH1.25-7P-W/B Connector pin assignment1 VCC red; 2 RS485-B/RS232-RXD/CAN L white; 3 RS485-A/RS232-TXD/CAN H green; 4 unused; 5 UART RXD blue; 6 UART TXD brown; 7 GND black Reported claim Configuration: TF03-100; tf03 user manual; page 8; Signals depend on the selected physical interface. RS232/RS485 units may use UART only for configuration; do not infer simultaneous ranging outputs. Benewake tf03 user manual 1 VCC Red Supply voltage DC 5 ~ 24V 2 RS-485-B/RS-232-RXD/CAN_L White Rx/CAN-BUS Low 3 RS-485-A/RS-232-TXD/CAN_H Green Tx/CAN-BUS High 4 N/A N/A N/A 5 UART_RXD Blue UART Receive 6 UART_TXD Brown UART Transmit 7 GND Black Ground Default frame rate100 Hz Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet default 100 Hz Detection range at 10% reflectivity40 m Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Exact named model column; 10% target reflectivity. Benewake tf03 datasheet 40 m @ 10% ref. Detection range at 90% reflectivity100 m Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Exact named model column; reflectivity as printed. The datasheet note explicitly scopes accuracy/resolution/repeatability to an indoor 25 °C whiteboard, not a separately stated full-range test. Benewake tf03 datasheet 100 m @ 90% ref. Dimensions (typical)44.0 × 43.0 × 32.0 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Typ. Dimensions② 44.0 mm x 43.0 mm x 32.0 mm Distance resolution1 cm Reported claim Configuration: TF03-100; tf03 datasheet; page 1; All spots on target; diffuse whiteboard at 90% reflectivity, indoors at 25 °C, per note 1. The current HTML table uses different < / ≤ boundary wording; do not combine boundaries. Benewake tf03 datasheet Distance resolution 1 cm Drawing body depth42.9 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 42.9 Drawing body height31.8 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 31.8 Drawing body width44 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 44 Drawing end-to-hole offset5.9 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 5.9 Drawing hole pitch10 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 10 Drawing hole-row spacing38 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 38 Drawing mounting holes6 × M3, depth 3.5 mm Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Source conflict: drawing gives M3 depth 3.5 mm, whereas the current manual prose gives six diameter-3 mm holes 6 mm deep. Confirm drawing revision before fabrication. Benewake tf03 datasheet 6xM3↧3.5 Field of view<0.5 ° Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet FoV② < 0.5° Frame rate1–9,800 Hz Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Default frame rate Up to 9,800 Hz (1 ~ 9,800 Hz configurable, default 100 Hz) Hardware interface choicesUART/CAN command-switchable hardware; separate RS232 and RS485 hardware Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Do not assume every listed physical interface exists simultaneously or synthesize range/interface order codes. Benewake tf03 datasheet UART / CAN (Can be switched by command), RS232, RS485 Please note that the above communication interfaces belong to three independent hardware models. Please choose the corresponding product model according to your needs. Laser safetyClass 1; IEC 60825-1:2014; EN 60825-1:2014+A11:2021 Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Class1 (IEC 60825-1:2014; EN 60825-1:2014+A11:2021) Light sourceEEL Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Light source EEL Low-power mode applicabilityUART interface only Reported claim Configuration: TF03-100; tf03 user manual; page 15; No power-saving amount is specified. Benewake tf03 user manual Enable Low Power Mode 5A 05 83 01 E3 Original Command Only effective under UART interface Mass (typical)86 ±3 g Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Typ. Weight② 86 ±3g (excluding cables) Modbus function codes03 read registers; 06 write single register Reported claim Configuration: TF03-100; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual 03 Read Registers 06 Write Single Register Modbus modeRTU Reported claim Configuration: TF03-100; tf03 user manual; page 11; RS485 hardware; Modbus enabled by command and settings saved/restarted before use. Benewake tf03 user manual TF03 only supports RTU mode for communication over serial links. Mounting holes (manual)6 holes, diameter 3 mm, depth 6 mm Reported claim Configuration: TF03-100; tf03 user manual; page 7; Source conflict: current manual prose gives 6 mm depth, while current datasheet drawing prints M3 depth 3.5. Exact drawing/revision applicability remains unresolved; confirm before fabrication. Benewake tf03 user manual 3mm diameter hole (6mm deep) for mounting (x6) Operating temperature-25 to +60 °C Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Operating temperature - 25 ℃~ + 60 ℃ Peak current<480 mA Reported claim Configuration: TF03-100; tf03 datasheet; page 1; 25 °C, 100 Hz per note 3; peak-current row additionally specifies 12 V. Benewake tf03 datasheet Peak current③ <480mA @ 12V Protection levelIP67 Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Protection level IP67 Protective-window guidanceHigh transmission at 905 nm and anti-reflective coating Reported claim Configuration: TF03-100; tf03 user manual; page 4–5; Manufacturer integration guidance, not a measured protection-window guarantee. Benewake tf03 user manual If a protective window needs to be added in front of the lens, it is necessary to ensure the use of materials with high transmission at 905nm wavelength and anti-reflective coating. Ranging accuracy±10 cm (<10 m); 1% (≥10 m) Reported claim Configuration: TF03-100; tf03 datasheet; page 1; All spots on target; diffuse whiteboard at 90% reflectivity, indoors at 25 °C, per note 1. The current HTML table uses different < / ≤ boundary wording; do not combine boundaries. Benewake tf03 datasheet Accuracy① ± 10 cm (< 10 m), 1% (≥10 m) Ranging principlePulsed time of flight (PToF) Reported claim Configuration: TF03-100; tf03 user manual; page 4–5; Manufacturer integration guidance, not a measured protection-window guarantee. Benewake tf03 user manual TF03 series is a typical Pulse Time of Flight (PToF) sensor. Repeatability<3 cm at 1σ Reported claim Configuration: TF03-100; tf03 datasheet; page 1; All spots on target; diffuse whiteboard at 90% reflectivity, indoors at 25 °C, per note 1. The current HTML table uses different < / ≤ boundary wording; do not combine boundaries. Benewake tf03 datasheet Repeatability① < 3 cm @ 1σ Rs485 communication2-wire half-duplex Reported claim Configuration: TF03-100; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual The TF03 Modbus uses a 2-wire interface; see the physical interface description for wire sequence. For parity and baud rate settings, refer to the communication protocol and data format. Custom parameter configuration requires switching to serial port mode to set the baud rate. The TF03 RS485 interface operates in half-duplex mode. Rs485 recommended maximum baud rate115,200 baud Reported claim Configuration: TF03-100; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual For reliability reasons, using baud rates above 115200 is not recommended. Signal-strength over-range threshold<40 Reported claim Configuration: TF03-100; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual When the signal strength is below 40, TF03 will output an over range value. Storage temperature-40 to +85 °C Reported claim Configuration: TF03-100; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Storage temperature - 40 ℃~ + 85 ℃ Supply voltage5–24 V DC Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Power supply DC 5V ~ 24V Uart data frame9 bytes Reported claim Configuration: TF03-100; tf03 user manual; page 9; UART protocol only; do not transfer voltage or wiring semantics to RS232/RS485. Benewake tf03 user manual consists of 9 bytes of hexadecimal values. Uart data representationTwo bytes each for distance and signal strength, little-endian Reported claim Configuration: TF03-100; tf03 user manual; page 9; UART protocol only; do not transfer voltage or wiring semantics to RS232/RS485. Benewake tf03 user manual Both distance and signal strength are represented by 2 bytes each, arranged in little-endian format . Uart default protocol115200 baud; 8 data bits; 1 stop bit; no parity Reported claim Configuration: TF03-100; tf03 user manual; page 9; UART protocol only; do not transfer voltage or wiring semantics to RS232/RS485. Benewake tf03 user manual Baud rate 115200 Data bit 8 Stop bit 1 Parity None Uart logic level3.3 V TTL Reported claim Configuration: TF03-100; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Logical voltage 3.3 V TTL |
| TF03-180 | 100 kluxConfiguration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. | ≤800 mWConfiguration: TF03-180; tf03 datasheet; page 1; 25 °C, 100 Hz per note 3; peak-current row additionally specifies 12 V. | ≤0.1 mConfiguration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. | 26 AWGConfiguration: TF03-180; tf03 user manual; page 8; Six conductors in the seven-position connector; pin 4 unused. | 70 cmConfiguration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. | Full specificationsSource-backed claimsSpecifications & evidenceSource-backed claims. Configuration, workload and evidence type matter when comparing products. Ambient light resistance100 klux Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Ambient light resistance 100 KLux Average power consumption≤800 mW Reported claim Configuration: TF03-180; tf03 datasheet; page 1; 25 °C, 100 Hz per note 3; peak-current row additionally specifies 12 V. Benewake tf03 datasheet consumption③ ≤800 mW Blind zone≤0.1 m Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Blind zone ≤0.1 m Cable conductor size26 AWG Reported claim Configuration: TF03-180; tf03 user manual; page 8; Six conductors in the seven-position connector; pin 4 unused. Benewake tf03 user manual TF03’s cable has six 26 AWG wires. Cable length (typical)70 cm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Cable length② 70 cm Can data frame6 bytes Reported claim Configuration: TF03-180; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Data frames under the CAN interface consist of 6 bytes of hexadecimal values Can default baud rate1 Mbps Reported claim Configuration: TF03-180; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Baud Rate 1 Mbps Can frame formatTransmit standard by default; receive standard and extended Reported claim Configuration: TF03-180; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Transmitted Frames: Standard Frame (default) Received Frames: Supports both Standard and Extended Frames Can high-rate requirement1 M baud for output above 6000 Hz Reported claim Configuration: TF03-180; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual if the LiDAR needs to output a frame rate exceeding 6000 Hz, please set the baud rate to 1 M Can protocolDroneCAN available by custom configuration Reported claim Configuration: TF03-180; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual The TF03 series CAN interface supports the DroneCAN protocol. If needed, please enable it using custom configuration commands. Can termination120 Ω Reported claim Configuration: TF03-180; tf03 user manual; page 13; Enable via command only at the two ends of the CAN bus; manufacturer installation guidance. Benewake tf03 user manual The TF03 series includes a built-in 120-ohm termination resistor, disabled by default. Can transmit id0x3 Reported claim Configuration: TF03-180; tf03 user manual; page 12; UART/CAN hardware version only; configuration-dependent support, not an additional physical model. Benewake tf03 user manual Transmit ID 0x3 Central wavelength905 nm Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Central wavelength 905 nm ConnectorMolex 7-pin MH1.25-7P-W/B Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Connector Molex standard 7pin terminal, model MH1.25-7P-W/B Connector pin assignment1 VCC red; 2 RS485-B/RS232-RXD/CAN L white; 3 RS485-A/RS232-TXD/CAN H green; 4 unused; 5 UART RXD blue; 6 UART TXD brown; 7 GND black Reported claim Configuration: TF03-180; tf03 user manual; page 8; Signals depend on the selected physical interface. RS232/RS485 units may use UART only for configuration; do not infer simultaneous ranging outputs. Benewake tf03 user manual 1 VCC Red Supply voltage DC 5 ~ 24V 2 RS-485-B/RS-232-RXD/CAN_L White Rx/CAN-BUS Low 3 RS-485-A/RS-232-TXD/CAN_H Green Tx/CAN-BUS High 4 N/A N/A N/A 5 UART_RXD Blue UART Receive 6 UART_TXD Brown UART Transmit 7 GND Black Ground Default frame rate100 Hz Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet default 100 Hz Detection range at 10% reflectivity70 m Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Exact named model column; 10% target reflectivity. Benewake tf03 datasheet 70 m @ 10% ref. Detection range at 90% reflectivity180 m Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Exact named model column; reflectivity as printed. The datasheet note explicitly scopes accuracy/resolution/repeatability to an indoor 25 °C whiteboard, not a separately stated full-range test. Benewake tf03 datasheet 180 m @ 90% ref. Dimensions (typical)44.0 × 43.0 × 32.0 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Typ. Dimensions② 44.0 mm x 43.0 mm x 32.0 mm Distance resolution1 cm Reported claim Configuration: TF03-180; tf03 datasheet; page 1; All spots on target; diffuse whiteboard at 90% reflectivity, indoors at 25 °C, per note 1. The current HTML table uses different < / ≤ boundary wording; do not combine boundaries. Benewake tf03 datasheet Distance resolution 1 cm Drawing body depth42.9 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 42.9 Drawing body height31.8 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 31.8 Drawing body width44 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 44 Drawing end-to-hole offset5.9 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 5.9 Drawing hole pitch10 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 10 Drawing hole-row spacing38 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Native drawing callout; explicit mm heading. Typical/reference geometry; do not infer general tolerances. Table rounded dimensions remain separately qualified. Benewake tf03 datasheet 38 Drawing mounting holes6 × M3, depth 3.5 mm Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Source conflict: drawing gives M3 depth 3.5 mm, whereas the current manual prose gives six diameter-3 mm holes 6 mm deep. Confirm drawing revision before fabrication. Benewake tf03 datasheet 6xM3↧3.5 Field of view<0.5 ° Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet FoV② < 0.5° Frame rate1–9,800 Hz Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Default frame rate Up to 9,800 Hz (1 ~ 9,800 Hz configurable, default 100 Hz) Hardware interface choicesUART/CAN command-switchable hardware; separate RS232 and RS485 hardware Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Do not assume every listed physical interface exists simultaneously or synthesize range/interface order codes. Benewake tf03 datasheet UART / CAN (Can be switched by command), RS232, RS485 Please note that the above communication interfaces belong to three independent hardware models. Please choose the corresponding product model according to your needs. Laser safetyClass 1; IEC 60825-1:2014; EN 60825-1:2014+A11:2021 Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Class1 (IEC 60825-1:2014; EN 60825-1:2014+A11:2021) Light sourceEEL Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Light source EEL Low-power mode applicabilityUART interface only Reported claim Configuration: TF03-180; tf03 user manual; page 15; No power-saving amount is specified. Benewake tf03 user manual Enable Low Power Mode 5A 05 83 01 E3 Original Command Only effective under UART interface Mass (typical)86 ±3 g Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Typ. Weight② 86 ±3g (excluding cables) Modbus function codes03 read registers; 06 write single register Reported claim Configuration: TF03-180; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual 03 Read Registers 06 Write Single Register Modbus modeRTU Reported claim Configuration: TF03-180; tf03 user manual; page 11; RS485 hardware; Modbus enabled by command and settings saved/restarted before use. Benewake tf03 user manual TF03 only supports RTU mode for communication over serial links. Mounting holes (manual)6 holes, diameter 3 mm, depth 6 mm Reported claim Configuration: TF03-180; tf03 user manual; page 7; Source conflict: current manual prose gives 6 mm depth, while current datasheet drawing prints M3 depth 3.5. Exact drawing/revision applicability remains unresolved; confirm before fabrication. Benewake tf03 user manual 3mm diameter hole (6mm deep) for mounting (x6) Operating temperature-25 to +60 °C Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Operating temperature - 25 ℃~ + 60 ℃ Peak current<480 mA Reported claim Configuration: TF03-180; tf03 datasheet; page 1; 25 °C, 100 Hz per note 3; peak-current row additionally specifies 12 V. Benewake tf03 datasheet Peak current③ <480mA @ 12V Protection levelIP67 Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Protection level IP67 Protective-window guidanceHigh transmission at 905 nm and anti-reflective coating Reported claim Configuration: TF03-180; tf03 user manual; page 4–5; Manufacturer integration guidance, not a measured protection-window guarantee. Benewake tf03 user manual If a protective window needs to be added in front of the lens, it is necessary to ensure the use of materials with high transmission at 905nm wavelength and anti-reflective coating. Ranging accuracy±10 cm (<10 m); 1% (≥10 m) Reported claim Configuration: TF03-180; tf03 datasheet; page 1; All spots on target; diffuse whiteboard at 90% reflectivity, indoors at 25 °C, per note 1. The current HTML table uses different < / ≤ boundary wording; do not combine boundaries. Benewake tf03 datasheet Accuracy① ± 10 cm (< 10 m), 1% (≥10 m) Ranging principlePulsed time of flight (PToF) Reported claim Configuration: TF03-180; tf03 user manual; page 4–5; Manufacturer integration guidance, not a measured protection-window guarantee. Benewake tf03 user manual TF03 series is a typical Pulse Time of Flight (PToF) sensor. Repeatability<3 cm at 1σ Reported claim Configuration: TF03-180; tf03 datasheet; page 1; All spots on target; diffuse whiteboard at 90% reflectivity, indoors at 25 °C, per note 1. The current HTML table uses different < / ≤ boundary wording; do not combine boundaries. Benewake tf03 datasheet Repeatability① < 3 cm @ 1σ Rs485 communication2-wire half-duplex Reported claim Configuration: TF03-180; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual The TF03 Modbus uses a 2-wire interface; see the physical interface description for wire sequence. For parity and baud rate settings, refer to the communication protocol and data format. Custom parameter configuration requires switching to serial port mode to set the baud rate. The TF03 RS485 interface operates in half-duplex mode. Rs485 recommended maximum baud rate115,200 baud Reported claim Configuration: TF03-180; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual For reliability reasons, using baud rates above 115200 is not recommended. Signal-strength over-range threshold<40 Reported claim Configuration: TF03-180; tf03 user manual; page 10; RS485 hardware scope for Modbus and baud claims; the signal-strength threshold also applies to the documented UART/CAN ranging output. Benewake tf03 user manual When the signal strength is below 40, TF03 will output an over range value. Storage temperature-40 to +85 °C Reported claim Configuration: TF03-180; tf03 datasheet; page 2; Typical dimensions/mass are reference values per note 2; mass excludes cables. No additional dimensional tolerances inferred. Benewake tf03 datasheet Storage temperature - 40 ℃~ + 85 ℃ Supply voltage5–24 V DC Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Power supply DC 5V ~ 24V Uart data frame9 bytes Reported claim Configuration: TF03-180; tf03 user manual; page 9; UART protocol only; do not transfer voltage or wiring semantics to RS232/RS485. Benewake tf03 user manual consists of 9 bytes of hexadecimal values. Uart data representationTwo bytes each for distance and signal strength, little-endian Reported claim Configuration: TF03-180; tf03 user manual; page 9; UART protocol only; do not transfer voltage or wiring semantics to RS232/RS485. Benewake tf03 user manual Both distance and signal strength are represented by 2 bytes each, arranged in little-endian format . Uart default protocol115200 baud; 8 data bits; 1 stop bit; no parity Reported claim Configuration: TF03-180; tf03 user manual; page 9; UART protocol only; do not transfer voltage or wiring semantics to RS232/RS485. Benewake tf03 user manual Baud rate 115200 Data bit 8 Stop bit 1 Parity None Uart logic level3.3 V TTL Reported claim Configuration: TF03-180; tf03 datasheet; page 1; Manufacturer claim; no additional test conditions specified for this row. Benewake tf03 datasheet Logical voltage 3.3 V TTL |
Share your team background and technical or sourcing goals. We’ll check availability with relevant company representatives and coordinate the next steps.
How it works
Select your target companies and dates, and share your team background and technical or sourcing goals.
We identify relevant company representatives, discuss your requirements and check availability.
Review the proposed agenda, arrangements and fees, then confirm your schedule by email.
Fees apply and vary based on the companies you select and the final arrangements. Your preferred dates are provisional. Our team will confirm the schedule based on the availability of our staff and the selected companies.
Connect with robotics manufacturers matched to your project, discuss technical requirements, and evaluate solutions firsthand.
Initiate ConnectionAlready have a company in mind? Ask for an introduction. For sourcing, integration or deployment, tell us about your project.
02 / DISCOVER THE MOST ADVANCED ROBOTS.
FIND YOUR NEXT ROBOTICS PARTNER
Meet the people behind the products. Plan company visits and technical conversations around your project.
Initiate connectionDiscover and compare humanoid robots from around the world.
Step inside a working showcase of robotics, from humanoids and helpful machines to the parts that bring them to life.

Inside the showroom
Explore complete machines, real-world applications, and the components behind them. Get a closer look at the variety on display.
Showing all 8 exhibit highlights.

Interaction
A first handshake. A playful boxing pose. See how robots move alongside us.

Service robots
Discover a service robot in a shop-counter setting, with objects it can handle.

Robot dogs
Take a closer look at robot dogs and the mechanics that keep them moving.

Dexterous hands
Explore the dexterous hands that turn movement into precise manipulation.

Humanoids
Get close to the joints, sensors, and structure of a full-size humanoid.

Wearable robotics
Discover wearable assistance alongside robots built for very different environments.

Real-world applications
Explore practical applications, including automated cooking and everyday services.

Core components
Look beyond the body to the components and engineering that make it possible.
A glimpse of what’s inside. Exhibits and live demonstrations may vary by visit.

More than a display
The best questions come when you’re standing right beside a robot. A guided visit brings the hardware, the demonstrations, and the conversation together.
Follow the showroom route and discover how different robots are used.
Get hands-on with selected robots through guided interaction.
Ask about the technology, share your interests, and explore what comes next.
Beyond the showroom
The sky deck opens onto Shenzhen’s skyline and surrounding mountains. Take in the place where robotics companies, researchers, and makers are building what comes next.


Curiosity brings us together
For the simply curious, the people building, and the teams exploring their next idea. Robot Valley is a place to see the technology and talk about where it could go.

Plan your visit
Choose your preferred date and group size on the booking page. The team will confirm the arrangements with you.
A guided showroom experience with hands-on robot operation and interactive demonstrations. You’ll have time to ask questions and explore the exhibits. Specific robots and activities depend on the day’s arrangements.
Yes. Visits are by appointment. Use the booking page to choose your preferred date and share your group details. The team will confirm availability, fees, and arrangements before your visit.
Tell us your group size and interests when booking. Company teams, students, researchers, and other groups can discuss their priorities with the team before the visit.
Share the robots, applications, or components you’re interested in with your booking request. The team can discuss what’s available and suitable for your visit.
Something else on your mind? info@robotuo.com
Your next encounter with robotics
Real robots. Real conversations.
See you in Shenzhen.

About Robotuo
Get closer to the people, technology, and opportunities shaping robotics in China.
Local knowledge / Firsthand insight / Global reach
About us
We connect global teams with China’s robotics supply chain and the SZ RoboX open-source community to find partners, share expertise, and bring robotics to new markets.
For companies, developers, and entrepreneurs building what comes next in robotics.

Access robotics, AI hardware, and component suppliers in China. Find partners that fit your business.

Understand Chinese businesses, explore technical capabilities, and find opportunities for collaboration.

With over 1,000 business visitors and buyers served across more than 20 countries and regions, we draw on international experience to connect teams with robotics industry resources.
OUR MISSION
We combine supply chain integration and open-source deployment standards to support robotics applications worldwide.
For Companies
We combine supply chain integration with the development of open-source deployment standards, connecting technology and hardware resources to support robotics applications worldwide.

For Developers & Entrepreneurs
Join the SZ RoboX open-source robotics community to exchange technical knowledge with developers and entrepreneurs, follow global industry developments, and explore opportunities to innovate and collaborate.

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