Latent Mobile Robot MR-Q3-600DI(CE)
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MR-Q3-600CE-DI(CE) Latent Mobile Robot Self-localization navigation: adopts inertial and laser SLAM navigation methods to achieve accurate positioning. Supports smooth motions like forward, backward, and rotation via dual-wheel differential drive. Smart power management: supports multi-level electrical threshold, auto-charge, and self-returning after charging completed. Multi-safety protection includes front laser obstacle avoidance, side ultrasonic obstacle avoidance, pneumatic bumper strip detection, emergency stop button, etc. Human-machine interaction: indicates the device status via touch screen, sound and indicators. Supports lifting, carrying, rotating and lowering goods up to 600 kg (1322.77 lb.). Wireless communication: supports Wi-Fi and seamless roaming in a network covered area. Complies with CE certification and ISO3691-4:2020 safety standard. Typical Application Automobile, 3C, manufacturing, logistics, food and drug industries, etc. Available Model Model MR-Q3-600CE-DI(CE) Accessory Name Charge Station Slope External Debugging Cable Model/Specification MR-RA-CH-48/30B-CI(CE) × 1, M-70 Standard RJ45 network cable USB to type-C cable

Charge Station Deployment 572±5 mm Specification Model MR-Q3-600CE-DI(CE) Dimension (L ×W × H) Rotation diameter Chassis above the ground Basic Parameter Lifting tray dimension Lifting height Lifting type Electrically lifting Rated load Navigation mode 2D code/Laser SLAM/Visual SLAM Human-machine interaction

Safety Protection Laser obstacle avoidance Ultrasonic obstacle avoidance Installation height Opening angle Sensor quantity One each on left and right sides Installation height Opening angle Bumper strip detection Emergency stop button Rated running speed (rated load) Rated acceleration (empty) Rated acceleration (rated load) Rotation speed (empty) Rotation speed (rated load) Location angle accuracy Location accuracy Rated voltage Battery Rated running speed (empty) Motion Performance Charge cycle 1500 times (for fully charging and discharging) Charge time