Sevnce Robotics – Explosion-Proof Wheeled Inspection Robot (High-Performance Version)

Explosion-Proof Wheeled Inspection Robot (High-Performance Version) from Sevnce Robotics

Performance Chassis
The design of the overall structure utilises a modular approach, allowing for dynamic adjustments that enhance the ultimate stability, support, and manoeuvrability of the body control system. This is complemented by a high-frequency shock absorption capability, achieved through precision-engineered suspension. This not only guarantees stability and accuracy in data collection during inspections but also incorporates an explosion-proof compartment, thereby further enhancing the effectiveness of the inspection process.

• Optimisation – Pitch & Roll
• Reduction – High-Frequency Vibration
• Reduction – Slope Distance
• Adaptation – Paved and Unpaved Road

Features:

• Ex d IIB T6 Gb – Explosion-Proof Grade
• IP66 Protection Rating
• ≥5h Battery Life
• ≤420kg Curb Weight

Wheeled Inspection Robot – Performance Chassis
The design of the overall structure utilises a modular approach, allowing for dynamic adjustments that enhance the ultimate stability, support, and manoeuvrability of the body control system. This is complemented by a high-frequency shock absorption capability, achieved through precision-engineered suspension. This not only guarantees stability and accuracy in data collection during inspections but also incorporates an explosion-proof compartment, thereby further enhancing the effectiveness of the inspection process.

• Optimisation – Pitch & Roll
• Reduction – High-Frequency Vibration
• Reduction – Slope Distance
• Adaptation – Paved and Unpaved Road

Precision and Stable Suspension System
High precision suspension, high-frequency shock absorption, and the ability to walk freely in environments such as sidewalks, slopes, bumpy roads and slopes.

• Edge Module – Powerful Computing Power Upgrade
• Millisecond Level – Recognition Speed

Sharp Identification, with Precision and Flawlessness
Computing power upgraded, image identification algorithm evolved, and millisecond identification speed has increased inspection capabilities.

• Less Than 20% – Detection Distance Attenuation
• 30+ – Application Scenarios
• Centimetre Level – Precise Positioning
• 3D Positioning Technology – Optimised RTK positioning system, more special application scenarios, centimetre grade accuracy, and eliminates blind spots in inspection.

Functional Upgrades

Lightweight Design – Smaller size, adaptable for various spaces, operates freely in smaller areas.

Explosion-Proof Heat Dissipation System – Solve high temperatures inside the robot.

Ex-Proof Lidar – Lidar detection distance attenuation is less than 20%

Ultrasonic Omnidirectional Collision Avoidance System – Enhancing protection for the robot and objects surrounding, inspection distance adjustable.
Third-Generation VCU – The third-generation VCU features a variety of hardware interfaces that support the integration of a wider range of sensors. This enhancement improves communication anti-interference capabilities and ensures high-quality communication.

Programmable Power Supply System – Increase monitoring of various power supply lines (non-drive lines) to meet remote control with its flexible combination.