Explosion-Proof Track-Hanging Inspection Robot

Model: SREX-SGGD-02

Product Overview
The Explosion-Proof Track-Suspended Inspection Robot is capable of performing multiple functions, including instrument recognition and reading, equipment infrared temperature measurement, operation and leak detection, as well as the detection of flammable, explosive, and toxic gases. It can also monitor dusty environments and check for conveyor belt anomalies. This robot is suitable for various intelligent inspection scenarios in oil and gas fields, pipelines, storage tanks, and other flammable, explosive, toxic, or hazardous environments (such as gas gathering stations, transmission pipelines, chemical plants, storage areas, mines, etc.). Its track system can be custom-designed and installed based on the specific conditions of the project site, enabling the robot to move along these tracks to achieve comprehensive coverage and inspection of all designated areas on-site.

Core Specifications

● Basic Parameters

Dimensions: 640mm × 300mm × 460mm (L × W × H)

Curb Weight: ≤80kg

Explosion-Proof Rating: Ex d IIC T4 Gb

Ingress Protection Rating: IP67

Travel Speed: 0 - 1.5m/s, adjustable speed

Climbing Capability: ≤30°

Operating Temperature: -20℃～+60℃

Braking Distance: 600mm

Charging Time: ≤3h

Battery Endurance: ≥6km

Positioning Method: Odometer + RFID Calibration

Repeated Navigation and Positioning Accuracy: ±1cm

● Functional Features

Unmanned Autonomous Inspection

Intelligent Obstacle Avoidance

Day and Night Inspection

Automatic Charging

Network Communication

Instrument Recognition and Reading

Infrared Temperature Measurement

Leak Detection

Environmental Gas Monitoring

Video Storage and Surveillance

Two-way Voice Intercom

● Customization Services

Noise Level Monitoring

Dust Environment Monitoring

Equipment Anomaly Detection

Safety Behavior Monitoring

Smoke Monitoring

Self-Cleaning

Belt Tear and Misalignment Monitoring

Belt Conveyor Temperature Anomaly Detection

Motor Temperature and Vibration Monitoring

Acoustic/Vibration Analysis