I. Product Overview

II. Scope of Application

• Used for handling dangerous situations such as dike cracks, leaks, landslides, breaches, or river blockages
• Most suitable for construction operations at altitudes above 4000 meters
• Suitable for water area management and river channel desilting
• Suitable for emergency rescue operations in wetlands and swamps
• Suitable for embankment reinforcement before, during, and after disasters

III. Product Features

IV. Main Technical Indicators

4.1 Robot Main Unit

1. Basic functions: It has functions such as excavation, gas detection, fire extinguishing, and hydraulic expansion.
2. Comply with the fire protection industry standard: "GA 892.1-2010 Fire Robot - Part 1: General Technical Conditions"
3. Chassis structure: Adopt an ATV hydraulic crawler chassis.
4. Power: High-pressure common rail diesel engine (150kW) + hydraulic pump group system
5. Engine power: 150kW/2000rpm
6. Maximum applicable altitude: 4000m
7. Walking speed (low/high): 3.3/5.2km/h, with stepless speed control.
8. Dimensions: ≤ 9570×2990 ×3150 mm
9. Total weight of the whole machine: Approximately 21.8-22.3t
10. Traction force: ≥ 200kN
11. Bucket digging force: ≥ 155kN
12. Climbing ability: 35°
13. Remote control distance: 2000m
14. Maximum working height: 9750mm
15. Maximum digging depth: 6750mm
16. Maximum unloading height: 6980mm
17. Continuous working time: 12h

4.2 Multi-functional System

4.3 Robot Fire Extinguishing System

1. Fire monitor: Domestic electronically controlled fire monitor
2. Types of fire extinguishing agents: Water or foam
3. Materials: Monitor body - stainless steel, monitor head - hard anodized aluminum alloy
4. Working pressure (Mpa): 1.0~1.2 (Mpa)
5. Spraying methods: Direct current, atomization, low expansion foam
6. Water/foam flow rate: 80L/s
7. Range (m): 85m (water)
8. Rotation angle: Horizontally rotates with the vehicle's turntable, and vertically rotates with the robotic arm.
9. Maximum spray angle: 120°
10. Foam monitor pipe: The foam pipe can be replaced, and the replacement method is quick connection. The fire monitor can spray water, foam, and mixed liquid, making it a multi-purpose monitor.

4.4 Robot Reconnaissance System

1. By configuring a gas meter and an environmental monitoring module, it can remotely reconnoiter the toxic and harmful gases at the operation site.Gas and environmental perception detection module: SO2, CO, CH4, O2, H2S;
2. Audio and video: Equipped with 3 high-definition 4G network cameras, enabling remote monitoring of the on-site environment.
3. Leakage detection function: Equipped with a handheld leakage detector.

4.5 Configuration Parameters of the Short-range Handheld Remote Control Terminal

1. Working time: 8h
2. Basic functions: A three-proof remote control, equipped with an ergonomic shoulder strap; controls the movement of the robot such as forward, backward, and turning; controls the lifting and slewing of the robotic arm; controls the opening and closing and slewing of the tool set; controls the fire monitor to operate in direct current and atomization modes. The data transmission method is wireless transmission using encrypted signals.
3. The remote control video delay is ≤ 300ms, the remote control delay is ≤ 100ms, the maximum remote control distance is ≥ 2km, and the built-in battery has a battery life of ≥ 4h. The operation cabin is a closed cockpit, and the display screen has functions such as video display, real-time 3D attitude display of the excavator, and display of work information and alarm information.
4. Fire monitor control function: Yes
5. Functions such as excavation, gas detection, fire extinguishing, and hydraulic expansion: Yes
6. Control functions for lighting lamps and warning lamps: Yes, with a self-locking switch.
7. Auxiliary tool: Shoulder strap of the remote control terminal.