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Explosion-Proof Truss Robot for Zone 1/2/21/22 - China Suppliers & Factory for Hazardous Areas Automation
Application of Explosion Proof Truss Robot
Explosion-proof robots with the seventh axis are mainly used in industries such as petrochemical, medical and pharmaceutical, spraying, machining, food and electronics. It can be used for material handling, assembly, testing, tray storage and material processing. The load range of explosion-proof truss robots covers 0-2T, usually ±0.2mm positioning accuracy for common type, and ±0.05mm for high-precision type.
Core Advantage of Explosion Truss Robot
1
High rigidity rail system
The frame of explosion-proof truss robot is made of rectangular tube with CNC cutting + plastic spraying and rust-proof treatment, and the flatness error is ≤0.05mm/m.
2
Intelligent lubrication system
The explosion-proof truss robot is equipped with multi-channel equal volume explosion-proof lubrication device, which adopts high-performance lithium grease and supports 1 year maintenance-free cycle.
3
High protection
It adopts fully enclosed metal drag chain system, the rail is equipped with anti-static organ cover, and the intrinsically safe explosion-proof sensors are chosen as the position and limit sensors.
4
Easy Maintenance
The explosion-proof truss robot adopts the design of centralized lubrication point layout and reserving the place for replacement of wearing parts to enhance the easy maintenance.
5
High safety
The motor and reducer of the explosion-proof truss robot are coordinated to limit the maximum speed of the sliding table, and there are electrical and electro-mechanical limits at both ends.
6
Easy Teaching
The explosion-proof truss robot can be quickly taught by touch screen, which can realize the rapid deployment of the equipment.
7
Customization
The explosion-proof truss robot can be customized according to the project and customer's needs.
Technical Specifications
| Model | Technical Specifications | |
| WBR-FH100-X02Y01Z0.5 | Rated load | 100kg |
| Max Speed | 1m/s | |
| Repositioning accuracy | ±0.02mm | |
| X-axis stroke | Minimum 2m (customizable) | |
| Y-axis stroke | Minimum 1m (customizable) | |
| Z-axis stroke | Minimum 500mm (customizable) | |
| Guidance method | Linear guides/roller guides | |
| Drive mode | Gear rack (helical teeth) | |
| Explosion-proof grade | Meet the explosion environment of hazardous area F1 zone, gas zone 1 and dust zone 21 | |
| WBR-FH500-X02Y01Z0.5 | Rated load | 500kg |
| Max Speed | 1m/s | |
| Repositioning accuracy | ±0.02mm | |
| X-axis stroke | Minimum 2m (customizable) | |
| Y-axis stroke | Minimum 1m (customizable) | |
| Z-axis stroke | Minimum 500mm (customizable) | |
| Guidance method | Linear guides/roller guides | |
| Drive mode | Gear rack (helical teeth) | |
| Explosion-proof grade | Meet the explosion environment of hazardous area F1 zone, gas zone 1 and dust zone 21 | |
Frequently Asked Questions (FAQ)
What industries are explosion-proof truss robots mainly used in?
They are primarily applied in demanding industries such as petrochemical, medical and pharmaceutical, spraying, machining, food, and electronics.
What is the load capacity and positioning accuracy of these truss robots?
The load range covers 0 to 2T. The standard positioning accuracy is ±0.2mm, while the high-precision model can achieve ±0.05mm.
How does the intelligent lubrication system benefit the operation?
It features a multi-channel equal volume explosion-proof lubrication system using high-performance lithium grease, supporting an efficient 1-year maintenance-free cycle.
What explosion-proof standards do the WBR series robots meet?
The robots are designed to meet strict explosion environment requirements for hazardous area F1 zone, gas zone 1, and dust zone 21.
Can the stroke length of the axes be customized?
Yes. While the standard minimum stroke is 2m for the X-axis, 1m for the Y-axis, and 500mm for the Z-axis, all of them can be fully customized based on specific project needs.
What safety mechanisms are built into the explosion-proof truss robots?
Safety is ensured through coordinated motor and reducer settings to limit maximum sliding speed, coupled with both electrical and electro-mechanical limit controls at both ends.