Product Introduction
The SQ2SK1Q truck-mounted crane has single-cylinder cable synchronous telescopic technology for higher work efficiency. Advanced research and development methods ensure design reliability. Pentagonal and hexagonal boom technology has good neutrality and strong cross-section bending resistance. Compact hinge design takes up little space. Equipped as standard with an anti-overroll alarm device, the operation is safer. The integrated lifting hinge mechanism has higher working efficiency and longer life of the hydraulic system. The unique floating three-point bridge structure design effectively reduces the additional stress on the chassis girder when the vehicle is driving.
Product Advantage
* Single cylinder synchronization guy cable technology makes work efficiency higher than before.
* Advanced development means make sure that the design is very reliable.
* The more symmetrical center design of pentagon or hexagon boom make it has bigger anti-bending capacity
* Compact hinge point design takes up smaller space.
* The work is more safety after fitted with alarm device.
* The integer lifting winch improved the work efficiency greatly and prolonged work life of hydraulic system.
* Float three -point bridge structure design can lower the accessional stress on the chassis when traveling.
* It has been fitted own powerful slewing of working in diversifying conditions.
* Anti-slewing impulse equipment makes vehicle running safety.
Technical Parameters
| Model | SQ2SK1Q | Unit |
| Max Lifting Capacity | 2100 | kg |
| Max Lifting Moment | 4.2 | T.M |
| Recommend Power | 9 | kw |
| Max Oil Flow of Hydraulic System | 20 | L/min |
| Max Pressure of Hydraulic System | 16 | MPa |
| Oil Tank Capacity | 25 | L |
| Rotation Angle | All Rotation |
|
| Crane Weight | 640/818 | kg |
| Installation Space | 850 | mm |
| Choice of Chassis | HFC1065KRT;JX1050TGB23;JX1060TSG23;EQ1060GJ20D3; EQ1092FJ;EQ1092FJ1;EQ1060TJ20D3 |
| SQ2SK1Q Lifting capability diagram |
| Working radius (m) | 2.1 | 2.5 | 3 |
| Lifting capacity (kg) | 2100 | 1800 | 1000 |
Product Uses
1. Construction Sites and Municipal Projects
This crane is suitable for construction sites and municipal projects, effectively lifting and transporting building materials such as precast slabs and steel reinforcement. Its compact pivot point design (requiring only 850mm of installation space) and flexibility enable safe and efficient operation in confined urban environments, meeting diverse lifting requirements.
2. Logistics Warehousing and Cargo Handling
In logistics yards, warehousing centers, and small cargo transfer points, this equipment facilitates cargo loading/unloading and material transport. Its 2100kg rated lifting capacity handles common cargo loads, while full slewing functionality ensures operational flexibility and enhances handling efficiency.
3. Mining and Quarrying
This crane can lift minerals, stone, and other materials in mining and quarrying environments. However, special attention must be paid to site levelness, dust conditions, and climatic factors. Strict adherence to safety regulations and enhanced equipment maintenance are essential to ensure safety and suitability.
4. Equipment Installation and Auxiliary Operations
In factory and workshop settings, it facilitates heavy-load lifting during equipment installation, maintenance, and repairs. Its single-cylinder cable synchronous extension technology enhances operational efficiency, while pentagonal and hexagonal boom designs ensure superior stability and safety.
Product Operate Guide
Operating the SQ2SK1Q requires a valid Special Equipment Operator Certificate. Conduct a comprehensive inspection of the equipment before operation to confirm the integrity of the wire rope, hooks, and safety devices. Fully extend the outriggers on solid, level ground to ensure stable support. Strictly adhere to the load chart; overloading is strictly prohibited (maximum lifting capacity: 2100kg). Maintain smooth movements during operation, fully utilizing the 360° full rotation capability. Continuously monitor the surrounding environment; never pass loads over personnel. Conduct regular inspections and maintenance of the hydraulic system. After completing operations, retract the boom to a safe position and disconnect the power supply.
FAQ
1. HOW TO ADDRESS EXCESSIVE EQUIPMENT WATER TEMPERATURE?
Check coolant level, clean the radiator, inspect the water pump and thermostat operation, and clear debris from the radiator exterior.
2. HOW TO IMPROVE EQUIPMENT OPERATIONAL EFFICIENCY?
Perform regular maintenance, operate equipment correctly, and select appropriate operating modes and attachments based on working conditions.
3. HOW TO ADJUST SLOW EQUIPMENT MOVEMENT?
Check hydraulic system pressure and flow, adjust pump and valve parameters, and ensure the system operates at optimal conditions.
4. HOW TO EXTEND EQUIPMENT SERVICE LIFE?
Strictly follow the maintenance manual, operate according to specifications, avoid overloading, and promptly address minor malfunctions.
5. HOW TO SAFELY OPERATE ON INCLINES AND DECLINES?
Maintain low speed, avoid shifting gears and turning, and use auxiliary braking devices when necessary.
6. HOW TO ENSURE SAFETY WHEN WORKING NEAR HIGH-VOLTAGE LINES?
Maintain a safe distance, set up warning signs, assign a dedicated signaler when necessary, and use insulated protective equipment.
