Product Introduction
This machine prioritizes safety, featuring multiple standard safety protections such as an anti-overwind alarm system to significantly enhance operational security. Its advanced hydraulic system ensures smooth, reliable, and easy operation during crane lifting tasks. The unique floating three-point bridge structure design effectively reduces additional stress on the chassis beam during vehicle travel, improving driving safety and extending equipment lifespan.
Product Advantage
1.Throttle Control System
Changing the form of previous manipulation and throttle operation individually,Realization of the bilateral handle synchronous and driving throttle acceleration and deceleration automatically, due to the speed change steady,it can easily to carry out the lifting work.
2.End position automatic hook device
Maximum savings in preparation time before and after operation, to ensure that customer’s vehicle could be in a driving state in the shortest time, and prevent crane damage accident caused by hoist swing to enhance the safety of driving.
3.Hoisting overwinder device
If a user is negligent or unfamiliar with the operation of lifting hooks,the hoisting overwinder device will stop hook raise in time, to prevent the safety of personal and property caused by fracture of wire rope.
4.Slewing locking device
Slewing locking device can ensure that the lifting arm does not sway because of the centrifugal force during the driving and steering process of the vehicle,to avoid all kinds of accidents caused by swaying.
5.Torque limiter
It can select torque limit overload protection device to prevent users because of negligence or unfamiliar with the lifting operation principle of overload operation, thereby causing the vehicle rollover and crane damage accidents.
Technical Parameters
| Model | SQ6.3SK2Q | Unit |
| Max Lifting Capacity | 6300 | kg |
| Max Lifting Moment | 15.7 | T.M |
| Recommend Power | 20 | kw |
| Max Oil Flow of Hydraulic System | 40 | L/min |
| Max Pressure of Hydraulic System | 20 | MPa |
| Oil Tank Capacity | 90 | L |
| Rotation Angle | All Rotation |
|
| Crane Weight | 2117/2270 | kg |
| Installation Space | 900 | mm |
| Choice of Chassis | CA1163P7K2L3E ; CA1176PK2L9T3A95 ; CA1170PK2L7T3EA80; CA1140PK2L3EA80; DFL1140B; EQ1126KJ1; HFC1202KR1K3; EQ1141NBJ2; EQ5161GFJ7; BJ1317VNPJJ-S5; EQ5201GFJ6; LZ1160LCMT; DF |
| SQ6.3SK2Q Lifting capability diagram |
| Working radius (m) | 2.5 | 3.82 | 6.17 | 8.5 |
| Lifting capacity (kg) | 6300 | 2900 | 1600 | 1200 |
Product Uses
1. Construction and Municipal Engineering
This crane is suitable for construction sites and municipal projects, effectively handling the lifting of building materials such as precast slabs and reinforcing bars. Its flexibility enables safe operation in confined urban environments, meeting diverse lifting requirements.
2. Mining and Quarry Operations
This crane can lift materials like rocks and ores in mining and quarry settings. Its 6.3-ton lifting capacity adequately handles such heavy loads, though special attention must be paid to environmental dust and site levelness, with strict adherence to safety protocols.
3. Railway Construction and Maintenance
This crane model has been successfully deployed on the Jiaozuo-Liuzhou Railway Line for removing old ties and rails. Its continuous operation technology reduces manual labor intensity and significantly accelerates construction progress.
4. Logistics Warehousing and Cargo Handling
In logistics yards and warehousing centers, this equipment facilitates cargo loading/unloading and material transportation. Its user-friendly operation enhances efficiency, while its relatively light weight (1800kg) simplifies transportation and installation.
5. Equipment Installation and Maintenance
In factory and workshop environments, it facilitates heavy-load lifting during equipment installation, maintenance, and repairs. Its pentagonal and hexagonal boom technology enhances bending resistance, ensuring stable and reliable operation.
Product Operate Guide
Operating the SQ6.3SK2Q requires a 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 (maximum lifting capacity: 6.3 tons). Overloading is strictly prohibited. Maintain smooth movements during operation, utilizing the 360° full rotation capability for precise positioning. Continuously monitor the surrounding environment; never pass loads over personnel. Conduct regular inspections and maintenance of the hydraulic system. After completing operations, fully retract the boom to the transport position and disconnect the power supply.
FAQ
1. HOW TO USE THE SMART CONTROL SYSTEM?
Read the operating manual, attend training sessions, gradually familiarize yourself with all functions, and consult technical personnel when encountering issues.
2. HOW TO EXPORT AND ANALYZE EQUIPMENT DATA?
Use a dedicated data cable or wireless transmission device to download and analyze data via the official software platform.
3. HOW TO MAINTAIN THE REMOTE MONITORING SYSTEM?
Ensure the communication module functions properly, perform regular software updates, protect account security, and promptly address alarm notifications.
4. HOW TO DIAGNOSE STARTER MOTOR FAULTS?
Check power supply, test electromagnetic switch, inspect gear meshing, and measure starting current.
5. HOW TO HANDLE CIRCUIT SHORT CIRCUITS?
Disconnect power, use a multimeter to locate the short circuit point, repair damaged insulation, and replace faulty wiring harnesses.
6. HOW TO USE THE INTELLIGENT DIAGNOSTIC SYSTEM?
Connect the diagnostic device, select the appropriate testing function, follow the prompts, and read/analyze fault codes.
