Product Introduction
Safety is prioritized in this machine's construction, utilizing high-strength steel and incorporating multiple safety protection measures to minimize operational errors and enhance safety. Its optimized hydraulic system reduces energy consumption while ensuring smooth and reliable operation. The modular design facilitates easier maintenance, lowering long-term operational costs.
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
| Item | Unit | SQ8ZK3Q |
| Max Lifting Capacity | kg | 8000 |
| Max Lifting Moment | t.m | 16 |
| Recommend Power | kw | 28 |
| Max Oil Flow of Hydraulic System | L/min | 40 |
| Max Pressure of Hydraulic System | Mpa | 28 |
| Oil Tank Capacity | L | 160 |
| Crane Weight | kg | 2970 |
| Installation Space | mm | 1150 |
| Rotation Angle | ° | 360°All Rotaion |
Product Uses
1. Construction and Infrastructure Projects
This crane is suitable for construction sites, effectively handling the lifting and transport of building materials such as precast slabs and reinforcing bars. Its 360-degree slewing and two-stage luffing mechanism enhance operational flexibility. Case studies demonstrate its involvement in Bangladesh's BRT road upgrade project for engineering material transfer and precast component hoisting.
2. Mining and Quarry Operations
With an 8-ton lifting capacity and robust structure, this equipment handles ore, rock, and other materials in mining and quarry settings. Constructed from high-strength steel and equipped with multiple safety protections, it meets the demanding requirements of such environments.
3. Oilfield Specialized Operations
This crane model underwent technical enhancements for Middle Eastern high-temperature conditions before being exported in bulk to Middle Eastern oilfields. It performs material handling and equipment maintenance tasks on-site, demonstrating adaptability in extreme environments.
4. Logistics, Warehousing, and Loading/Unloading
In logistics yards and warehousing centers, this crane facilitates cargo loading/unloading and material transfer. Its user-friendly hydraulic control system enhances operational efficiency, while the modular design reduces maintenance costs.
Product Operate Guide
Operators of the SQ8ZK3Q truck-mounted crane must be certified. Before operation, ensure outriggers are fully extended on solid, level ground. Strictly consult the load chart provided with the equipment to ensure weight and reach remain within safe limits. Hydraulic controls must be operated smoothly and steadily. Lifting loads over personnel is strictly prohibited; maintain safe distances from power lines. Regularly inspect wire ropes and hooks.
FAQ
1. HOW OFTEN SHOULD HYDRAULIC OIL BE CHANGED?
Generally every 2,000 operating hours or annually, but shorten the interval under harsh conditions.
2. HOW SHOULD EQUIPMENT BE PROPERLY STORED?
Clean the equipment, fill fuel tanks, drain water from water tanks, apply rust prevention to exposed metal parts, and start the engine monthly.
3. WHAT IS THE REPLACEMENT CYCLE FOR FILTERS?
Air filters: Inspect every 500 hours, replace every 1000 hours.
Fuel filters: Replace every 500 hours.
Hydraulic oil filters: First replacement at 250 hours, then every 500 hours thereafter.
4. HOW SHOULD THE BATTERY BE MAINTAINED?
Keep terminals clean. Regularly check electrolyte level and specific gravity. Disconnect the negative terminal during extended storage. Charge monthly.
5. WHAT SHOULD I DO IF THE ENGINE IS HARD TO START?
Check the battery charge, starter motor operation, fuel system, and intake system, troubleshooting each component sequentially.
6. HOW DO I RESOLVE INSUFFICIENT HYDRAULIC SYSTEM PRESSURE?
Check the hydraulic oil level and quality. Inspect the hydraulic pump, control valves, and cylinders for internal leaks or damage.
