Container Straddle Carrier
Parameters of Container Straddle Carrier by Henan Mine Crane manufactured
| Parameter | Specification | Unit | Remarks |
| Rated Lifting Capacity | 30 – 50 | t | Suitable for 20ft/40ft/45ft standard containers |
| Stacking Capacity | 1 over 3 – 1 over 6 | – | Max 7 layers of containers stacking |
| Lifting Height | 9月18日 | m | Customizable according to stacking demand |
| Unladen Travel Speed | 0 – 25 | km/h | Stepless speed regulation |
| Laden Travel Speed | 0 – 15 | km/h | Stable operation under full load |
| Hoisting Speed | 0 – 20 | m/min | Variable frequency drive control |
| Steering Mode | 2-wheel / 4-wheel / 8-wheel all-mode steering | – | Support crab travel, in-situ rotation, diagonal travel |
| Power Type | Lithium battery electric / diesel / hybrid | – | Customizable for zero-emission demand |
| Working Class | A7 – A8 | – | Heavy-duty continuous operation for ports |
| Working Temperature | -25 ~ +50 | ℃ | Adapt to extreme marine and inland environment |
| Protection Class | IP54 / IP55 | – | Dustproof, waterproof, anti-salt spray for coastal ports |
| Control System | PLC + HMI touch screen | – | Support anti-sway, precise positioning, automation upgrade |
| Tire Specification | Heavy-duty industrial solid tire | – | Low ground pressure, adapt to various yard pavement |
| Power Supply | Customizable 220-690V, 50/60Hz | V | Adapt to global power grid standards |
Product Introduction of Henan Mine Crane manufactured Container Straddle Carrier
Henan Mine Crane Straddle Carrier is a special container transfer equipment designed for global container terminals, inland yards and railroad intermodal hubs, which perfectly solves the core pain points of low efficiency of short-distance transfer of containers, underutilization of yards, and high labor costs of global port operators.
1. Product core positioning and design standards
Henan Mine Crane Straddle Carrier’s core positioning: to provide efficient, flexible and intelligent container transfer and stacking solutions for global container terminals, inland container yards and railroad intermodal hubs. Designed in strict compliance with China’s port lifting and transportation equipment industry standards, synchronization and compatibility with the international FEM, EU CE, Australia AS, IEC and other global authoritative certification requirements, for the port of high-density stacking, high-frequency continuous operation, complex site flexible transfer of the three core pain points, to create a special structure and intelligent configuration to meet the needs of high-intensity continuous operation of the A7-A8 level, to match the world’s various types of container logistics scenarios. 2. Core Structure and Function Design

2. Core structure and function design
- Intelligent control and automation system: the linkage platform integrates PLC module and human-machine interface touch screen, with high-precision master command controller, clear gears and self-locking zero position to prevent misoperation.
- Multi-mode steering and flexible traveling system: Adopting all-wheel hydraulic drive + multi-mode steering design, it supports various steering modes such as diagonal, traverse, in-situ slewing, crab-walking, etc., and travels smoothly without shaking, so it is suitable for the complex operating environment of high-density container yards.
- Energy saving and environmental protection design: equipped with energy feedback system, can recover vehicle braking, cargo drop potential energy into electrical energy, energy saving of more than 35% compared with traditional equipment; to provide pure electric, diesel, hybrid three kinds of power solutions, pure electric version of the use of large-capacity lithium battery packs, a single charge can be continuous operation of 8-10 hours, zero emission, low noise, operating noise is less than 80 decibels, in line with the global green ports, zero carbon logistics park environmental protection requirements. environmental requirements of global green ports and zero-carbon logistics parks.
- Heavy-duty stability and stacking structure: the frame is welded with high-strength low alloy steel structure, stress relief treatment, strong rigidity, deformation resistance, rated lifting capacity of 30t-50t, can be perfectly adapted to the 20ft/40ft/45ft standard containers, the maximum stacking height of up to 1 over 6 (7-layer), significantly improve the utilization rate of yard space, compared with the traditional equipment, the utilization rate of the yard by more than 40%. No shaking or sinking during transit, stable and reliable operation.
- Precise positioning and anti-swaying system: Equipped with spreader anti-swaying control technology and millimeter-level automatic positioning module, container stacking and loading/unloading trucks are precisely aligned to reduce the risk of damage to containers and improve operational efficiency; it can maintain smooth operation even under Grade 6 windy conditions, which is suitable for the complex weather environment of open-air operation in ports.
- Full-dimensional safety protection system: Equipped with three-level braking system of traveling brake, parking brake and emergency brake, with multiple safety protection such as overload protection, limit limit, 360° anti-collision, rollover warning, blind zone monitoring, emergency stop, etc. The cab adopts the design of anti-falling objects, panoramic view, and reversing image, which can comprehensively safeguard the safety of the operator, the neighboring staff and the equipments, and the rate of accidents tends to be close to zero.
- Customized adaptive design: the whole machine is modularized, according to the yard size, container specifications, operating height, power requirements, customized lifting capacity, stacking height, steering mode, power type, adaptive container terminals, inland yards, railroad yards, bonded logistics parks and other scenarios of personalized needs.

3. Core product advantages
- Efficient transshipment operation: a single vehicle can complete the transshipment/stacking operation of 30-40 containers per hour, which is 40% higher than the efficiency of traditional frontal crane, and it can directly complete the whole process of transshipment from the shore bridge to the stockyard and the stockyard to the collector truck without the need of multi-equipment transfer, which can greatly shorten the turnaround time of the containers and increase the throughput of the stockyard.
- Extreme site utilization: multi-mode steering + narrow channel capacity, can significantly reduce the width of the yard channel, stacking height of up to 7 layers, yard space utilization rate of more than 30% compared with RTG; no fixed track, no preliminary infrastructure investment, site layout is more flexible, and can be adjusted at any time to the operating area.
- Flexible multi-scenario adaptation: no rail dependence, no fixed power supply line, free movement between the entire yard, terminal, rail yard, one machine can be used for multiple purposes, can be completed at the same time the container level transfer, stacking, loading and unloading operations, without the need for multi-equipment coordination, reduce equipment investment costs.
- Cost-effective: the price is 25%-35% lower than the international first-tier brands, the performance is completely equal, the design service life is more than 20 years, and the annual maintenance cost is only 2%-3% of the total price of the equipment, which significantly reduces the customer’s full life cycle operating costs.
- Strong global adaptability: Supporting CE, ISO, FEM and other international certifications, the power system and power supply specifications can be customized globally, and can be directly exported to more than 60 countries and regions around the world without any modification, which is adaptable to different regional ports and yards operating norms and power grid standards.
- Convenient and efficient after-sales service: 428 service outlets around the world, with a 95% stocking rate of core spare parts, which can be shipped to all parts of the world within 72 hours; a 24/7 multi-language after-sales hotline is available, and professional Straddle Carrier engineers provide remote troubleshooting, maintenance guidance, control system debugging, and other solutions, while complex faults can be arranged for door-to-door handling by personnel from overseas outlets.

4. Global Adaptation and Application Scenarios
- Application Scenario: Global container hub ports, inland river port container terminals, inland container yards, railroad intermodal transportation hubs, bonded logistics parks, port industrial parks, used for horizontal transfer of standard containers, stacking, loading and unloading of container trucks/trains, also adapted to the special containers, prefabricated components of the transshipment needs.
- Standardization: Supporting CE, ISO, FEM, EN and other international certifications, assisting customers with export customs clearance procedures, providing a full set of technical data in English/Spanish/Arabic/Russian to meet the industry specifications and equipment access requirements of different countries and regions around the world.
- Environmental adaptation: salt spray, high temperature and cold resistance, stable operation in extreme environments from -25℃ to +50℃; coastal ports can be upgraded with marine-grade anticorrosion configurations to adapt to harsher salt spray environments; high-altitude and cold regions can be customized with low-temperature start-up configurations to ensure stable operation in all scenarios.

5. Global exclusive supporting services
- Provide English/Spanish/Arabic/Russian full set of technical data, installation drawings, operation manuals, maintenance manuals, in line with international industry standards, to facilitate global customers for equipment access and personnel training;
- 7 × 24 hours global remote video installation and commissioning guidance, equipped with a professional container transporter installation and technical team, can be arranged according to customer demand for door-to-door installation and commissioning, systematic training of operators, the cost is transparent and negotiable;
- Germany, the United States, Malaysia, the United Arab Emirates, South Africa and other core regions of the world with spare parts agents, hydraulic parts, electronic control modules, tires, spreaders and other commonly used wearing parts of the original supply, within 72 hours can be shipped to neighboring countries / regions around the world;
- Open 7×24 hours multi-language after-sales hotline, professional Straddle Carrier technical engineers, to provide remote troubleshooting, maintenance guidance, control system debugging, automation upgrades, and other full-cycle solutions, complex faults can be arranged for overseas outlets to deal with the door-to-door staff.
What Can Henan Mine Crane manufactured Container Straddle Carrier Offer You?
| Value Category | Specific Benefits | Description |
| Handling Efficiency | Higher Terminal Throughput | 30-40 moves per hour, 40% higher efficiency than reach stacker, reduce container turnover time |
| Space Utilization | Maximize Yard Storage Capacity | 1 over 6 stacking height, narrow lane adaptability, improve yard space utilization by over 40% |
| Energy Saving | Lower Power & Fuel Consumption | Equipped with energy feedback system, save over 35% energy; electric version achieves zero emission |
| Operation Safety | Full-scenario Safety Protection | 3-level braking, anti-collision, overload protection, blind spot monitoring, ensure 24h safe operation |
| Intelligence | Smart Port Compatibility | Support semi-automatic/fully automatic upgrade, seamlessly connect with TOS port system |
| Flexibility | Multi-scene Adaptation | Track-free design, multi-mode steering, free movement in yard, port and railway yard |
| Service Life | Long-term Durability | 20+ years design service life, suitable for A7-A8 heavy-duty continuous operation |
| Customization | Personalized Solutions | Customizable lifting capacity, stacking height, power type for different operation demands |
| After-sales | Global Service Support | 24/7 multilingual technical support, 72h spare parts delivery worldwide |
| Cost Control | Lower Total Cost of Ownership | 25-35% lower price than international brands, low maintenance cost, short ROI period |
| Investment Return | High Cost-performance | One machine for transport, stacking, loading & unloading, reduce multi-equipment investment |
Container Straddle Carrier Parameter Table
Straddle Carrier (Diesel Version) Parameters
| Model | MST3531 | MST6037 | MST8037 |
|---|---|---|---|
| Rated Capacity | 35t | 60t | 80t |
| Dimensions (L×W×H) | 9200×5100×5500mm / 7100×5100×6100mm |
9250×5700×6350mm | 12500×6000×6350mm |
| Effective Inner Width | 3100mm | 3750mm | 3750mm |
| Wheel Base | 6010mm | 6600mm | 7400mm |
| Duplex Lifting Height | N/A / 1550mm | 1750mm | 1750mm |
| Max. Lifting Height (Below spreader) | 4600mm / 6150mm | 6300mm | 6300mm |
| Min. Ground Clearance | 230mm | 310mm | 310mm |
| Tire Quantity | 4 | 4 | 8 |
| Deadweight (not incl. spreader) | 19T / 21T | 35T | 45T |
| Engine | Weichai, China Stage III, 103kW | 129kW | 176kW |
| Closed Travel Pump | Hydac / Danfoss / PMP | Hydac / Danfoss / PMP | Hydac / Danfoss / PMP |
| Travel Speed (Empty → Load) | 115m/min | 80m/min | 80m/min |
| Travel Speed (Full Load) | 80m/min | 50m/min | 50m/min |
| Turning Radius | 6950mm | 8900mm | 13000mm |
| Gradeability (No-load / Full load) | 6% / 3% | 6% / 3% | 6% / 3% |
| Control Mode | Cab (remote control optional) | Cab (remote control optional) | Cab (remote control optional) |
| Tires | Solid tire | Solid tire | Solid tire |
| Lifting Tools | Chain+Lock / Automatic Spreader | Oversized Load Spreader | Oversized Load Spreader |
| Remarks | The engine can be optionally equipped with National IV emission standard; accessory brands optional | ||
Straddle Carrier (Electric Version) Parameters
| Parameter | MST3531EV | MST6037EV | MST8037EV |
|---|---|---|---|
| Capacity | 35t | 60t | 80t |
| Length × Width × Height | 7110 × 5100 × 6100 mm | 9250 × 5700 × 6350 mm | 12500 × 6000 × 6350 mm |
| Effective Inner Width | 3100 mm | 3750 mm | 3750 mm |
| Wheel Base | 6010 mm | 6600 mm | 7400 mm |
| Duplex Lifting Height | 1550 mm | 1750 mm | 1750 mm |
| Max. Lifting Height (Below Spreader) | 6150 mm | 6300 mm | 6300 mm |
| Min. Ground Clearance | 230 mm | 310 mm | 310 mm |
| Tire Qty | 4 | 4 | 8 |
| Dead Weight (Not Contain Spreader) | 21T | 35T | 45T |
| Permanent Magnet Synchronous Motor | 85 kW | 105 kW | 125 kW |
| Lithium Battery | Lithium Iron Phosphate | Lithium Iron Phosphate | Lithium Iron Phosphate |
| Closed Travel Pump | Hytek / Danfoss / PMP | Hytek / Danfoss / PMP | Hytek / Danfoss / PMP |
| Empty-load Max. Speed | 115 m/min | 80 m/min | 80 m/min |
| Full-load Max. Speed | 80 m/min | 50 m/min | 50 m/min |
| Turning Radius | 6950 mm | 8900 mm | 13000 mm |
| Empty-load/Full-load Gradeability | 6% / 3% | 6% / 3% | 6% / 3% |
| Control Mode | Cab(Remote Control Optional) | Cab(Remote Control Optional) | Cab(Remote Control Optional) |
| Tires | Solid Tire | Solid Tire | Solid Tire |
| Lifting Tools | Automatic Spreader | Oversized Load Spreader | Oversized Load Spreader |
| Remarks | Optional Accessory Brands | Optional Accessory Brands | Optional Accessory Brands |
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Details of Henan Mine Crane manufactured RMG-Gantry Crane
Application Scenarios of Henan Mine Crane manufactured Container Straddle Carrier
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Container terminal yard operationContainer transporters are used for transferring, stacking and dumping containers from the front of the port to the yard, flexibly shuttling through the operation area, stacking containers in multiple layers, and improving the utilization of yard space.
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International Container Hub PortContainer transporters are suitable for high-intensity transshipment operations in large hub ports, efficiently connecting the shore bridge and yard equipment, realizing rapid container transshipment, stacking, loading and unloading, and ensuring efficient port turnover.
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Regional transshipment ports and feeder portsContainer transporter is suitable for small and medium-sized transshipment ports and feeder terminals for container transshipment, which is flexible and adaptable to meet the high-frequency and small-volume transshipment needs of small and medium-sized ports.
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Rail-Water Intermodal Container YardPort transporters are used in intermodal terminals connecting railroad ports and seaports to complete the transshipment of containers between ships, trucks and trains, and open up intermodal loading and unloading links.
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Free Trade Zone and Bonded Logistics YardPort transporter is suitable for storage and transfer of containers in free trade zones and bonded port areas, and with intelligent dispatching system, it can realize rapid flow of goods, regulatory traceability and efficient customs clearance.
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Cold chain/special container yardPort transporters can be customized with anticorrosion and temperature control monitoring configurations for the transshipment and stacking of reefer containers, dangerous goods containers and special frame containers to meet the safety requirements of special containers.
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Inland River Ports and River-Sea Intermodal TerminalsStraddle Carrier is suitable for inland ports and small terminals for container transshipment, with strong site adaptability and flexible turning, which is suitable for inland navigation and logistics loading and unloading scenarios.
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Overseas Ports and Overseas Logistics ParksStraddle Carrier meets the international operation standards, with strong resistance to salt spray and weathering, and is suitable for container transshipment operations in overseas ports and logistics parks along the “Belt and Road”.
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Large Logistics Warehousing and Distribution CenterStraddle Carrier is used for cargo transfer and stacking in large-scale integrated logistics parks and container distribution centers, without the need to lay rails, reducing the cost of site reconstruction.
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Your Top Concerns About Henan Mine Crane manufactured Container Straddle Carrier and Professional Answers
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What flexible cooperation options are available for international clients?Answer: We offer globally competitive cost-performance ratios and diversified international cooperation solutions! We provide multiple trade term options including FOB, CIF, and DDP, along with customized payment methods such as letters of credit, installment payments, and milestone-based project payments.
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Can the Henan Mining Straddle Carrier be adapted to our yard's 40ft standard containers and 7 layer stacking needs?Absolutely. Our container straddle carriers have a rated lifting capacity of 30-50t, and can be perfectly adapted to 20ft/40ft/45ft standard containers, reefer containers and other mainstream container types, and the maximum stacking height can be 1 over 6.
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How about the flexibility of the equipment in the narrow aisle of the yard?Our straddle carrier adopts all-wheel multi-mode steering design, supporting in-situ slewing, crab-walking, diagonal-walking and cross-walking steering modes, and the minimum turning radius can be 0 (in-situ slewing), and the width of the required yard passageway is much smaller than that of front crane and RTG, so it can pass through narrow passageways flexibly and accurately align itself without wide-ranging steering adjustments, which greatly improves the operation efficiency in narrow places.
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What is the range of the pure electric version?The purely electric version adopts high-capacity industrial-grade lithium iron phosphate battery pack, the standard configuration of a single full charge can be operated continuously for 8-10 hours, the fast charging mode can be charged to 80% in 2 hours, and the full charging time is 4 hours, which guarantees the equipment to run stably for a long period of time.
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Can the equipment be docked to the existing TOS terminal operating system in our yard?Seamless docking is possible. Our cross-truck intelligent control system has reserved standardized data interfaces to support the customized docking of the global mainstream TOS system and yard management system, which can realize the whole process of equipment dispatching, issuing of operation instructions, transmission of operation data back to the operator, path planning and other functions, and can also be adapted and developed exclusively according to the needs of your system, so that it can be quickly integrated into the operation system of your intelligent dock.
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What are the core advantages of Straddle Carrier compared with RTG and frontal crane?The core advantages are concentrated in 3 aspects: First, one machine can be used for multiple purposes, and the Straddle Carrier can complete the whole process of container gripping, transferring, stacking, loading and unloading at the same time; second, the site utilization rate is higher; and third, it is more flexible, and it is suitable for the peak of tidal operation.
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What are the design service life and warranty period of the equipment?The overall design service life of the equipment is more than 20 years, the main structure of the frame is guaranteed for 5 years, the hydraulic system is guaranteed for 3 years, the electrical system is guaranteed for 2 years, and the power system is guaranteed for 2 years/5000 hours.
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How is the after-sales response speed?We have 428 service outlets around the world, and spare parts agents in Germany, the United States, Malaysia, the United Arab Emirates, South Africa and other core regions. Meanwhile, we have set up a 7×24 multi-language after-sales hotline, which responds to customers' inquiries within 10 minutes, gives solutions to remote troubleshooting in 30 minutes, and arranges for overseas engineers to come to the factory to deal with complicated faults within 48 hours.
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Can the equipment operate stably in extreme environments?Absolutely. For the salt fog environment in coastal ports, we can upgrade the marine-grade heavy anti-corrosion coating, salt fog test over 1000 hours, and upgrade the protection level of the electrical system to IP55, which is fully resistant to salt fog corrosion and ensures that the equipment can be operated stably and continuously in all kinds of extreme environments around the world.
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Can we do automation upgrading later?The whole series of products are reserved for automation upgrading interface, later according to your needs, from manual driving gradually upgraded to semi-automatic, fully automatic driverless mode, upgrade costs can be controlled, the return on investment cycle is only 1.5-2 years, can significantly reduce labor costs, improve operational efficiency, and to adapt to the upgrading of the smart port needs.
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Can we do exclusive customization?Absolutely. According to your yard size, channel width, container specifications, operating height, operating frequency and power requirements, we can create an exclusive solution that is fully adapted to your yard operation scenario, without the need for you to remodel the existing site infrastructure.
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Compared with Konecranes, what are the core advantages of Henan Mine Crane Container Straddle Carrier?More cost-effective, the price is 30%-50% lower than Konecranes Container Straddle Carrier, the performance is the same; stronger customization ability, can be adapted to all kinds of port scenarios; global after-sales response is faster, the full cycle of operation and maintenance costs are lower.
Operating Manual for Henan Mine Crane manufactured Container Straddle Carrier
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Each crane must display a rated load capacity plate in a conspicuous location.
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No personnel are permitted on the girder during operation, nor may the hook be used to transport persons
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Operation is prohibited without a valid operator's license or under the influence of alcohol.
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Operators must maintain full concentration during operation; talking, smoking, or engaging in unrelated activities is strictly forbidden.
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Keep the crane clean and tidy; do not store equipment, tools, flammable materials, explosives, or hazardous substances haphazardly.
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Do not overload the crane.
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When operating along obstacle-free paths, the hook, lifting device, or bottom surface of the load must remain at least 2 meters above ground level. When crossing obstacles, the load must clear the obstacle by at least 0.5 meters
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For loads under 50% of rated capacity, both lifting mechanisms may operate simultaneously. For loads exceeding 50% of rated capacity, only one mechanism may operate.
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.For bridge cranes equipped with main and auxiliary hooks, do not simultaneously raise or lower both hooks (except under special circumstances).
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Welding or hammering on suspended loads, or working beneath suspended loads, is prohibited (except when properly supported).
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Inspection or maintenance work may only be performed after power has been disconnected and a “Do Not Operate” sign is displayed on the power switch. If live work is unavoidable, implement safety measures and assign dedicated supervision.
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Do not throw objects from the vehicle indiscriminately.
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Regularly inspect limit switches and interlock protection devices.
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Do not use limit switch impact as a stopping method.
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Do not lift or lower loads when hoist brakes malfunction.
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Do not operate the hoist above personnel or equipment.
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When welding any part of the crane, use a dedicated ground wire; do not use the crane body as a ground.
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When the hook is at its lowest position, ensure at least two full turns of safety rope remain on the drum.
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Cranes must not collide with each other; using one crane to push another into operation is strictly prohibited.
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When lifting heavy objects, molten metal, explosives, or hazardous materials, first slowly raise the load 100–200 mm off the ground to test brake reliability.
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Maintenance and inspection lighting must operate at voltages below 36V.
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All electrical equipment enclosures on bridge cranes must be grounded. If trolley rails are not welded to the main girder, grounding measures must be implemented. Grounding conductors may use galvanized flat iron with a cross-sectional area exceeding 75mm², bare copper wire of 10mm², or galvanized round steel exceeding 30mm². The operator's cab or crane body shall have more than two grounding points. The grounding resistance from any point on the crane to the power supply neutral point shall be less than 4Ω.
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