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2019 KALMAR DRS4527-S5
Year
2019
Hrs.
3,102
Condition
Used
1
of
4
2019 KALMAR DRS4527-S5
1
of
4
Overview
Description
Kalmar is a world-renowned port and logistics equipment manufacturer. Its container cranes (such as rubber-tyred gantry cranes RTG, rail-mounted gantry cranes RMG, and quay cranes STS) are known for their efficiency, reliability, and environmental protection. The following are its main advantages:
1. Efficiency and productivity
Automation technology:
Kalmar cranes can be equipped with optional automation systems (such as AutoRTG, AutoSTS) to achieve unmanned operation, improve operating efficiency, and reduce human errors.
Fast cycle time:
The optimized lifting and trolley motion system accelerates container handling and is suitable for busy terminals with high-frequency operations.
Intelligent software support:
Equipped with intelligent scheduling systems such as Kalmar SmartPort to optimize equipment coordination and path planning.
2. Reliability and durability
Sturdy design:
Steel structure and high-quality components (such as ABB motors and Siemens control systems) ensure long-term stable operation and adapt to high-intensity working conditions.
Low failure rate:
The modular design simplifies maintenance, and the key components (such as wire ropes and brakes) have a long life and reduce downtime.
Global service network: Kalmar provides 24/7 technical support and spare parts supply to ensure continuous operation of the equipment.
3. Energy saving and environmental protection
Hybrid and electric options: RTG can adopt diesel-electric hybrid or full electric (such as Kalmar Hybrid RTG) to reduce fuel consumption and carbon emissions.
Energy recovery system: Recover kinetic energy when lowering containers and convert it into electrical energy for storage and reuse.
Compliance with emission standards: Meet international environmental regulations such as EPA Tier 4, and some models support future hydrogen fuel upgrades.
4. Flexibility and adaptability
Applicable to multiple scenarios: RTG: Tire-type design flexibly transfers yard areas.
RMG: Track-type is suitable for fixed high-density yards.
STS quay crane: Adapts to ultra-large container ship operations.
Customized configuration: Span, lifting height (such as stacking "over 6 layers" of containers) and type of spreader (double-box spreader, etc.) can be adjusted according to terminal needs.
5. Safety performance
Multiple protection systems:
Anti-collision, anti-sway, wind speed monitoring and emergency braking functions ensure the safety of personnel and cargo.
Ergonomic design:
The cab has a wide field of view and an intuitive operating interface, which reduces driver fatigue.
6. Intelligent and future compatible
Remote monitoring:
The Kalmar Insight system analyzes equipment status in real time, and predictive maintenance reduces sudden failures.
5G and IoT integration:
Support digital terminal upgrades and seamlessly connect with TOS (terminal operating system).
Typical application scenarios
RTG: container yard loading and unloading, railway transfer station.
STS quay crane: port ship loading and unloading (such as handling 20,000+TEU ultra-large ships).
RMG: automated container terminal (such as the Port of Rotterdam in the Netherlands).
Kalmar is a world-renowned port and logistics equipment manufacturer. Its container cranes (such as rubber-tyred gantry cranes RTG, rail-mounted gantry cranes RMG, and quay cranes STS) are known for their efficiency, reliability, and environmental protection. The following are its main advantages:
1. Efficiency and productivity
Automation technology:
Kalmar cranes can be equipped with optional automation systems (such as AutoRTG, AutoSTS) to achieve unmanned operation, improve operating efficiency, and reduce human errors.
Fast cycle time:
The optimized lifting and trolley motion system accelerates container handling and is suitable for busy terminals with high-frequency operations.
Intelligent software support:
Equipped with intelligent scheduling systems such as Kalmar SmartPort to optimize equipment coordination and path planning.
2. Reliability and durability
Sturdy design:
Steel structure and high-quality components (such as ABB motors and Siemens control systems) ensure long-term stable operation and adapt to high-intensity working conditions.
Low failure rate:
The modular design simplifies maintenance, and the key components (such as wire ropes and brakes) have a long life and reduce downtime.
Global service network: Kalmar provides 24/7 technical support and spare parts supply to ensure continuous operation of the equipment.
3. Energy saving and environmental protection
Hybrid and electric options: RTG can adopt diesel-electric hybrid or full electric (such as Kalmar Hybrid RTG) to reduce fuel consumption and carbon emissions.
Energy recovery system: Recover kinetic energy when lowering containers and convert it into electrical energy for storage and reuse.
Compliance with emission standards: Meet international environmental regulations such as EPA Tier 4, and some models support future hydrogen fuel upgrades.
4. Flexibility and adaptability
Applicable to multiple scenarios: RTG: Tire-type design flexibly transfers yard areas.
RMG: Track-type is suitable for fixed high-density yards.
STS quay crane: Adapts to ultra-large container ship operations.
Customized configuration: Span, lifting height (such as stacking "over 6 layers" of containers) and type of spreader (double-box spreader, etc.) can be adjusted according to terminal needs.
5. Safety performance
Multiple protection systems:
Anti-collision, anti-sway, wind speed monitoring and emergency braking functions ensure the safety of personnel and cargo.
Ergonomic design:
The cab has a wide field of view and an intuitive operating interface, which reduces driver fatigue.
6. Intelligent and future compatible
Remote monitoring:
The Kalmar Insight system analyzes equipment status in real time, and predictive maintenance reduces sudden failures.
5G and IoT integration:
Support digital terminal upgrades and seamlessly connect with TOS (terminal operating system).
Typical application scenarios
RTG: container yard loading and unloading, railway transfer station.
STS quay crane: port ship loading and unloading (such as handling 20,000+TEU ultra-large ships).
RMG: automated container terminal (such as the Port of Rotterdam in the Netherlands).
1. Efficiency and productivity
Automation technology:
Kalmar cranes can be equipped with optional automation systems (such as AutoRTG, AutoSTS) to achieve unmanned operation, improve operating efficiency, and reduce human errors.
Fast cycle time:
The optimized lifting and trolley motion system accelerates container handling and is suitable for busy terminals with high-frequency operations.
Intelligent software support:
Equipped with intelligent scheduling systems such as Kalmar SmartPort to optimize equipment coordination and path planning.
2. Reliability and durability
Sturdy design:
Steel structure and high-quality components (such as ABB motors and Siemens control systems) ensure long-term stable operation and adapt to high-intensity working conditions.
Low failure rate:
The modular design simplifies maintenance, and the key components (such as wire ropes and brakes) have a long life and reduce downtime.
Global service network: Kalmar provides 24/7 technical support and spare parts supply to ensure continuous operation of the equipment.
3. Energy saving and environmental protection
Hybrid and electric options: RTG can adopt diesel-electric hybrid or full electric (such as Kalmar Hybrid RTG) to reduce fuel consumption and carbon emissions.
Energy recovery system: Recover kinetic energy when lowering containers and convert it into electrical energy for storage and reuse.
Compliance with emission standards: Meet international environmental regulations such as EPA Tier 4, and some models support future hydrogen fuel upgrades.
4. Flexibility and adaptability
Applicable to multiple scenarios: RTG: Tire-type design flexibly transfers yard areas.
RMG: Track-type is suitable for fixed high-density yards.
STS quay crane: Adapts to ultra-large container ship operations.
Customized configuration: Span, lifting height (such as stacking "over 6 layers" of containers) and type of spreader (double-box spreader, etc.) can be adjusted according to terminal needs.
5. Safety performance
Multiple protection systems:
Anti-collision, anti-sway, wind speed monitoring and emergency braking functions ensure the safety of personnel and cargo.
Ergonomic design:
The cab has a wide field of view and an intuitive operating interface, which reduces driver fatigue.
6. Intelligent and future compatible
Remote monitoring:
The Kalmar Insight system analyzes equipment status in real time, and predictive maintenance reduces sudden failures.
5G and IoT integration:
Support digital terminal upgrades and seamlessly connect with TOS (terminal operating system).
Typical application scenarios
RTG: container yard loading and unloading, railway transfer station.
STS quay crane: port ship loading and unloading (such as handling 20,000+TEU ultra-large ships).
RMG: automated container terminal (such as the Port of Rotterdam in the Netherlands).
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