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Self-lifting Stacker

Self-lifting Stacker

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  • Description

  • SES10/12 Full Electric

    Self-lifting Stacker

    Capacity:1000kg/1200kg Lifting height: 800-1500mm



    Canbus Multifunction Intelligent handle Option Turtle speed /Upright working/ Battery indicator/ Error code indicator/Maintenance Friendly.

    INTRODUCTION

    The SES10&12 was created to facilitate movement on freight trucks, bringing high efficiency and effortless pallet lifting and movement. lt is available in capacities of 1000 kg and 1200 kg and lifting heights from 800 mm to 1500 mm. The compact and light design is suitable for a variety light duty applications.



    Specification

    1.1 Model SFS10 SFS12
    Characteristic 1.2 Power Type Electric Electric
    1.3 Drive Type Pedestrain Pedestrain
    1.4 Capacity                                          Q(kg) 1000 1200
    1.5 Load Centre                                    c(mm) 400 400
    3.1 Material of Wheel Polyurethane Polyurethane
    Wheel 3.2 Size of Drive wheel Φ190x70 Φ190x70
    3.3 Size of balance roller Φ75X35 Φ75X35
    3.4 Size of load roller Φ80X70 Φ80X70
    4.1 Lifting Height                                  h3(mm) 900/1100/1300/1500 900/1100/1300/1500
    Size 4.2 Min Mast Height                             h1(mm) 1250/1450/1650/1850 1250/1450/1650/1850
    4.3 Height when Working                   h4(mm) 2480/2680/2880/3080 2480/2680/2880/3080
    4.4 Min Fork Height                              h13(mm) 85 85
    4.5 Overall Length                                 I1(mm) 1730 1730
    4.6 Fork Size                                          S/E/L(mm) 60/195/1200 60/195/1200
    4.7 Fork Width                                         b5(mm) 600 600
    4.8 Ground Clearance                            m2(mm) 10 10
    5.1 Gradeability， loaden/unloaden      %  3-5 3-5
    Performance 5.2 Brake Electromagnetic Brake Electromagnetic Brake
    5.3 Power of Drive Motor                        kW 0.75 0.75
    5.4 Power of Lifting Motor                      kW 2 2
    5.5 Battery capacity                                 V/Ah 48v/25ah (30AH As Option) 48v/25ah (30AH As Option)
    5.6 Weight of battery                              Kg 30 30
    5.7 Steering Power Mechanical Mechanical
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Changxing Qiangsheng Machinery Co., Ltd. has grown into a professional machinery and equipment manufacturing enterprise integrating production, sales, and service.

As China Custom Self-lifting Stacker Suppliers and Self-lifting Stacker Factory. Since the establishment of the company, the factory has determined the pre-development policy of "seeking momentum first, profit later; based on quality and creating market". And put forward "scientific management, careful processing, providing better products" as the work policy. From the chairman, and general manager to each employee, we have established a sense of responsibility for quality priority and hard work, which is the spiritual pillar of career development and is brought into practical work.

CERTIFICATION

How does the lifting capacity of a self-lifting stacker affect its performance and suitability for different tasks?
The lifting capacity of a self-lifting stacker, often referred to as its load capacity or load rating, is a critical factor that significantly affects its performance and suitability for different tasks. Here's how it impacts the stacker's performance and its application in various tasks:
Weight Handling Capability:
The lifting capacity determines the maximum weight that a self-lifting stacker can safely handle. If a stacker is rated for a specific weight capacity, exceeding that limit can lead to accidents, damage to the equipment, or potential safety hazards.
Stability and Safety:
A stacker's load capacity is closely related to its stability and safety. Exceeding the rated capacity can compromise the stacker's stability, making it prone to tipping over or becoming unmanageable, which can result in accidents and injuries.
Efficiency and Productivity:
A stacker that matches the weight requirements of a task will perform more efficiently and safely. Overloading a stacker can slow down operations, reduce productivity, and increase the risk of product damage and personal injury.
Application Flexibility:
Stackers with higher lifting capacities are suitable for a broader range of applications. They can handle heavier loads and work in a variety of industries, including warehousing, manufacturing, distribution, and more. Stackers with lower capacities are better suited for lighter-duty tasks.
Vertical Reach:
The lifting capacity also impacts a stacker's ability to reach different vertical heights. Higher capacity stackers can typically lift loads to greater heights, making them more suitable for tasks that involve high stacking or racking systems.
Battery Life and Energy Consumption:
Stackers with higher load capacities may have larger and more powerful motors. These motors can consume more energy, affecting battery life and operational costs. It's essential to consider the trade-off between lifting capacity and energy efficiency, especially in applications that require long periods of operation.
Durability and Maintenance:
Handling loads at or near the stacker's maximum capacity frequently can lead to increased wear and tear on the equipment. This may result in more frequent maintenance and shorter equipment lifespan. Choosing the appropriate load capacity for the task can help mitigate these issues.
Cost Considerations:
High-capacity stackers often come with a higher upfront cost compared to low-capacity models. The choice of lifting capacity should align with the specific requirements of the task to optimize cost-effectiveness.
The lifting capacity of a self-lifting stacker is a fundamental specification that should be carefully considered in any material handling application. Selecting the appropriate capacity ensures safety, efficiency, and the ability to meet the demands of the task at hand. It's essential to match the stacker's capacity to the weight of the loads it will handle and consider other factors like vertical reach, energy efficiency, and long-term maintenance costs.
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