Heavy Duty Multi-horsepower Electric Actuator Cylinder For Industrial Equipment

Maximum thrust: 4400KG

Model: FSKSD-100L

Repeat positioning accuracy: main 0.02 mm

Customizable stroke: 50-1500 mm

Screw outer diameter: 40 mm

Lead: 10 mm

Motor power: 2000W

(Motor can be customized) Maximum speed: 100 MM/S

1. Frequency response characteristics

The frequency response characteristics of the sensor can determine the frequency variation range to be measured. We need to keep the distortion-free measurement technical conditions within the allowable frequency range. In fact, the response of the sensor always has a certain delay, and it is hoped that the delay time is as short as possible.

2. The selection of sensitivity The sensor of the electric cylinder is very important. The higher the sensitivity, the more accurate the measurement result, but the higher the sensitivity, the more susceptible it is to interference from external factors. , It is easy to cause measurement accuracy, so when using it, it is necessary to reduce the equipment that interferes with the signal in the working area.

3.The linear range of the sensor is the range in which the output is proportional to the input. Theoretically, the sensitivity remains unchanged within this range. The wider the linear range of the sensor, the larger the measurement range, and a certain accuracy can be guaranteed. When selecting a sensor, first determine the type of sensor and whether its measurement range meets the requirements.

4. Accuracy Accuracy is a very important performance analysis indicator of the sensor, which is mainly related to the measurement accuracy of the measurement control system. Naturally, if the sensor has higher accuracy, its price will be higher. Therefore, the accuracy of the sensor needs to continuously meet the accuracy requirements of the entire measurement information system of the enterprise, and we do not need to choose too high.

5. Stability The ability of a sensor to maintain its performance unchanged after a period of operation can be called stability. In addition to the sensor technology itself, outside of the structure, it is the main economic factor affecting the performance of the sensor. The long-term stability of the sensor is the network environment in which the sensor is used. Therefore, in order for the sensor data to have good stability, the sensor must have strong adaptability to the environment.

The FSKSD-100L heavy-duty electric linear actuator, as an industrial-grade electric actuator, offers the following key advantages:

1. High Power and High Load Capacity: Driven by a multi-horsepower motor, the heavy duty electric actuator can handle industrial-grade loads of 100L and above, making it suitable for precise control of heavy machinery such as hydraulic presses and conveying equipment. Its structural design conforms to ASME B30.1 standards, ensuring stability under high-pressure environments.

2. Precise Motion Control: The integrated intelligent adjustment function supports millimeter-level positioning accuracy, making it suitable for applications in industries with stringent motion control requirements, such as chemical and power generation. Its design, similar to IP67 waterproof linear actuators, enhances its environmental adaptability.

3. Modularity and Compatibility of heavy duty electric linear actuator

Electric cylinder actuators offer flange connections and custom interfaces (e.g., DN50-DN600), making them compatible with various industrial valves and automation systems. They support AC220V/380V, complying with international electrical standards.

4. Durability and Ease of Maintenance of heavy duty electric linear actuator

Constructed from chrome-plated alloy, electric cylinder actuators are corrosion-resistant and wear-resistant, suitable for harsh environments such as mines and marine environments. They feature long maintenance intervals and support quick replacement of modular components.

5. Safety Certifications and Cost-Effectiveness of heavy duty electric linear actuator

Electric cylinder actuators are CE and ISO9001 certified, meeting industrial safety standards. Tiered pricing discounts are available for bulk purchases (e.g., a 30% discount for orders of 100 units or more).

The Heavy Duty Multi-horsepower Electric Actuator Cylinder is a high-power linear drive device designed 

specifically for high-intensity industrial applications. It integrates a high-power servo motor, a high-load 

transmission mechanism, and a reinforced structural design, making it suitable for heavy-duty, continuous 

operation, and high-precision control industrial equipment scenarios. This type of electric cylinder significa

ntly outperforms conventional models in terms of structural strength, output torque, durability, and environ

mental adaptability, and is widely used in heavy machinery, intelligent manufacturing, large pressure equip

ment, and industrial automation platforms.

I. Core Features and Technical Advantages

1. Heavy-Duty Construction: Utilizing a high-strength alloy steel cylinder body, thickened end caps, and rein

forced connectors, the overall structure can withstand frequent impacts and high-load conditions, meeting 

the core definition of "heavy-duty" in the industrial context. Its design life typically reaches millions of cycles,

 suitable for long-term operation in harsh environments.

2. **Multi-Horsepower Capability:** Equipped with a high-power servo motor (typically ≥3kW), it can provi

de thousands to tens of thousands of Newtons of thrust, meeting the energy-intensive demands of heavy-d

uty pressing, stamping, and lifting operations. Compared to standard electric cylinders, it boasts higher ener

gy conversion efficiency, superior thermal management, and supports continuous high-load operation.

3. **High Precision and Closed-Loop Control:** Equipped with a high-resolution encoder and precision ball 

screws or planetary roller screws, it achieves μm-level positioning accuracy and stable speed control, suppo

rting multiple modes such as force control, position control, and speed control, suitable for production proce

sses with extremely high requirements for process consistency.

4. **Enhanced Heat Dissipation and Protection Design:** Built-in air-cooling or liquid-cooling system effecti

vely controls motor temperature rise; the housing has an IP65 or higher protection rating, is dustproof and 

waterproof, and adapts to high-temperature, high-humidity, and dusty industrial environments. II. Typical 

Application Scenarios

**Heavy Industrial Equipment:** Used as the main actuator in large hydraulic presses, industrial presses, 

and metal forming equipment, replacing traditional hydraulic systems to achieve energy-saving, quiet, and 

maintenance-free electrification upgrades.

**Intelligent Manufacturing and Automated Production Lines:** Provides high-rigidity, high-repeatability 

linear motion control in processes such as new energy battery module press-fitting, motor assembly, and 

handling of large structural components, improving the automation level of production lines and product 

quality consistency.

**Large Lifting and Elevating Platforms:** Suitable for heavy material hoists, automated storage and retriev

al system stacker cranes, large inspection platforms, etc., supporting synchronous multi-cylinder control to

 ensure stable load and safe operation.

**Military and Special Equipment:** Due to its high reliability and environmental adaptability, it is also used 

in fields with extremely high safety requirements, such as shipborne equipment, radar leveling, and emerge

ncy rescue machinery.

III. Key Selection Parameter Recommendations

Table

**Parameters**

**Recommended Considerations**

**Load Capacity**

**Select according to actual working conditions; a 20%-30% safety margin is recommended.

**Stroke Length**

**Standard models can reach over 1000mm; customized models can be even longer.

**Speed Range**

**Typically 1-500mm/s; high-speed models can reach 1000mm/s.

**Control Interface**

**Supports industrial bus protocols such as EtherCAT, CANopen, and Modbus.

**Installation Method**

**Multiple options available, including front flange, rear trunnion, and side mounting.**

For electric cylinders, the designations "100T" and "100L" typically distinguish between different structural configurations or functional specifications within the same bore size (100 mm). The fundamental differences lie in their structural types and intended applications. The standard industry conventions for these designations are as follows:

1. Core Differences in Suffix Meanings

Table

2. Differences in Performance and Application Scenarios

**100T (Model with Reducer):** Offers higher thrust and lower rotational speed. It is suitable for heavy-duty applications requiring high force at low speeds—such as heavy-duty press-fitting operations or material mechanics testing equipment. For a given bore size, the thrust generated by this model can be 2 to 3 times greater than that of a non-reducer model.

**100L (Left-Side Rod/Large-Lead Model):** The direction of the output shaft is designed to accommodate specific equipment installation spaces. The large-lead version features higher rotational speeds and faster linear velocities, making it suitable for high-speed, light-load applications on assembly lines. Its thrust capacity is significantly lower than that of the 100T model with a reducer (within the same bore size).

Supplementary Note

Suffix naming conventions may vary slightly across different brands. Some manufacturers occasionally use "T" to denote a "through-hole" mounting type and "L" to denote a "linear" (standard) type; however, such labeling is relatively uncommon. Currently, the most prevalent industry standard remains the distinction based on the presence of a reducer versus the direction of the rod extension, as described above.