Home/Woodward/WOODWARD DC10502-000-024 Linear actuator module
WOODWARD DC10502-000-024 Linear actuator module
The WOODWARD DC10502 - 000 - 024 is a linear actuator developed by Woodward. Its main function is to accurately convert the input electrical signal into a linear mechanical displacement, thereby precisely controlling various industrial equipment. In industrial automation control systems, it plays a crucial bridging role, connecting control signals and actuators. This actuator uses advanced electromagnetic drive principles. When it receives a 4 - 20mA analog signal or a pulse signal of a specific frequency from an external control system, it drives the internal precision motor to operate. Through the transmission mechanism, the rotational motion is converted into linear motion, and then the actuator is pushed to achieve precise position adjustment. In terms of design, the DC10502 - 000 - 024 adopts a compact and robust housing structure, which can effectively resist vibrations, dust, and some liquid splashing in the industrial environment, ensuring stable operation under harsh working conditions. At the same time, its internal circuits and mechanical components are carefully designed and strictly screened, with a high degree of reliability and durability. In terms of connection, it is equipped with standard electrical interfaces and mechanical installation interfaces, which are convenient for quick integration with control systems and equipment of different brands and types.
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WOODWARD DC10502-000-024 Linear actuator module
Specific Parameters
- Power Supply Voltage: 24V DC.
- Output Force: Up to 35000N.
- Stroke Range: The minimum stroke is 50mm, and the maximum stroke is 200mm.
- Operating Speed: Moves 10mm per second.
- Control Signal Input: Accepts 4 – 20mA analog signals or pulse signals with a frequency range of [X]Hz.
- Repeatable Positioning Accuracy: ±0.1mm.
- Operating Temperature Range: -20°C to +60°C.
- Protection Level: IP40.
- Dimensions: 250mm in length, 120mm in width, 100mm in height.
- Weight: Approximately 5kg.
- Electrical Connection Method: Adopts standard terminal blocks, with good electrical connection stability.
- Insulation Resistance: Greater than 100MΩ.
- Withstand Voltage: Can withstand a test voltage of 500V AC.
Product Performance
- High – Precision Control: With the help of advanced drive technology and precise mechanical structure, the DC10502 – 000 – 024 can achieve extremely high – precision linear motion control. Its repeatable positioning accuracy can reach ±0.1mm, which can meet the industrial application scenarios with extremely strict requirements for position accuracy, such as precision machining equipment and high – end testing instruments.
- Fast Response: It responds quickly to control signals. The start – up time is extremely short from receiving the signal to performing the action. The operating speed can reach 10mm per second, and it can quickly complete operations such as starting, stopping, and speed adjustment, significantly improving the efficiency of the industrial production process, especially suitable for automated production lines with high real – time requirements.
- High Reliability: High – quality materials and components that have passed strict quality inspections are selected for manufacturing. It can still operate stably within the operating temperature range of -20°C to +60°C and in industrial environments with a certain degree of vibration, impact, and electromagnetic interference, greatly reducing the probability of equipment failures and the production downtime caused by equipment failures.
- Strong Load Capacity: The output force is as high as 35000N, which can easily drive heavy loads and can adapt to the diverse requirements of different industrial equipment for the output force of the actuator. Whether it is small – scale equipment or large – scale industrial machinery, it can be reliably driven.
- Good Compatibility: It supports common 4 – 20mA analog signals and pulse signals of a specific frequency input. The electrical connection adopts standard terminal blocks, which can be seamlessly integrated with various mainstream industrial control systems and equipment, facilitating users to build a complete automation control system.
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