Experience precise and reliable motion control with this high-quality 24V Linear Actuator, designed to convert rotary motor motion into smooth linear reciprocating movement. Engineered with a permanent magnet DC motor, this actuator delivers a maximum push/pull force of 750N and features a standard 300mm stroke, making it ideal for a wide range of applications from medical beds to industrial lifting systems. Key Features: · **Premium Build Quality:** Brand new and crafted for durability and long-lasting performance in various mechanical applications. · **Efficient Motion Conversion:** Converts rotary motion into linear reciprocating motion of the push rod, providing accurate and controlled movement. · **Versatile Control Options:** Equipped with a built-in stroke switch supporting both wired and remote control, allowing for convenient operation with low noise output under 42dB. · **Powerful Permanent Magnet DC Motor:** Ensures reliable drive performance with smooth and quiet operation. · **Adjustable Stroke Length:** Easily increase or decrease the stroke by modifying the lever arm length to suit your specific needs. · **Wide Application Range:** Perfect for electric medical beds, electric sofas, electric stand lifting rods, industrial electric lifting systems, camera frames, head cameras, and wedding systems. · **Robust Protection and Operating Range:** IP54 standard protection level safeguards against dust and splashing water, while the actuator operates efficiently within a temperature range of -26℃ to 50℃. Specifications: · Condition: Brand New · Model: JS-TGZ-U1 · Voltage: 24V · Maximum Push/Pull Force: 750N · Standard Stroke Length: 300mm · No-load Speed: 10mm/s · Noise Level: Less Than 42dB · Protection Level: IP54 · Operating Temperature: -26℃ to 50℃ · Weight: Approx. 1380g (48.7oz) Package Includes: · 1 x Linear Actuator · 2 x Holder · 4 x Retaining Pin This linear actuator combines powerful performance, quiet operation, and versatile control, making it an excellent choice for remote, centralized, or automatic mechanical systems requiring precise linear motion.