
6000n electric lifting column for dental chair

Tubular Linear Motor 2300N Low Noise
Tubular 5000N Inline Linear Actuator NKLA60 with Position Feedback
Introduction to Tubular 5000N Inline Linear Actuator
The NKLA60 Tubular 5000N Inline Linear Actuator is a high-performance compact linear actuator designed for heavy-duty applications. With an optional 12V / 24V / 36V / 48V DC input voltage, 5000N push force, and customizable stroke, it provides reliable, precise, and safe motion control for your industrial, agricultural, and automation needs.
This tubular 5000N inline linear actuator features:
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Self-lock function for safe holding under load
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Limit protection and over-current protection for durability
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Compact 50mm diameter design for easy installation in tight spaces
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Optional position feedback for precise motion control
The NKLA60 inline linear actuator is widely used across:
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Agriculture & Farming – slow and gentle chicken coop door openers, flaps, or ventilation panels
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Industrial & Automation – conveyor systems, heavy machinery, hoisting devices
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Medical & Elevator Equipment – where safe, accurate, and reliable linear motion is critical
Designed to deliver high force with smooth, controlled motion, this tubular inline actuator is a must-have for applications requiring precision, durability, and ease of installation.
Video Demonstration of Tubular 5000N Inline Linear Actuator
Features of Tubular 5000N Inline Linear Actuator
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Stroke Length: 50–1000 mm
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Color: Black / Silver Grey
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Limit Switch: Built-in
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Input Voltage: 12V / 24V DC
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IP Rating: IP66
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Operating Temperature: -25℃ to 65℃
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Noise Level: ≤55 dB
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Minimum Installation Size:
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Lmin = S (25–400) + 315 mm
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L = S (401–700) + 365 mm
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L = S (701–1000) + 415 mm
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Design & Features: Compact and delicate tubular design, low noise, equipped with hall sensor for precise position feedback
Specifications of Tubular 5000N Inline Linear Actuator
| Model | NKLA60 | NKLA60 | NKLA60 |
| Dynamic Load push(N) | 1500 | 3000 | 5000 |
| Dynamic Load pull(N) | 1500 | 3000 | 5000 |
| lnput(VDC) | 12/24 | ||
| Speed at No Load(mm/s) | 12 | 5 | 2.4 |
| Speed at Full Load(mm/s) | 10 | 4.2 | 2 |
Datasheet of Tubular 5000N Inline Linear Actuator
Applications
The NKLA60 Tubular 5000N Inline Linear Actuator is engineered for heavy-duty and precise linear motion, making it ideal for a wide range of applications in industrial, agricultural, and automation environments. Typical applications include:
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Agriculture & Farming – Automatic chicken coop door openers, ventilation flaps, and other farm equipment requiring slow, gentle, and safe motion.
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Industrial Automation – Conveyor systems, hoisting devices, gates, and other heavy machinery where inline linear motion is essential.
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Medical & Healthcare Equipment – Adjustable beds, rehabilitation devices, or equipment that requires precise positioning.
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Energy & Renewable Systems – Solar panel tracking and other equipment requiring robust linear actuation.
Designed for smooth, controlled, and high-force operation, this tubular inline actuator is a reliable choice for engineers and designers who demand precision, durability, and ease of installation.
FAQ
A1: The NKLA60 operates on 12V or 24V DC, with optional 36V or 48V input for specialized applications.
A2: The actuator supports a stroke length from 50mm up to 1000mm, customizable to fit your project requirements.
A3: Yes, it comes with a built-in limit switch and an optional hall sensor for position feedback, ensuring precise and safe motion control.
A4: This tubular 5000N inline linear actuator can deliver up to 5000N of push force, suitable for heavy-duty industrial and agricultural applications.
A5: Yes, multiple NKLA60 actuators can be synchronized using a compatible control box, enabling coordinated movement in automation systems.
A6: It is ideal for industrial automation, agriculture (chicken coop doors, ventilation), medical devices, and heavy machinery where reliable, precise linear motion is required.
A7: The actuator features IP66 protection, operates in temperatures from -25℃ to 65℃, and is designed for robust performance in demanding environments.










