The servo hand-electric integrated winch is a highly reliable device that combines servo motor-driven operation with manual control. Powered by a servo motor, the winch supports PLC programmable control, meeting high-precision requirements for speed, positioning, and operational processes.
Additionally, it features manual gear switching, allowing flexible use of the dual drums in any combination to suit various working conditions. The transmission system employs a worm gear structure with full-travel self-locking braking, ensuring safe and reliable operation throughout the winching process.
CE, ISO 9001 (optional ATEX for special environments)
The specifications allow users to quickly understand the performance range and configuration features of the device.
Model: 300KG
Lifting Capacity: 300 kg
Wire Rope Diameter: 8 mm
Motor Power: 0.75kW
Rope Speed: 3.8m/min
Model
A(Length)
B(Width)
C(Height)
300KG
1240mm
538mm
345mm
Ideal Applications
University Teaching Experiments: Supports mechanical, automation, and mechanics laboratory benches in science and engineering universities, providing precise speed/position control and manual emergency operation for teaching demonstrations and hands-on practice.
Research Institution Experiments: Compatible with small-scale mechanical, transmission, and control experiment setups in various research institutes, supporting flexible switching and precise control according to experimental conditions.
Small Precision Equipment Support: Provides lifting/traction support for laboratory-scale testing equipment and experimental platforms, enabling precise electric operation and manual emergency adjustment.
Exhibition / Teaching Demonstrations: Ideal for engineering teaching halls and science museums, with hand-and-power integrated operation mode for easy demonstration and on-site practice.
Small-Scale Industrial Emergency Operations: Supports light industrial workshops for small workpiece transfer and equipment fine-tuning; manual operation ensures continuity during power outages or emergency conditions. •
Security / Small Lifting Equipment: Compatible with small security devices and light lifting platforms; self-locking brake combined with hand-and-power integrated design ensures operational safety and emergency operability.
Fully Customizable Solutions
This servo hand-and-power integrated winch supports on-demand customization and full-parameter adaptation.It can be individually designed according to the operational requirements, installation environment, and control needs of teaching experiments, research support, and other scenarios. From power control to structural configuration, it delivers a customized solution tailored for practical use.
Power & Control Customization Servo motor power parameters can be customized to meet the different load traction/lifting requirements of teaching experiments or small-scale operations. Supports PLC programming for personalized control logic, allowing customization of speed, travel, and positioning parameters to match the teaching and hands-on requirements of experimental benches. Control interfaces can be customized to simplify teaching operations, making them suitable for university laboratory environments.
Drum & Rope Customization Dual-drum size and specifications can be customized to meet the rope-winding needs of various experiments. Wire rope/cable length and diameter can be tailored according to operational distance, supporting lightweight and wear-resistant rope customization. Drum combination modes can be optimized to support independent or combined operation demonstrations for teaching experiments.
Operation & Gear Customization Manual gear-shift operation can be customized for ease of use during student hands-on practice. Electromagnetic clutch switching sensitivity can be optimized for smooth transition between electric and manual modes, ensuring intuitive teaching demonstrations. Gear position indicators can be added to facilitate operational explanation during teaching.
Transmission & Safety Customization Worm gear transmission parameters can be optimized to meet self-locking brake precision requirements for different experiments, enhancing safety during teaching operations. Additional safety components such as overload alarms and limit protection can be added, ensuring safe operation during multi-student practical sessions. Transmission system demonstration structures can be customized to facilitate explanation of transmission principles during lessons.
Power Supply & Interface Customization Supports single-phase or three-phase AC power systems, adaptable to various laboratory and research site power conditions. Device mounting interfaces can be customized for seamless integration with different teaching benches and research equipment without modifying existing setups. Device dimensions can be customized to fit the space layout of experimental benches.
Structure & Function Customization Machine body materials and appearance can be customized for lightweight, scratch-resistant designs, suitable for high-frequency student use.Teaching demonstration labels can be added to highlight key components and operational steps, facilitating instruction.Portable structural designs can be customized to enable flexible movement across different experimental benches.
Our engineering team works directly with laboratory directors, system integrators, and rescue equipment specifiers to deliver fully validated solutions that meet strict performance and safety standards.
Why Choose Our Servo Winch?
This winch is specifically engineered for in-depth teaching experiments at science and engineering universities, integrating servo electric precision control with manual emergency operation capabilities. Compared with standard winches, it offers comprehensive advantages in operational flexibility, control accuracy, safety, and teaching adaptability, making it the preferred choice for university laboratories and research institute setups.
Servo + PLC Precision Control — Meets the high-precision requirements of teaching experiments.
Hand-and-Power Integrated Design — Ensures uninterrupted operation under emergency conditions.
Dual-Drum Flexible Combination — Adapts to various teaching and operational scenarios.
Teaching Scenario Optimization — Easy-to-use and intuitive operation for students.
Comprehensive Customization Capability — Tailored to meet experimental and laboratory requirements.
High Reliability Quality — Suitable for high-frequency hands-on teaching sessions.
Ready to integrate intelligent lifting into your project? Contact our technical specialists today for detailed specifications, customization guidance, and a customized quotation. We typically respond within 24 hours with engineered recommendations tailored to your load, control, and integration needs.
Frequently Asked Questions (FAQ)
1. Can the PLC programming of this winch be adapted for simplified university teaching operation? Yes. Our PLC control system can be customized with a simplified programming interface and preset programs to meet university teaching needs. It retains core precision control functions while streamlining the operation process, allowing students to quickly get started. Professional mode is also supported for more advanced experimental requirements.
2. Is the switch between electric and manual modes smooth? Will it cause lag that affects teaching demonstrations? The equipment is equipped with a high-sensitivity electromagnetic clutch. Switching between electric and manual modes is smooth and seamless, with uninterrupted power transmission. It does not affect the clarity of teaching demonstrations and is easy for both student practice and instructor demonstration.
3. What combination modes are available for the dual drums? Can custom operation modes be configured? The standard configuration supports two core modes: independent operation of each drum and synchronous operation of both drums. Custom drum combination operation modes, such as asynchronous speed control, can be configured to meet specific experimental teaching requirements.
4. How precise is the worm gear self-locking brake? Can it meet teaching experiment safety requirements? The worm gear transmission system provides full-travel high-precision self-locking. The winch can securely hold any position without slippage or displacement, fully meeting the safety requirements for multi-student use and first-time operation, effectively eliminating potential hazards.
5. Can the equipment adapt to single-phase power supply in university laboratories? Yes. The winch is compatible with both single-phase and three-phase AC power systems. It can directly operate under single-phase laboratory conditions without additional modifications. Circuit design can also be optimized according to site-specific supply parameters to ensure stable operation.
6. What is the load capacity of the equipment? Can it meet light-load requirements for teaching experiments? The winch is designed for teaching experiments and light-load operations. Its standard rated load meets the traction/lifting needs of various university laboratory experiments. Additionally, servo motor power can be customized to fine-tune load capacity according to specific experimental requirements.
7. Can the machine body be customized with teaching labels for easier classroom demonstration? Yes. Core components, operation procedures, and transmission principles can be labeled on the machine body according to teaching needs, facilitating instructor demonstrations and helping students understand the equipment, thereby enhancing teaching effectiveness.
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