Self-Roping Industrial Winch - Double Braking Protection, Adapted to High Salinity and Humidity for Deep Sea Operations

2D diagrams clearly illustrate the equipment’s layout and core structure.

Key Features & Benefits

1. Equipped with Stainless Steel Wire Rope: Meets the traction requirements of marine logging equipment in deep water areas. The wire rope is corrosion and tensile resistant, with a 200m length covering the operating depth of most survey vessels, eliminating the need for frequent replacement.

2. Precisely Adjustable Rope Speed: Stable power output, the rope speed can be accurately adapted to the traction rhythm of different logging instruments, avoiding instrument collision and ensuring the accuracy of survey data

3. S275JR Carbon Steel Main Body: Sturdy and durable, resistant to bumping and impact in marine operations, not easy to deform during long-term high-intensity operations, reducing equipment maintenance frequency and costs

4. Optional PLC Programming Control + Dual Sensor Monitoring: Supports automated operation processes, real-time grasp of tension and speed data, reduces manual operation errors, and adapts to high-precision logging requirements

5. Electromagnetic Braking + Optional Manual Braking for Double Protection: The marine operation environment is complex, double braking ensures absolute safety of the equipment when stationary, protects valuable logging instruments and avoids operational risks

Technical Specifications

The specifications allow users to quickly understand the performance range and configuration features of the device.

Ideal Applications

·  Core Operations of Marine Survey Vessels: Traction of instruments and equipment for marine logging, seabed topographic exploration and marine hydrological monitoring on survey vessels. The 200m long stainless steel rope is adapted to deep-sea operations, and the length measuring device accurately tracks the traction depth to ensure the accuracy of survey data.

·  Marine Engineering Operations: Lowering/recovery of offshore aquaculture equipment, traction of light seabed components, displacement of supporting instruments on offshore platforms. Corrosion-resistant materials are adapted to the high salinity and humidity marine environment, and double braking ensures the positioning safety of equipment under bumpy marine working conditions.

·  Hydrological and Water Conservancy Survey: Lowering of monitoring instruments at hydrological stations in rivers and lakes, traction of equipment for underwater topographic exploration. Precisely adjustable rope speed adapts to the survey rhythm of different water areas, and the length measuring device accurately records the lowering depth.

·  Geological Exploration Operations: Traction of light detection instruments for land deep well exploration and field geological survey. High-precision tension/speed monitoring avoids instrument collision, and the self-roping design ensures neat retraction and release of steel wire rope without jamming.

Fully Customizable Solutions

This self-roping industrial winch with a length measuring device is designed exclusively for marine operations and supports full-dimensional personalized customization. According to the traction force, operation depth, control requirements and environmental corrosion resistance of different scenarios such as marine survey and hydrological exploration, the core parameters and functional configurations can be accurately adjusted to create an exclusive high-precision, high-corrosion-resistance and high-safety traction solution.

1. Traction Force and Power Customization

The rated traction force can be customized according to the weight of the traction equipment, covering the full range of 30KG-100KG, and the motor power (0.3KW-1.5KW) is upgraded synchronously, which accurately matches the power needs of different survey instruments and traction equipment, balances traction force and operation stability, and adapts to light to medium marine/land traction operations.

2. Rope and Lift Customization

The specifications of stainless steel wire rope can be customized according to the operation depth/distance, with a diameter covering 3mm-8mm and a length of 50m-500m. The ultra-long 500m specification is adapted to the extreme traction needs of ultra-deep sea and ultra-deep wells. At the same time, the corrosion and tensile resistance of the wire rope is optimized to adapt to the corrosive environment of different sea areas and water areas; the material of the wire rope can be customized and upgraded, and a higher grade of corrosion-resistant stainless steel can be selected to enhance the durability in the marine high salt spray environment.

3. Speed and Length Measuring Customization

The adjustable range of rope speed (10m/min-50m/min) can be customized according to the survey/traction rhythm, and the rope speed gears can be accurately adjusted to adapt to the traction speed requirements of different logging instruments and detection equipment, avoiding instrument collision and damage; the precision of the length measuring device can be upgraded, and the monitoring precision of the encoder counting sensor can be strengthened to realize millimeter-level depth/length tracking and meet the ultra-high precision survey requirements.

4. Control and Monitoring Customization

In addition to the basic force sensor + encoder monitoring, mandatory PLC programming control can be customized, which supports the compilation of automated operation processes, realizes the automated operation of traction, lowering and positioning, and reduces manual errors; a remote control function can be added to realize long-distance and precise control of the winch, adapting to scenarios where close-range operation is inconvenient such as marine survey vessels and deep well exploration; the monitoring system can be upgraded with the functions of real-time data recording and abnormal alarm linked shutdown to further improve the operational accuracy and safety.

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 self winding rope industrial winch with meter counting device?

This self-roping industrial winch with a length measuring device is specially developed for the operating depth of marine survey vessels, with all-round optimizations for the core needs of marine high salinity and humidity, high-precision traction and safety in complex working conditions. Compared with ordinary industrial winches, it forms an absolute core advantage in marine corrosion resistance, traction precision, operational safety and scenario adaptability, and is the first choice for high-precision traction operations such as marine survey and hydrological exploration.

1. Marine Exclusive Corrosion-Resistant Design, Adapted to Severe High Salinity and Humidity Environments

2. High-Precision Length Measuring + Dual Sensor Monitoring, Precise and Controllable Traction Data

3. Double Braking Safety Protection, Absolutely Firm Positioning in Complex Working Conditions

4. Long-Distance Self-Roping Design, No Pressure for Deep Sea Operations

5. Flexible Control Options, Adapted to Automated/High-Precision Operation Requirements

6. Full-Dimensional Customization Capability, Accurately Matching All Survey and Traction Scenarios

Frequently Asked Questions (FAQ)

1. What is the precision of the length measuring device of this industrial winch? Can it realize precise depth tracking for deep sea survey?

The equipment is equipped with a high-precision encoder counting sensor, the length measuring precision can reach the centimeter level and can be upgraded to the millimeter level according to requirements. It can accurately track the traction depth of deep sea survey and deep well exploration, feed back data in real time, and fully meet the depth recording requirements of various high-precision surveys.

2. What is the maximum customizable length of the standard 200m stainless steel wire rope? Can it adapt to 500m ultra-deep sea operations?

The standard wire rope is Ø5.6mm×200m, and the maximum can be customized to an ultra-long specification of 500m. At the same time, the diameter of the wire rope (3mm-8mm) can be adjusted according to operational needs, and the rope capacity structure of the drum can be optimized synchronously to ensure that the steel wire rope is retracted and released neatly and the self-roping function is stable during 500m ultra-deep sea operations without jamming and knotting problems.

3. What automated operations are supported by the optional PLC programming control? Can it connect to the on-site survey control system?

The optional PLC programming control supports the compilation of automated operation processes such as traction speed, lowering depth, tension threshold and automatic start and stop, and can realize precise lowering, fixed-depth positioning and automatic recovery of survey instruments; it also supports customized communication protocols, which can seamlessly connect to the on-site marine survey and hydrological monitoring control systems to realize data intercommunication and collaborative operations.

4. Under what circumstances is the manual braking of the double braking system used? Is the electromagnetic braking effective after power failure?

Manual braking is an emergency backup braking, which can be used when the electromagnetic braking fails, the equipment is maintained and positioned for a long time at rest, to further strengthen braking safety; the electromagnetic braking adopts a mechanical + electromagnetic double design, no additional power supply is needed after power failure, and mechanical self-locking can be realized immediately to ensure that the equipment is firmly positioned without sliding risk in case of power failure.

5. The fuselage material can be selected as 304/316 stainless steel, what is the difference between the two? Which scenarios are they adapted to respectively?

304 stainless steel has conventional corrosion and rust resistance, adapted to operations in medium corrosive environments such as offshore, rivers and lakes; 316 stainless steel is added with molybdenum element, which has stronger resistance to marine high salt spray and seawater corrosion, adapted to marine survey operations in ultra-severe corrosive environments such as open sea and high salinity sea areas.