IP65 Splash-Proof Waterproof Electric Cylinder for Demanding Industrial Motion

Modern automation systems increasingly operate in environments where conventional motion components are exposed to water spray, dust, vibration, corrosion, and continuous mechanical loading. Outdoor construction machinery, mining equipment, industrial cleaning systems, material-handling lines, and automated production equipment all require motion solutions that can deliver accurate, repeatable force without sacrificing durability. The IP65 Splash-Proof Waterproof Electric Cylinder is designed for precisely these conditions.

Based on the TYSC220 platform, this high-load electric cylinder combines a robust aluminum alloy body, an integrated waterproof and dust-proof structure, anti-aging sealing technology, a protective dust cover, and flexible configuration options. With a rated force of up to 200 kN, a stroke range of 0 to 3000 mm, multiple reduction ratios, and support for several motor power levels, it is suitable for applications ranging from heavy-duty positioning to controlled pressing and linear actuation.

Unlike ordinary electric actuators intended primarily for clean indoor environments, this waterproof electric cylinder is engineered around environmental protection as a central design objective. Its IP65 protection rating helps prevent the entry of dust and protects the actuator against water projected from different directions. This allows engineers to consider electric motion in locations where pneumatic or hydraulic systems have traditionally been favored because of their perceived tolerance for harsh conditions.

The product is manufactured and supplied by Suzhou Tongyousheng Electronic Technology Co., Ltd., a high-tech enterprise focused on electric cylinders, linear motion modules, linear motor modules, servo presses, robotic seventh axes, and multi-degree-of-freedom motion platforms. The company integrates product research and development, precision manufacturing, assembly, testing, and technical support to provide complete motion solutions for intelligent manufacturing and demanding industrial applications.

IP65 Splash-Proof Waterproof Electric Cylinder

Why Waterproof Electric Cylinders Matter in Industrial Automation

Linear motion is a fundamental requirement in modern machinery. A system may need to push, pull, lift, clamp, press, position, adjust, or synchronize a load. In a clean factory environment, a standard electric cylinder may perform these tasks effectively. However, the operating conditions become much more challenging when the machine is located outdoors or near water, abrasive dust, cleaning chemicals, or unprotected production processes.

Water and dust can affect an actuator in several ways. Water may enter through joints, covers, cable interfaces, or moving-rod openings. Once inside, it can cause corrosion, degrade lubrication, damage electrical components, or reduce the service life of bearings and screw assemblies. Dust can contaminate lubricants, increase friction, accelerate wear, and interfere with the smooth movement of mechanical parts. Fine abrasive particles are especially harmful because they can act as grinding media inside a motion mechanism.

A waterproof electric cylinder addresses these risks by treating sealing and contamination control as part of the core mechanical design. The TYSC220 uses a waterproof and dust-proof structure supported by anti-aging seals and a dust-proof cover. This layered approach is important because no single protective feature can address every environmental challenge. The main body helps shield internal components, the seals limit water and particle ingress, and the dust cover provides an additional barrier around exposed or moving areas.

The result is a motion component that can be integrated into machinery exposed to splashing water and airborne dust without requiring a completely enclosed installation cabinet. This does not eliminate the need for correct system design, cable protection, drainage, and routine inspection. However, it provides a significantly stronger foundation for industrial equipment intended to operate in harsh environments.

Product Overview

The IP65 Splash-Proof Waterproof Electric Cylinder is a high-force electromechanical actuator designed to convert motor rotation into controlled linear movement. The actuator can be configured with different transmission ratios and motor power ratings to match the required balance between speed, force, and operating duty.

Its high-strength aluminum alloy cylinder body contributes to a favorable combination of structural rigidity, weight, corrosion resistance, and maintainability. Aluminum alloy is lighter than many steel alternatives, which can reduce the load imposed on supporting frames and moving structures. At the same time, an appropriately designed alloy body can provide the stiffness needed for heavy-duty linear motion.

The actuator supports screw diameters of 80 mm and screw leads of 20 mm. The available stroke range extends from 0 to 3000 mm, allowing the same general platform to be adapted to compact and long-travel applications. A rated force of 200 kN makes the product suitable for demanding pushing, pulling, clamping, lifting, and pressing operations.

Depending on the selected configuration, the actuator can use reduction ratios of 1:4, 1:5, 1:10, 1:20, or 1:50. Motor power options include 3 kW, 4 kW, 5.5 kW, 7.5 kW, and 11 kW. The platform also supports optional anti-rotation functionality and limit switches, while repeatability is specified at ±0.02.

Specification	Available Value or Configuration
Model	TYSC220
Protection rating	IP65
Screw diameter	80 mm
Screw lead	20 mm
Stroke range	0–3000 mm
Rated force	200 kN
Reduction ratios	1:4, 1:5, 1:10, 1:20, 1:50
Motor power options	3 kW, 4 kW, 5.5 kW, 7.5 kW, 11 kW
Rated speed	250
Repeatability	±0.02
Anti-rotation	Available as an option
Limit switch	Available as an option
Motor connection	Direct connection or backtrack configuration
Load connection	External thread, internal thread, rod-end bearing, double pin holes, or customized connection

Final performance depends on the selected motor, reduction ratio, duty cycle, load direction, mounting arrangement, control system, and environmental conditions. Engineers should confirm the complete configuration before production, particularly for applications involving continuous operation, shock loads, high acceleration, or frequent starts and stops.

IP65 Protection for Splashing Water and Dust

The principal advantage of this electric cylinder is its IP65 protection rating. The first digit, 6, indicates a high level of protection against dust ingress. The second digit, 5, indicates protection against water projected by a nozzle from different directions. In practical terms, the actuator is designed for environments where dust is present and where splashing or directed low-pressure water may reach the machine.

IP65 protection is particularly useful in outdoor and semi-outdoor equipment. Construction sites may expose machinery to rain, mud, and airborne dust. Mining machinery may encounter abrasive mineral particles and water spray. Outdoor cleaning equipment may be routinely exposed to water during operation. Food-related or general industrial cleaning processes may also create wet conditions around machinery, although the suitability of a particular installation should always be verified against the cleaning chemicals, temperatures, and sanitation requirements involved.

The protection rating should not be interpreted as permission to submerge the actuator or expose it to conditions beyond the rating. Proper installation remains essential. Cable glands, connectors, mounting interfaces, and adjacent machine covers should be selected so that the complete assembly maintains an appropriate environmental protection level. In addition, the actuator should be installed in a way that prevents standing water from collecting around seals or electrical connection points.

For machinery designers, the value of IP65 is not limited to preventing immediate failure. Environmental protection also supports more predictable maintenance intervals. When dust and water are kept away from internal mechanical and electrical components, the risk of premature wear, lubricant contamination, corrosion, and electrical faults can be reduced. This can improve equipment availability and help lower the total cost of ownership.

Layered Sealing and Dust Control

The actuator uses an integrated waterproof and dust-proof structure rather than relying on a single external cover. Anti-aging waterproof seals are intended to retain their sealing performance over extended service periods. Seal aging is a common concern in industrial equipment because exposure to ultraviolet radiation, temperature changes, water, dust, and repeated movement can gradually reduce elasticity and sealing pressure.

By incorporating anti-aging sealing materials and a dust-proof cover, the design provides multiple levels of protection around vulnerable areas. The dust-proof cover helps reduce the amount of particulate matter reaching moving components. It also helps limit direct exposure to the environment during normal operation. These measures work together to reduce contamination-related wear and support stable actuator performance.

Sealing performance should still be supported by a suitable maintenance program. Operators should inspect the external seal areas for cuts, deformation, embedded particles, or unusual wear. If an actuator operates in mud, abrasive dust, or frequent water spray, the inspection interval may need to be shorter than in a protected factory environment. Prompt replacement of damaged sealing components is generally more economical than allowing contaminants to reach the internal transmission mechanism.

High-Force Performance for Demanding Applications

With a rated force of 200 kN, the TYSC220 is positioned for heavy-duty linear actuation. This force capacity enables the cylinder to handle applications that require substantial pushing or pulling force, including industrial pressing, structural adjustment, heavy clamping, lifting mechanisms, forming equipment, and large automated fixtures.

High force alone does not determine application suitability. The load must be evaluated in relation to stroke, speed, acceleration, duty cycle, mounting orientation, offset loading, and the stability of the machine frame. A properly designed installation should transfer force through the intended load path and minimize side loads on the actuator rod. Where the application involves eccentric forces or changing alignment, a rod-end bearing, double pin-hole connection, or other articulated mounting option may be appropriate.

The 80 mm screw diameter provides a substantial mechanical foundation for high-load transmission. The 20 mm screw lead offers a defined relationship between motor rotation and linear travel. A smaller lead generally favors mechanical advantage and positioning control, while a larger lead may offer higher linear speed at a given rotational speed. The selected transmission ratio and motor power must therefore be matched to the required operating profile.

The availability of reduction ratios from 1:4 to 1:50 gives system designers considerable flexibility. A lower reduction ratio may be considered where faster movement is important and the motor can provide the required torque. A higher reduction ratio may be preferable where controlled force, slower movement, or improved mechanical advantage is required. This range enables one product platform to serve different types of machines rather than forcing every project into a single fixed specification.

Flexible Motor and Transmission Configuration

The actuator supports direct connection and backtrack configurations. This gives equipment designers greater freedom when arranging the motor, actuator body, guarding, and neighboring components. In compact machinery, the available installation space may make a direct connection the most practical solution. In other systems, a different motor placement or transmission arrangement may simplify maintenance or improve clearance.

Motor power options include 3 kW, 4 kW, 5.5 kW, 7.5 kW, and 11 kW. These choices allow the actuator to be configured according to load requirements and operating speed. Selecting the correct motor is important because an oversized motor can increase cost, energy consumption, and mechanical stress, while an undersized motor may produce overheating, slow operation, or inadequate acceleration.

When selecting a motor and reduction ratio, engineers should evaluate the complete motion cycle rather than only the peak load. Important factors include static force, dynamic force, friction, acceleration, deceleration, dwell time, reversing frequency, average power, and thermal conditions. A cylinder used for occasional high-force positioning may require a different configuration from one used for continuous repetitive pressing.

The actuator can also be integrated with a suitable servo drive and control system. Servo control can support programmable position, speed, force, and motion profiles, depending on the selected motor and feedback arrangement. This makes the electric cylinder suitable for automated production processes where repeatability and coordinated movement are important.

Precision, Repeatability, and Motion Control

The specified repeatability of ±0.02 supports applications in which the actuator must return to a consistent position over repeated cycles. Repeatability is valuable in assembly, pressing, clamping, testing, adjustment, and material positioning. It can help maintain product quality and reduce variation caused by inconsistent mechanical movement.

Repeatability should be distinguished from absolute accuracy. Repeatability describes how consistently the system reaches the same position under comparable conditions. Absolute accuracy also depends on calibration, encoder resolution, mechanical tolerances, thermal expansion, load deflection, control parameters, and installation alignment. System integrators should evaluate both characteristics when designing precision equipment.

Optional limit switches provide an additional method of defining travel boundaries or confirming end positions. They can be used for homing, safety interlocking, over-travel prevention, or machine sequencing. Anti-rotation functionality can help control rod orientation and prevent unwanted rotation during linear movement. Whether these options are required depends on the load connection, guide arrangement, and machine architecture.

For applications requiring highly controlled motion, the electric cylinder can be combined with external guides, position feedback, force monitoring, and programmable motion profiles. The cylinder should not be expected to compensate for an unstable machine frame or poor alignment. Precision begins with a rigid structure, proper mounting, correct guide selection, and a control strategy that reflects the mechanical characteristics of the system.

Advantages Compared with Conventional Alternatives

Compared with Standard Indoor Electric Actuators

Many standard electric cylinders are designed for clean, dry production areas. They may deliver accurate motion but lack the sealing architecture required for water spray and dust. Using such products outdoors or near washdown operations can increase the risk of premature failure. The IP65 design provides a stronger environmental barrier and is therefore better suited to locations where contamination cannot be completely controlled.

The waterproof cylinder also offers a high force rating and multiple configuration options. Instead of selecting a basic actuator and then attempting to protect it with an improvised enclosure, machinery builders can begin with an actuator designed around harsh-environment operation. This can simplify machine integration and reduce the number of separate protective measures required.

Compared with Pneumatic Cylinders

Pneumatic cylinders are widely used because of their simple structure and fast response. However, they require a compressed-air system, including a compressor, filters, regulators, valves, piping, and air treatment equipment. Compressed air can be inefficient, and the exact position or force of a pneumatic cylinder may be more difficult to control without additional components.

An electric cylinder can provide programmable movement, controlled acceleration and deceleration, position control, and potentially force-based operation when integrated with an appropriate servo system. It can also eliminate the need for extensive pneumatic infrastructure. The IP65 design extends these benefits to applications where water and dust would otherwise discourage the use of an electric actuator.

Pneumatic systems may remain advantageous for certain very-high-speed or simple on-off applications. However, where the process requires variable positioning, repeatable force, synchronized movement, or energy-conscious operation, an electric cylinder can provide greater control and functional flexibility.

Compared with Hydraulic Actuators

Hydraulic cylinders are capable of producing very high force and are common in heavy equipment. Nevertheless, hydraulic systems require pumps, reservoirs, valves, hoses, seals, and fluid management. Leakage, maintenance, noise, temperature sensitivity, and system complexity can become significant concerns.

An electric cylinder can deliver high mechanical force without hydraulic fluid, reducing the risk of oil leakage and simplifying system architecture. It can be connected directly to an electronic control system and programmed for repeatable motion. For machinery that needs clean operation, accurate positioning, or easier integration with industrial automation networks, this can be a major advantage.

The most appropriate choice depends on the application. Hydraulic systems may remain the preferred option for extremely high continuous power or certain mobile machines. However, the TYSC220 provides a practical electromechanical alternative for high-force applications where controllability, cleanliness, and reduced auxiliary equipment are important.

Compared with Unprotected Actuators in Outdoor Machinery

Installing an ordinary actuator inside an additional enclosure may appear to be a low-cost solution, but enclosure-based protection can create new issues. The enclosure must accommodate the full stroke, allow heat dissipation, permit maintenance access, and prevent water accumulation. Moving interfaces and cable openings can be difficult to seal. If the enclosure is damaged, the actuator may quickly become exposed.

An IP65 electric cylinder incorporates protection into the product itself. This can reduce design complexity and provide a more compact result. It also makes the actuator easier to position near the working mechanism, which can be valuable in equipment where space is limited.

Durable Aluminum Alloy Cylinder Body

The cylinder body is made from high-strength aluminum alloy. This material selection offers several practical benefits for machine builders. Aluminum alloy has a lower density than steel, helping reduce actuator weight and making installation easier. Lower mass can also reduce the load placed on moving axes, support structures, and robotic mechanisms.

Aluminum alloy is naturally resistant to many forms of atmospheric corrosion. When combined with suitable surface treatment and correct environmental selection, it can provide long-lasting service in outdoor and industrial conditions. The material is also compatible with precision machining processes that support accurate interfaces, mounting features, and dimensional consistency.

The reduced weight of an aluminum body can be particularly helpful when the actuator is mounted on an adjustable frame, a moving platform, or a robotic axis. Installation crews may benefit from easier handling, while maintenance teams may have improved access during replacement or inspection. These advantages contribute to practical lifecycle value beyond the initial purchase price.

Although aluminum is lightweight, high-force applications still require careful attention to mounting rigidity and load distribution. The supporting machine frame, mounting bolts, guide rails, and connection points must all be selected to withstand the rated and dynamic loads. The actuator should be installed according to the specified mounting method and should not be used as a structural guide unless the design expressly permits it.

Mounting and Load Connection Options

The TYSC220 supports several mounting methods, including a bottom threaded hole, base plate, front flange, tail flange, tail projection pin, tail pin hole, and customized configurations. This variety allows the cylinder to be integrated into different machine frames and linkage arrangements.

A front flange may be useful where the actuator is secured at the front end of a rigid structure. A tail flange or pin-based mounting arrangement may be suitable when the actuator needs to pivot slightly during operation. A bottom threaded-hole installation can provide a compact attachment method where the machine frame includes a matching mounting surface.

Load connection options include an external thread, internal thread, rod-end bearing, double pin holes at the rod end, and customized connection solutions. The choice should be based on the direction of the applied load, the possibility of angular movement, the need for quick assembly, and the alignment tolerance of the surrounding mechanism.

Rigid connections are appropriate when the actuator and driven component remain accurately aligned throughout the stroke. Articulated connections may be better when the driven component follows an arc or when small angular changes occur. Incorrect connection selection can create side loads, binding, uneven wear, and reduced repeatability. For this reason, the mounting and load connection should be reviewed as part of the complete mechanical design rather than treated as a minor accessory decision.

Manufacturing Strengths and Engineering Capabilities

Suzhou Tongyousheng Electronic Technology Co., Ltd. combines product development, production, and sales within one organization. This integrated structure enables the company to coordinate mechanical design, transmission selection, component manufacturing, assembly, quality control, and customer support. For specialized electric cylinders, such coordination is important because the final performance depends on the interaction of many components rather than on a single part.

The company maintains an experienced research and development team supported by advanced design software. Digital design tools enable engineers to analyze product structure, confirm installation interfaces, develop customized configurations, and improve manufacturability. They also help the company adapt standard platforms to different machine requirements without abandoning the benefits of a proven product architecture.

High-precision CNC machining centers support the production of critical mechanical parts. Precision machining is important for cylinder bodies, mounting surfaces, screw-related components, bearing seats, connection features, and other interfaces that affect alignment and performance. Consistent machining helps reduce assembly variation and supports stable movement over the actuator’s working life.

The company’s portfolio of core patents reflects its focus on developing proprietary technology. Research activities cover electric cylinders, linear modules, servo presses, motion simulation platforms, linkage control systems, and other automation products. Experience across these product categories can provide valuable insight into the practical requirements of force transmission, synchronization, feedback, structural design, and industrial integration.

Design for Harsh-Environment Reliability

Manufacturing a waterproof electric cylinder requires more than adding a seal to an existing actuator. The body, rod, cover, connection points, seal geometry, lubrication strategy, and assembly process must work together. Each interface must be designed with consideration for movement, pressure changes, contamination, thermal expansion, and long-term material behavior.

Tongyousheng’s product development approach emphasizes integrated structures and practical industrial performance. The IP65 configuration uses a waterproof and dust-proof architecture, anti-aging sealing, and a dust-proof cover to address the combined effects of water and particulate contamination. This approach is more reliable than treating water protection as an afterthought.

The company’s experience with servo presses and motion platforms also supports a broader understanding of load control and motion coordination. A waterproof electric cylinder may operate as an independent actuator, but it can also become part of a multi-axis system. Integration experience allows the supplier to consider the actuator’s role in the complete machine, including mounting, control, synchronization, and maintenance.

Precision Assembly and Quality Considerations

Precision machining must be followed by controlled assembly. Seals need to be installed without damage, screw and bearing components need appropriate alignment, and electrical or sensor options must be correctly positioned. Clean assembly conditions are especially important for products intended to resist dust because contaminants introduced during assembly can affect long-term performance.

Quality control should cover dimensional inspection, mechanical operation, connection integrity, sealing-related checks, and functional testing. For customized products, inspection should also confirm that the final actuator matches the customer’s selected stroke, motor configuration, reduction ratio, mounting arrangement, and load connection. Consistent documentation helps support traceability and simplifies future maintenance.

Manufacturing capability is also reflected in the ability to provide customization. The product supports multiple mounting types, connection modes, anti-rotation choices, and limit-switch configurations. This flexibility allows the actuator to be adapted to specific machines while retaining the reliability advantages of a standardized core platform.

Application Areas

Outdoor Construction Equipment

Construction machinery often works in changing weather and exposed locations. Dust from soil, aggregate, and cement can enter unprotected mechanisms, while rain and water spray can reach moving components. The IP65 electric cylinder can be used for adjustable supports, positioning mechanisms, material-handling attachments, controlled gates, compact lifting systems, and other automated functions.

The 200 kN force rating is suitable for heavy-duty mechanisms when the structure, guides, and control system are designed accordingly. The aluminum alloy body can help reduce the weight of movable assemblies, while the waterproof structure supports operation in outdoor environments.

Mining Machinery

Mining equipment is exposed to abrasive dust, moisture, vibration, and heavy mechanical loads. Motion components must be designed for reliability because access for maintenance may be difficult and downtime can be expensive. A dust-resistant and splash-proof actuator can support equipment adjustment, material control, positioning, clamping, and automated handling tasks.

Mining installations require careful consideration of safety regulations, electrical classification, vibration, impact, and environmental contaminants. The IP65 rating addresses dust and water protection but does not by itself certify the actuator for every mining environment. Project-specific validation remains essential.

Outdoor Cleaning Equipment

Outdoor cleaning machines regularly encounter water spray, dirt, mud, and cleaning residues. Electric cylinders can control brushes, nozzles, covers, height-adjustment mechanisms, and other moving parts. Programmable movement can help the machine adapt to different surfaces or operating modes, while IP65 protection reduces the risk of contamination-related failure.

Where detergents or corrosive cleaning agents are present, the compatibility of seals, coatings, fasteners, cables, and neighboring components should be reviewed. The actuator should be rinsed, inspected, and maintained according to the actual operating environment.

Industrial Pressing and Clamping

The actuator’s high force and repeatability make it suitable for pressing and clamping applications. It may be used for controlled forming, fixture operation, assembly, compression testing, or positioning of heavy workpieces. When connected to an appropriate servo drive, it can support controlled speed and position profiles instead of simple full-stroke movement.

For pressing applications, the machine designer should analyze force peaks, stopping behavior, rigidity, energy absorption, emergency stopping, and protection against overload. External force sensors or drive-based monitoring may be considered where the process requires direct force verification.

Automated Material Handling

Material-handling equipment often requires long strokes and reliable positioning. With a stroke range of up to 3000 mm, the actuator can be adapted to long-travel pushers, adjustable transfer equipment, gates, lifting mechanisms, and loading systems. The selection of guides and structural supports is especially important for long-stroke installations to prevent bending and side loading.

Integration into Intelligent Manufacturing Systems

Electric cylinders are well suited to the development of Industry 4.0 equipment because they can be coordinated with sensors, drives, programmable controllers, industrial networks, and production-management software. Their motion can be adjusted through software, allowing the same machine to perform multiple operating sequences or product formats.

A TYSC220-based system may be integrated into a larger automation cell containing linear motion modules, robotic axes, servo presses, inspection equipment, and safety controls. The actuator can perform a local linear task while the overall controller coordinates it with other axes. This is useful for synchronized pressing, staged assembly, multi-point clamping, and automated testing.

The optional limit switch can provide discrete machine status information. Anti-rotation functionality can help maintain the orientation of the driven component. Depending on the motor and control architecture, additional feedback may be used to monitor position, speed, torque, or force-related parameters.

Tongyousheng’s broader experience with algorithmic control software and multi-degree-of-freedom platform linkage systems supports the development of coordinated motion solutions. This is particularly valuable for customers who require more than an isolated actuator and need assistance integrating several mechanical and control elements into a complete automated system.

Selection Guidelines for Engineers

The first step in selecting the actuator is to define the load. Engineers should identify the maximum static load, dynamic load, shock load, load direction, center of gravity, and any eccentricity. The actuator’s rated force should not be treated as a substitute for a complete load calculation. Safety factors should be selected according to the application, duty cycle, consequences of failure, and relevant engineering standards.

The required stroke must then be determined. The available range of 0 to 3000 mm provides broad flexibility, but the actual useful stroke may be limited by machine geometry, external guides, cable routing, access requirements, and safety clearances. Long-stroke applications should be evaluated for buckling, deflection, vibration, and alignment.

Speed and cycle time determine the appropriate motor power and reduction ratio. A high-force, low-speed application may favor a higher reduction ratio, while a faster positioning task may require a different combination. The complete motion profile should include acceleration, constant-speed travel, deceleration, dwell periods, and reversal frequency.

The environmental conditions should also be recorded. These include water exposure, dust type, temperature, humidity, ultraviolet exposure, cleaning chemicals, vibration, impact, and installation altitude. IP65 is suitable for dust and water projected from multiple directions, but additional environmental requirements may require special materials, coatings, cable protection, or customized sealing arrangements.

Finally, the mounting and connection details should be selected. The mounting style must provide adequate rigidity, and the load connection must accommodate any angular movement without imposing excessive side loads. If the actuator is part of a larger automated system, the motor, drive, feedback, limit switches, emergency stop, and safety functions should be specified together.

Installation and Maintenance Recommendations

Before installation, inspect the actuator for transport damage and verify the model, stroke, motor configuration, mounting interfaces, and accessories. Confirm that the supporting frame is level, rigid, and aligned with the direction of travel. Mounting surfaces should be clean and free from burrs, distortion, or debris that could affect alignment.

The actuator should be installed so that the applied load follows the intended axis. External guides should be used when necessary to support the workpiece or absorb side loads. The rod should not be forced into alignment by the surrounding mechanism. Any binding observed during manual or low-speed commissioning should be corrected before full-load operation.

Electrical connections should be protected against water entry and mechanical damage. Cable routing must allow the full stroke without excessive bending, abrasion, or tension. Connectors and glands should be compatible with the required protection level. If the actuator is installed outdoors, cables should be arranged to prevent water from running directly toward connection points.

Initial commissioning should begin at low speed and reduced load where practical. Verify travel direction, limit-switch operation, anti-rotation behavior, stopping distance, and abnormal noise. Confirm that the actuator reaches the required positions without vibration or binding. After initial operation, inspect mounting bolts and connection points for movement or loosening.

Routine maintenance should include visual inspection of seals, dust covers, rod surfaces, mounting points, cables, and connection hardware. Remove accumulated dirt using a method compatible with the protection rating and materials. Do not use cleaning procedures that exceed the actuator’s environmental specifications. Any damaged seal, cover, cable, or connection component should be replaced promptly.

Total Cost of Ownership Benefits

The purchase price of an actuator is only one part of its economic value. Total cost of ownership includes installation, auxiliary equipment, energy use, maintenance, downtime, spare parts, and replacement labor. An IP65 electric cylinder can support lower lifecycle cost by reducing contamination-related failures and simplifying the mechanical architecture of outdoor equipment.

Compared with a hydraulic system, an electric solution may require fewer auxiliary components and eliminate hydraulic-fluid management. Compared with a pneumatic system, it may reduce the need for compressed-air generation and distribution. Compared with an unprotected indoor actuator, its integrated environmental protection can reduce the need for additional enclosures and protective modifications.

The actuator’s configurable motor power and reduction ratios also help avoid a one-size-fits-all approach. Selecting a configuration that matches the actual application can improve energy efficiency and reduce unnecessary mechanical stress. A properly selected actuator is more likely to deliver stable performance over its expected service life.

Company Engineering and Service Strengths

Suzhou Tongyousheng Electronic Technology Co., Ltd. was established in 2013 and has continued to expand its product development and manufacturing capabilities. Its product range includes electric cylinders, linear motion modules, linear motor modules, servo presses, robotic seventh axes, six-degree-of-freedom platforms, and other multi-degree-of-freedom motion solutions.

The company’s activities extend beyond individual product sales. It develops automation equipment and components for applications involving robotics, motion simulation, intelligent manufacturing, and industrial automation. This broader product experience helps the company understand how electric cylinders are used in real systems and how they interact with mechanical structures, drives, sensors, and software.

Tongyousheng collaborates with state-owned enterprises, defense technology institutions, and leading universities. These relationships support the integration of industrial practice, academic research, and engineering development. They also demonstrate the company’s commitment to advancing motion technology through cooperation and continuous innovation.

The company emphasizes quality, reputation, innovation, and development as core values. Its mission is to support industrial progress through engineering capability and careful manufacturing while building long-term relationships with customers worldwide. For customers seeking customized electric cylinders or complete motion systems, this combination of product breadth and technical experience can be a significant advantage.

Q&A

What is the protection level of the waterproof electric cylinder?

The actuator has an IP65 protection rating. It is designed to resist dust ingress and water projected from different directions. It is suitable for splashing and directed water exposure within the limits of the rating, but it is not designed for continuous submersion.

What is the rated force of the TYSC220?

The rated force is 200 kN. Actual application capacity depends on the selected configuration, duty cycle, speed, acceleration, mounting arrangement, load direction, and safety factor.

What stroke lengths are available?

The listed stroke range is 0 to 3000 mm. The required stroke should be confirmed during technical selection because installation space, guiding, cable routing, and structural stiffness may affect the practical configuration.

Which motor power options are available?

Motor power options include 3 kW, 4 kW, 5.5 kW, 7.5 kW, and 11 kW. The correct choice should be based on load, speed, acceleration, duty cycle, and thermal requirements.

Which reduction ratios can be selected?

The available reduction ratios are 1:4, 1:5, 1:10, 1:20, and 1:50. These options allow the actuator to be configured for different combinations of force, speed, and mechanical advantage.

Can the actuator be used outdoors?

Yes. Its IP65 design, anti-aging waterproof seal, dust-proof cover, and aluminum alloy body make it suitable for many outdoor and harsh-environment applications involving water spray and dust. The complete machine installation must still protect cables and connections appropriately.

Is anti-rotation available?

Yes. Anti-rotation is available as a selectable option. Its necessity depends on the driven load, connection method, guide arrangement, and whether rod orientation must remain fixed.

Are limit switches available?

Yes. Limit switches are available as an option. They may be used for end-of-travel confirmation, homing, sequencing, or over-travel protection, subject to the control and safety design of the machine.

What mounting methods are supported?

Supported mounting methods include a bottom threaded hole, base plate, front flange, tail flange, tail projection pin, tail pin hole, and customized mounting solutions. The correct method depends on the machine frame and required movement geometry.

What load connection options are available?

Load connection options include external thread, internal thread, rod-end bearing, double pin holes at the rod end, and customized configurations. Articulated connection options may be useful where the driven mechanism changes angle during travel.

How does this actuator compare with a hydraulic cylinder?

The electric cylinder can provide programmable motion and high force without hydraulic fluid, pumps, reservoirs, or extensive hydraulic piping. It may offer easier integration with automated control systems and cleaner operation. Hydraulic systems may still be preferable for certain very-high-power or specialized mobile applications.

How does IP65 affect maintenance?

IP65 protection helps reduce the entry of dust and water, which can lower contamination-related wear and failures. It does not eliminate maintenance. Seals, dust covers, mounting points, cables, and connections should be inspected regularly, especially in abrasive or wet environments.

Can the product be customized?

Customization is available for mounting methods, load connection modes, motor arrangements, anti-rotation, limit switches, and other application-specific requirements. The final design should be confirmed with the manufacturer according to the machine’s load, stroke, speed, and environmental conditions.

Conclusion

The IP65 Splash-Proof Waterproof Electric Cylinder provides a strong combination of environmental protection, high force, configuration flexibility, and precision motion. Its 200 kN rated force, 0 to 3000 mm stroke range, 80 mm screw diameter, multiple reduction ratios, and motor power options make it suitable for a wide range of industrial applications.

The actuator’s greatest distinction is its integrated approach to harsh-environment operation. The IP65 structure, anti-aging waterproof seal, dust-proof cover, and high-strength aluminum alloy body work together to protect the motion mechanism while keeping the product practical for installation and maintenance. Compared with unprotected electric actuators, it offers stronger resistance to dust and water. Compared with pneumatic and hydraulic alternatives, it offers programmable electromechanical motion without requiring the same level of auxiliary infrastructure.

Supported by precision CNC machining, advanced design software, experienced research and development personnel, proprietary technology, and broad automation expertise, Suzhou Tongyousheng Electronic Technology Co., Ltd. is positioned to provide both standard and customized motion solutions. For construction equipment, mining machinery, cleaning systems, pressing equipment, material-handling systems, and intelligent manufacturing lines, this waterproof electric cylinder can serve as a dependable foundation for controlled linear movement.

References

International Electrotechnical Commission. Degrees of Protection Provided by Enclosures, IEC 60529.

International Organization for Standardization. Mechanical and Industrial Automation Design Principles for Linear Actuation Systems.

International Organization for Standardization. Safety of Machinery: General Principles for Design and Risk Assessment.

Industrial Automation Engineering Practice. Electric Actuators, Servo Motion, and Linear Transmission Selection.

Industrial Equipment Maintenance Guidelines. Sealing, Dust Protection, Lubrication, and Environmental Inspection of Motion Components.

Suzhou Tongyousheng Electronic Technology Co., Ltd. TYSC220 Waterproof Electric Cylinder Product Specifications and Configuration Information.

Product: IP65 Splash-Proof Waterproof Electric Cylinder