What IP Ratings Are Available for Waterproof Cable Assemblies?

Water and electricity rarely mix well. Yet modern equipment—from outdoor communication systems and industrial automation machines to marine electronics and renewable energy infrastructure—must operate reliably in environments exposed to rain, humidity, dust, and sometimes full water immersion. In these situations, waterproof cable assemblies become critical components that protect electrical connections from environmental damage.

However, not all waterproof cable assemblies offer the same level of protection. Some designs are intended only to resist occasional splashes, while others are engineered to withstand high-pressure water jets or complete underwater operation. To define these protection levels clearly, manufacturers use a standardized classification system known as IP ratings (Ingress Protection ratings).

IP ratings for waterproof cable assemblies define how well a cable assembly protects against dust and water. Common protection levels include IP65 for water jets, IP67 for temporary immersion, and IP68 for continuous underwater use. Choosing the correct IP rating ensures that cable assemblies operate reliably in outdoor, industrial, or harsh environments.

For engineers and procurement teams selecting cable assemblies, understanding IP ratings is not just about reading numbers. The correct rating directly affects equipment reliability, maintenance costs, and long-term performance.

Imagine an outdoor wireless antenna system mounted on a tower. If the cable connectors are rated only for splash resistance but are exposed to heavy rain and wind-driven moisture, corrosion may develop inside the connector. Over time, this can weaken signal transmission or even shut down the system completely. The right IP rating prevents these failures before they happen.

What Are IP Ratings for Waterproof Cable Assemblies?

IP ratings are standardized protection levels that describe how well an electrical product prevents solid particles (such as dust) and liquids (such as water) from entering the enclosure or connection interface. For waterproof cable assemblies, IP ratings indicate how effectively the connectors, cable jackets, and sealing structures prevent moisture or debris from reaching the internal electrical conductors.

IP ratings for waterproof cable assemblies define the level of protection against dust and water intrusion. The first digit represents protection against solid particles, while the second digit represents resistance to water. Higher IP ratings indicate stronger environmental protection and better suitability for outdoor, industrial, marine, or harsh environments.

Understanding the Structure of IP Ratings

An IP rating always follows the format IPXY, where two digits represent different types of environmental protection.

For example:

These ratings are defined under the IEC 60529 international standard, which ensures that manufacturers across different countries evaluate protection levels using the same testing procedures.

For customers sourcing waterproof cable assemblies, IP ratings provide a reliable way to compare products and understand whether a cable assembly can operate safely in a specific environment.

Why IP Ratings Matter for Waterproof Cable Assemblies

Water and contaminants are among the most common causes of electrical failures in cable systems. Even a small amount of moisture entering a connector can cause several problems.

In communication equipment, for example, moisture inside RF connectors can cause signal attenuation or unstable transmission, leading to reduced system performance.

In industrial automation systems, water intrusion may result in unexpected equipment shutdown, causing production delays.

Because these risks can be costly, IP ratings help engineers choose cable assemblies that provide the correct level of environmental protection for their equipment.

How Waterproof Cable Assemblies Achieve IP Ratings

Achieving a high IP rating requires careful design of several components within the cable assembly.

Important design elements include:

For example, an IP67 waterproof cable assembly usually includes:

• threaded waterproof connectors
• rubber sealing rings
• molded strain relief structures
• sealed cable entry points

These design features ensure that water cannot enter the connection interface even when the assembly is exposed to rain or temporary immersion.

Industries That Depend on IP-Rated Waterproof Cable Assemblies

Many industries require waterproof cable assemblies because their equipment operates in environments where dust or moisture exposure is unavoidable.

Common applications include:

For example, wireless communication antennas installed on towers are often exposed to heavy rain and humidity. In these cases, engineers typically choose IP67-rated cable assemblies to ensure that water cannot enter the connector interface.

Similarly, marine monitoring equipment that operates underwater requires IP68 cable assemblies capable of withstanding continuous immersion.

Why Engineers Pay Attention to Both Digits of the IP Rating

While many people focus only on waterproof protection, the dust protection rating is equally important in outdoor environments.

Dust particles entering connectors can cause:

• electrical contact contamination
• connector wear
• reduced signal quality

For this reason, most waterproof cable assemblies designed for outdoor use are rated IP6X for dust protection, meaning the enclosure is completely dust-tight.

When both digits are considered together, the IP rating provides a complete picture of the cable assembly’s environmental protection capabilities.

How IP Ratings Help Customers Choose the Right Cable Assembly

When selecting waterproof cable assemblies, customers often compare products based on IP ratings because they provide clear information about environmental protection.

Key advantages of IP ratings include:

• standardized international classification
• easy comparison between suppliers
• predictable environmental performance
• clear guidance for equipment designers

Instead of relying on vague descriptions like “water resistant” or “weatherproof,” engineers can use IP ratings to determine exactly how much protection a cable assembly provides.

For companies deploying equipment in outdoor, industrial, or marine environments, understanding IP ratings helps ensure that cable assemblies deliver reliable long-term performance even under challenging environmental conditions.

Which IP Ratings Are Used in Waterproof Cable Assemblies?

Waterproof cable assemblies are designed for different environments, from light rain exposure to full underwater operation. Because these environments vary widely, manufacturers produce cable assemblies with different IP protection levels.

Waterproof cable assemblies commonly use IP ratings such as IP54, IP65, IP67, and IP68, depending on the application environment. Lower ratings protect against dust and splashing water, while higher ratings allow cables to withstand strong water jets or full immersion. Selecting the correct IP rating ensures reliable performance in outdoor, industrial, marine, or high-moisture environments.

Not every application requires the highest waterproof rating. Choosing the correct IP level requires understanding how much dust and water exposure the cable assembly will experience during normal operation.

For example, a cable used inside an industrial machine may need protection from oil mist and dust, while a marine navigation cable may need to survive direct water exposure and occasional submersion.

Which Dust Protection IP Ratings Apply to Waterproof Cable Assemblies?

The first digit of the IP rating describes protection against solid particles such as dust, sand, or debris. Dust protection is important because small particles can enter connectors or cable interfaces and damage electrical contacts over time.

Dust protection ratings range from 0 to 6.

Most waterproof cable assemblies designed for outdoor or industrial use are rated IP6X, meaning they are completely protected against dust intrusion.

Dust-tight sealing is achieved through several design methods:

• rubber gaskets in connector interfaces
• sealed cable glands
• molded connector housings
• compression seals around cable jackets

Without proper dust protection, fine particles can accumulate inside connectors and cause electrical resistance or corrosion over time.

Which Water Protection IP Ratings Apply to Waterproof Cable Assemblies?

The second digit of the IP rating indicates resistance to water. This rating is especially important for waterproof cable assemblies used outdoors or in wet environments.

Water protection ratings range from 0 to 9.

For example:

• IP65 cable assemblies resist water jets from any direction
• IP67 cable assemblies survive temporary immersion in water
• IP68 cable assemblies are designed for continuous underwater operation

The difference between these levels becomes important in environments such as:

• outdoor communication equipment
• marine electronics
• industrial automation systems
• renewable energy installations

Selecting an IP rating that matches real environmental conditions prevents premature equipment failure.

Which IP Ratings Are Most Common for Waterproof Cable Assemblies?

In practical engineering applications, several IP ratings appear most frequently in waterproof cable assemblies.

Among these, IP67 is one of the most commonly requested ratings for outdoor cable assemblies. It offers strong protection against both dust and water exposure without requiring specialized underwater design.

IP68 is used when equipment must operate underwater or in environments where water exposure is continuous.

However, higher IP ratings often increase manufacturing complexity because they require stronger sealing structures and more rigorous testing.

Engineers must therefore balance protection requirements, installation conditions, and cost considerations when selecting the appropriate IP rating.

How Environmental Conditions Influence IP Rating Selection

The correct IP rating depends on the specific conditions where the cable assembly will operate.

Key environmental factors include:

• exposure to rain or water spray
• humidity levels
• dust concentration
• mechanical vibration
• temperature variation

The table below illustrates typical IP rating recommendations based on environment.

For example, wireless communication systems installed on rooftops often require IP67 cable assemblies to prevent rainwater from entering connector interfaces.

Similarly, underwater monitoring equipment may require IP68 cable assemblies designed to withstand long-term immersion.

Because these environments differ greatly, many manufacturers prefer custom waterproof cable assemblies tailored to their application requirements.

What Do IP65, IP67, and IP68 Mean for Waterproof Cable Assemblies?

The most widely used protection levels for waterproof cable assemblies are IP65, IP67, and IP68. These ratings are commonly specified in industries such as telecommunications, industrial automation, marine electronics, outdoor sensors, and renewable energy systems. IP65 waterproof cable assemblies resist dust and high-pressure water jets. IP67 cable assemblies withstand temporary immersion in water up to one meter. IP68 cable assemblies are designed for continuous underwater operation. The correct rating depends on environmental exposure, installation conditions, and equipment reliability requirements.

Understanding the practical differences between these ratings helps engineers and procurement teams choose the correct cable assembly for their equipment.

What Does IP65 Mean for Waterproof Cable Assemblies?

IP65 cable assemblies are designed for environments where equipment may be exposed to rain, cleaning processes, or water spray.

Protection characteristics include:

• complete protection against dust intrusion
• resistance to water jets from any direction
• sealed connector interfaces
• protected cable entry points

Typical applications include:

IP65 cable assemblies are widely used because they provide strong protection while maintaining relatively simple sealing structures.

However, they are not designed for submersion. If connectors become submerged in water, IP65 protection may not be sufficient.

What Does IP67 Mean for Waterproof Cable Assemblies?

IP67 cable assemblies offer a higher level of protection because they are tested for temporary immersion in water.

Testing requirements include:

• immersion depth up to 1 meter
• immersion duration of 30 minutes

Typical use cases include:

IP67 connectors are commonly used for telecommunication equipment and wireless systems because outdoor installations frequently experience rain and humidity.

Compared with IP65, IP67 cable assemblies use improved sealing designs, such as:

• O-ring seals
• waterproof threaded connectors
• molded cable transitions

These additional sealing elements prevent water from entering the connector interface.

What Does IP68 Mean for Waterproof Cable Assemblies?

IP68 cable assemblies represent the highest level of waterproof protection commonly used in industrial equipment.

Unlike IP67, which is limited to temporary immersion, IP68 cable assemblies are designed for continuous underwater operation.

Typical immersion depth can vary depending on the design specification.

IP68 cable assemblies are used in demanding environments such as:

• underwater sensors
• marine navigation equipment
• offshore monitoring systems
• underwater cameras
• subsea robotics

These cable assemblies typically use reinforced sealing structures and specialized materials designed to withstand long-term exposure to water pressure.

How Are Waterproof Cable Assemblies Designed to Meet IP Ratings?

Waterproof cable assemblies do not achieve IP protection levels by chance. Their ability to resist dust and water intrusion depends on a combination of connector structure, sealing components, cable materials, and manufacturing processes. Each part of the cable assembly must be carefully engineered so that moisture, dust, or contaminants cannot reach the internal conductors. Waterproof cable assemblies meet IP ratings through sealed connector housings, O-ring gaskets, molded cable exits, waterproof cable jackets, and sealed cable glands. These structural features create multiple barriers that prevent water or dust from entering electrical contacts. Proper material selection and manufacturing precision ensure that the assembly maintains reliable protection under real environmental conditions.

Connector Housing Design

The connector housing is the primary barrier that protects electrical contacts from water intrusion. If the connector body is poorly designed or manufactured with loose tolerances, water can easily penetrate the connection interface.

To achieve high IP ratings, waterproof connectors typically include several structural features:

• threaded coupling mechanisms that tightly secure the connector halves
• sealed connector cavities that isolate electrical contacts from the external environment
• corrosion-resistant metal or reinforced plastic housings
• precision-machined mating surfaces that prevent gaps between connectors

The threaded locking design is widely used because it compresses the sealing components during connection. When the connector is fully tightened, the seal becomes compressed, forming a watertight barrier.

Typical connector materials used in waterproof cable assemblies include:

These materials help ensure that the connector structure maintains its sealing performance even after repeated connection cycles.

O-Ring and Gasket Sealing Systems

O-rings are one of the most important components used to achieve waterproof protection. These flexible sealing rings are typically made from rubber or silicone materials and are installed inside connector interfaces.

When the connector is tightened, the O-ring becomes compressed between two surfaces. This compression blocks water from entering the internal electrical area.

Common sealing materials include:

For higher IP ratings such as IP67 or IP68, connectors may use multiple sealing rings placed at different locations within the connector structure. This multi-layer sealing design significantly reduces the risk of water intrusion.

Proper compression of the O-ring is essential. If the seal is too loose, water may leak through; if it is too tight, the seal may wear out prematurely. For this reason, connector manufacturers carefully design the sealing dimensions and material hardness.

Waterproof Cable Entry Protection

One of the most common failure points in waterproof cable assemblies is the location where the cable enters the connector housing. If this junction is not properly sealed, water can travel along the cable and reach the internal contacts.

Several design solutions are used to protect this area.

Overmolding is widely used because it forms a solid protective layer around the cable entry point. The molding material bonds to both the cable jacket and the connector housing, eliminating gaps where water could penetrate.

Compression cable glands are another common solution. These devices use mechanical pressure to tighten around the cable jacket, creating a secure waterproof seal.

Waterproof Cable Jacket Materials

The outer jacket of the cable plays an important role in preventing environmental damage. Waterproof cable assemblies often use specialized jacket materials designed to resist moisture, chemicals, and mechanical wear.

Common jacket materials include:

For outdoor equipment, cable jackets must also resist ultraviolet (UV) radiation, which can degrade standard plastics over time.

Some waterproof cable assemblies also require additional properties such as:

• flame resistance
• oil resistance
• chemical resistance
• halogen-free materials for safety compliance

Selecting the correct cable jacket material helps ensure that the assembly maintains its waterproof protection throughout its service life.

Strain Relief and Mechanical Protection

Mechanical stress can compromise waterproof sealing if the cable assembly experiences bending or pulling forces during operation.

To prevent this, waterproof cable assemblies often include strain relief structures. These components reduce mechanical stress on the connector interface.

Common strain relief designs include:

• molded flexible strain relief boots
• reinforced cable exits
• cable clamps or brackets

Strain relief structures protect the cable entry point by distributing mechanical forces along the cable rather than concentrating stress at the connector.

This is particularly important for equipment exposed to vibration, such as:

• industrial automation machinery
• transportation systems
• communication towers

Proper strain relief ensures that waterproof seals remain intact even under repeated mechanical movement.

Precision Manufacturing and Assembly

Achieving reliable waterproof protection also depends heavily on manufacturing accuracy. Even the best sealing design can fail if the assembly process is not controlled carefully.

Manufacturers typically implement strict quality procedures during production.

Typical assembly quality steps include:

Many professional cable assembly manufacturers also perform 100% inspection before shipment to verify that every cable assembly meets the required specifications.

Inspection procedures may include:

• visual inspection of sealing components
• electrical continuity testing
• insulation resistance testing
• mechanical pull testing

These checks help ensure that the waterproof design performs as intended.

How Are Waterproof Cable Assemblies Tested for IP Ratings?

Waterproof cable assemblies must pass a series of standardized environmental tests before they can be classified with a specific IP rating. These tests simulate real operating conditions such as dust exposure, rain, water jets, and immersion. The goal is simple: verify that water or particles cannot penetrate the connector interface, cable entry point, or internal conductors during operation.

Waterproof cable assemblies are tested according to IEC 60529 IP protection standards using dust chambers, high-pressure water spray equipment, and controlled immersion tanks. These tests simulate environmental exposure to confirm that the cable assembly’s sealing system prevents water or dust from entering electrical contacts.

Why IP Testing Matters for Waterproof Cable Assemblies

In real installations, cables are rarely used in clean laboratory environments. Outdoor electronics, industrial machines, and communication systems often operate in locations exposed to:

• heavy rain
• condensation
• dust or sand
• cleaning processes
• humidity fluctuations

If water enters a connector or cable interface, several problems can occur:

IP testing verifies that the sealing structure of a waterproof cable assembly prevents these failures before products are deployed in the field.

Dust Protection Testing (IP5X and IP6X)

Dust testing verifies that solid particles cannot penetrate the cable assembly enclosure or connector interface.

Testing takes place inside a sealed dust chamber, where fine powder particles are circulated continuously for several hours.

Typical dust testing process:

1. Cable assembly placed inside dust chamber
2. Airflow circulates fine dust particles around the equipment
3. Negative pressure may be applied to simulate real operating conditions
4. After testing, connectors and cable entries are inspected for particle intrusion

Dust test parameters are typically defined as follows:

Most waterproof cable assemblies designed for outdoor or industrial applications are rated IP6X, meaning dust cannot enter the connector or cable interface.

Dust protection is particularly important for industries such as:

• mining equipment
• construction machinery
• outdoor communication systems
• renewable energy installations

Fine dust particles can accumulate inside connectors and eventually cause electrical contact failure if proper sealing is not used.

Water Spray Testing (IPX4 – IPX6)

Water spray testing simulates rain, splashing water, and industrial washdown environments. The cable assembly is exposed to controlled water jets to verify sealing performance.

Water spray testing uses specialized equipment that delivers water at specific pressures and angles.

Typical spray testing parameters include:

During testing, water is sprayed from multiple directions toward the connector interface and cable entry point.

The assembly passes the test if:

• no water reaches electrical contacts
• sealing components remain intact
• electrical functionality remains stable

These tests simulate real environments such as:

• outdoor telecom installations exposed to rain
• industrial equipment cleaned with water spray
• outdoor lighting systems
• rooftop wireless equipment

Water spray testing is especially important for cable assemblies rated IP65.

Immersion Testing (IPX7 and IPX8)

Immersion testing verifies the cable assembly’s ability to prevent water intrusion when submerged.

The cable assembly is placed inside a controlled water tank and submerged according to specific depth and time requirements.

Typical immersion testing parameters:

During testing, engineers monitor several factors:

• seal integrity
• pressure resistance
• connector housing stability
• electrical continuity

After the immersion test is completed, the cable assembly is removed from the water and inspected internally.

The inspection process checks for:

• moisture inside connectors
• water penetration through cable entry points
• insulation degradation

If any water reaches the internal electrical contacts, the assembly fails the test.

Immersion testing is critical for equipment used in:

• marine navigation systems
• underwater sensors
• offshore monitoring equipment
• flood-prone infrastructure

Pressure and Temperature Considerations During Testing

In real environments, water exposure rarely occurs under perfectly stable conditions. Temperature fluctuations and pressure changes can affect sealing performance.

For example:

• heat expansion may loosen seals
• cold temperatures may stiffen cable jackets
• pressure differences can push water into connectors

Because of this, some manufacturers perform additional environmental testing such as:

These tests provide additional confidence that waterproof cable assemblies will perform reliably in demanding environments.

How Manufacturers Verify Waterproof Cable Assemblies After Testing

Once IP testing is completed, manufacturers perform functional inspections to ensure the cable assembly still operates correctly.

Typical verification procedures include:

• electrical continuity testing
• insulation resistance measurement
• signal integrity testing (for RF cables)
• connector mechanical inspection

Quality-focused manufacturers also perform multiple inspection stages during production.

A typical quality process may include:

For example, some manufacturers conduct 100% inspection of waterproof cable assemblies, checking sealing components, connector alignment, and cable integrity before shipment.

This additional inspection ensures that the waterproof protection verified during IP testing is maintained throughout production.

How Do You Choose the Right IP Rating for Waterproof Cable Assemblies?

Selecting the correct IP rating for waterproof cable assemblies is not simply about choosing the highest number available. In real engineering projects, the correct protection level depends on the actual operating environment, installation method, maintenance conditions, and reliability requirements of the equipment. Over-specifying protection can increase costs unnecessarily, while under-specifying it can lead to equipment failure, corrosion, and signal instability.

The right IP rating for waterproof cable assemblies depends on environmental exposure such as rain, dust, immersion risk, cleaning processes, and installation location. Outdoor systems typically require IP65 or IP67 protection, while submerged equipment requires IP68. Engineers should evaluate environmental conditions, connector sealing, cable materials, and installation design to ensure reliable long-term performance.

Evaluate the Real Operating Environment

The first step in selecting the correct IP rating is understanding the environment where the cable assembly will operate. Many failures occur because environmental conditions were underestimated during design.

Key environmental factors include:

• exposure to rain or water spray
• dust or sand concentration
• humidity levels
• possibility of water immersion
• vibration or mechanical movement
• temperature fluctuations

For example, an outdoor wireless antenna system mounted on a building may experience:

• wind-driven rain
• seasonal temperature changes
• dust accumulation
• UV exposure

In this case, IP67 cable assemblies are often recommended, because connectors may occasionally become wet or partially submerged during storms.

Typical environmental recommendations are shown below:

Selecting a rating that matches real environmental conditions helps ensure stable operation while avoiding unnecessary cost increases.

Consider Installation Position and Water Exposure

The position of the cable assembly inside the equipment system can significantly affect water exposure risk.

For example, cables installed on vertical surfaces may only experience rain splashes, while connectors located on horizontal surfaces may collect water during storms.

Typical installation risks include:

A rooftop antenna cable connector may require IP67 protection, because water can accumulate around the connection point during heavy rainfall.

Similarly, cable assemblies installed in underground infrastructure or drainage systems may require IP68 protection, because long-term water exposure is likely.

Understanding installation position allows engineers to choose the correct IP protection level more accurately.

Match the IP Rating with Connector Design

The connector is usually the most vulnerable point in a cable assembly when it comes to water intrusion. Even if the cable jacket itself is waterproof, water can enter through poorly sealed connectors.

Key connector design features that improve waterproof performance include:

• threaded locking connectors
• rubber O-ring seals
• compression gaskets
• molded cable exits

The table below shows common connector sealing methods used in waterproof cable assemblies.

When selecting an IP rating, engineers should ensure that all components in the cable assembly support the same protection level. If a cable is rated IP67 but the connector only supports IP54, the entire assembly will effectively perform at IP54.

Evaluate Maintenance and Cleaning Conditions

Another factor often overlooked during design is how equipment will be cleaned or maintained.

In industrial environments, machines are often cleaned using water spray or pressure washing. In such cases, connectors must resist high-pressure water exposure.

Typical cleaning scenarios include:

For example, food processing machines are frequently cleaned using water jets. These systems typically require IP65 or IP66 cable assemblies to prevent water from entering electrical connectors.

Ignoring cleaning conditions during design can lead to water intrusion during routine maintenance.

Balance Protection Level and Cost

Higher IP ratings generally require more complex sealing structures and stricter manufacturing processes. This can increase production cost.

For example:

• IP65 connectors use basic sealing designs
• IP67 connectors require additional O-ring sealing
• IP68 connectors may require pressure-resistant housings

Cost differences can become significant in large production volumes.

Therefore, engineers should select the lowest IP rating that still meets environmental requirements. This approach maintains reliability while keeping manufacturing costs under control.

Verify the IP Rating Through Testing

Before selecting a cable assembly for mass production, engineers often request testing data from the supplier.

Typical verification methods include:

• water spray testing
• immersion testing
• dust chamber testing
• environmental stress testing

Suppliers should be able to provide:

• technical specifications
• connector drawings
• sealing design information
• test reports or certification documentation

Reliable manufacturers also conduct multiple inspection stages during production to ensure waterproof performance remains consistent across batches.

Work with Experienced Waterproof Cable Assembly Suppliers

Selecting the correct IP rating often requires collaboration between equipment designers and cable assembly manufacturers.

Experienced suppliers can help customers by:

• reviewing application environments
• recommending suitable cable materials
• selecting appropriate connectors
• providing CAD drawings and design support
• producing prototypes for testing

For example, manufacturers with strong engineering support can often provide custom waterproof cable assembly designs within a few days, allowing engineers to test solutions before finalizing production specifications.

This collaborative approach helps prevent costly redesigns and ensures that the selected IP rating meets the equipment’s real operating conditions.

Conclusion: Custom Waterproof Cable Assemblies from Sino-Conn

Waterproof cable assemblies are essential components for modern electronic systems operating in challenging environments. IP ratings provide a clear and reliable method for evaluating how well these cable assemblies protect against dust and water intrusion.

Understanding the differences between IP65, IP67, and IP68 protection levels allows engineers and procurement teams to select cable assemblies that match their equipment’s operating conditions. Choosing the correct IP rating improves equipment reliability, reduces maintenance costs, and prevents system failures caused by environmental exposure.

At Sino-Conn, we specialize in designing and manufacturing custom waterproof cable assemblies for industrial, medical, telecommunications, and outdoor electronic systems. Our engineering team supports customers by providing:

• detailed technical specifications
• rapid CAD drawings and design support
• connector and cable material recommendations
• fast prototype production
• strict quality inspection procedures

With no minimum order quantity, fast sampling in as little as 3 days, and flexible customization options, Sino-Conn helps customers develop reliable waterproof connectivity solutions for their equipment.

If you are developing outdoor electronics, industrial machines, marine systems, or smart infrastructure devices, our team is ready to help.

Contact Sino-Conn today to request a quotation or discuss your custom waterproof cable assembly requirements.