DLPIL9M 9-Pin Low Profile Male In-Line Subsea Ethernet Connector

Product Overview

The HYSF SUBSEA DLPIL9M 9-Pin Low Profile Male In-Line Subsea Ethernet Connector is a compact underwater cable connector designed for high-speed Gigabit Ethernet communication in demanding subsea, offshore, marine, and underwater instrumentation applications.Belonging to the Data Low Profile connector family, the DLPIL9M features nine male electrical pin contacts and a compact in-line cable connector structure. It provides a reliable underwater Ethernet connection between subsea equipment, ROV systems, AUV platforms, underwater cameras, marine sensors, and external data communication cables.The Low Profile Data connector series is designed for applications where installation space is limited and reliable high-speed underwater data transmission is required. Its compact rectangular connector construction helps reduce the space required for cable connections and allows multiple connectors to be integrated into confined subsea equipment layouts.Featuring nine male pin contacts, the DLPIL9M supports 1000BASE-T Gigabit Ethernet communication through four twisted pairs and one dedicated cable screen connection. It provides data transmission rates of up to 1 Gbit/s, with a reference transmission distance of up to 75 meters using a compatible underwater Ethernet cable assembly.The DLPIL9M is particularly suitable for ROV Ethernet networks, underwater camera systems, subsea communication equipment, marine sensor networks, oceanographic instruments, and underwater data acquisition systems.The connector features gold-plated beryllium copper male contacts, a molded Chloroprene Rubber connector body, and a flexible polyurethane cable assembly. The standard inline cable configuration uses four twisted pairs of 24 AWG (0.20 mm²) conductors with a tinned copper braid screen.Its in-line configuration allows direct cable-to-cable connection without requiring a separate panel-mounted bulkhead connector. This makes the DLPIL9M suitable for underwater cable extensions, subsea Ethernet jumpers, ROV tether connections, and modular underwater equipment interconnection systems.The standard reference inline cable length is 100 cm (3.3 ft), with customized cable lengths and cable assembly configurations available according to OEM project requirements.The DLPIL9M is designed to mate with compatible nine-contact female Low Profile connectors, including the corresponding DLPIL9F female in-line connector and compatible female bulkhead configurations such as DLPBH9F.A compatible Low Profile locking strap provides mechanical retention for the mated connector assembly and helps prevent accidental disconnection during underwater operation.According to the official SubConn Data Low Profile 9-contact technical specifications, the connector family supports 250 V DC/AC RMS, Gigabit Ethernet transmission up to 1 Gbit/s, more than 500 wet-mating cycles, and a qualified open-face pressure test of 600 bar (8,700 psi).The same official documentation identifies a 300-bar (4,350 psi) depth rating for the PEEK bulkhead configuration. This PEEK bulkhead rating is a separate specification and should not automatically be assigned to the DLPIL9M in-line cable connector without model-specific pressure qualification.With its nine-pin male configuration, compact in-line structure, high-speed Ethernet capability, flexible PUR cable, and durable molded rubber body, the DLPIL9M provides a practical underwater data connection solution for ROV systems, AUV platforms, subsea cameras, marine monitoring equipment, and deepwater communication systems.HYSF SUBSEA provides low-profile underwater connectors, subsea Ethernet connectors, male in-line connectors, underwater data connectors, and customized subsea Ethernet cable assemblies for OEM manufacturers, ROV integrators, marine engineering companies, and offshore equipment suppliers.

Key Features and Benefits

1. Nine-Pin Male In-Line Configuration

The DLPIL9M features nine male electrical pin contacts in a compact Low Profile in-line connector configuration.The nine-contact design provides an integrated electrical interface for high-speed Ethernet communication and compatible underwater data transmission systems.Key characteristics include:

• Nine male electrical pin contacts
• Nine-contact electrical configuration
• Male in-line cable connector
• Data Low Profile connector construction
• Compact cable-to-cable connection
• Four twisted Ethernet pairs
• One dedicated cable screen connection
• Compatible with corresponding female in-line connectors
• Suitable for underwater Ethernet communication
• Suitable for compact subsea equipment
• Designed for flexible underwater cable assemblies

Typical applications include:

• Gigabit Ethernet communication
• Underwater data transmission
• ROV communication systems
• AUV electronic interfaces
• Subsea camera networks
• Underwater monitoring equipment
• Marine sensor networks
• Underwater inspection systems
• Oceanographic instruments
• Subsea data acquisition equipment

The nine-pin male configuration provides a compact Ethernet connection interface for underwater equipment requiring high-speed data communication.

2. Low Profile Compact Connector Design

The DLPIL9M features a low-profile rectangular connector structure designed for applications where available installation space is limited.Compared with conventional larger connector arrangements, its compact construction helps reduce the space occupied by cable connections and improves cable routing flexibility.Key advantages include:

• Reduced-profile connector structure
• Compact in-line connection
• Space-saving cable arrangement
• Suitable for high-density connector layouts
• Reduced installation footprint
• Convenient integration into compact equipment
• Suitable for small ROV systems
• Suitable for micro-AUV platforms
• Suitable for underwater sensor packages
• Suitable for subsea cable assemblies

The low-profile design is particularly useful for equipment manufacturers who need to integrate multiple underwater cable connections into limited installation space.

3. Gigabit Ethernet Data Transmission

The DLPIL9M belongs to the SubConn Data Low Profile 9-contact connector family.It supports high-speed Ethernet communication through four twisted pairs and a dedicated cable screen connection.According to the official SubConn Data Low Profile technical specifications:

• Data Protocol: 1000BASE-T
• Data Rate: Up to 1 Gbit/s
• Reference Transmission Distance: Up to 75 m
• Number of Ethernet Pairs: 4
• Number of Contacts: 9
• Cable Screen: Dedicated screen connection

This configuration is suitable for underwater systems requiring reliable high-speed data communication between subsea instruments, ROV control systems, underwater cameras, and surface-side monitoring equipment.Typical Ethernet applications include:

• ROV Gigabit Ethernet networks
• AUV data communication
• Underwater camera transmission
• Subsea video monitoring
• Marine sensor data acquisition
• Underwater control networks
• Deepwater monitoring systems
• Offshore instrumentation networks
• Subsea computer communication
• Underwater inspection equipment

The four twisted pairs provide the electrical paths required for 1000BASE-T Ethernet communication.The actual data transmission performance depends on cable construction, cable length, Ethernet equipment, termination quality, and the complete communication system.

4. 250 V DC/AC RMS Voltage Rating

The official SubConn Data Low Profile 9-contact specification identifies a maximum voltage rating of 250 V DC/AC RMS.This is the connector voltage rating and should not be interpreted as a separate power-circuit rating for every contact.The DLPIL9M is primarily designed for underwater Ethernet data transmission and compatible electrical system integration.Typical applications include:

• Subsea communication equipment
• Underwater electronic instruments
• ROV Ethernet interfaces
• AUV communication systems
• Underwater camera networks
• Marine monitoring devices
• Subsea sensor equipment
• Offshore instrumentation
• Underwater data acquisition systems

Actual operating voltage and electrical loading should follow the approved connector and cable configuration.

5. Four-Pair Ethernet and Dedicated Screen Configuration

The DLPIL9M provides nine male contacts arranged for four twisted Ethernet pairs and one dedicated cable screen connection.This configuration supports 1000BASE-T Gigabit Ethernet communication through a single compact underwater connector.The nine-contact arrangement consists of:

• Four twisted pairs for Ethernet data
• One dedicated screen connection

The four twisted pairs provide the signal paths required for Gigabit Ethernet communication, while the additional screen connection supports the cable shielding arrangement.This integrated configuration helps simplify underwater Ethernet connections and reduces the need for separate data connector interfaces.Typical applications include:

• Subsea Ethernet networks
• ROV camera communication
• Underwater video transmission
• Marine data acquisition
• AUV communication interfaces
• Subsea monitoring equipment
• Underwater computer networks
• Oceanographic data systems

The standard nine-contact Data Low Profile configuration does not provide separate dedicated power contacts. Any power-over-Ethernet or customized power integration must be evaluated separately against the approved wiring design.

6. High-Pressure Underwater Connector Family

The DLPIL9M belongs to the SubConn Data Low Profile 9-contact family, which is designed for demanding underwater applications.The official technical documentation identifies:

• Qualified Open-Face Pressure Test: 600 bar
• Open-Face Pressure Equivalent: 8,700 psi
• PEEK Bulkhead Depth Rating: 300 bar
• PEEK Depth Rating Equivalent: 4,350 psi

The 600-bar open-face pressure qualification is a family-level reference test condition. The 300-bar depth rating specifically refers to the PEEK bulkhead configuration.Because the DLPIL9M is an in-line cable connector rather than a PEEK bulkhead, its actual allowable operating depth should be confirmed against the approved in-line product pressure qualification and complete cable assembly.For projects requiring a guaranteed 300-bar operating depth, the complete DLPIL9M cable assembly should be evaluated and pressure tested according to project-specific requirements.

7. Gold-Plated Beryllium Copper Male Contacts

The DLPIL9M features nine male electrical pin contacts made from gold-plated beryllium copper according to the official SubConn Data Low Profile material specifications.Gold-plated beryllium copper contacts provide electrical conductivity, mechanical durability, and corrosion resistance for demanding underwater data communication applications.Key characteristics include:

• Nine male pin contacts
• Beryllium copper contact material
• Gold-plated contact surfaces
• Corrosion-resistant contact interface
• Reliable electrical mating
• Stable signal transmission
• Low contact resistance
• Suitable for repeated mating operations
• Designed for high-speed Ethernet connections

The male pin configuration is designed to mate with corresponding female socket contacts in compatible nine-contact Low Profile connectors.

8. Chloroprene Rubber Connector Body

The DLPIL9M features a Chloroprene Rubber molded connector body.Chloroprene Rubber, commonly known as Neoprene, is widely used in underwater electrical connector systems because of its flexibility, electrical insulation properties, and suitability for marine environments.Key characteristics include:

• Chloroprene Rubber construction
• Neoprene rubber material
• Electrical insulation
• Flexible connector body
• Suitable for seawater environments
• Supports underwater sealing
• Designed for subsea equipment integration
• Suitable for demanding marine conditions

The molded rubber construction provides environmental protection around the electrical interface and supports reliable underwater connector operation.

9. Flexible PUR Underwater Ethernet Cable

The DLPIL9M is supplied with a compatible underwater Ethernet cable assembly.The standard Data Low Profile inline cable specification includes:

• Cable Type: Four-Pair Ethernet Cable
• Conductor Size: 24 AWG
• Conductor Cross-Section: 0.20 mm²
• Cable Jacket: Polyurethane (PUR)
• Cable Screen: Tinned Copper Braid
• Ethernet Configuration: Four Twisted Pairs
• Standard Reference Cable Length: 100 cm

PUR cable jackets are widely used in marine and underwater cable assemblies because of their flexibility, abrasion resistance, and suitability for demanding cable routing environments.The four-pair construction supports Gigabit Ethernet communication, while the tinned copper braid provides the cable shielding arrangement.Customized cable lengths and cable assembly configurations can be evaluated according to OEM project requirements.

10. Low Profile Locking Strap

The DLPIL9M is designed for use with compatible Low Profile locking straps.The locking strap helps retain the mated connector assembly and reduces the risk of accidental disconnection during underwater operation.Reference locking strap characteristics include:

• Low Profile locking strap design
• Chloroprene Rubber material
• Compatible Low Profile connector family
• Mechanical retention
• Supports secure connector mating
• Suitable for subsea cable assemblies
• Suitable for ROV and AUV equipment

The official Data Low Profile drawing identifies an LPA locking strap with a reference length of 139.7 mm and Ø9.5 mm end holes.The correct locking strap should be selected according to the connector configuration and installed according to the manufacturer’s handling instructions.

11. Electrical Insulation and Contact Resistance Performance

The official SubConn Data Low Profile 9-contact technical specifications provide the following reference electrical performance values:

• Insulation Resistance: Greater than 200 MΩ
• Contact Resistance: Less than 0.01 Ω

High insulation resistance helps maintain electrical separation between contacts and reduces unwanted leakage paths.Low contact resistance helps minimize electrical losses at the connector interface and supports reliable Ethernet signal transmission.These electrical characteristics are important for underwater communication systems, marine sensor networks, ROV electronics, and subsea data acquisition equipment.

12. Temperature Resistance for Marine Environments

The DLPIL9M belongs to a connector family designed for demanding marine operating conditions.The official SubConn Data Low Profile technical specifications identify the following reference temperature ranges:

• Water Temperature: −4°C to +60°C
• Air Temperature: −40°C to +60°C
• Storage Temperature: −40°C to +60°C

These temperature ranges support integration into a variety of marine, subsea, and underwater instrumentation applications.The complete system temperature capability should also consider the selected cable, cable jacket, sealing components, and equipment enclosure.

13. Standard Ethernet Cable Wiring and Color Identification

The official SubConn Data Low Profile 9-contact wiring reference identifies the following cable colour assignments:

• Pin 1: Brown
• Pin 2: Brown/White
• Pin 3: Blue
• Pin 4: Blue/White
• Pin 5: Orange
• Pin 6: Orange/White
• Pin 7: Green
• Pin 8: Green/White
• Pin 9: Screen

The four twisted pairs are:

• Pair 1: Brown / Brown-White
• Pair 2: Blue / Blue-White
• Pair 3: Orange / Orange-White
• Pair 4: Green / Green-White

Pin 9 provides the dedicated cable screen connection.These colour assignments are reference wiring information for the standard Data Low Profile Ethernet cable.Actual male and female contact numbering should be checked using the official mating face-view drawings before cable termination.

14. Compatible Female Mating Connectors

The DLPIL9M is a nine-pin male in-line connector designed to mate with compatible nine-contact female Low Profile connectors.Compatible female configurations include:

• DLPIL9F: 9-Pin Low Profile Female In-Line Connector
• DLPBH9F: 9-Pin Low Profile Female Bulkhead Connector

The compatible female connector should have:

• Nine female socket contacts
• Matching Low Profile mating interface
• Compatible nine-contact configuration
• Correct mechanical alignment
• Suitable Low Profile locking strap
• Compatible Ethernet wiring
• Appropriate cable termination

The DLPIL9M and DLPIL9F are suitable for compatible cable-to-cable connection arrangements.The DLPIL9M and DLPBH9F can be used when connecting an underwater cable assembly to a fixed equipment bulkhead interface.The correct mating connector should be verified against the approved engineering drawing before ordering.

15. In-Line Cable-to-Cable Connection

Unlike bulkhead connectors that require installation through an equipment panel or pressure-housing wall, the DLPIL9M features an in-line cable connector configuration.This allows direct connection between compatible underwater cable assemblies without requiring a separate mounting interface.Key benefits include:

• Direct cable-to-cable connection
• No panel mounting required
• No separate bulkhead installation required
• Flexible subsea cable routing
• Convenient cable extension
• Suitable for ROV tether connections
• Suitable for underwater Ethernet jumpers
• Suitable for modular subsea equipment
• Simplified underwater cable interconnection

The in-line design is particularly useful when two underwater cable sections need to be connected in the field or when equipment requires a removable Ethernet cable interface.

16. RJ45 Termination and Network Integration

The DLPIL9M uses a nine-contact underwater Ethernet interface with four twisted pairs and a dedicated screen connection.For connection to standard Ethernet networking equipment, the underwater cable assembly requires an appropriate termination arrangement.According to the official SubConn technical documentation, a standard RJ45 connector cannot be mounted directly on the in-line cable.An RJ45 Phoenix connector or equivalent termination solution is required.Typical network integration applications include:

• Underwater Ethernet switches
• ROV onboard computers
• Surface-side control systems
• Gigabit Ethernet cameras
• Marine network equipment
• Subsea data acquisition systems
• Ethernet communication modules
• Underwater monitoring computers

The final network termination should preserve the four Ethernet twisted pairs and the cable screen connection.

17. Suitable for ROV Systems

Remotely Operated Vehicles require reliable underwater connections for cameras, sensors, lighting, control electronics, and communication systems.The DLPIL9M provides a compact male in-line interface for compatible ROV Ethernet cable assemblies.Typical ROV applications include:

• ROV Gigabit Ethernet networks
• Underwater camera connections
• ROV control electronics
• Subsea communication interfaces
• Underwater inspection systems
• Marine sensor connections
• ROV monitoring equipment
• Subsea data acquisition equipment
• ROV tether extensions
• Underwater network connections

Its low-profile construction helps reduce cable congestion and allows more flexible routing in compact ROV equipment layouts.

18. Suitable for AUV and Micro-AUV Platforms

Autonomous Underwater Vehicles require compact and reliable electrical connections for navigation systems, sensors, communication equipment, and onboard electronics.The DLPIL9M provides a low-profile male in-line interface for compatible AUV equipment and underwater Ethernet cable assemblies.Typical applications include:

• Micro-AUV electronic systems
• Autonomous underwater communication systems
• Underwater navigation equipment
• AUV sensor packages
• Autonomous monitoring platforms
• Subsea electronic enclosures
• Marine research vehicles
• Underwater data acquisition systems
• Autonomous inspection equipment
• Underwater vehicle communication networks

Its compact in-line construction is particularly useful for underwater vehicles with limited installation space.

19. Underwater Camera and Video Systems

Underwater cameras require dependable Ethernet connections for high-resolution video transmission, remote monitoring, and subsea image processing.The DLPIL9M supports compatible Gigabit Ethernet communication systems for underwater imaging applications.Typical applications include:

• ROV Gigabit Ethernet cameras
• Underwater inspection cameras
• Subsea video monitoring
• Marine imaging equipment
• Underwater surveillance systems
• Deepwater camera housings
• Remote video transmission systems
• Subsea image processing equipment
• Multi-camera underwater platforms

Its nine-contact data interface supports four-pair Ethernet communication through a single compact underwater connector.

20. Subsea Sensor and Monitoring Systems

Modern underwater monitoring systems often require high-speed data connections between multiple sensors, onboard computers, and surface-side control equipment.The DLPIL9M provides an Ethernet interface for compatible subsea monitoring applications.Typical applications include:

• Oceanographic sensor networks
• Environmental monitoring systems
• Underwater data loggers
• Subsea measurement instruments
• Water-quality monitoring systems
• Marine research platforms
• Deep-sea sensor nodes
• Subsea monitoring stations
• Offshore instrumentation
• Scientific underwater equipment

The connector supports compact integration of Ethernet-enabled monitoring devices into underwater cable networks.

21. Subsea Oil and Gas Equipment

Offshore oil and gas systems require reliable electrical and data connections for subsea monitoring, communication, instrumentation, and control equipment.The DLPIL9M provides a compact in-line connection for compatible underwater Ethernet cable assemblies.Typical applications include:

• Subsea monitoring equipment
• Offshore communication systems
• ROV intervention equipment
• Underwater inspection tools
• Subsea electronic housings
• Marine instrumentation
• Offshore data acquisition
• Subsea cable connections
• Remote monitoring systems
• Underwater network equipment

Its flexible cable configuration supports integration into compatible offshore and subsea electronic systems.

22. Underwater Communication and Data Acquisition

Underwater communication systems require stable electrical connections for Ethernet data transmission between subsea instruments and surface-side control equipment.The DLPIL9M supports compatible 1000BASE-T Gigabit Ethernet communication and can be integrated into underwater data acquisition systems.Typical applications include:

• Underwater Ethernet networks
• Subsea communication interfaces
• Gigabit Ethernet data transmission
• Marine data acquisition systems
• Underwater computer networks
• ROV communication systems
• AUV data interfaces
• Oceanographic research equipment
• Subsea monitoring platforms
• Deepwater communication instruments

Its four-pair Ethernet configuration provides a compact interface for high-speed underwater data communication.

23. OEM and Customized Subsea Cable Connector Solutions

HYSF SUBSEA provides low-profile underwater connectors, subsea Ethernet connectors, in-line cable connectors, and customized underwater cable assemblies for OEM equipment manufacturers.Engineering and customization support can include:

• Nine-pin male in-line connectors
• Data Low Profile connector configurations
• Customized underwater cable lengths
• Four-pair Ethernet cable assemblies
• 24 AWG / 0.20 mm² Ethernet conductors
• PUR cable jackets
• Tinned copper braid screening
• Customized screen termination
• Compatible female in-line connectors
• Compatible female bulkhead connectors
• Low Profile locking straps
• Customized cable harnesses
• Technical drawings
• Electrical testing
• Ethernet communication testing
• Hydrostatic pressure testing
• OEM equipment integration

Customers can provide cable length, cable diameter, cable jacket material, Ethernet protocol, operating depth, wiring requirements, mating connector models, and equipment integration drawings for engineering evaluation.

DLPIL9M Technical Specifications

• Brand: HYSF SUBSEA
• Model: DLPIL9M
• Connector Series: Data Low Profile
• Product Type: Low Profile Male In-Line Underwater Connector
• Number of Contacts: 9
• Contact Gender: Male Pin
• Data Protocol: 1000BASE-T Gigabit Ethernet
• Data Transmission Rate: Up to 1 Gbit/s
• Reference Transmission Distance: Up to 75 m
• Ethernet Configuration: 4 Twisted Pairs
• Screen Connection: 1 Dedicated Contact
• Voltage Rating: 250 V DC/AC RMS
• Insulation Resistance: Greater than 200 MΩ
• Contact Resistance: Less than 0.01 Ω
• Wet-Mating Cycles: More than 500
• Qualified Family Open-Face Pressure Test: 600 bar / 8,700 psi
• PEEK Bulkhead Depth Rating: 300 bar / 4,350 psi (Bulkhead Configuration)
• Connector Body Material: Chloroprene Rubber
• Male Contact Material: Beryllium Copper
• Male Contact Plating: Gold-Plated
• O-Ring Material: Nitrile (Where Applicable to Mating Configuration)
• Locking Strap Material: Chloroprene Rubber
• Reference Locking Strap: LPA
• Inline Cable Reference Length: 100 cm
• Inline Cable Configuration: 4-Pair 24 AWG / 0.20 mm² PUR
• Cable Screen: Tinned Copper Braid
• Water Temperature: −4°C to +60°C
• Air Temperature: −40°C to +60°C
• Storage Temperature: −40°C to +60°C
• Connector Style: Low Profile Male In-Line
• Mounting Style: Cable-Mounted / In-Line
• Mating Connector: Compatible Nine-Contact Female Low Profile Connector
• Reference Mating Models: DLPIL9F / DLPBH9F
• Typical Applications: ROVs, AUVs, Underwater Cameras, Subsea Ethernet Networks, Marine Sensors, Oceanographic Instruments, and Offshore Monitoring Systems

Typical Applications of DLPIL9M

1. ROV Systems

Nine-pin male in-line Ethernet connections for ROV communication networks, cameras, sensors, control equipment, and underwater cable assemblies.

2. Micro-AUV Platforms

Low-profile Ethernet cable interfaces for compact autonomous underwater vehicles, sensor systems, and onboard communication equipment.

3. Subsea Ethernet Cable Assemblies

In-line male connectors for underwater Ethernet cables, subsea network connections, and equipment interconnection systems.

4. Underwater Camera Systems

Gigabit Ethernet connections for ROV cameras, underwater inspection cameras, and subsea video monitoring equipment.

5. Subsea Ethernet Networks

High-speed data interfaces for underwater network devices, subsea computers, and remote monitoring equipment.

6. Oceanographic Instruments

Ethernet cable connections for marine research instruments, underwater data loggers, and environmental sensors.

7. Environmental Monitoring Systems

Compact underwater communication interfaces for water-quality sensors, turbidity instruments, and long-term marine monitoring platforms.

8. Subsea Oil and Gas Equipment

In-line Ethernet cable connections for offshore monitoring, underwater inspection equipment, subsea control systems, and marine instrumentation.

9. Deep-Sea Research Equipment

Compact underwater data connections for scientific landers, benthic observatories, deepwater sensor nodes, and research instruments.

10. Marine Robotics

Low-profile cable interfaces for underwater robotic platforms, autonomous inspection equipment, and subsea electronic systems.

11. Underwater Communication Equipment

Gigabit Ethernet connections for underwater communication devices, subsea network systems, and marine data acquisition equipment.

12. ROV Tether and Umbilical Systems

In-line male Ethernet connectors for compatible ROV tether extensions, underwater cable interconnections, and subsea communication harnesses.

DLPIL9M vs DLPIL9F

Both DLPIL9M and DLPIL9F belong to the Data Low Profile 9-contact connector family and share the same basic electrical and mechanical interface.Their main difference is the contact gender.

DLPIL9M

• Nine male pin contacts
• Male in-line cable connector
• Cable-mounted configuration
• Gold-plated beryllium copper male contacts
• Designed to mate with compatible female connectors
• Suitable for underwater Ethernet cable assemblies

DLPIL9F

• Nine female socket contacts
• Female in-line cable connector
• Cable-mounted configuration
• Gold-plated brass UNS C36000 female contacts
• Designed to mate with compatible male connectors
• Suitable for underwater Ethernet cable assemblies

Both configurations support compatible Data Low Profile nine-contact Ethernet connections.

DLPIL9M vs DLPBH9M

Both connectors belong to the Data Low Profile 9-contact family and feature nine male pin contacts.Their main difference is the mounting configuration.

DLPIL9M

• Nine male pin contacts
• Male in-line cable connector
• Cable-mounted installation
• Designed for direct cable-to-cable connections
• Standard reference cable length of 100 cm
• Suitable for underwater Ethernet jumpers and cable assemblies

DLPBH9M

• Nine male pin contacts
• Male bulkhead connector
• Panel-mounted installation
• Designed for equipment housing integration
• Fixed mounting arrangement
• Suitable for underwater pressure-housing interfaces

The DLPIL9M is suitable when a cable-mounted connector is required, while the DLPBH9M is more appropriate for permanent installation in an underwater equipment panel.

DLPIL9M vs DLPBH9F

Both connectors belong to the Data Low Profile 9-contact family but serve different installation purposes.

DLPIL9M

• Nine male pin contacts
• Male in-line cable connector
• Cable-mounted configuration
• Designed for cable-to-cable connections
• Suitable for underwater Ethernet cable assemblies

DLPBH9F

• Nine female socket contacts
• Female bulkhead connector
• Fixed panel-mounted configuration
• Designed for equipment housing integration
• Suitable for subsea pressure-housing connections

The DLPIL9M and DLPBH9F can be selected as a compatible male cable connector and female bulkhead combination.

DLPIL9M vs 13-Pin Power Data Low Profile Connector

The DLPIL9M is a nine-contact Data Low Profile Ethernet connector. It uses eight contacts for four Ethernet twisted pairs and one additional contact for cable screening.For applications requiring separate power conductors and Gigabit Ethernet within the same connector, the 13-contact Power Data Low Profile configuration is a more appropriate reference design.The 13-contact Power Data configuration provides:

• Four twisted Ethernet pairs
• Four dedicated power conductors
• One screen connection
• 1 Gbit/s Ethernet data transmission
• 4 A per power contact
• 16 A maximum total power current
• 600 V DC/AC RMS power-wire rating
• 250 V DC/AC RMS data-wire rating
• 300-bar PEEK bulkhead depth rating

The appropriate model should be selected according to the required power voltage, current, Ethernet protocol, pin assignment, cable construction, and installation dimensions.

Installation and Maintenance Guidelines

1. Verify Connector Compatibility

Before mating, confirm that the DLPIL9M is compatible with the selected nine-contact female Low Profile connector.Check the contact arrangement, mechanical alignment, and connector configuration.

2. Inspect the Male Pin Contacts

Inspect all nine male pin contacts for contamination, corrosion, bending, mechanical damage, or foreign particles.

3. Inspect the Cable Assembly

Check the PUR cable jacket, cable entry, screen termination, and molded connector body for visible damage.

4. Check Ethernet Wiring

Verify the four twisted Ethernet pairs and dedicated screen connection according to the approved wiring diagram.

5. Perform Electrical Testing

Check electrical continuity, insulation resistance, contact resistance, Ethernet pair assignment, and screen continuity before deployment.

6. Align the Female Mating Connector

Align the DLPIL9M with its compatible nine-contact female DLPIL9F in-line cable connector.Ensure that the keying features and contact positions are correctly aligned before mating.

7. Complete the Mating Operation

Perform mating according to the connector manufacturer’s procedures.Avoid forcing the connector or applying excessive mechanical loads to the male pin contacts.

8. Install the Low Profile Locking Strap

Install the compatible Low Profile locking strap and verify that the mated connector assembly is securely retained before underwater deployment.

9. Verify Ethernet Communication

Perform Ethernet continuity and communication tests using compatible network equipment.Verify the intended data rate and transmission performance before deployment.

10. Perform Hydrostatic Pressure Testing

Test the complete connector and cable assembly according to the project-specific pressure qualification requirements.For applications requiring 300-bar operation, confirm the actual in-line connector and cable assembly qualification rather than relying solely on the PEEK bulkhead rating.

11. Post-Deployment Maintenance

After exposure to seawater, inspect the connector body, male electrical contacts, cable jacket, cable entry, screen termination, and locking strap.Rinse exposed connector surfaces with fresh water after seawater recovery and maintain the connector according to the manufacturer’s recommendations.

Quality Control and Testing

Depending on the approved product configuration and project requirements, quality-control procedures may include:

• Visual inspection
• Dimensional inspection
• Cable length inspection
• Cable jacket inspection
• Nine-contact position verification
• Gold-plating inspection
• Male pin contact inspection
• Electrical continuity testing
• Contact resistance testing
• Insulation resistance testing
• Ethernet pair continuity testing
• Ethernet communication testing
• Cable screen continuity testing
• Mating compatibility testing
• Locking strap inspection
• Hydrostatic pressure testing
• Post-pressure electrical performance verification
• Final product inspection

Electrical test reports, Ethernet test documentation, cable inspection reports, and hydrostatic pressure test records can be provided according to agreed project requirements.

Frequently Asked Questions

Q1: What is the DLPIL9M underwater connector?

The DLPIL9M is a nine-pin male Data Low Profile in-line connector designed for underwater Gigabit Ethernet communication and subsea cable interconnection applications.

Q2: How many contacts does the DLPIL9M have?

The DLPIL9M features nine male electrical pin contacts.

Q3: What Ethernet protocol does the DLPIL9M support?

The standard Data Low Profile 9-contact configuration supports 1000BASE-T Gigabit Ethernet.

Q4: What is the maximum data transmission rate?

The reference data transmission rate is up to 1 Gbit/s.

Q5: What is the reference Ethernet transmission distance?

The official SubConn Data Low Profile specification identifies a reference transmission distance of up to 75 meters using a compatible cable assembly.

Q6: What is the voltage rating?

The official Data Low Profile 9-contact specification identifies a maximum voltage rating of 250 V DC/AC RMS.

Q7: What is the pressure rating?

The official Data Low Profile documentation identifies a 600-bar open-face pressure qualification for the connector family. The 300-bar depth rating specifically refers to the PEEK bulkhead configuration. The actual operating depth of the DLPIL9M in-line assembly should be confirmed against its own pressure qualification.

Q8: What contact arrangement does the connector use?

The nine-contact Ethernet arrangement consists of four twisted pairs and one dedicated cable screen connection.

Q9: What contact material does the DLPIL9M use?

The male pin contacts are made from gold-plated beryllium copper.

Q10: What is the connector body material?

The connector body is made from Chloroprene Rubber.

Q11: What cable is used with the DLPIL9M?

The standard Data Low Profile inline cable uses four pairs of 24 AWG (0.20 mm²) PUR conductors with a tinned copper braid screen.

Q12: What is the standard cable length?

The official reference inline cable length is 100 cm (3.3 ft). Customized cable lengths can be evaluated according to project requirements.

Q13: Which locking accessory is compatible?

The DLPIL9M uses a compatible Low Profile locking strap made from Chloroprene Rubber.

Q14: Is the DLPIL9M suitable for ROV applications?

Yes. Its low-profile construction and Gigabit Ethernet interface make it suitable for compatible ROV camera systems, communication equipment, sensor networks, and subsea cable assemblies.

Q15: Is the DLPIL9M suitable for AUV applications?

Yes. It can be integrated into compatible AUV and micro-AUV communication systems, cable assemblies, and underwater sensor networks.

Q16: Is the DLPIL9M a wet-mateable connector?

The Data Low Profile connector family supports underwater mating operations, with more than 500 wet-mating cycles specified in the official technical documentation.

Q17: Which connector mates with the DLPIL9M?

The DLPIL9M is designed to mate with compatible nine-contact female Low Profile connectors, including DLPIL9F and DLPBH9F.

Q18: Can the connector be supplied with customized cable lengths?

Yes. Customized underwater Ethernet cable assemblies can be evaluated according to cable length, cable construction, PUR jacket requirements, and termination specifications.

Q19: Can a standard RJ45 connector be installed directly on the inline cable?

According to the official SubConn technical documentation, a standard RJ45 connector cannot be mounted directly on the inline cable. An RJ45 Phoenix connector or equivalent termination solution is required.

Q20: Does the standard DLPIL9M provide separate power contacts?

No. The standard nine-contact Data Low Profile configuration uses eight contacts for four Ethernet twisted pairs and one contact for the cable screen. It does not provide separate dedicated power contacts.

Q21: Which connector should be selected for combined power and Ethernet?

For combined power and Gigabit Ethernet requirements, the 13-contact Power Data Low Profile connector is the more appropriate reference configuration. It provides four dedicated power conductors, four Ethernet twisted pairs, and one screen connection.

Q22: Can hydrostatic pressure test reports be supplied?

Hydrostatic pressure testing and corresponding documentation can be arranged according to agreed project requirements.

Why Choose HYSF SUBSEA DLPIL9M?

The HYSF SUBSEA DLPIL9M 9-Pin Low Profile Male In-Line Subsea Ethernet Connector provides a compact underwater connectivity solution for applications requiring reliable high-speed Ethernet communication.Its principal features include:

• Nine male electrical pin contacts
• Data Low Profile connector construction
• Compact male in-line design
• 1000BASE-T Gigabit Ethernet compatibility
• Up to 1 Gbit/s data transmission
• Reference transmission distance up to 75 m
• Four twisted Ethernet pairs
• Dedicated cable screen connection
• 250 V DC/AC RMS voltage rating
• 600-bar family open-face pressure qualification
• 300-bar PEEK bulkhead depth-rated option within the series
• Gold-plated beryllium copper male contacts
• Chloroprene Rubber connector body
• Flexible PUR underwater Ethernet cable
• Tinned copper braid cable shielding
• 100 cm standard reference cable length
• More than 500 wet-mating cycles
• Compatible Low Profile locking strap
• Compatible DLPIL9F female in-line connector
• Suitable for ROV and AUV systems
• Suitable for underwater Ethernet camera systems
• Suitable for subsea communication equipment
• Suitable for underwater cable interconnection
• OEM engineering and cable assembly support

For ROV manufacturers, AUV developers, offshore engineering contractors, marine equipment manufacturers, and oceanographic research institutions, the DLPIL9M provides a practical nine-pin male in-line solution for compact underwater Gigabit Ethernet connectivity.Contact HYSF SUBSEA for product specifications, technical drawings, cable lengths, compatible female mating connectors, Low Profile locking straps, underwater Ethernet cable assemblies, hydrostatic pressure testing, and quotations for the DLPIL9M 9-Pin Low Profile Male In-Line Subsea Ethernet Connector.