MINK-CCP 19-Pin #22 Female SEACON MINI-CON Compatible Wet-Mate Cable Connector

Product Overview

The HYSF SUBSEA MINK-CCP 19-Pin #22 Female Underwater Connector is a compact wet-mate electrical cable connector designed to be compatible with the SEACON MINI-CON MINK series.Featuring 19 female electrical contacts with #22 contact size, the MINK-CCP provides a high-density electrical connection in a compact underwater connector body.Designed for demanding subsea applications, the connector supports underwater mating and unmating with its compatible male bulkhead receptacle, making it suitable for ROV systems, AUV platforms, underwater sensors, subsea cameras, oceanographic instruments, and marine communication equipment.The reference configuration features a flexible chloroprene rubber body, a corrosion-resistant 316 stainless steel housing, gold-plated brass female contacts, and nitrile O-ring seals.Titanium housing is available as an optional material for weight-sensitive subsea applications.The published reference specifications include a 300 V electrical rating, 3 A per contact, a 600 bar mated pressure rating, and a 400 bar open-face pressure rating.The MINK-CCP is particularly suitable for underwater instrument packages requiring multiple power, signal, and communication circuits within a compact cable-mounted connector.HYSF SUBSEA can evaluate compatible configurations, customized cable lengths, cable jacket materials, housing materials, and electrical termination requirements according to OEM project specifications.

Key Features and Benefits

1. 19-Pin High-Density Electrical Configuration

The MINK-CCP incorporates 19 independent electrical contact positions using #22-size contacts.This high-density arrangement allows multiple electrical circuits to be integrated into one compact underwater connector.Typical applications include:

• Multiple sensor connections
• Power supply circuits
• Control signal transmission
• Communication interfaces
• Navigation equipment
• Underwater measurement systems
• Auxiliary instrumentation
• Subsea monitoring equipment

The 19-contact configuration helps reduce the number of individual connectors required in compact subsea equipment.

2. SEACON MINI-CON MINK Series Compatible Interface

The MINK-CCP is designed around the SEACON MINI-CON MINK mechanical and electrical interface.Its compatible configuration is intended for subsea equipment manufacturers and system integrators requiring replacement connectors or new cable assemblies for existing MINI-CON installations.Key benefits include:

• MINI-CON MINK compatible interface
• Compact Size K configuration
• 19-contact arrangement
• Female socket contact configuration
• Compatible male mating connector
• Flexible cable assembly options
• Suitable for underwater equipment integration

Mechanical dimensions, contact arrangement, keying, coupling threads, and electrical continuity should be verified before claiming full interchangeability.

3. Wet-Mate Underwater Connection

The MINK-CCP features a wet-mate electrical connection design.Compatible connector halves can be connected and disconnected underwater, making it suitable for subsea equipment that requires convenient maintenance, replacement, and underwater intervention.Its wet-mate construction is designed for repeated underwater connection cycles.Key benefits include:

• Underwater connection capability
• Underwater disconnection capability
• Reduced equipment recovery requirements
• Convenient ROV-assisted intervention
• Flexible subsea equipment replacement
• Suitable for frequently serviced underwater instruments

The correct mating procedure and locking sleeve installation must be followed before deployment.

4. Female Socket Contact Configuration

The MINK-CCP 19#22 version features 19 female socket contacts.The reference contact material is gold-plated brass.Gold plating helps provide stable electrical contact performance and resistance to corrosion at the mating interface.The corresponding male connector uses gold-plated beryllium copper contacts according to the published reference configuration.The contact gender and pin assignment should be verified against the approved mating interface drawing.

5. 300 V Electrical Rating

The published MINK-CCP reference specification identifies a 300 V DC/AC RMS electrical rating.This makes the connector suitable for appropriately designed subsea power and signal circuits.The 19-contact arrangement allows multiple electrical circuits to share a single compact connection interface.The actual operating voltage should be verified against the final cable insulation, contact spacing, environmental conditions, and electrical qualification requirements.

6. 3 A Current Rating Per Contact

The reference specification identifies a current rating of 3 A per contact.This allows the connector to support multiple low-current power and signal circuits.Typical applications include:

• Sensor power supplies
• Instrumentation signals
• Control circuits
• Communication interfaces
• Auxiliary equipment connections

The permissible current per contact and total connector current must be evaluated according to the actual wiring arrangement, simultaneous loading, cable construction, and thermal conditions.

7. 600 Bar Mated Pressure Rating

The published MINK-CCP reference specification lists a mated pressure rating of 600 bar (8,700 psi).This corresponds approximately to 6,000 meters of seawater pressure depth.The connector is intended for demanding subsea instrument applications within its qualified pressure envelope.The reference product also identifies an open-face pressure rating of 400 bar (5,800 psi).Actual pressure performance depends on:

• Connector housing construction
• Contact insert configuration
• Mating connector compatibility
• Sealing components
• Cable termination
• Operating conditions
• Hydrostatic qualification

The complete assembly should be qualified against the required operating pressure.

8. More Than 500 Mating Cycles

The published reference specification identifies more than 500 wet-mate cycles.This makes the MINK-CCP suitable for underwater equipment requiring repeated connection and disconnection.The actual service life depends on operating conditions, mating procedures, contamination exposure, and maintenance.Regular inspection of the electrical contacts and sealing components is recommended.

9. Chloroprene Rubber Connector Body

The MINK-CCP reference design features a chloroprene rubber connector body.This flexible elastomer construction provides mechanical protection around the electrical contact interface.Key characteristics include:

• Flexible rubber construction
• Environmental sealing support
• Mechanical protection
• Resistance to marine exposure
• Suitability for subsea applications

The final elastomer formulation should be confirmed according to the approved product configuration.

10. Corrosion-Resistant Stainless Steel Housing

The reference MINK-CCP configuration uses 316 stainless steel for the shell and coupling hardware.This material provides mechanical strength and corrosion resistance for marine and subsea environments.Titanium is available as an optional housing material for weight-sensitive underwater equipment.Potential material options include:

• 316 Stainless Steel
• Titanium (Optional)

The appropriate housing material should be selected according to operating depth, seawater exposure, mechanical loading, and equipment weight requirements.

11. Gold-Plated Electrical Contacts

The reference MINK-CCP female contact configuration uses gold-plated brass contacts.Gold plating helps maintain stable electrical contact performance and reduces the risk of contact corrosion.The corresponding male mating connector uses gold-plated beryllium copper contacts in the published reference configuration.The contact plating thickness and final contact alloy should be confirmed against the approved production BOM.

12. Protective Sealing System

The reference design incorporates nitrile O-ring seals to support environmental sealing.These sealing components help prevent water ingress through the connector interface when correctly assembled and mated.The connector should be inspected before each deployment to verify that the sealing components are clean and undamaged.

13. Secure Locking Sleeve

The MINK-CCP reference configuration supports POM or stainless steel locking sleeve options.The locking sleeve helps secure the connector after mating and reduces the risk of accidental separation during subsea operation.The correct locking sleeve must be installed and engaged before deployment.Never deploy the connector without its required locking component.

14. Flexible Subsea Cable Options

The MINK-CCP can be integrated into customized underwater electrical cable assemblies.The reference product information identifies:

• Polyurethane (PUR) cable jacket
• Synthetic rubber cable jacket

Cable outer diameter, conductor arrangement, shielding, and cable length can be specified according to the intended application.Factory-terminated cable assemblies can be evaluated for ROV, AUV, and underwater instrumentation projects.

15. Customization for OEM Projects

HYSF SUBSEA can evaluate customized MINK-compatible configurations for subsea equipment manufacturers and system integrators.Potential customization requirements include:

• 19-contact configuration
• Female socket contacts
• Cable length
• Cable outer diameter
• Cable conductor specifications
• Cable jacket material
• 316 stainless steel housing
• Titanium housing
• Contact material
• Contact plating
• Locking sleeve material
• Cable termination
• Electrical testing
• Hydrostatic pressure testing
• Customized cable assemblies

Customized configurations should be reviewed against the final mechanical and electrical requirements before production.

MINK-CCP Technical Specifications

Parameter	Reference Specification
Brand	HYSF SUBSEA
Model	MINK-CCP
Connector Series	MINI-CON MINK
Compatible Series	SEACON MINI-CON
Connector Type	Cable Connector Plug
Shell Size	K
Number of Contacts	19
Contact Size	#22
Contact Gender	Female Socket
Mating Type	Wet-Mate
Voltage Rating	300 V DC / AC RMS
Current per Contact	3 A
Insulation Resistance	>200 MΩ
Contact Resistance	<0.01 Ω
Mated Pressure Rating	600 bar / 8,700 psi
Open-Face Pressure Rating	400 bar / 5,800 psi
Mating Cycles	>500
Water Temperature	−4°C to +60°C
Air Temperature	−40°C to +60°C
Connector Body	Chloroprene Rubber
Housing Material	316 Stainless Steel
Optional Housing	Titanium
Female Contact Material	Gold-Plated Brass
Male Mating Contact Material	Gold-Plated Beryllium Copper
Locking Sleeve	POM / Stainless Steel
Sealing	Nitrile O-Ring
Cable Jacket	PUR / Synthetic Rubber
Cable Outer Diameter	Customer-Specified
Cable Length	Customized
Mating Connector	MINK-FCR 19#22

Engineering Note: These specifications are based on the publicly available MINK-CCP reference product information and MINI-CON parts catalogue. Confirm the final HYSF contact materials, mechanical dimensions, electrical performance, and pressure qualification before publishing guaranteed specifications.

Typical Applications of MINK-CCP

1. ROV Systems

The MINK-CCP is suitable for compact ROV systems requiring multiple electrical connections for sensors, cameras, control signals, and auxiliary equipment.

2. AUV Platforms

Autonomous underwater vehicles can use the 19-contact configuration for connecting multiple electrical circuits within a compact cable interface.

3. Underwater Sensor Packages

The connector can support underwater sensor systems involving pressure, temperature, conductivity, and fluorescence measurements.

4. Subsea Camera Systems

Underwater camera systems may use the MINK-CCP for combining power and control circuits within a single compact electrical connection.

5. Oceanographic Instruments

Marine research instruments can benefit from the high-density contact configuration for multiple sensor and measurement connections.

6. Acoustic Modems and Hydrophone Arrays

The connector is suitable for compatible acoustic communication equipment and underwater hydrophone systems.

7. Underwater Navigation Equipment

Navigation instruments may use the MINK-CCP for power, data, and external sensor connections.

8. Scientific Landers and Benthic Observatories

Underwater research platforms often require multiple electrical circuits for sensor arrays, data acquisition, and control equipment.

9. Offshore Monitoring Systems

The connector can be integrated into compatible underwater monitoring equipment requiring multiple low-current electrical circuits.

10. Diving Instrumentation

Suitable diving instrumentation and mixed-gas monitoring systems may use compact multi-contact underwater electrical connectors.

Installation and Maintenance Guidelines

Step 1: Inspect the Connector

Inspect the connector body, contact face, coupling ring, and sealing surfaces for visible damage or contamination.

Step 2: Inspect the Electrical Contacts

Check all 19 female socket contacts for corrosion, deformation, contamination, or damage.

Step 3: Inspect the O-Rings

Check the nitrile O-rings for cuts, deformation, or contamination.Replace damaged sealing components before deployment.

Step 4: Clean the Mating Interface

Follow the approved wet-mate cleaning procedure.Ensure that the mating surfaces are free from debris and foreign materials.

Step 5: Verify Contact Configuration

Confirm the 19-contact arrangement and pin assignment against the approved electrical wiring diagram.

Step 6: Align the Connector Halves

Align the mechanical guide features and mating interface.Avoid forcing the connector halves together at an incorrect angle.

Step 7: Complete the Wet-Mate Connection

Follow the approved underwater mating procedure.Ensure that the connector is fully engaged.

Step 8: Install the Locking Sleeve

Install the specified POM or stainless steel locking sleeve.Verify that the locking mechanism is fully engaged before deployment.

Step 9: Perform Electrical Testing

Check electrical continuity, contact resistance, and insulation resistance according to the applicable test requirements.

Step 10: Complete Pressure Qualification

Verify the complete mated connector and cable assembly against the required hydrostatic pressure rating.

Step 11: Post-Deployment Maintenance

After recovery, rinse the connector with fresh water according to the approved maintenance procedure.Inspect the contacts and sealing components, and install protective caps when the connector is not in use.Important: Always follow the approved wet-mate procedure. Never force the connector or exceed its qualified operating pressure.

Quality Control and Testing

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

• Visual inspection
• Dimensional inspection
• Contact position verification
• Contact plating inspection
• Electrical continuity testing
• Contact resistance testing
• Insulation resistance testing
• Mating compatibility testing
• Locking sleeve inspection
• O-ring inspection
• Cable termination inspection
• Hydrostatic pressure testing
• Electrical performance verification after pressure testing

Electrical test reports, dimensional inspection reports, and hydrostatic pressure test certificates can be provided according to agreed project requirements.

Frequently Asked Questions

Q1: What is the MINK-CCP connector?

The MINK-CCP is a 19-contact cable connector plug from the MINI-CON MINK series, designed for underwater electrical connections.

Q2: What does 19#22 mean?

It means the connector contains 19 electrical contact positions using #22-size contacts.

Q3: Is the MINK-CCP male or female?

The specified MINK-CCP 19#22 configuration uses female socket contacts, although its overall mechanical configuration is a cable connector plug.

Q4: Is the MINK-CCP wet-mate or dry-mate?

It is a wet-mate underwater electrical connector designed for connection and disconnection underwater with its compatible mating connector.

Q5: Which connector mates with the MINK-CCP?

The corresponding connector is the MINK-FCR 19#22 Size K bulkhead receptacle.

Q6: What is the voltage rating?

The published reference specification identifies 300 V DC/AC RMS.

Q7: What is the current rating?

The reference specification identifies 3 A per contact. The actual allowable total current depends on simultaneous loading and thermal conditions.

Q8: What is the pressure rating?

The reference specification lists 600 bar (8,700 psi) when mated and 400 bar (5,800 psi) open-face.

Q9: How many mating cycles are supported?

The published reference specification identifies more than 500 mating cycles.

Q10: What materials are available?

The reference configuration uses a chloroprene rubber body, 316 stainless steel housing, and gold-plated brass female contacts. Titanium housing is available as an option.

Q11: Can the cable length be customized?

Yes. Cable length, outer diameter, jacket material, shielding, and conductor configuration can be specified according to the project requirements.

Q12: Is the MINK-CCP suitable for ROV applications?

Yes. It is suitable for compatible ROV sensor packages, camera systems, navigation equipment, and subsea cable assemblies.

Q13: Can the connector be supplied with a locking sleeve?

Yes. POM and stainless steel locking sleeve options are identified in the reference product configuration.

Q14: Can hydrostatic pressure test reports be supplied?

Hydrostatic pressure testing and corresponding test documentation can be specified according to the agreed project requirements.

Why Choose HYSF SUBSEA MINK-CCP?

The HYSF SUBSEA MINK-CCP 19-Pin #22 Female Wet-Mate Underwater Connector provides a compact, high-density electrical connection solution for demanding subsea applications.Its principal features include:

• SEACON MINI-CON MINK compatible interface
• Compact Size K configuration
• 19 electrical contact positions
• #22 female socket contacts
• Wet-mate connection capability
• 300 V DC/AC RMS reference voltage
• 3 A per contact reference rating
• 600 bar mated pressure reference
• 400 bar open-face pressure reference
• More than 500 mating cycles (Reference)
• Chloroprene rubber connector body
• 316 stainless steel housing
• Optional titanium housing
• Gold-plated brass female contacts
• POM or stainless steel locking sleeve
• PUR or synthetic rubber cable options
• Customized subsea cable assemblies
• Electrical and hydrostatic testing options

For ROV manufacturers, AUV developers, oceanographic research organizations, subsea equipment integrators, and offshore engineering companies, the MINK-CCP provides a compact 19-contact wet-mate electrical interface for underwater power, signal, and instrumentation connections.