HPHT Hermetic

Multi-Pin KTK

Rugged multi-pin hermetic connectors built with PEEK insulation for reliable electrical performance under high pressure, high temperature, shock and vibration.

Rampart HPHT Hermetic Multi-Pin KTK Connector
20,000 PSI HPHT Pressure
400°F HPHT Temperature
12,000 PSI MPMT Pressure
329°F MPMT Temperature
4 / 6 Contact Arrangements
Multi-Pin Hermetic Interconnects

Industry interchangeability with a more rugged insulator.

Rampart Products’ KTK connectors interchange with industry standards while replacing traditional glass-reinforced epoxy insulation with a rugged PEEK body. The result is a durable multi-pin connector designed for demanding HPHT electrical applications.

Built for reliability in severe service.

The KTK platform combines beryllium copper contacts, a copper-alloy support disk and a PEEK connector body in configurations designed for high-pressure, high-temperature environments.

HPHT and MPMT versions provide different pressure and temperature capabilities while retaining the same rugged connector architecture.

HPHT MPMT PEEK Body Beryllium Copper 4 Pin / 6 Socket 6 Pin / 4 Socket
Rampart HPHT Hermetic KTK Multi-Pin connector
Key Features

More durable by design.

KTK combines industry-standard compatibility with details engineered to simplify assembly and improve performance in demanding mechanical environments.

Industry Interchangeable

Designed for seamless integration with established industry-standard interfaces.

Tiered Solder Cups

Tiered solder-cup geometry provides easier access during wire termination and assembly.

High Contact Force

High contact force supports reliable electrical connection under shock and vibration.

Rugged PEEK Body

PEEK body construction is twice as durable as glass-reinforced epoxy according to the catalog specification.

Stock Availability

Standard KTK configurations are maintained in stock for responsive delivery requirements.

Connector Architecture

HPHT Hermetic Multi-Pin KTK.

Connector construction and contact arrangement. The technical data originally shown beside this image has been recreated below in responsive HTML.

Rampart HPHT Hermetic Multi-Pin KTK connector detail
PEEK instead of brittle epoxy.

The molded PEEK body eliminates the epoxy fragments that can cause electrical discontinuities in traditional connector designs. :contentReference[oaicite:1]{index=1}

Technical Data

Materials and performance specifications.

KTK is offered in HPHT and MPMT performance versions. Materials remain common across both configurations, while operating temperature and pressure differ.

Materials

Body
PEEK
Contacts
Beryllium Copper
Support Disk
Copper Alloy

Electrical Performance

Insulation Resistance
500 MΩ @ 1000 VDC @ ambient
Contact Arrangements
4 Pin / 6 Socket
6 Pin / 4 Socket
Product Versions
HPHT · MPMT
Performance
HPHT
MPMT
Temperature
400°F
329°F
Pressure
20,000 psi
12,000 psi
Insulation Resistance
500 MΩ @ 1000 VDC @ ambient
500 MΩ @ 1000 VDC @ ambient
Standard Part Numbers

Select a KTK configuration.

The KTK family is available in two contact arrangements, with dedicated HPHT and MPMT part numbers.

3A-6018-00 HPHT
HPHT Configuration

4 Pin / 6 Socket

20,000 psi · 400°F

Part Number 3A-6018-00
Series HPHT
Arrangement 4 Pin / 6 Socket
Temperature 400°F
Pressure 20,000 psi
Body PEEK
3A-6019-00 HPHT
HPHT Configuration

6 Pin / 4 Socket

20,000 psi · 400°F

Part Number 3A-6019-00
Series HPHT
Arrangement 6 Pin / 4 Socket
Temperature 400°F
Pressure 20,000 psi
Body PEEK
3A-6020-00 MPMT
MPMT Configuration

4 Pin / 6 Socket

12,000 psi · 329°F

Part Number 3A-6020-00
Series MPMT
Arrangement 4 Pin / 6 Socket
Temperature 329°F
Pressure 12,000 psi
Body PEEK
3A-6021-00 MPMT
MPMT Configuration

6 Pin / 4 Socket

12,000 psi · 329°F

Part Number 3A-6021-00
Series MPMT
Arrangement 6 Pin / 4 Socket
Temperature 329°F
Pressure 12,000 psi
Body PEEK

Need an HPHT or MPMT KTK configuration?

Rampart engineering can help select the appropriate KTK configuration based on contact arrangement, pressure, temperature and application requirements.

Contact Engineering
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