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DuraClik Connectors

DuraClik 2.00mm-pitch wire-to-board connectors with terminal retainer options provide superior electrical contact reliability, space savings and high PCB retention force capability for high-vibration environments. These connectors are designed to improve connection security and provide exceptional stability and performance in high-temperature applications where a smaller connector is required such as automotive LED lighting or consumer white goods.

Pitch Circuits Current Operating Temperature
2.00mm 2 to 15 3.0A -40 to +125°C

PCB Headers

Connector Housings

Crimp Terminals

Connector Accessories

Power and Signal Cable Assemblies

Features and Benefits


In high vibration environments such as automotive and major appliances, DuraClik Connectors ensure a secure and reliable connection due to their retention force of up to 100N. The independent secondary lock (ISL) ensures terminals are fully inserted and securely locked, reducing the risk of signal loss or disconnection. The audible “click” upon proper mating and built-in inertia lock help reduce installation errors and enhance reliability. With extreme thermal conditions being specifically problematic, DuraClik Connectors are engineered to withstand high temperatures by delivering robust performance even in environments up to 125°C.

Duraclik Connectors, available with two to 15 circuits — including 13- and 15-circuit receptacle housings — offer options for tin and gold plating as well as vertical and right-angle header orientations. These features make them suitable for a wide range of applications including automotive LED lighting and washing machines. They are versatile enough to adapt to numerous design needs and meet rigorous automotive requirements conforming to LV214 (S2 vibration), ES91500-03, and SAE/USCAR-21 standards.

Electrical Contact Reliability

An inner positive lock helps prevent unintended disconnection. Ensuring a secure and reliable electrical contact.

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Space Optimization

The compact design maximizes PCB real estate efficiency, offering space-saving solutions. 

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High PCB Retention Force Capability

The PCB retention force of up to 100N ensures secure mating and prevents disconnection from external mechanical factors enhancing the durability and reliability of automotive electronics. DuraClik Connectors conform to LV214 (S2 vibration), ES91500-03 and SAE/USCAR-21 standards to meet the stringent vibration standards of the automotive industry. 

DuraClik

Inner positive lock:
• Provides secure mating and space savings
• Prevents latch breakage from wire tangling

Enclosed contact design:
• Protects contact against dust and debris
• Avoids tangling during harness assembly

Gold and Tin plating available:
Allows for crimp terminal variation

ISL Receptacles

High operating temperature (up to 125°C):
Allows it to meet high-level automotive requirements

Independent Secondary Lock (ISL):
Can detect incomplete terminal insertion; provides up to 50N of terminal retention force; helps position terminals while meeting stringent automotive requirements

Automotive grade robustness:
ISL Receptacle is LV214 (S2 Vibration), ES91500-03, SAE/USCAR-21

Mated ISL:
Eliminates the need to source ISL retainer and simplifies the assembly

High operating temperature (up to 125°C):
Allows it to meet high-level automotive passenger compartment requirements

2 to 10 and 12 circuits:
Offers design flexibility

TPA Receptacles

Terminal Position Assurance (TPA):
Provides 20N terminal retention force and ensures secure terminal retention

High operating temperature (up to 125°C ):
Allows it to meet high-level automotive passenger compartment requirements

Inertia lock on TPA (2 to 8 circuits):
Helps prevent half mating, providing secure mating assurance

Two to 15 circuits:
Offers design flexibility

Standard Receptacles

2 to 15 circuits:
Including 13 and 15-circuit receptacle housings

High operating temperature (up to 105°C ):
Allows it to meet passenger compartment requirements

Headers

Two to 15 circuits in vertical and right-angle configurations:
Offer design flexibility

Wide solder tabs designed and tested to SAE Automotive vibration standards:
Provide secure PCB retention that can withstand upward pull force of 100N (10kgf) to meet automotive vibration requirements

Datasheets and Guides



Rugged and Reliable Automotive Connectors

How do you fit robust reliability into a small space? The compact DuraClik Connector is ideal for demanding automotive and industrial applications subject to extreme temperatures, high vibration and shock forces. See how the miniaturized DuraClik design utilizes features like terminal position assurance, independent secondary locking and wide solder nails to deliver reliable connectivity for a variety of vehicle applications.

Applications by Industry


Air-Conditioning
Center Stack System
Cranes
Domain Control Unit
Electric Vehicles
Exterior and interior lighting
Heads-Up Display
Instrument Cluster
Inverter
Shift levers and steering components
Tractors
Trucks
Wiper and blinker levers
Zonal Architecture
Zonal Control Unit

Factory automation
Industrial machinery

This is not a definitive list of applications for this product. It represents some of the more common uses.

Frequently Asked Questions


What makes DuraClik Connectors suitable for high-vibration environments?
DuraClik Connectors are designed with up to 100N retention force to ensure secure and reliable connections even in high-vibration conditions. Additionally, features like the independent secondary lock (ISL) and the audible “click” upon proper mating further enhance stability and prevent accidental disconnections, making them ideal for demanding automotive and industrial applications.

What temperature ranges can DuraClik Connectors operate in?
DuraClik Connectors are capable of operating in a wide temperature range from -40°C to 125°C. This high-temperature tolerance makes them suitable for environments requiring robust thermal stability, such as automotive lighting and consumer white goods.

Are DuraClik Connectors compliant with automotive industry standards?
Yes, DuraClik Connectors meet stringent automotive industry standards, including LV214 (S2 vibration), ES91500-03 and SAE/USCAR-21. This compliance ensures that the connectors are suitable for high-performance and high-reliability automotive applications.

How do DuraClik Connectors optimize space in PCB design?
The DuraClik 2.00mm-pitch wire-to-board connector system features a compact design that helps save space on the PCB. Available in various configurations, including vertical and right-angle headers, these connectors allow for efficient use of PCB real estate, which is crucial for modern automotive and industrial electronics designs.

ON-DEMAND WEBINAR

Rugged and Reliable: Optimizing Vehicle Designs Through Miniaturization

Designing electronics for rugged and durable operation does not mean components need to be big and bulky. In this webinar, discover how miniaturized interconnects like DuraClik Connectors offer reliable solutions for a range of unique application needs, from automotive and transportation to white goods and consumer electronics.

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