Molex 6-Pin Dual-Row Right Angle - Through Hole Locking Ramp Shrouded Header - 3.96mm Pitch

Specifications

• Number of Positions: 6 
• Number of Rows: 2 (2x3 Configuration)
• Mounting Type: Through Hole, Right Angle
• Contact Type: Male Pin
• Pitch: 3.96mm
• Contact Pin Size: 1.14mm Square
• Total Length (A): 20mm
• Total Height (Above PCB): 11.5mm
• Solder Tail Length: 3.4mm
• Voltage Rating: 250V AC/DC
• Current Rating: Up to 7.0A (depending on wire gauge)
• Fastening Type: Locking Ramp
• Housing Material: High-temperature, flame-retardant thermoplastic 

Key Applications and Projects

• Compact Industrial Controls: Routing power cables parallel to the PCB in tight PLC enclosures or motor driver housings.
• Automotive & Marine Electronics: Utilising the locking ramp to ensure the connector does not vibrate loose in moving vehicles.
• Computer & Server Power Supplies: Distributing multi-line DC power from a central board to peripheral devices with a low vertical profile.

Unlock New Capabilities (Project Evolution)

• Space Optimisation: Transition from standard vertical headers to this right-angle design to instantly reduce the vertical height footprint of your wire harnesses.
• Reliability Upgrade: Utilise the integrated locking ramp to upgrade from simple friction-fit connectors, ensuring your power delivery is physically locked in place.

Package Includes: 

• 1 x Molex 6-Pin Dual-Row Right Angle - Through Hole Locking Ramp Shrouded Header - 3.96mm Pitch

FREQUENTLY ASKED QUESTIONS (FAQ)

1. What does "Right Angle" mounting mean? It means the pins bend at a 90-degree angle, allowing the mated cable to run parallel to the circuit board rather than sticking straight up.

2. How many rows does this header have? It features 2 rows of pins in a 2x3 configuration (6 positions total).

3. What is a locking ramp? It is a sloped plastic tab on the housing that snaps into a corresponding latch on the female plug, locking them securely together.

4. Is this a male or female connector? This is a male header, featuring solid square contact pins.

5. Can I hand-solder this part? Yes, the through-hole design makes it very easy to solder manually on standard prototyping boards or custom PCBs.

6. Are the pins round or square? The contacts are square, which provides excellent surface area for mating and strong retention in the PCB via.

7. How many total positions are there? There are 6 total circuit positions.

8. Will this fit a standard breadboard? Dual-row right-angle connectors are generally difficult to use on breadboards because the bottom row of pins will short against the top row if plugged directly in. It is intended for custom PCBs.

9. What is the advantage of two rows? A dual-row configuration (2x3) takes up roughly half the linear board space of a single-row 6-pin connector.

10. Does it include the female mating half? No, the matching female receptacle housing must be purchased separately.

11. How do I unmate a connector with a locking ramp? You must press the release latch on the female housing to clear the ramp before pulling them apart.

12. Is it suitable for high-vibration environments? Yes, the locking ramp specifically prevents the connector from vibrating loose in automotive or industrial settings.

13. What is the mounting type? It is designed for Through-Hole mounting (the pins pass completely through the circuit board).

14. Does the locking ramp ensure correct polarity? Yes, the ramp acts as a physical key, meaning the female connector can only be plugged in the correct way.

15. What material is the housing made of? It is typically molded from high-temperature, flame-retardant industrial nylon/thermoplastic.

16. Can I use this for signal wires or just power? It is highly versatile and can be used for both low-level data signals and standard power delivery.

17. Is it RoHS compliant? Yes, modern standard headers of this type adhere to RoHS environmental guidelines.

18. Can I bend a vertical header to make it right-angle? It is highly discouraged; bending weakens the metal and can crack the plastic housing. Purpose-built right-angle headers should always be used.

19. What size drill holes are needed in my PCB? You will need to check the specific pitch footprint, but standard square pins usually require ~1.0mm to 1.2mm holes.

20. Is this suitable for beginner soldering? Yes, the sturdy through-hole pins are great for beginners learning to solder larger components.