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1.27 MM DUAL ROW FEMALE PIN HEADER

Price 10 INR/ Piece

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MOQ : 1000 Pieces

1.27 MM DUAL ROW FEMALE PIN HEADER Specification

Connector Type
Dual Row Pin Header, Female

Capacity
Customizable, Typically 240 Pins

Temperature
-40C to +105C

Female End Type
Receptacle (Socket)

Voltage Rating
250V AC/DC

Connector
Female Pin Header

Material
Contact: Phosphor Bronze, Housing: Thermoplastic LCP

Application
PCB Board Connections, Electronics, Automation, Industrial, Communication Equipment

Length
Optional (As per requirements)

Color
Black

Insulation
High Temperature Plastic (Usually LCP, UL 94V-0)

Flame Resistance Level
UL 94V-0

Current Rating
1 Amp max per contact

Number of Rows
Dual Row

Durability
500 cycles min

Mounting Type
Through-Hole / SMT (Surface Mount) available

Contact Resistance
20 m max

Pitch
1.27 mm

Insulation Resistance
1000 M min at 500V DC

Operating Frequency
Low Frequency, Standard Signal

Pin Configuration
2xN (N = required positions)

Packaging Type
Tray or Tape/Reel

Insertion Force
Standard, matches pin specifications

Contact Plating
Gold Flash or Selective Gold Over Nickel

Storage Temperature
-40C to +105C

1.27 MM DUAL ROW FEMALE PIN HEADER Trade Information

Minimum Order Quantity
1000 Pieces

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Domestic Market
All India

About 1.27 MM DUAL ROW FEMALE PIN HEADER

Size	2 mm
Number Of Pins	70
Color	AS PER DEMAND
Circuit	YES
Material	PLASTIC
Application	BERG CONNNECTOR
brand	NO
Connector Type	YES
Contact Resistance	10020
Minimum Order Quantity	100 Piece

Computer Motherboards: Used for connecting components like hard drives, optical drives, and other peripherals.
Consumer Electronics: Found in devices such as televisions, audio equipment, and gaming consoles.
Automotive: Used in vehicle electronics for various control systems and modules.
Industrial Equipment: Employed in control panels, sensors, and other industrial automation equipment

Precision and Durability for Reliable PCB Connections

Engineered with phosphor bronze contacts and a thermoplastic LCP housing, this connector provides robust performance in demanding environments. The selective gold plating guarantees low contact resistance while supporting frequent use, making it perfect for reliable PCB interconnects in automation, industrial, and communication devices.

Versatile Mounting and Packaging Options

Choose from through-hole or surface-mount technology (SMT) types according to your assembly needs. The product accommodates both tray and tape/reel packaging, streamlining bulk manufacturing processes and ensuring compatibility with automated handling systems.

FAQ's of 1.27 MM DUAL ROW FEMALE PIN HEADER:

Q: How is the 1.27 mm dual row female pin header mounted onto a PCB?

A: The header is available in both through-hole and surface mount (SMT) variants, allowing you to select the mounting method that best suits your PCB layout and assembly process. SMT options are ideal for automated assembly, while through-hole versions provide enhanced mechanical stability.

Q: What are the primary applications of this dual row female pin header?

A: This connector is widely used for PCB board connections in electronics, automation systems, industrial equipment, and communication devices, delivering reliable signal and power interconnection in compact spaces.

Q: When should I choose gold flash versus selective gold plating for contact material?

A: Gold flash plating is cost-effective and suited for standard applications, while selective gold offers better wear resistance, making it preferable for higher mating cycles or critical signal integrity requirements.

Q: Where can I purchase the 1.27 mm dual row female pin header in India?

A: This connector is available through distributors, exporters, importers, manufacturers, and traders across India. Contacting authorized suppliers ensures authenticity and quality assurance for your project.

Q: What benefits does the UL 94V-0 rated high-temperature plastic offer?

A: UL 94V-0 flame-retardant, high-temperature LCP plastic enhances connector safety by resisting combustion and maintaining structural integrity at elevated temperatures, compliant with demanding industrial and automation standards.

Q: How customizable is this connector with respect to pin count and length?

A: The pin configuration can be tailored from 2 to 40 positions per row (2xN), and the length is adjustable to fit specific requirements, ensuring adaptability for diverse design needs.

Q: What is the process for integrating this pin header into my production workflow?

A: The header can be supplied in tray or tape/reel packaging, facilitating integration into manual or automated assembly lines. Select the appropriate variant and packaging to optimize production efficiency and meet your project's scale.

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