9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR

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9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR

Name: 9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR
Brand: Madan Link Industries
Price: 15 INR
Availability: InStock

Price 15 INR/ Piece

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MOQ : 1000 Pieces

9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR Specification

Voltage Rating
300V

Temperature
-40C to +105C

Material
Other

Connector Type
5 Pin Barrier Terminal Connector

Connector
Barrier Terminal Block

Application
Electrical wiring, PCB, Power Distribution

Color
Black

Sheild
No

Flame Resistance Level
UL94V-0

Mounting Type
Panel Mount, PCB Mount

Pitch
9.5mm

Number of Pins
5

Current Rating
15A

Torque
0.50.6 Nm

Contact Resistance
20 m

Contact Plating
Tin

Screw Type
M3 Steel Zinc Plated

Dielectric Withstand Voltage
2000V AC/minute

Insulation Resistance
500 M

Operating Frequency
50/60 Hz

9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR 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 9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR

Material	Brass
Usage/Application	Electronics
Brand	IMPORTED
Number Of Holes	5
Number Of Piece	100
Minimum Order Quantity	100 Piece

his is a5 pinZB45 Straightwireto Boardconnector. This PCB MountBarrierScrewTerminal Blockhas a9.5mm pitchand 20 Ampere, 300 Volts Current Rating.

Reliable Electrical Connectivity for Demanding Applications

Engineered for superior electrical performance, this 5 Pin Barrier Terminal Connector provides secure and efficient connections in power distribution and PCB systems. Its robust brass contacts and steel screws guarantee durability, while high insulation and dielectric properties offer dependable protection. Ideal for manufacturers, exporters, and traders in India who seek consistent results in electrical assemblies.

Flame Resistant and Tolerant in Extreme Conditions

Rated UL94V-0 for flame resistance, this terminal connector withstands high temperatures, performing safely from -40C to +105C. The thermoplastic housing ensures that the connector remains reliable and does not deform, even in challenging industrial environments.

FAQ's of 9.5MM PITCH 5 PIN BARRIER TERMINAL CONNECTOR:

Q: How is the 9.5MM Pitch 5 Pin Barrier Terminal Connector installed?

A: This connector supports both panel and PCB mounting options. You can secure it using the provided M3 steel zinc plated screws for easy and robust installation in electrical enclosures or onto circuit boards.

Q: What are the main benefits of using a barrier terminal connector in power distribution applications?

A: Barrier terminal connectors ensure secure, separate connections for multiple wires, reducing the risk of accidental shorts. Their robust construction and flame resistance also enhance safety and reliability in high-current applications.

Q: Where can this connector be used effectively?

A: This 5 pin barrier terminal connector is suitable for electrical wiring, PCB assemblies, and power distribution networks, especially in industrial, commercial, and panel-building environments.

Q: What is the recommended torque for tightening the screws during installation?

A: The recommended torque for securing the M3 steel screws is between 0.5 and 0.6 Nm to ensure a firm connection without damaging the components.

Q: When should this connector be chosen over other types?

A: This connector is ideal when robust, secure, and high-current (up to 15A) electrical connections are required, especially where flame resistance and wide temperature tolerance are important.

Q: How does the flame resistance level benefit the user?

A: Being rated UL94V-0 means the connector withstands ignition and helps prevent fire spread, offering enhanced protection in critical or high-risk electrical installations.

Q: What maintenance process is recommended for optimal performance?

A: Periodic inspection and tightening of screws, along with checking contacts for corrosion or oxidation, help maintain low contact resistance and ensure long-term reliability.

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