Female Straight Front Bulkhead Crimp Type N Type Connector

Female Straight Front Bulkhead Crimp Type N Type Connector Specification

Insulation
PTFE Dielectric

Impedance
50 Ohm

Diameter
16 mm (Flange), 5 mm (Pin area)

Conductor Type
Solid

Tensile Strength
High Mechanical Strength (Exceeds standard test requirements)

Weight
Approx. 23 grams

Conductor Shape
Round

Core Number
1 (Primary Core - Center Pin)

Rated Temperature
-40C to +155C

Install Type
Front Mount Bulkhead

Usage & Applications
Radio Frequency Applications, Antenna Installations, Instrumentation, Wireless Communication

Features
Female, Straight, Front Bulkhead, Crimp Type, High Performance, Vibration Resistant, Easy Installation, Low VSWR, High Durability, RF Compatible

Operating Temperature
-40C to +155C

Locking Type
Threaded (Screw Type)

Cable Type
Coaxial (for RG8, RG213, LMR400, etc.)

Number of Conductor
1 (Coaxial Center Pin)

Core Material
Brass or Beryllium Copper (gold plated)

Dielectiric Strength
2500V RMS (typical at sea level)

Product Type
N Type Female Straight Front Bulkhead Crimp Connector

Length
Variable (According to cable and application)

Voltage
Up to 1500V RMS (typical)

Insulation Material
PTFE (Polytetrafluoroethylene)

Application
RF Transmission, Telecommunications, Instrumentation, Coaxial Cable Assemblies, Antenna Systems

Conductor Material
Brass or Beryllium Copper (gold plated contacts)

Jacket Material
Dependent on cable; commonly PVC or PE when supplied with cable

Storage Temperature
-55C to +180C

Connector Color
Silver/Nickel Plated

Shield Material
Brass (Nickel or Silver Plated)

Jacket Color
N/A (Connector does not have cable jacket)

Dimension (L*W*H)
Approx. 33 mm (length), Flange Outer ~16 mm (diameter)

Material
Brass (Body), PTFE (Insulator), Beryllium Copper/Brass (Contacts)

Color
Metallic Silver

Size
N-Type Standard (Standard Bulkhead Flange)

Crimp Size Recommendation
Compatible with standard RG-213/LMR400 hex die sizes

Contact Plating
Gold Plated Over Nickel

Ingress Protection
IP67 (when properly mated)

Mating Cycles
>500 cycles

VSWR
1.3 max. (typical at 3 GHz)

Body Plating
Nickel or Silver

Frequency Range
DC to 11 GHz (typical max)

Insulation Resistance
>5000 M

RoHS Compliant
Yes

Outer Contact Resistance
1.0 m

Mounting Style
Panel Mount (Front Bulkhead)

Inner Contact Resistance
1.5 m

Coupling Mechanism
Threaded Coupling

Female Straight Front Bulkhead Crimp Type N Type Connector Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About Female Straight Front Bulkhead Crimp Type N Type Connector

Introducing the hot-selling, new Female Straight Front Bulkhead Crimp Type N Type Connectoran outstanding choice for high-performance RF transmission applications. This in-demand product features a robust brass body, gold-plated contacts, and IP67 ingress protection for ultimate reliability. Engineered for more than 500 mating cycles and easy panel mounting, it delivers a low VSWR 1.3 (max at 3 GHz) and exceptional insulation resistance. Compatible with RG-213/LMR400, it supports up to 1500V RMS. Choose the finest connector for telecommunications, antenna systems, and instrumentation.

Key Applications & Exceptional Features

This Female Straight Front Bulkhead Crimp Type N Type Connector is widely used in RF transmission, antenna systems, and wireless communications. Its surface is crafted for panel mounting, ensuring effortless integration in telecom and instrumentation setups. Extra features include outstanding vibration resistance, high mechanical strength, and threaded coupling for a secure fit. Its high insulation resistance and IP67 rating make it suitable for demanding environments where reliability and performance are paramount.

Sample Policy, Packaging, and Supply Details

Our sample policy lets you request a sample to evaluate before committing to bulk orders. Packaging is secure and optimized to protect connectors during transit. The FOB port is typically Mumbai, ensuring efficient handling and shipment. Supply ability is robust, with estimations tailored to your needsfast turnaround and reliable delivery no matter your outlay. Order with confidence, knowing you receive top-quality connectors directly from an exporter, manufacturer, supplier, and wholesaler in India.

FAQs of Female Straight Front Bulkhead Crimp Type N Type Connector:

Q: How do I install the Female Straight Front Bulkhead Crimp Type N Type Connector?

A: Installation is straightforward thanks to its panel mount design, crimp type termination, and threaded coupling. Simply align the connector with your bulkhead panel, secure it with screws, and use the recommended hex die size for crimping on coaxial cables like RG-213 or LMR400.

Q: What is the typical application surface for this connector?

A: This connector is typically mounted on telecom equipment panels, RF instruments, and antenna system enclosures. Its front bulkhead fitting allows direct attachment for secure and reliable connections in high-frequency environments.

Q: When should I consider using this N Type Connector?

A: Choose this connector when you need high-performance RF connections in demanding applications such as telecommunications, instrumentation, antenna installations, and wireless communication systemsespecially when durability and easy panel mounting are important.

Q: Where is the point of origin for shipments and sample requests?

A: The primary FOB port for shipments is Mumbai, India. Samples can be requested directly from our facilities, ensuring you receive genuine products with all specifications intact.

Q: What is the process for acquiring samples and placing bulk orders?

A: To acquire samples, simply contact our sales team with your requirements. Samples are packaged to ensure safe delivery. Bulk orders can be placed following sample approval, with competitive outlay estimates and efficient shipping handled from India.

Q: How does this connector benefit my RF system setup?

A: This connector offers excellent mechanical strength, IP67 ingress protection, low VSWR, and gold-plated contacts, ensuring secure, high-quality RF transmission. Its durability and vibration resistance make it ideal for systems needing reliable, long-lasting connectivity.