UHF Female Connector Solder Type 2 Hole For Flange Mount

UHF Female Connector Solder Type 2 Hole For Flange Mount Specification

Core Number
1

Impedance
~50 Ohms (Non-precision)

Install Type
Flange mount, two-hole

Conductor Type
Solid

Locking Type
Threaded coupling

Diameter
Outer body approx. 16mm; flange 25mm

Usage & Applications
Amateur radio, CB radio, RF transmission, instrumentation

Insulation
PTFE

Rated Temperature
-55C to +155C

Core Material
Brass / Copper (center contact)

Conductor Shape
Round pin

Dielectiric Strength
>1000V RMS

Tensile Strength
High mechanical stability with flange mount

Cable Type
RF coaxial compatible

Features
Robust design, reliable connectivity, easy flange mounting, two-hole solder type interface, stable RF performance

Weight
Approx. 15g

Number of Conductor
1 (center)

Operating Temperature
-55C to +155C

Product Type
UHF Female Connector, solder type, flange mount

Length
44 mm (Total depth including connector flange)

Voltage
Up to 500V RMS (max)

Insulation Material
PTFE (Polytetrafluoroethylene)

Application
RF coaxial connections, radio transmitters, receivers, communications equipment

Conductor Material
Brass (center pin), nickel plated

Jacket Material
None (connector only)

Storage Temperature
-55C to +155C

Connector Color
Silver / metallic

Shield Material
Nickel-plated brass

Dimension (L*W*H)
Base flange approx. 25mm x 16mm; overall height 44mm

Material
Brass (body), PTFE (insulator), nickel plating

Color
Silver

Size
Standard UHF flange mount size

Mounting Type
Panel mount (with two holes)

Typical Application Example
Panel input/output for HF/VHF radio equipment

Flange Mount Holes
2 mounting holes, approx. 3.2mm diameter each

Finish
Nickel-plated for corrosion resistance

Compliance
RoHS compliant

Center Pin Plating
Nickel

Termination Method
Solder cup (for cable termination)

Frequency Range
DC to 300 MHz

Insulation Resistance
>5000 M

Mating Connector
UHF Male (PL-259)

Contact Resistance
<1 m (center contact)

UHF Female Connector Solder Type 2 Hole For Flange Mount Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

UHF Female Connector Solder Type 2 Hole For Flange Mount About

Description: UHF Connector, Female, 2 Hole Flange,Straight/180, Solder Type,Panel Mount,UHF-KF

Features:

UHF Connector, Female, 2 Hole Flange, Straight/180, Solder Type,Panel Mount,UHF-KF;
Designed for low frequency systems from 0.6-300MHz;
Threaded coupling mechanism is easy for assembly with high durability;
From the OEM Original Factory, same quality with much better price.

Appliance:

Antennas, Military, Public Address Systems and Low-frequency applications

Versatile Flange-Mount Design

The connectors two-hole flange mount provides secure and stable panel installation. Its robust nickel-plated finish ensures excellent resistance to corrosion, making it suitable for demanding environments. This design also aids quick and straightforward mechanical assembly, supporting both industrial and amateur radio users alike.

Exceptional Electrical Performance

Engineered for RF performance, this UHF female connector delivers very low contact resistance (<1 m), high insulation resistance (>5000 M), and withstands over 1000V RMS dielectric strength. Its PTFE insulation maintains stability across a wide frequency range, providing reliable signal transmission for sensitive instrumentation.

Reliable and Easy Termination

Designed with a solder cup for cable attachment, this connector streamlines the assembly process, enabling robust, vibration-resistant connections ideal for radio transmitters, receivers, and communication panels. RoHS compliance and high mechanical stability underline its quality and suitability for modern RF systems.

FAQs of UHF Female Connector Solder Type 2 Hole For Flange Mount:

Q: How is the UHF Female Connector Solder Type 2 Hole for Flange Mount installed?

A: The connector is panel-mounted by aligning its two flange holes with matching holes on your device enclosure and securing it with screws (approx. 3.2mm diameter each). Cable termination is completed using the solder cup, ensuring a strong, reliable connection.

Q: What types of cables are compatible with this UHF female connector?

A: This connector is suitable for RF coaxial cables commonly used in radio frequency (RF) applications, such as those in HF/VHF radio equipment, CB radios, and communication panels. The solder cup termination accommodates various RF coaxial cable types for secure attachment.

Q: When is the best application scenario for this connector?

A: This UHF female flange-mount connector is ideal for RF panel inputs/outputs, especially in amateur radio stations, CB radio systems, radio transmitters, receivers, test equipment, and communication panels requiring stable, long-lasting connections.

Q: Where can the UHF Female Flange Mount Connector be used?

A: It is designed for mounting on device panels, enclosures, or equipment racks where a reliable RF connection is needed. The rugged construction allows usage in both indoor and outdoor environments, provided adequate environmental protection for the panel is observed.

Q: What are the benefits of its nickel-plated and PTFE-insulated construction?

A: The nickel-plated brass body and center pin offer superior corrosion resistance and durability, while PTFE insulation ensures excellent dielectric properties, supporting high voltage, thermal stability (from -55C to +155C), and reliable RF performance.

Q: How does the connector ensure reliable operation in demanding environments?

A: The two-hole flange mount provides high mechanical stability and tensile strength, resisting vibration and movement. Its robust construction and stable electrical properties minimize signal losses, making it suitable for both stationary and mobile installations.

Q: What is the process for terminating a cable to this connector?

A: To terminate a cable, strip the coaxial cable, insert the center conductor into the solder cup, solder securely, and fasten the connector to the panel using screws. This method ensures excellent electrical contact and mechanical robustness for RF connections.