TNC Connector Panel Mount 4Hole Flange RP Jack For Cable UT085

TNC Connector Panel Mount 4Hole Flange RP Jack For Cable UT085 Specification

Conductor Type
Solid

Cable Type
UT085 (RG-405) semi-rigid coaxial cable

Insulation
PTFE

Operating Temperature
-55C to +155C

Weight
Approx. 12 grams

Install Type
Panel mount (with 4-hole flange)

Tensile Strength
Secure panel flange withstands standard cable pull forces

Locking Type
Threaded coupling

Usage & Applications
RF signal transfer, telecom, data systems, defense electronics

Impedance
50 Ohms

Rated Temperature
-55C to +155C

Number of Conductor
1

Features
Reverse polarity (RP), secure panel mount, robust 4-hole flange, high-frequency performance, corrosion resistance, precision construction

Diameter
For cable UT085/RG405, outer diameter 2.2mm

Conductor Shape
Pin

Dielectiric Strength
1000 V RMS minimum

Core Material
Copper alloy

Core Number
Single core

Product Type
TNC panel mount connector (Reverse Polarity Jack, Flange Mount)

Length
Varies (connector only, no cable attached)

Voltage
500 V RMS max

Insulation Material
PTFE (Polytetrafluoroethylene)

Application
RF, antennas, communications, test instruments, base station

Conductor Material
Beryllium Copper, Gold Plated

Jacket Material
N/A (connector only)

Storage Temperature
-55C to +155C

Connector Color
Silver

Shield Material
Brass with nickel plating

Dimension (L*W*H)
Approx. 28mm x 25mm x 15mm (excluding rear solder pot)

Material
Brass Body, nickel plated / Gold plated contacts

Color
Silver

Size
Standard TNC flange mount

Frequency Range
DC to 11 GHz

Reverse Polarity
Yes, RP-TNC type

Flange Mount Hole Spacing
Approx. 19mm (center-to-center)

Contact Resistance
Center Contact 3 m, Outer Contact 2 m

Insulation Resistance
5000 M @ 500V DC

Mating Cycle Durability
500 cycles

Attachment Method
Solder cup for center conductor, crimp/solder for cable shield

Contact Finish
Gold plated

Compliance
ROHS Compliant

VSWR
1.3 (DC to 3 GHz)

Connector Gender
Jack (female socket)

Flange Hole Diameter
3.1mm

Environmental Protection
MIL-STD compliant for mechanical shock and vibration

Body Finish
Nickel plated

TNC Connector Panel Mount 4Hole Flange RP Jack For Cable UT085 Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About TNC Connector Panel Mount 4Hole Flange RP Jack For Cable UT085

Description: TNC Connector Panel Mount 4Hole Flange RP Jackfor Cable UT085

Features:

TNC Connector Panel Mount 4Hole Flange RP Jack for Cable UT085;
Thread Version of BNC used in Vibration-Intense application with high durability;
Higher Performance than BNC with 0-11 GHz Microwave frequencies and 50 ohm impedance;
From the OEM Original Factory, same quality with much better price.

Main Application of TNC Connectors:

Cellular Mobile Phones, Aviation Controls, Telemetry,Bluetooth and GPS, Wireless Base Station, Microwave Comonents, Radar,Networks,Antenna Mounts, Machine to machine communications, Security Devices,Instrumentation.

Reliable Performance and Robust Construction

Built for sustainability and high-frequency operation, this RP-TNC panel mount connector ensures minimal signal distortion with a VSWR of 1.3 (DC3 GHz) and supports frequencies up to 11 GHz. Its nickel-plated brass body and PTFE insulation guarantee mechanical stability, outstanding resistance to environmental stress, and longevity under repeated use.

Secure Panel Mount Design for Easy Installation

The 4-hole flange allows straightforward and secure installation on panels, with a sturdy design that withstands standard cable pull forces. Flange holes are spaced approximately 19mm apart and each features a 3.1mm diameter to fit standard mounting hardware, assisting in quick deployment for RF setups.

Precision Solder and Crimp Connections

Facilitating both solder cup attachment for the center conductor and crimp/solder for the cable shield, this connector simplifies field assembly and strengthens connections for reliable signal transfer. Its precise engineering supports seamless adaptation to UT085/RG-405 cables commonly used in RF communications and instrumentation.

FAQs of TNC Connector Panel Mount 4Hole Flange RP Jack For Cable UT085:

Q: How do I install the TNC Connector Panel Mount 4-Hole Flange RP Jack to a UT085 cable?

A: Begin by preparing your UT085 semi-rigid coaxial cable. Solder the center conductor to the connectors solder cup, then crimp or solder the cable shield as specified. Securely mount the connector by aligning the four flange holes (19mm spacing, 3.1mm diameter) with your panel, and use compatible hardware to finalize installation.

Q: What applications suit this RP-TNC connector best?

A: This connector is optimized for RF signal transfer in antennas, telecommunications, data systems, base stations, test instruments, and defense electronics, providing stable, corrosion-resistant performance in demanding environments such as labs and industrial settings.

Q: Where can the connector be effectively employed in communication systems?

A: The panel mount design enables integration into enclosures for RF test setups, base stations, communication panels, and signal processing equipment where reliable, high-frequency connections are essential.

Q: What is the durability of this panel mount connector during repeated use?

A: Designed for 500 mating cycles, the RP-TNC jack maintains low contact resistance (center 3 m, outer 2 m) and insulation integrity, exceeding MIL-STD requirements for mechanical shock, vibration, and adverse conditions, thus ensuring long-term reliability.

Q: Is this RP-TNC connector suitable for high-frequency transmissions?

A: Absolutely. Its VSWR 1.3 (DC to 3 GHz) and frequency range up to 11 GHz guarantee low-loss, precise signal transfer in high-performance RF and communication systems.

Q: What benefits does the reverse polarity design provide?

A: Reverse polarity (RP) prevents accidental mating with standard TNC connectors, supporting system security and network integrity, especially in regulated communication environments or where alternate signals must be isolated.

Q: Are there environmental compliance and protection features with this connector?

A: Yes, it meets MIL-STDs mechanical shock and vibration protection criteria and is ROHS compliant, ensuring eco-friendly manufacturing and robust operation across wide temperature ranges (-55C to +155C).