Additional product information

• Coaxial Cable Assembly Builder

  Create the perfect cable assembly for your application: Build assembly

• Coaxial Cable Specifications

  Cable Description	Cable Specification
  0.81mm ø Cable	View Spec
  0.81mm ø Cable (for I-PEX)	View Spec
  1.13mm ø Cable	View Spec
  1.13mm ø Low Loss Cable	View Spec
  1.13mm ø Cable (for I-PEX)	View Spec
  1.19mm ø Cable	View Spec
  1.32mm ø Cable	View Spec
  1.32mm ø Dual Shield Cable	View Spec
  1.37mm ø Cable	View Spec
  1.37mm ø Cable (for I-PEX)	View Spec
  1.48mm ø Cable	View Spec
  RG58/U Low Loss Cable	View Spec
  RG58 Low Loss Cable	View Spec
  RG174/U Cable	View Spec
  RG178 Cable	View Spec
  RG316 Cable	View Spec
  Habia Flexiform 405 (Standard)	View Spec

• Torque Forces

  Find out the minimum and maximum torque forces for the SMA, TNC, BNC and N interfaces.

  Torque Forces Table

  The recommended torque force is for guidance only. The actual torque force needs to be checked and finalised by the customer based on their actual working application.

  Bulkhead Thread Mounting Torque	Connector	Material	Torque Min in-lbs	Torque Max in-lbs
  1/4 - 36 UNS - 2A	SMA	Brass	7	10
  1/4 - 36 UNS - 2A	SMA	Stainless Steel	12	15
  3/8 - 32 UNEF - 2A	Isolated SMA	Brass	16	20
  1/2 - 28 UNEF - 2A	TNC	Brass	20	25
  1/2 - 28 UNEF - 2A	TNC	Stainless Steel	25	30
  1/2 - 28 UNEF - 2A	Isolated TNC	Brass	20	25
  3/8 - 32 UNEF - 2A	BNC Front Mount	Brass	16	20
  1/2 - 28 UNEF - 2A	BNC Rear Mount	Brass	20	25
  5/8 - 24 UNEF - 2A	N	Brass	30	35

  Notes
  

  1. Customer should verify the torque based on different bulkhead materials.
  2. If used in a environment exposed to vibration we recommend using thread-lock or an additional locknut.

  Coupling Nut Thread Size	Connector	Material	Torque Min in-lbs	Torque Max in-lbs
  1/4 - 36 UNS - 2A	SMA	Brass	4	6
  1/4 - 36 UNS - 2A	SMA	Stainless Steel	8	10
  7/16 - 28 UNEF - 2A	TNC	Brass	8	10
  7/16 - 28 UNEF - 2A	TNC	Stainless Steel	10	13
  5/8 - 24 UNEF - 2A	N	Brass	8	10

• Rear & Front Mount Differences

  View our video guides to see the key differences and advantages between the two mount styles.

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• Standard & Reverse Polarity Differences

  The difference between standard and reverse polarity RF connectors is small and subtle, but of utmost importance when it comes to your design. Watch the video below to learn how to tell them apart.

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• MHF - U.FL Intermateability

  Are Hirose U.FL and I-PEX® MHF® connectors compatible and intermateable? The answer is Yes. If you want to learn about all the details, read to our article here: MHF® - U.FL

• IP Ratings Explained

  An IP (Ingress Protection) rating specifies the level of protection an RF connector has against the ingress of dust and water. See IP Rating Explained Guide

• IP Rating Test Data

  Details on IP testing for the dust and waterproof Nautilus cable assemblies can be found here.
  Nautilus Coaxial Connectors are tested to the following specifications:

  • IP6x Dust tight – no particle ingress
  • IPx7 Waterproof for 30 minutes up to 1 meter underwater
  • IPx8 Waterproof for 48 hours at 1 meter underwater
  • IPx8 Waterproof for 12 hours at 5 meters underwater
  • IPx9K Waterproof against powerful high-temperature water jets (Stainless Steel Nautilus products only)
  • Pressure test – 1 bar = 14.5 PSI (pounds per square inch) for 10 seconds

  • Standard Nautilus Range

    See the test data for:

    • IP6x and IPx7 Test Document
    • IPx8 and Pressure Test Document
  • Stainless Steel SUS303 Nautilus Range with EPDM O-ring

    See the test data for:

    • Stainless Steel with EPDM O-ring IP6x
    • Stainless Steel with EPDM O-ring IPx8
    • Stainless Steel with EPDM O-ring IPx9
  • Stainless Steel SUS303 Nautilus Range with Silicone O-ring

    See the test data for:

    • Stainless Steel with Silicone O-ring IP6x
    • Stainless Steel with Silicone O-ring IPx8
    • Stainless Steel with Silicone O-ring IPx9
  • Stainless Steel SUS316 Nautilus Range

    See the test data for:

    • RFCT-SMA122-F13
  • Isolated Nautilus SMA Connectors

    See the test data in the Resources section on the product page for the following connectors:

    • RFCT-SMA085-F78
    • RFCT-SMA086-F78
  • Isolated Nautilus TNC Connectors

    See the test data in the Resources section on the product page for the following connectors:

    • RFCT-TNC016-F78
  • PCB Mounted SMA Nautilus Range

    See the test data for:

    • RFPC-SMA15-FN and RFPC-SMA16-FN
  • Protective Waterproof Caps with Chain

    See the test data for:

    • SMA, TNC and N Caps with Chain
  • Protective Waterproof Caps without Chain

    See the test data for:

    • IPx7 Test Data for SMA, TNC and N Caps without Chain
    • IP6x Test Data for SMA, TNC and N Caps without Chain
• EPDM O-Ring Material Data Sheet

  Our Stainless Steel bodied Nautilus connectors have an EPDM O-Ring option for protection in corrosive environments, find out more on the material data sheet. See Material Data Sheet

• Stainless Steel Nautilus Range with EPDM O-ring

  See the test datas of:

  • Stainless Steel with EPDM O-ring IP6x
  • Stainless Steel with EPDM O-ring IPx8
  • Stainless Steel with EPDM O-ring IPx9
• Stainless Steel Nautilus Range with Silicone O-ring

  See the test datas of:

  • Stainless Steel with Silicone O-ring IP6x
  • Stainless Steel with Silicone O-ring IPx8
  • Stainless Steel with Silicone O-ring IPx9
• Silicone O-Ring Material Data Sheet

  Our Nautilus connectors are protected with a Silicone rubber O-Ring, find out more on the material data sheet. See Material Data Sheet