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Extra Protection Ultrasonic Testing cables

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Extra Protection Ultrasonic Testing cables

Name: Extra Protection Ultrasonic Testing cables
Brand: KIRTI NDT AND ENGINEERING SERVICES
Price: 1900.0 INR
Availability: InStock

Price 1900.0 INR/ Piece

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MOQ : 10 Pieces

Extra Protection Ultrasonic Testing cables Specification

Display Type
Instrument Dependent (Cable only)

Mounting Type
Portable/Plug-in

Number of Specimens
Multiple (as per test configuration)

Operating Voltage
50V maximum signal input

Accuracy
Low Signal Loss, High Transmission Fidelity

Interface Type
LEMO, BNC, Microdot Connectors

Temperature
-10C to +60C operating range

Application
NDT, Flaw Detection, Thickness Gauge, Weld Inspection

Automation Grade
Manual/Automated Works

Response Time
<1 s signal delay per meter

Max Height
Cable Length up to 30M

Humidity
0%-95% non-condensing

Test Range
Dependent on Instrumentation and Cable Length

Port Size
Standard LEMO/BNC/Custom as per requirement

Resolution
Supports high-resolution UT measurements

Hardness
Outer Jacket Hardness: 85A Shore

Equipment Type
Ultrasonic Testing Cable

Specimen Size
For Small to Large testpieces

Power Supply
Not Required (Passive Cable)

Features
Extra Braided Shielding, Abrasion Resistant, High Flex Life

Measuring Range
Frequency 1 MHz-10 MHz

Frequency
Supports 1-10 MHz Ultrasonic Probes

Usage
Ultrasonic Testing, Signal Transmission

Capacity
High Signal Integrity up to 30m length

Machine Weight
0.25 kg (typical, without connectors)

Test Speed
Up to 20 m/s signal propagation

Test Width
Compatible with standard UT probe widths

Test Stroke
Unlimited (as per cable length)

Control Mode
Manual / Automated Ultrasonic Devices

UV Resistance
Yes, for outdoor use

RoHS Compliance
Yes

Cable Construction
Coaxial, double-shielded stranded copper

Standards Compliance
EN 61010, ASTM E317

Color
Black with colored identification rings

Storage Temperature
-40C to +80C

Insulation Type
High-grade PE / TPE insulation

Bend Radius
Minimum 40 mm

Custom Lengths Available
Yes, on request

Abrasion Resistance
>5000 cycles per IEC 60216

Outer Jacket
PU/Nylon Reinforced, Crack Resistant

Connector Material
Gold-plated contacts, stainless steel shell

Dielectric Strength
>1.5 kV RMS

Extra Protection Ultrasonic Testing cables Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
500 Pieces Per Month

Delivery Time
7 Days

About Extra Protection Ultrasonic Testing cables

We offer full range of ultrasonic testing cables. These cables are manufacturer with Extra protection on outer insulation and reinforce junctions between the cable & the connector. Cables are available in single, dual with Lemo, Mini Lemo, BNC & Microdot connector. We can also offer customizes cable as per our client requirement, Our standard Cable Length 2Meter.

Rugged Engineering for Demanding NDT Tasks

Built for both manual and automated ultrasonic devices, these cables combine robust, double-shielded coaxial construction with premium insulation and reinforced jackets. This blend ensures longevity and consistent performance even under rigorous laboratory or field conditions, making them suitable for a wide range of environments and specimen sizes.

Precision and Performance You Can Trust

Gold-plated contacts and stainless steel shells support high fidelity signal transmission. The cables deliver low signal loss, rapid response times (<1 s per meter), and compatibility with all standard UT probe widths, enhancing the accuracy and reliability of your flaw detection and thickness gauge measurements.

Adaptable Solutions for Diverse Applications

Manufactured to function from -40C to +80C with exceptional bend radius and abrasion resistance, these cables are ideal for varied applications. Their customizability in length and connector type (LEMO, BNC, Microdot) offers seamless integration, ensuring they meet the unique needs of any NDT, inspection, or engineering setup.

FAQ's of Extra Protection Ultrasonic Testing cables:

Q: How do Extra Protection Ultrasonic Testing cables ensure high signal integrity during NDT examinations?

A: These cables utilize double-shielded coaxial construction with stranded copper and high-grade PE/TPE insulation, in addition to gold-plated contacts. This robust design minimizes electromagnetic interference and attenuates signal loss, ensuring precise and reliable transmission even over lengths up to 30 meters.

Q: What types of environments and temperatures are these cables designed for?

A: Built with a PU/Nylon reinforced, crack-resistant jacket and high flexibility, the cables can be used outdoors and withstand operating temperatures from -10C to +60C, as well as storage from -40C to +80C. They feature UV and abrasion resistance for harsh or variable industrial environments.

Q: When should I opt for custom length or connector options with these cables?

A: Custom lengths and a variety of connector types (LEMO, BNC, Microdot, etc.) are available to ensure compatibility with your specific ultrasonic instruments and probe configurations, or to accommodate unique site requirements and test setups.

Q: Where are Extra Protection Ultrasonic Testing cables typically used?

A: They are widely applied in non-destructive testing for flaw detection, thickness measurement, and weld inspection across industries such as power plants, manufacturing, oil & gas, and aerospace, wherever accurate ultrasonic measurements are required.

Q: What is the process for integrating these cables into existing ultrasonic testing equipment?

A: Simply connect the cable to your compatible UT probe and instrument using standard or requested connectors. No power supply is needed, as these are passive cables, ensuring straightforward plug-and-play operation for both portable and stationary systems.

Q: How does the cable's construction benefit users in terms of durability and signal performance?

A: The extra braided shielding and abrasion-resistant jacket provide a long service life and maintain high-quality signal characteristics even after extensive use (over 5000 abrasion cycles). This results in minimized downtime and consistently reliable measurement data.

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