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Shielded Instrumentation Cable

Name: Shielded Instrumentation Cable
Brand: K.M Cables & Conductors
Price: 30 INR
Availability: InStock

Price 30 INR/ Meter

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Shielded Instrumentation Cable Specification

Dielectiric Strength
2 kV for 1 minute

Armored Material
Optional: Steel Wire Armour (SWA)

Usage & Applications
Instrumentation, Data acquisition, Industrial automation

Core Material
Tinned Copper

Insulation
PVC Type A

Number of Conductor
2 to 24 (as per specification)

Impedance
100 Ohm 10%

Install Type
Indoor / Outdoor fixed installations

Features
Excellent shielding, Improved signal integrity, Flexible construction, Low capacitance, High resistance to electrical interference, Flame retardant

Core Number
2 to 24

Operating Temperature
-20C to +70C

Weight
Variable (depends on specification)

Cable Type
Twisted Pair, Multi-core, Shielded

Conductor Type
Stranded

Conductor Shape
Round

Rated Temperature
-20C to +70C

Diameter
6mm 15mm (depending on number of cores and size)

Tensile Strength
>1500 N

Product Type
Shielded Instrumentation Cable

Length
100 meters (Custom lengths available)

Voltage
300V

Insulation Material
PVC (Polyvinyl Chloride)

Application
Industrial instrumentation, Control panels, Process control, Data transmission

Conductor Material
Annealed Tinned Copper

Jacket Material
PVC

Storage Temperature
-30C to +75C

Connector Color
Silver (shield) / Multi-color cores

Shield Material
Aluminum Mylar + Tinned Copper Braid

Jacket Color
Black

Dimension (L*W*H)
Varies as per cable size

Material
PVC, Copper, Aluminum Mylar

Color
Black (jacket), Multicolor (cores)

Size
0.5mm, 0.75mm, 1mm (Other sizes available)

Oxygen Index
>29%

Pair Shielding
Aluminum Mylar individually shielded pairs

Packing Type
Roll / Drum

UV Resistance
Yes

Screen Coverage
>90%

Min Bending Radius
10 x Cable OD

Flame Retardant Standard
IEC 60332-1

Halogen Free
No

Oil Resistant
Yes

Shielded Instrumentation Cable Trade Information

Minimum Order Quantity
100 Meter

Supply Ability
1000 Per Day

Delivery Time
1 Days

About Shielded Instrumentation Cable

Our patrons can purchase from us an excellent quality range of Shielded Instrumentation Cable. The provided cables are resistant to water, moisture, oil, and chemicals, therefore, massively used for transmission of electrical energy from one location to another. Designed with the aid of modern technology, this cable are of prime quality. Stringent quality tests are also conducted on the offered Shielded Instrumentation Cable to ensure its seamless performance and durability. Further, this gamut of cable is obtainable at competitive price from us.

Superior Shielding and Signal Integrity

Aluminum Mylar shields combined with a tinned copper braid deliver exceptional screening performance, boasting greater than 90% coverage. Each pair is individually shielded, which greatly reduces crosstalk and external electromagnetic interference, ensuring that data signals remain clear and accurate. This reliable shielding design is key in industrial environments with heavy electrical noise.

Versatile Applications and Flexible Installation

Engineered for both indoor and outdoor fixed installations, this cable handles a range of environments, from control panels to industrial automation. Its stranded, round conductors and flexible PVC jacket ease the installation process, even in tight spaces. Flame and oil resistance, plus UV protection, ensure robust performance wherever reliability and durability are needed.

High Standards for Safety and Performance

Conforming to IEC 60332-1 for flame retardancy and exhibiting a high oxygen index of over 29%, this instrumentation cable safeguards both assets and personnel. Dielectric strength up to 2kV for 1 minute and a tensile strength exceeding 1500 N underline its ability to withstand challenging operational demands. Available customization in lengths and conductor counts provide tailored solutions for any project.

FAQs of Shielded Instrumentation Cable:

Q: How does the cable maintain excellent signal integrity in industrial environments?

A: This cable utilizes individually shielded aluminum mylar pairs with tinned copper braid, offering over 90% screen coverage. Such shielding effectively reduces electromagnetic interference and crosstalk, helping data signals stay clear and reliable even amid heavy industrial noise.

Q: What installation environments are suitable for this instrumentation cable?

A: Designed for both indoor and outdoor fixed installations, the cable is ideal in control panels, industrial automation, process control, and data transmission scenarios. Its oil resistance, UV protection, and flexibility make it practical for demanding industrial settings.

Q: When should custom lengths or specific core counts be considered?

A: Custom lengths and various core counts (ranging from 2 to 24) should be specified when your installation requires adherence to unique distances, branch circuits, or particular signal routing needs, optimizing both performance and cost-efficiency.

Q: Where can this cable be used to ensure optimal safety and compliance?

A: Its suitable for installation in facilities requiring strict flame retardancy standards, such as those following IEC 60332-1. Its high oxygen index adds safety under fire conditions, making it dependable for data rooms, factories, and automation centers.

Q: What is the process for selecting the correct cable size and type from the available options?

A: To choose the right cable, assess your applications voltage (up to 300V), the number of signal channels (cores), and environmental factors like exposure to oil, UV, or mechanical stress. Use available sizes (0.5mm, 0.75mm, 1mm, or custom) and consider optional steel wire armour for extra protection if needed.

Q: How does using this instrumentation cable benefit industrial automation processes?

A: Reliable shielding, low capacitance, and high dielectric strength make this cable ideal for accurate signal transmission, reducing error rates and system downtime in automated systems, which are vital for process integrity and operational efficiency.

Q: What are the storage and operating conditions recommended for this cable?

A: The cable should be stored between -30C and +75C, with an operational temperature range from -20C to +70C. Proper storage and use within these parameters help preserve its mechanical integrity and performance.

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