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Instrumentation Cable

Name: Instrumentation Cable
Brand: SHREEJI ELECTRO POWER PRIVATE LIMITED
Price: 300.0 INR
Availability: InStock

Price 300.0 INR/ Meter

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Instrumentation Cable Specification

Temperature
-30C to 105C

Conductor Type
Stranded and Flexible

Cable Length
Custom on request

No Of Core
2 to 61 cores

Connector Type
Open End / Terminal Lugs optional

Product Type
Instrumentation Cable

Material
Copper, PVC, XLPE

Function
Signal transmission and control

Usage
Process control, industrial automation, communication systems

Voltage Surge
Up to 1100V

Frequency (MHz)
Up to 50 MHz

Rated Voltage
300/500V

Rated Current
As per conductor size

Cable Capacity
Depends on core and conductor size

Insulation Material
PVC, XLPE

Conductor Material
Annealed Tinned Copper

Length
Available in 100m, 200m, 500m, and custom lengths

Size
Varies (0.5 sqmm to 2.5 sqmm per core)

Color
Blue outer sheath / Multi-color cores

Diameter
Varies with specification

Application
DCS, PLC Panel, Analog and Digital Signals

Armour Type
Galvanized Steel Wire or Strip

Outer Sheath
Flame Retardant PVC / FRLS / LSZH

UV Resistant
Available as option

Spark Test Voltage
6 kV AC

Moisture Resistance
Yes

Fire Performance
Flame Retardant and Fire Retardant Low Smoke options available

Screen Coverage
80% coverage minimum

Oil Resistance
Available for specific specifications

Core Identification
Numbering or Colour-coded as per IS/IEC

Shielding
Overall and/or individual aluminum polyester tape

Inner Sheath
Extruded PVC / PE

Min. Bending Radius
10 x outer diameter

Instrumentation Cable Trade Information

Minimum Order Quantity
100 Meter

Delivery Time
1 Week

About Instrumentation Cable

(We offer [INSTRUMENTATION CABLE] in multiple types/variants to suit different requirements. .) Solid / Stranded / Flexible Copper Conductor, PE / XLPE / PVC / XLPO / EPR / Silicone Rubber insulated, Pair / Triad / Quad, Individually / Overall Aluminium Mylar + Drain wire / Copper wire braid / Copper Taped, PE / PVC (HR / FR / FRLS) / Rubber / LSOH Inner Sheathed, Unarmoured / GI Armoured, PE / HDPE/ PVC (HR / FR / FRLS) / LSOH / Rubber Outer Sheathed Instrumentation cables generally conforming to IS 1554 / 7098 Pt-1 / BS EN 50288-7. Above cables can be supplied with Lead Alloy / Polyamide Metallic Barrier Sheath wherever required.

Comprehensive Shielding and Protection

The cable's advanced shielding-using overall and/or individual aluminum polyester tape-ensures a minimum of 80% coverage, safeguarding signal integrity against electromagnetic and radio-frequency interference. This feature is crucial for precise signal transmission in noisy industrial environments, reducing errors and enhancing reliability.

Durable Construction for Industrial Demands

Built with galvanized steel wire or strip armor, these cables withstand mechanical stress during installation or operation. The flame retardant, fire retardant low smoke (FRLS/LSZH) outer sheath meets stringent safety standards, making the cable suitable for a wide range of process control and automation applications.

Flexible Application and Installation Options

With stranded and flexible tinned copper conductors, multiple core and insulation options, and custom lengths available, this instrumentation cable adapts to diverse industrial requirements. The minimum bending radius of 10 times the outer diameter ensures easy routing, while options for UV resistance, oil resistance, and open end or terminal lug connectors provide tailored solutions.

FAQ's of Instrumentation Cable:

Q: How does the aluminum polyester tape shielding benefit instrumentation cables?

A: The aluminum polyester tape shielding, whether overall or individual, offers strong protection from electromagnetic interference, ensuring signal integrity in environments with electrical noise. This minimizes errors in data transmission, which is critical for control and automation systems.

Q: What is the process for installing this cable in industrial settings?

A: Installation involves laying the cable with a minimum bending radius of 10 times its outer diameter to avoid damage. It can be armored with galvanized steel wire or strip for mechanical protection, and custom lengths or connector options provide flexibility during installation for process control or communication systems.

Q: Where can these instrumentation cables be used effectively?

A: These cables are ideal for process control, industrial automation, DCS, and PLC panels, as well as analog and digital signal transmission. Their flame retardant and moisture-resistant design ensures reliable performance in harsh industrial or outdoor environments, especially when UV and oil resistance are specified.

Q: What are the usage benefits of having a flame retardant or LSZH outer sheath?

A: Using a flame retardant (FRLS or LSZH) outer sheath ensures enhanced fire safety by minimizing flame propagation and reducing toxic smoke generation. This is particularly important in enclosed or safety-critical industrial environments where occupant protection and equipment safety are paramount.

Q: When should UV and oil-resistant features be specified for this cable?

A: UV resistance should be specified when the cable will be exposed to direct sunlight or outdoor conditions, while oil resistance is recommended for industrial settings with potential exposure to oils or lubricants. These options increase cable longevity and operational reliability.

Q: How does conductor material affect the cable's performance?

A: The annealed tinned copper, stranded and flexible conductors provide excellent conductivity, flexibility, and resistance to corrosion. This ensures reliable signal transmission and ease of installation in complex routing scenarios, supporting both short and long-distance communication needs.

Q: What warranty coverage is provided with these instrumentation cables?

A: The instrumentation cable comes with a one-year warranty, ensuring product quality and performance. For specific warranty terms, consult with the supplier or distributor based on application requirements.

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