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Introduction
Instrumentation signal cables are specially designed electrical cables that transmit low voltage signals with minimal interference as possible for use in industrial settings. The use of instrumentation signal cables in communication and instrumentation systems is essential because it ensures that the integrity of the signals being transmitted remains intact. Instrument signal cables minimize the effect of outside influences on signals and continue to transmit clear signals, even when subjected to the adverse conditions that are commonly found in a manufacturing setting. Instrument signal cables are manufactured in two basic types: shielded and unshielded and in both armoured and non-armoured constructions. Their ideal use can be applied to various types of industries within manufacturing across uae and gulf regions. High-quality electrical and mechanical materials combined with rugged construction make instrumentation signal cables critical components for any type of process control, monitoring or automation equipment where proper signal transmission can directly result in improved operational efficiencies and safe operations.
About Instrumentation Signal Cables
Instrumentation signal cables are specifically designed to be used in communication and instrumentation systems. They typically come in various cable configurations, such as multi-pair and triad cable configurations and can be rated for maximum voltage of 1.1kV. As a trusted cable manufacturer in uae, we offer conductor sizes are available from 0.50 sq mm to 2.50 sq mm, and the maximum number of pairs can reach as high as 48 to accommodate the wide range of industry parameters for transmitting signals and controlling devices.
Features of Instrument Signal Cable
- Temperature range covered is from 125°C with higher temperature ranges also available.
- Superior flexibility and versatility for installation in complicated routing situations.
- Flame retardant and low smoke characteristics significantly enhance overall fire safety.
- Excellent resistance to Oil, Corrosion and Moisture which increases the service life.
- Enhanced mechanical strength provides for durability in harsh industrial settings.
- Excellent performance at low temperatures ensures reliable operation even in harsh environments.
- EMI protection is available in both Screened and Unscreened configurations.
- High insulation resistance ensures dependable and accurate signal transmission.
- Low Dielectric Losses Reduce Signal Deterioration .
- Armoured and Unarmoured Options for all different levels of Mechanical Protection.
- Fire-resistant Variants are available for any Critical Safety Requirement.
- Overall and Individual Screening Options (F Type and G Type) for improved Noise Immunity.
Applications of Instrument Signal Cable
- Process control systems necessitating accurate signal communications for automation.
- Industrial monitoring systems are engineered to provide dependable communications for their associated equipment.
- Manufacturing facilities with extensive instrumentation networks.
- Chemical and petrochemical plants with hazardous area installations.
- Power generation facilities designed for control and monitoring circuits.
- Oil and gas refineries that require explosion-proof communications.
- Pharmaceutical manufacturing facilities that have stringent quality control requirements.
- Water treatment plants for the integration of sensors and control systems.
- Food processing industries that use hygienic installation practices.
- Building management systems for HVAC and/or security purposes.
- Mining operations operating under extreme environmental conditions.
- Railway signal and communication systems.
- Marine and offshore facilities require corrosion resistance.
Specifications of Instrument Signal Cable
| Construction | Single/ Multi Pair |
|---|---|
| Voltage Grade | Up to 1.1 kV |
| Conductor | Electrolytic Grade Bare Copper/ Tinned Copper |
| Conductor Size | 0.50, 0.75, 1.0, 1.5, 2.5 Sq. mm up to 48 pairs |
| Conductor Stranding | Solid or Multi Strand |
| Core Insulation | PVC, HR PVC, PE, XLPE, LSZH Polymer, FR, FRLS PVC, XLPO etc. |
| Screening Method | Individual and Overall(F type)/ Overall Shield (G type) |
| Screening | Aluminum Foil with Drain Wire/ Mesh Braided |
| Inner/Outer Sheath | PVC, HR PVC, PE, LSZH Polymer, FR PVC, FRLS PVC, PUR, XLPO etc |
| Armoring | G.I. Round Wire/ Flat Strip Armouring (As per IS 3975: 99) |
| Standards | As per BS 5308 Part 1 and Part 2, IS 1554, EN 50288-7, IS 7098 |
Why Choose Tempsens Instrumentation Signal Cable?
- All cable testing completed at NABL accredited laboratories to ensure conformity with International Standards.
- Manufactured using ISO 9001:2008 certified quality management system, providing the same dependability and reliability over repeated use (same product).
- Choice of materials available: a wide range of thermal insulation materials including Low Smoke Zero Halogen polymers (LSZH), improved Flame Resistant/Low Smoke (FR/FRLS) PVC, and cross-linked polyethylene compounds (XLPE) for various environmental conditions.
- Extensive experience in providing products to customers around the globe. Exported to 70 countries including UAE and gulf markets with an established history of meeting international quality standards.
- As a leading cable manufacturer in UAE, we understand the specific requirements of regional industries and deliver instrument signal cable solutions tailored to local conditions.
FAQ
Frequently Asked Questions
Find answers to frequently asked questions related to Instrumentation Signal Cables.
A signal cable is an electrical cable used to carry low-voltage signals between various types of industrial instrumentation systems (e.g., sensors, transmitters, controllers, and monitoring devices), and assures the quality of the data being transmitted by minimizing the effects of electromagnetic interference.
There are many different kinds of Signal Cables that come in two different styles: Armoured vs Unarmoured, screened vs unscreened, Pair vs Triad Configuration, Fire Resistant and LSZH Cables, F Type Cables (individual and overall screening), G Type Cables (overall screening) and Multi Pair Cables (from 1 Pair to 48 Pairs).
The testing of signal cables involves several different types of testing that include insulation resistance testing, conductor continuity/continuity testing, mutual capacitance (CC), ratio (R/L), and effectiveness of screening. Some aspects of professional testing include dielectric/high voltage testing, conductor resistance measurement at 20 degrees C. The amount of screening coverage can be verified and tested in NABL accredited laboratories.
