We are offering quality tested range of Instrumentation Cable that is known for its electrical properties and disturbance free operation. In this, the conductor is constructed from bare, annealed copper and insulation of polyvinyl chloride. These are flame retardant and have shielding of aluminum foil and polyester shield, which is helically wrapped to provide complete coverage with a tinned copper drain wire. This is two gauge sizes smaller than the circuit conductor. In order to meet the growing expectations of our esteemed clients, we bring the premium quality range of Instrumentation Cables, which is well known for excellent performance and longer service life. We are devoted towards an optimum quality range of Instrumentation Cables Manufacturers. We are committed to timely delivery of the products within stipulated time frame to meet the desired specifications of our clients. Our customer can avail this range at market leading prices.

What are Instrumentation Cables ?

Instrumentation cables are the type of cable which consists of multiple conductors which help in conveying signal with low energy signature mainly used for monitoring and controlling electrical system, power control and other processes associated with it. Such cables which are used in applications apart from power transmission also carry out important functions which help in smooth functioning of the process industries. Instrumentation cable Also is microprocessor based or computerized is instrument system. These cables are basically designed without interruptions and interference from external sources. Mem Industries is the leading Instrumentation Cables Manufacturers in India.

Application of Instrumentation Cables

Instrumentation Cables find applications majorly in Control and Communication applications. These cables are mainly used in process industries where a lot of systems are involved. Instrumentation cables are involved in Process Control, Communication of analogue signals or digital signals and voice transmission signalling in Industrial and process control circuitry. These cables are mainly used in process industries such as Oil and Gas, Petrochemicals, Fertilizers, Cement, Paper, Steel, Aluminium, Power plants, etc. Best Manufacturers of Instrumentation Cables 

Instrumentation cables Manufacturers, can face high amount of electromagnetic interference which can lead to inaccurate transfer of signals.

To avoid such unwanted interference certain rules need to be followed so that these cables experience less effect due to EMI. Instrumentation cables need to be as far away from Power cables as possible. They can be laid in separate ways to avoid cross take. If it is not possible to keep distance between Power cables and Instrument cables, then both cables should be laid in such a way that they cross each other at right angles. Loops formed on instrument wiring can cause interference, hence should be avoided while installing the cables.  

Instrumentation cables need to be provided with Shielding/ Screening over the cables to avoid external interferences. These cables, conductors /cores are twisted together to form a pair. Individual pairs are shielded with aluminium-mylar foil with annealed tinned copper as Drain wire. In case of multiple cables, another similar shielding / screening is provided over all the collective screened pairs to ensure better shielding. The function is to provide protection to the data that is being transferred through these cables from external electromagnetic as well as electrostatic interference. Loss of data due to EMI is an undesirable effect and can be avoided by using shielded / screened cables. Shielding inside the cable is capable of reflecting the energy of the cable as well as the pickup noise generated by the cable and conducted to the ground. Due to such characteristics EMI does not infiltrate the shielding and cannot reach the conductor in any case. There are two types of shielding / screening namely Aluminium Foil with Drain wire type and Copper wire braided type shielding / screening.

Additional Features

• Maximum temperature range – 40 degree centigrade to 105 degree centigrade
• Higher temperature range also available up to 800 degree centigrade
• Flame retardant, Low smoke with Halogen Free properties are available
• Oil, Chemical, Moisture, and Corrosion resistant available
• UV resistant
• Armoured/ Unarmoured available
• Control cables with screening available
• Both Aluminium-Mylar type with Drain wire and ATC wire Braided type screening available
• Available in different voltage grades like 300V, 500V, 600V, and 1100V
• Low di-electric losses
• High Insulation resistance up to 1,00,000 Ohms/km also available
• High mechanical strength
• Fire Survival with circuit integrity properties also available
• Flexible and versatile
• Available in Indian Standard and other International Standard Colour codings

Instrumentation Cables (Signal / RTD Triad)

• Applicable Standards :  BS:5308 (Pt-2)  IS:5608 (Pt-3), VDE:0815, EN-50288& IS:1554(PT-1)
• Voltage grade: upto 1100 volts
• Conductor size: 0.50 TO 2.5 sq.mm up to 48 Pairs/Triods
• Conductor Materials: With 99.96% purity – Annealed Bare Copper, Tinned Copper, both standard and solid electrolytic grade wires.
• Insulation : PVC (type A-70 deg C/ type C-85 deg C/ 105 deg C) / Polyethelene 90 deg C / SPTFE 260 deg C / XLPE 90 deg C / FEP 200 deg C
• Screening / Shielding : Aluminium-Mylar tape with ATC drain wire or Annealed Tinned Copper Wire Braiding Both Individual Pair / overall or Only overall shielding / Screening Available
• Armouring : Both Galvanized Steel Round wire / flat strip or S.S. wire Braided type available
• Inner / Outer Sheath : PVC ST-1(70 deg C), PVC ST-2(90 deg C), FRLS type(90 deg C), LSZH type (90deg C) / Sintered PTFE (260 deg C) / Fiber Glass (600deg C) / Asbestos (500 deg C) / FEP (200 deg C)
• Twisting  : Core twisting in Pair / Triads
• Rip cord : For easy removal of inner Sheath
• Communication Pair: Provided on request

Special Features of Signal Cables

• Low capacitance Signal and Communication cables
• Oil, Corrosion and Moisture resistant cables
• Superior Low Temperature properties
• High Insulation resistance cables
• High Temperature signal cables
• Highly Flexible signal cable available
• UV resistant sheath cables
• Low dielectric losses
• Fire Survival signal cables also available
• Ozone resistant
• Small Bending Radius

Characteristics of Instrumentation Cables