Instrumentation Cable Dealers in Kolkata

FOR CONNECTING TRANSFORMER BUSBAR AND MELTING ELECTRODES MULTILAYERS STRANDED ANNEALED BRIGHT BARE COPPER ELECTROLYTIC WIRES INSULATED WITH POLYESTER TAPES VARNISHED CAMBRIC DOUBLE INSULATION having effective thickness of 20 mils duly impregnated with highly polymerised thermosetting varnish suitable to withstand 400 volts. OVERALL ASBESTOS BRAIDED WITH HEAT PROOF FLAME PROOF BLACK COMPOUNDED EFFECTING OVERALL STRENGTH OF ASBESTOS AS HARD & AS FLEXIBLE TO SUIT TRAILING AND HIGH AMBIENT TEMPERATURE CONDITIONS GENERALLY MANUFACTURED IN 400 SQ. MM. CROSS SECTIONAL AREA ANY OTHER SIZE AS PER CUSTOMER'S DESIGN MAY BE FABRICATED.

We bring forth the finest range of high tension and low tension Cables which are highly conductive. These HT and LT Cables are manufactured form the superior quality raw materials and are available in different types. Our HT and LT Cables have high endurance and are fit for safe long term usage.

• Material: Rubber
• Color: Different Colors
• Condition: New
• Power/Voltage: 33KV
• Usage: Power Generation / Distribution
• Power Source: Electric

LT Power Cable Aluminium Conductor : Cables for Power Supply to Residential, Commercial & Industrial units 1.1 kV & 3.3 kV for Electrical Substations as per IS:1554-I & 2/ IS 7098-1 & 2 Single Core 10 SQ. mm to 1000 SQ. mm Multicore 6 SQ. mm to 630 SQ. mm     LT Power Cable Copper conductor : Cables for Power Supply to Residential, Commercial & Industrial units 1.1 kV & 3.3 kV for Electrical Substations as per IS:1554-I & 2/ IS 7098-1 & 2 Single Core 10 SQ. mm to 1000 SQ. mm Multicore 6 SQ. mm to 630 SQ. mm.

• Country of Origin: India
• Type: Lt Control Cables, Power Control Cable
• Certification: ISI
• Color: Black, Green, Red, White, Yellow
• Feature: Quality Assured
• Voltage: 1100 V
• Jacket: Pvc
• Outer Material: Pvc
• Internal Material: Copper
• Thcikness: 0.5-1mm, 9.5-10mm
• Application: Equipment connection
• Conductor Material: Copper
• Insulation Material: XLPe
• Certification: ISI

Solid stranded annealed copper conductor & tinned bare General purpose HR PVC insulation Cores laid up (filled if needed) FRLS General Purpose PVC inner sheath Armouring round galvanized steel wires strips FRLS General purpose PVC outer sheath

• Range: 0.2 sq.mm to 2.5 sq.mm in cores, pairs, Triads & quads.

The Screen acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electrostatic radiation that may interfere with other devices (see electrostatic interference). The screen minimizes capacitive coupled noise from other electrical sources. The screen must be applied across cable splices. In screened signal cables the screen may act as the return path for the signal, or may act as screening only. Application:-  A Screen Cable is an electrical cable of one or more insulated conductors enclosed by a common conductive layer. The Screen may be composed of braided strands of copper or aluminum mylar tape, or a layer of conducting polymer. Usually, this screen is covered with a jacket. Description:-  The annealed tinned/bare Electrolytic high conductivity copper multi strand flexible conductor as per IS: 8130/1984 of class-5, PVC insulated as per IS: 5831/1984, cores twisted together, Melinex taped. Screen with aluminium mylar taped and ATC drain wire or screened with tinned copper braiding, overall PVC sheathed as per BS : 5308 (Part-2).

We are offering armoured pvc control cable. Construction: solid stranded annealed copper conductor & tinned bare general purpose hr pvc insulation cores laid up (filled if needed) frls general purpose pvc inner sheath

• Conductor Material: Copper
• Insulation Material: PVC
• Cable Length: 90 Meter
• Working Voltage: 250 V
• Working Temperature: 450 deg.C
• Number of Core: 4 Core
• Packaging Type: Box

We offer and supply Screened Cables that have excellent electrical, thermal, mechanical and outdoor properties and are packed with superior surface finish. These are also available in various diameters, thickness, colors and dimensions

Control Cables:Control Cable which is mostly of copper conductors solid as well as stranded. The size of such conductors are upto 6mmsq. These are used for panel wiring relay protection, control of machines and equipment and myriad of other varieties. These are tailored made application as per specific customer need.   SPECIFICATIONS: - Control Cables can be manufactured as per IEC, other overseas specification and Indian Standards. - Control Cable may be either PVC or XPLE Insulated.

• Type: Instrumentation
• Material: PVC Insulated
• Length: 50-90 M
• Conductor Material: Aluminum
• Packaging Type: Roll
• Usage/Application: Industrial
• Protection Type: Shielded
• Brand: KEI

A wide variety of cables suitable for process instrumentation. In the projects related to power generation & distribution, chemical & fertilizer industries and various other types of engineering industries, the process instrumentation plays a vital role in measurement, supervision and control of the process. Introduction of microprocessor basedcomputerised instrumentation has demanded stringent quality requirements along with special electrical parameters for instrumentation cables.

1KV cables are designed and manufactured based on the national (IS) & international (IEC, BS) standards and project based customer specifications. Following are the standard stages of cable design & manufacturing.

• Type: Control Cable
• Certification: ISO 9001:2008
• Color: Black, Red, Yellow
• Voltage: 110V, 220V, 380V, 440V
• Power: 6-9kw, 9-12kw
• Feature: Crack Free, Durable, Heat Resistant, High Ductility, High Tensile Strength, Quality Assured
• Jacket: Pvc
• Internal Material: Copper
• Thcikness: 2.5-3mm, 3.5-4mm

Aerial Bunch Cable (AB) is a very noble concept for over head power distribution when compared to the conventional bare conductor in over head distribution system. AB Cable provides higher safety and reliability, lower power loses and ultimate system economy by reducing operative cost. It provides Lower distribution cost by restricting and anti tapping. XLPE insulated power conductor of aluminum are laid together twisted around a aluminum alloy bare or insulated messenger wire to form AB Cables. These cables are directly strung on distribution polls by means of hardware.   SPECIFICATION: IS - 14255 - 1995

These cables are used in conveyor machinery such as transfer cars, boom-stackers, side arm chargers, bulk material conveyors etc. They find application in almost every industry segment like Steel Mills, Cement Plants, Docks, Power Plants, Automobile Industries & Refineries and Petrochemicals.

• Outer Material: Rubber
• Frequency (Megahertz): 50-60
• Wattage: 5-Watt
• Inner Material: Copper
• Voltage Grade: up to 1.1 kv grade

Control Cables is used in Power & Switching stations, Control Rooms, local distribution systems, Control Panels, industrial plants, commercial buildings, Cement , Steel, Refineries & Chemical plants.

Braided Cables are most suitable for interconnection of electrical measuring devices to instrument panel or instrument. They are used for measuring, monitoring and controlling machine tool manufacture, plant engineering and in all places where electrical interference fields can distort a signal transmission.

Industrial applications such as factory floor are typically electrically noisy environments. Electrical noise either radiated or conducted as electromagnetic interference (EMI), can seriously disrupt the proper operation of other equipment. Shielding is needed to combat the effects of EMI. The shield can act on EMI on two ways. First it can reflect the energy. Second, it can pick up the noise and conduct it to ground. In either case, EMI does not reach the conductors. There are two types of shielding typically used for cables namely, foil and braid. Foil shielding uses a thin layer of aluminum, typically attached to a carrier such as polyester to add strength and ruggedness, which is good. A drain wire is used to terminate and ground the shield. Braid is a woven mesh of bare or tinned copper wires. The braid provides a low resistance path to ground and is much easier to termination by crimping or soldering when attaching a connector. The braid is more effective as a shield.