Heatflex Cables Private Limited

These Cables are designed to carry communication and control signal in a variety of installation types including those found in the petrochemical industry. The signals can be of analogue data or voice type and from a variety of transducers such as pressure, proximity or microphone. Collectively and individually screened pairs are available within the range where further signal security is required. Unique Instrumental cable offers total interference free data transfer in measuring process control & security systems. Instrumentation process in any industry is a very important factor for controlling various parameters during process. Microprocessor based control devices demand very low noise level & attenuation of signals in the cable. The calls for careful designing & manufacturing of cables with stringent quality control.

Unique make signal cables, Annealed Bare/Tinned copper conductor, PVC insulated and sheathed, shielded with Aluminium backed mylar taped with Annealed tinned copper conductor drain wire in continues contact with aluminum side of tape, instrumentation Armoured/Unarmoured Cable conforming to BS:5308/II/1986&IS:1554/Part-I/1988.

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

Unshielded/shielded twisted pair UTP/FSTP LAN (Computer) cable.

The Networking Cables are used while connecting one network to another. It is also used for connecting two or more computer to share devices, such as printer and scanner. It is unshielded and covered by insulating sheath. In this, a multi-pair, which generally consists of high performance cable is used chiefly for data transmission.Category 5E is recommended for all new and existing installations, supports a frequency range of up to 100MHZ and is designed for transmission speeds of up to 1 gigabit per second (Gigabit Ethernet).

Our solar cables are primarily used for the interconnection of the various elements of photovoltaic system such as solar panel arrays. It can be installed for internal & external, within unprotected pipes or in similar closed systems. The cable is ozone resistant and is verified for durability. Further these are also used in roof mounted systems and outdoor ground t, it is halogen free compound having flame retardant and low smoke properties. It is safer and is free from health hazard in case of fire.

Telecommunication ARMOURED Cable, Annealed Tinned Electrolytic Copper Conductor PVC Insulated and PVC Sheathed, Twisted Pairs with Standard together in Concentric Layers to minimise Cross Talk and wrapped with Melinex/PVC tape, ARMOURED with G.I. Wire/Strip as flexible tinned copper conductor single core multistrand, cross linked, zero halogen low smoke insulation and cross linked zero halogen low smoke sheathing, heat resistant upto 120°c and UV resistant solar cables. Taped PVC Sheathed with a Nylon Rip Cord confirming to "TEC" specification No. G/WIR/-06/02 MAY94.

Solar cable, intended for the interconnection of the various elements of photovoltaic systems such as solar panel arrays. Suitable for fixed installations, internal and external, within unprotected pipes, or in similar closed systems. The cable is ozone-resistant according to EN50396, UV-resistant according to UNE-HD 605:2008 (HD605/A1), and is tested for durability according to EN 60216. The cable is tested to last 25 years. These cables are especially designed for use in photovoltaic applications. They provide the optimal cable connection between the solar cells and from the solar cells to the inverter or DC main cable. These cables are suitable for outdoor ground and roof mounted systems-though not suitable for direct laying under the earth. They are also suitable laying indoors and in fixed pipe installation. Halogen free compound having flame retardant and low smoke properties, these cables are also safe to care the health of inhabitants in case of fire

Unshielded/shielded twisted pair UTP/FSTP LAN (Computer) cable.

The Networking Cables are used while connecting one network to another. It is also used for connecting two or more computer to share devices, such as printer and scanner. It is unshielded and covered by insulating sheath. In this, a multi-pair, which generally consists of high performance cable is used chiefly for data transmission.Category 5E is recommended for all new and existing installations, supports a frequency range of up to 100MHZ and is designed for transmission speeds of up to 1 gigabit per second (Gigabit Ethernet).

In the cables, varied EMFs are generated with different metal pairs that are further proportional to hot junction and the point where it is measured. All these cables are available in different color codes or cores and sheathing as per the international standards.

Extention leads of different metals but having similar EMF output between 0°c to 100°c connected between Thermocouple metals junction and the measuring instruments are called compensating cables which are generally recommended as solid conductor leads.

• K-Chromel/Alumel-Most commonly used
• T-Cooper/Constantan for low temperature & cryogenic applications
• J-Iron/Constantan used in reducing atmosphere
• E-Chromel/Constantan Highest EMF output
• R-(Plantinum-13% Rhodium)/Platinum & S-(Platinum-10% Rhodium) /Platinum very high temperature measurements.
• B-(Platinum-30% Rhodium)/Platinum mainly used in glass industry Different colour codes of cores and sheathing as per international practices are used to denote the various thermocouple cables

Thermocouple/Compensating Cables are the extension leads mostly used in glass industry, low temperature & cryogenic applications and reducing atmosphere. The cables are made from different metals but with similar EMF output in the range of 0 to 100 degree Celsius. Widely used to connect the thermocouple metal junction and measuring instrument, these compensating cables are considered as the best solid conductor leads.

Different metal pairs generate different emfs which is proportionate to the hot junction and the point where it its measured. Common combination of thermocouple metals

1.1 KV grade, ATC (Annealed Tinned Copper) conductor confirming to IS:8130/1984 class-V, Melinex taped, VIR (Vulcanized Rubber) type IE-1 insulated or EPR (Ethylene propylene Rubber) type IE-2 insulated confirming to IS:6380/1984, colour coded, cores laid-up with suitable center filler & overall TRS (Tough Rubber) type SE-1/SE-2 sheathed or HD-HOFR (Heat, Oil Resisting & Flame Retardant) PCP (Poly-Chloroprene) Type SE-3/SE-4 sheathed confirming to IS:6380/1984, Flexible Trailing cables confirming to IS:9968 (pt-I)1988.

The PVC LT Power Cables are installed in residential buildings, commercial buildings, communication panel systems and other electrical installations. Our cables are not affected by vibration and are proven to be highly durable. The PVC, we use in our power cables enhance the life of wires and is perfect for power supply. It is available in several standard as well as customized configurations to meet the requirements of clients.

Features:

• High on Current Rating
• High on Overload Capacity
• High on Short Circuit Rating
• Light in Weight with small Bending Radius
• Lower Di-electric Constant & Power Factor
• Better Impact, Abrasion, Corrosion Resistance
• Easy to join and terminate
• Non-hygroscopic insulation unaffected by moisture
• Non-migration of compound permitting vertical installation
• Good ageing properties
• Unaffected by vibration

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. Shielded with aluminium mylar taped and screened with tinned copper braiding, taped again & overall PVC sheathed as per BS 5308 Part-2 multi core instrumentation Shielded Flexible cable.

The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interfere with other devices (see electromagnetic interference).The shield minimizes capacitive coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only.

A shielded cable is an electrical cable of one or more insulated conductors enclosed by a common conductive layer. The shield may be composed of braided strands of copper or aluminium mylar tape, or a layer of conducting polymer. Usually, this shield is covered with a jacket. The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interface with other devices (see electromagnetic interference). The shield minimizes capacitively coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only

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. Shielded with aluminium mylar taped and screened with tinned copper braiding, taped again & overall PVC sheathed as per BS 5308 Part-2 multi core instrumentation Shielded Flexible cable.

The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interfere with other devices (see electromagnetic interference).The shield minimizes capacitive coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only.

A shielded cable is an electrical cable of one or more insulated conductors enclosed by a common conductive layer. The shield may be composed of braided strands of copper or aluminium mylar tape, or a layer of conducting polymer. Usually, this shield is covered with a jacket. The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interface with other devices (see electromagnetic interference). The shield minimizes capacitively coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only

Here, usually the connection is not formed at the indicator, but in a separate housing that is referred as junction box. These are widely installed in digital cable industry, telecom industry and battery chargers. Our cables are heat resistant, consume less power and easy to wind and install. It is offered with foil screen with drain wire or with high density tinned copper wire braid. Further, it protects against both water & mechanical damage.

UNIQUE make annealed tinned Electrolytic high conductivity copper strand conductor as per IS:8130/1984 of class-2, PVC insulated as per IS:5831/1984, cores (Red, Green, Black, White) twisted together. Spiral mylar taped 50% over lap and screened with tinned copper braiding (90%), overall PVC sheathed Load Cell Flexible cable.

Load cells cable are used in multiple load cell weighting systems. Load cells should be electrically connected in such a way that signal (output) lines, excitation (power supply) and sense (when present) lines are in parallel. Usually the connection is not made at the indicator, but in a separate housing, a so called junction box, located adjacent to the weighting system

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. Shielded with aluminium mylar taped and screened with tinned copper braiding, taped again & overall PVC sheathed as per BS 5308 Part-2 multi core instrumentation Shielded Flexible cable.

The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interfere with other devices (see electromagnetic interference).The shield minimizes capacitive coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only.

A shielded cable is an electrical cable of one or more insulated conductors enclosed by a common conductive layer. The shield may be composed of braided strands of copper or aluminium mylar tape, or a layer of conducting polymer. Usually, this shield is covered with a jacket. The shield acts as a Faraday cage to reduce electrical noise from affecting the signals, and to reduce electromagnetic radiation that may interface with other devices (see electromagnetic interference). The shield minimizes capacitively coupled noise from other electrical sources. The shield must be applied across cable splices. In shielded signal cables the shield may act as the return path for the signal, or may act as screening only