Cables and Wires

Cables and Wires

LV Control Cables

Control Cable is a adaptable instrumentation cable made for estimating, control or guideline in the field of cycle mechanization. Multicore Control Cables are extraordinarily made for correspondence and board controls for transmission of DC or Low-Frequency AC signals.

Reliable offer a wide scope of Control Cable up to 1.1 KV Voltage Grades. These control cables are designed as per IS 1554: 88 (Part 1), JSS 51034, IS 9968 standards with the latest correction.

LV Control Cable Models

Control Cable

PTFE-PTFE – 260°C

Control Cable

PTFE-Almyler Tape-PTFE – 260°C

Control Cable

PTFE-Polyimide Tape-Copper Screening-PTFE – 260°C

Control Cable

FEP- FEP – 200°C

Control Cable

FEP-Almyler Tape-FEP – 200°c

Control Cable

FEP-Polyimide Tape-Copper Screening-FEP – 200°

Control Cable

PVC-PVC – 90°C

Control Cable

PVC-Almyler Tape Screen-PVC – 90°C

Control Cable

PVC-Myler Tape-Copper Braiding-PVC – 90°C

Control Cable

PVC-Inner PVC-G.I.Armoring-PVC – 90°C

Control Cable

Silicon-Silicon – 200°C

Control Cable

Silicon-Almyler Tape-Copper Braiding-Silicon – 200°C

Control Cable

XLPE-Inner PVC-G.I. Armoring-PVC – 90°C

Control Cable

XLPE-Almylet Tape Screening-PVC-G.I. Armoring-PVC – 90°C

LV Control Cables

Control Cable is a adaptable instrumentation cable made for estimating, control or guideline in the field of cycle mechanization. Multicore Control Cables are extraordinarily made for correspondence and board controls for transmission of DC or Low-Frequency AC signals.

Reliable offer a wide scope of Control Cable up to 1.1 KV Voltage Grades. These control cables are designed as per IS 1554: 88 (Part 1), JSS 51034, IS 9968 standards with the latest correction.

LV Control Cable Models:

Control Cable

PTFE-PTFE – 260°C

Control Cable

PTFE-Almyler Tape-PTFE – 260°C

Control Cable

PTFE-Polyimide Tape-Copper Screening-PTFE – 260°C

Control Cable

FEP- FEP – 200°C

Control Cable

FEP-Almyler Tape-FEP – 200°c

Control Cable

FEP-Polyimide Tape-Copper Screening-FEP – 200°

Control Cable

PVC-PVC – 90°C

Control Cable

PVC-Almyler Tape Screen-PVC – 90°C

Control Cable

PVC-Myler Tape-Copper Braiding-PVC – 90°C

Control Cable

PVC-Inner PVC-G.I.Armoring-PVC – 90°C

Control Cable

Silicon-Silicon – 200°C

Control Cable

Silicon-Almyler Tape-Copper Braiding-Silicon – 200°C

Control Cable

XLPE-Inner PVC-G.I. Armoring-PVC – 90°C

Control Cable

XLPE-Almylet Tape Screening-PVC-G.I. Armoring-PVC – 90°C

LV Power Cables

Power cable is a gathering of at least one electrical transmitters normally held along with a general sheath. These cables are utilized for mass transmission of substituting and direct current power.

Power cables are broadly utilized structure wiring for lighting, power and control circuits and electrical supplies.

Reliable offer Power Cables in adaptable just as protected development. Adaptable Power Cables are provided with ISI 694 stamping and Armored Cables with ISI 1554-1 and ISI 7098-1 checking. Dependable Power cables are structured up to and including 1100 voltage Grades.

We additionally give power cable arrangements in high temperature zone going along to IS 9968, JSS 51034, JSS 51038, MIL 16878 and different regional and International guidelines.

LV Power Cable Models

Power Cable

Single Core Non Sheathed PVC Wire with Rigid Conductor Class 1/Class 2 – 85°C

Power Cable

PVC- Inner PVC -G.I. Armoring- Outer PVC Sheathed (4 Core Armored) – 90°C

Power Cable

PVC- Inner PVC – G.I. Armoring- Outer PVC Sheathed (3 Core Armored)- 90°C

Power Cable

PVC-Inner PVC-G.I. Armoring-Outer PVC Sheathed (2 Core Armored)- 90°C

Power Cable

PVC-PVC sheathed – 85°C

Power Cable

Single Core Non Sheathed PVC Wire with Flexible Conductor Class 5 – 85°C

Power Cable

XLPE-Inner PVC-G.I. Armoring- Outer PVC Sheathed (2 Core Armored) – 90°C

Power Cable

XLPE-Inner PVC-G.I. Armoring- Outer PVC Sheathed (3 Core Armored)- 90°C

Power Cable

XLPE-Inner PVC-G.I. Armoring- Outer PVC Sheathed (4 Core Armored)- 90°C

LV Power Cables

Power cable is a gathering of at least one electrical transmitters normally held along with a general sheath. These cables are utilized for mass transmission of substituting and direct current power.

Power cables are broadly utilized structure wiring for lighting, power and control circuits and electrical supplies.

Reliable offer Power Cables in adaptable just as protected development. Adaptable Power Cables are provided with ISI 694 stamping and Armored Cables with ISI 1554-1 and ISI 7098-1 checking. Dependable Power cables are structured up to and including 1100 voltage Grades.

We additionally give power cable arrangements in high temperature zone going along to IS 9968, JSS 51034, JSS 51038, MIL 16878 and different regional and International guidelines.

LV Power Cable Models:

Power Cable

Single Core Non Sheathed PVC Wire with Rigid Conductor Class 1/Class 2 – 85°C

Power Cable

PVC- Inner PVC -G.I. Armoring- Outer PVC Sheathed (4 Core Armored) – 90°C

Power Cable

PVC- Inner PVC – G.I. Armoring- Outer PVC Sheathed (3 Core Armored)- 90°C

Power Cable

PVC-Inner PVC-G.I. Armoring-Outer PVC Sheathed (2 Core Armored)- 90°C

Power Cable

PVC-PVC sheathed – 85°C

Power Cable

Single Core Non Sheathed PVC Wire with Flexible Conductor Class 5 – 85°C

Power Cable

XLPE-Inner PVC-G.I. Armoring- Outer PVC Sheathed (2 Core Armored) – 90°C

Power Cable

XLPE-Inner PVC-G.I. Armoring- Outer PVC Sheathed (3 Core Armored)- 90°C

Power Cable

XLPE-Inner PVC-G.I. Armoring- Outer PVC Sheathed (4 Core Armored)- 90°C

Instrumentation Signal Cables

Instrumentation Signal Cables minimize noise and signal interference, delivering clean signals in harsh environments and general manufacturing operations. These cables are designed for use in communication and instrumentation applications in and around process industries like oil, petrochemicals, cement, steels & sponges, power generations & others.

Instrumentation Signal Cable Models

Instrumentation Cable

FEP-Polyimide-Copper Screening-FEP insulated – 200°C

Instrumentation Cable

FEP-Overall Almyler Screening-FEP (Type G) – 200°C

Instrumentation Cable

FEP-Individual & Overall Almyler Screening-FEP insulated (Type-F) – 200°C

Instrumentation Cable

PE-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

PE-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

PE-Almyler Screening-PVC-G.I. Armouring-PVC insulated – 90°C

Instrumentation Cable

PVC-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

PVC-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

PVC-Almyler Screening-PVC-G.I.Armouring-PVC insulated 90°C

Instrumentation Cable

PTFE-Polyimide-Copper SCreening-PTFE insulated – 260°C

Instrumentation Cable

PTFE-Overall Almyler Screening-PTFE (Type-G) – 260°C

Instrumentation Cable

PTFE-Individual & Overall Almyler Screening-PTFE (Type-F) – 260°

Instrumentation Cable

XLPE-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

XLPE-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

XLPE-Almyler-PVC-G.I. Armoring-PVC insulated – 90°C

Instrumentation Signal Cables

Instrumentation Signal Cables minimize noise and signal interference, delivering clean signals in harsh environments and general manufacturing operations. These cables are designed for use in communication and instrumentation applications in and around process industries like oil, petrochemicals, cement, steels & sponges, power generations & others.

Instrumentation Signal Cable Models:

Instrumentation Cable

FEP-Polyimide-Copper Screening-FEP insulated – 200°C

Instrumentation Cable

FEP-Overall Almyler Screening-FEP (Type G) – 200°C

Instrumentation Cable

FEP-Individual & Overall Almyler Screening-FEP insulated (Type-F) – 200°C

Instrumentation Cable

PE-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

PE-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

PE-Almyler Screening-PVC-G.I. Armouring-PVC insulated – 90°C

Instrumentation Cable

PVC-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

PVC-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

PVC-Almyler Screening-PVC-G.I.Armouring-PVC insulated 90°C

Instrumentation Cable

PTFE-Polyimide-Copper SCreening-PTFE insulated – 260°C

Instrumentation Cable

PTFE-Overall Almyler Screening-PTFE (Type-G) – 260°C

Instrumentation Cable

PTFE-Individual & Overall Almyler Screening-PTFE (Type-F) – 260°

Instrumentation Cable

XLPE-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

XLPE-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

XLPE-Almyler-PVC-G.I. Armoring-PVC insulated – 90°C

RTD Cables

RTD links are utilized to convey the RTD signals to the control room or field mounted instruments. Contingent upon the setup, they are accessible in three wires, four wires for simplex and, six and eight wire for duplex RTD. These RTD cables are fabricated according to BS 5308 Part 1 and Part 2, IS 1554, EN 50288-7, IS 7098, DIN 43760, JSS 51038 norms with most recent correction.

RTD Cable Models

RTD Cables

PTFE-PTFE insulated – 260°C

RTD Cables

PTFE-Polyimide-Copper Screen-PTFE insulated – 260°C

RTD Cables

PTFE-PTFE-FG-SS Braiding insulated – 350°C

RTD Cables

PTFE-Almyler Screening-PTFE-SS Braiding insulated – 260°C

RTD Cables

PTFE-Almyler Screening-PTFE insulated – 260°C

RTD Cables

3 Core RTD Cable, Bare Copper, AWG 24/7/32, Stranded, PTFE-Silicon 200°C

RTD Cables

PTFE-FEP insulated – 200°C

RTD Cables

PTFE-PTFE-Copper Screening-PTFE – 260°C

RTD Cables

PTFE-PTFE-SS Braiding insulated – 260°C

 

RTD Cables

PVC-PVC insulated – 90°C

RTD Cables

PVC-Polyster Tape-Copper Screening-PVC insulated – 90°C

RTD Cables

PVC-Almyler Screening-PVC insulated – 90°C

RTD Cables

PVC-Almyler Screening-PVC-G.I. Armoring-PVC insulated – 90°C

RTD Cables

FEP-FEP insulated – 200°C

RTD Cables

FEP-FEP-SS Braiding insulated – 200°C

RTD Cables

FEP-Almyler Screen-FEP insulated

RTD Cables

FEP-Almyler Screen-FEP-SS Braiding insulated – 200°C

RTD Cables

FEP-Polyimide-Copper Screening-FEP insulated – 200°C

RTD Cables

FEP-Silicon insulated – 200°C

RTD Cables

Polyimide-Fiber Glass-Fiber Glass insulated – 400°C

RTD Cables

Fiber Glass-Fiber Glass-SS Braiding insulated – 400°C

RTD Cables

RTD links are utilized to convey the RTD signals to the control room or field mounted instruments. Contingent upon the setup, they are accessible in three wires, four wires for simplex and, six and eight wire for duplex RTD. These RTD cables are fabricated according to BS 5308 Part 1 and Part 2, IS 1554, EN 50288-7, IS 7098, DIN 43760, JSS 51038 norms with most recent correction.

RTD Cable Models:

RTD Cables

PTFE-PTFE insulated – 260°C

RTD Cables

PTFE-Polyimide-Copper Screen-PTFE insulated – 260°C

RTD Cables

PTFE-PTFE-FG-SS Braiding insulated – 350°C

RTD Cables

PTFE-Almyler Screening-PTFE-SS Braiding insulated – 260°C

RTD Cables

PTFE-Almyler Screening-PTFE insulated – 260°C

RTD Cables

3 Core RTD Cable, Bare Copper, AWG 24/7/32, Stranded, PTFE-Silicon 200°C

RTD Cables

PTFE-FEP insulated – 200°C

RTD Cables

PTFE-PTFE-Copper Screening-PTFE – 260°C

RTD Cables

PTFE-PTFE-SS Braiding insulated – 260°C

RTD Cables

PVC-PVC insulated – 90°C

RTD Cables

PVC-Polyster Tape-Copper Screening-PVC insulated – 90°C

RTD Cables

PVC-Almyler Screening-PVC insulated – 90°C

RTD Cables

PVC-Almyler Screening-PVC-G.I. Armoring-PVC insulated – 90°C

RTD Cables

FEP-FEP insulated – 200°C

RTD Cables

FEP-FEP-SS Braiding insulated – 200°C

RTD Cables

FEP-Almyler Screen-FEP insulated

RTD Cables

FEP-Almyler Screen-FEP-SS Braiding insulated – 200°C

RTD Cables

FEP-Polyimide-Copper Screening-FEP insulated – 200°C

RTD Cables

FEP-Silicon insulated – 200°C

RTD Cables

Polyimide-Fiber Glass-Fiber Glass insulated – 400°C

RTD Cables

Fiber Glass-Fiber Glass-SS Braiding insulated – 400°C

Thermocouple Cables

Thermocouple Cables are utilized to quantify the temperature directly. Thermocouple Extension or Compensating wires are just used to broaden a thermocouple signal from a sensor to instrument for readings.

Thermocouple Models

Thermocouple Cables

PTFE Twisted Pair – 260°C

Thermocouple Cables

K type Thermocouple Cable, 24/7/32 PTFE-PTFE-SS, T401,ANSI

Thermocouple Cables

PTFE-Almyler-Screen-PTFE Insulated 260 °C

Thermocouple Cables

PTFE – PTFE -Steel Braiding Insulated – 260°C

Thermocouple Cables

PTFE – Polyimide – Copper Screening – PTFE Insulated – 260°C

Thermocouple Cables

PTFE-Fiber Glass-Fiber Glass-400°C

Thermocouple Cables

PTFE-PTFE-Asbestos Braiding Insulated 300 °C

Thermocouple Cables

PTFE-Polyimide-Copper Screening-Silicon insulated – 200°C

Thermocouple Cables

PTFE-Polyimide-Copper Screening- PTFE-Asbestos Braiding – 300°C

Thermocouple Cables

PTFE-PTFE-MICA-Fiber Glass insulated – 350°C

Thermocouple Cables

Polyimide-PTFE-Polyimide-PTFE-MICA-FG-SS Braiding insulated – 450°C

Thermocouple Cables

Silicon-Silicon insulated – 200°C

Thermocouple Cables

Silicon-Almyler Screen-Silicon – 200°C

Thermocouple Cables

Silicon-Fiber Glass-SS Braiding – 200°C

Thermocouple Cables

Silicon-Polyster Tape-Copper Braiding-Silicon insulated – 200°C

Thermocouple Cables

PVC-Polyster Tape-Copper Braiding-PVC – 90°C

Thermocouple Cables

PVC-PVC insulated – 90°C

Thermocouple Cables

PVC-Almyler Screening-PVC – 90°C

Thermocouple Cables

PVC-Almyler-PVC-G.I. Armoring-PVC insulated – 90°C

Thermocouple Cables

PVC-PVC-SS Braiding insulated – 90°C

Thermocouple Cables

PFA-PFA insulated – 260°C

Thermocouple Cables

PFA-SS Braiding insulated – 260°C

Thermocouple Cables

PFA-PFA-SS Braiding insulated – 260°C

Thermocouple Cables

Polyimide Twisted – 310°C

Thermocouple Cables

Fiber Glass – Fiber Glass insulated – 450°C

Thermocouple Cables

Polyimide-Fiber Glass-Fiber Glass-Asbestos Braiding – 450°C

Thermocouple Cables

FEP-FEP-SS Braiding insulated – 200°C

Thermocouple Cables

FEP- Almyler-FEP – 200°C

Thermocouple Cables

FEP-Polyimide-Copper Screening-FEP-SS Braiding – 200°C

Thermocouple Cables

FEP-Silicon insulated – 200°C

Thermocouple Cables

FEP-Polyimide-Copper Screening-FEP – 200°C

Thermocouple Cables

Alumina Fiber-Alumina Fiber insulated – 1200°C

Instrumentation Cable

XLPE-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

XLPE-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

XLPE-Almyler-PVC-G.I. Armoring-PVC insulated – 90°C

Thermocouple Cables

Thermocouple Cables are utilized to quantify the temperature directly. Thermocouple Extension or Compensating wires are just used to broaden a thermocouple signal from a sensor to instrument for readings.

Thermocouple Models:

Thermocouple Cables

PTFE Twisted Pair – 260°C

Thermocouple Cables

K type Thermocouple Cable, 24/7/32 PTFE-PTFE-SS, T401,ANSI

Thermocouple Cables

PTFE-Almyler-Screen-PTFE Insulated 260 °C

Thermocouple Cables

PTFE – PTFE -Steel Braiding Insulated – 260°C

Thermocouple Cables

PTFE – Polyimide – Copper Screening – PTFE Insulated – 260°C

Thermocouple Cables

PTFE-Fiber Glass-Fiber Glass-400°C

Thermocouple Cables

PTFE-PTFE-Asbestos Braiding Insulated 300 °C

Thermocouple Cables

PTFE-Polyimide-Copper Screening-Silicon insulated – 200°C

Thermocouple Cables

PTFE-Polyimide-Copper Screening- PTFE-Asbestos Braiding – 300°C

Thermocouple Cables

PTFE-PTFE-MICA-Fiber Glass insulated – 350°C

Thermocouple Cables

Polyimide-PTFE-Polyimide-PTFE-MICA-FG-SS Braiding insulated – 450°C

Thermocouple Cables

Silicon-Silicon insulated – 200°C

Thermocouple Cables

Silicon-Almyler Screen-Silicon – 200°C

Thermocouple Cables

Silicon-Fiber Glass-SS Braiding – 200°C

Thermocouple Cables

Silicon-Polyster Tape-Copper Braiding-Silicon insulated – 200°C

Thermocouple Cables

PVC-Polyster Tape-Copper Braiding-PVC – 90°C

Thermocouple Cables

PVC-PVC insulated – 90°C

Thermocouple Cables

PVC-Almyler Screening-PVC – 90°C

Thermocouple Cables

PVC-Almyler-PVC-G.I. Armoring-PVC insulated – 90°C

Thermocouple Cables

PVC-PVC-SS Braiding insulated – 90°C

Thermocouple Cables

PFA-PFA insulated – 260°C

Thermocouple Cables

PFA-SS Braiding insulated – 260°C

Thermocouple Cables

PFA-PFA-SS Braiding insulated – 260°C

Thermocouple Cables

Polyimide Twisted – 310°C

Thermocouple Cables

Fiber Glass – Fiber Glass insulated – 450°C

Thermocouple Cables

Polyimide-Fiber Glass-Fiber Glass-Asbestos Braiding – 450°C

Thermocouple Cables

FEP-FEP-SS Braiding insulated – 200°C

Thermocouple Cables

FEP- Almyler-FEP – 200°C

Thermocouple Cables

FEP-Polyimide-Copper Screening-FEP-SS Braiding – 200°C

Thermocouple Cables

FEP-Silicon insulated – 200°C

Thermocouple Cables

FEP-Polyimide-Copper Screening-FEP – 200°C

Control Cable

XLPE-Inner PVC-G.I. Armoring-PVC – 90°C

Control Cable

XLPE-Almylet Tape Screening-PVC-G.I. Armoring-PVC – 90°C

Instrumentation Cable

XLPE-Almyler Screening-PVC insulated – 90°C

Instrumentation Cable

XLPE-Myler Tape-Copper Braiding-PVC insulated – 90°C

Instrumentation Cable

XLPE-Almyler-PVC-G.I. Armoring-PVC insulated – 90°C

Fire Survival Cables

Fire Survival Cables are utilized in the establishments where essential circuits are needed to proceed with activity enduring an onslaught conditions. In all debacle, fire smoke head and poisonous exhaust are the principle obstructions to safe departure of a building. A significant commitment towards defeating these perils is the utilization of fire survival cables and halogen free cables.

Fire Resistance Cable

XLPE / Silicon insulated

Fire Survival Cables

Fire Survival Cables are utilized in the establishments where essential circuits are needed to proceed with activity enduring an onslaught conditions. In all debacle, fire smoke head and poisonous exhaust are the principle obstructions to safe departure of a building. A significant commitment towards defeating these perils is the utilization of fire survival cables and halogen free cables.

Fire Resistance Cable

XLPE / Silicon insulated

High Temperature Cables

High Temperature cable are included in thermocouple cable, RTD cable, control cable, etc. You can access these cable individually from that classification.

High Temperature Cable

High Temperature Cable – 700°C

High Temperature Cables

High Temperature cable are included in thermocouple cable, RTD cable, control cable, etc. You can access these cable individually from that classification.

High Temperature Cable

High Temperature Cable – 700°C

Heat Resistance Cables

Reliable offers a scope of single & multi-core Heat Resistance Cable for temperature up to 800°C. Our Heat Resistance Power Cables are reasonable to oppose in compound, fire and fire atmosphere. These HR Cables are utilized in Glass, Cement, Power generation, Steel and Sponge plant and so on.

Heat Resistance Cable Models

Heat Resistance Cable

PTFE-Inner PTFE-Fiber Glass-SS Braiding – 350°C

Heat Resistance Cable

Polyimide-PTFE-Double Fiber Glass-Overall Polyimide Isolater-Inner PTFE-Mica-Double Fiber Glass-Asbestos Braiding-SS Braiding – 600°C

Heat Resistance Cable

PTFE-Inner PTFE-SS Braiding – 300°C

Heat Resistance Cable

Polyimide-PTFE- Polyimide Isolater-Inner PTFE-Mica- Fiber Glass-Asbestos Braiding – 400°C

Heat Resistance Cable

Polyimide-PTFE-Polyimide-Isolater-Inner PTFE-Mica-Fiber Glass-SS Braiding – 400°C

 

Heat Resistance Cable

Silicon-Silicon – 200°C

Heat Resistance Cable

Silicon-Silicon-Fiber Glass Braiding – 200°C

Heat Resistance Cable

Polyimide-Fiber Glass-Fiber Glass-SS Braiding – 450°C

Heat Resistance Cable

Polyimide-Fiber Glass-Fiber Glass-Asbestos Braiding – 450°C

Heat Resistance Cables

Reliable offers a scope of single & multi-core Heat Resistance Cable for temperature up to 800°C. Our Heat Resistance Power Cables are reasonable to oppose in compound, fire and fire atmosphere. These HR Cables are utilized in Glass, Cement, Power generation, Steel and Sponge plant and so on.

Heat Resistance Cable Models:

Heat Resistance Cable

PTFE-Inner PTFE-Fiber Glass-SS Braiding – 350°C

Heat Resistance Cable

Polyimide-PTFE-Double Fiber Glass-Overall Polyimide Isolater-Inner PTFE-Mica-Double Fiber Glass-Asbestos Braiding-SS Braiding – 600°C

Heat Resistance Cable

PTFE-Inner PTFE-SS Braiding – 300°C

Heat Resistance Cable

Polyimide-PTFE- Polyimide Isolater-Inner PTFE-Mica- Fiber Glass-Asbestos Braiding – 400°C

Heat Resistance Cable

Polyimide-PTFE-Polyimide-Isolater-Inner PTFE-Mica-Fiber Glass-SS Braiding – 400°C

Heat Resistance Cable

Silicon-Silicon – 200°C

Heat Resistance Cable

Silicon-Silicon-Fiber Glass Braiding – 200°C

Heat Resistance Cable

Polyimide-Fiber Glass-Fiber Glass-SS Braiding – 450°C

Heat Resistance Cable

Polyimide-Fiber Glass-Fiber Glass-Asbestos Braiding – 450°C

Lead Wires/Hookup Wires

Reliable provide expansive scope of Lead wire or Hook up wires with different PVC insulations. Application territories are Drives, Panel, Chemical Plants, Laboratories, and Making Electrical Connections and so forth.

Lead Wire Models

Lead Wire

PTFE insulated – 260°C

Lead Wire

PVC Insulated (Class-5) – 90°C

Lead Wire

PVC Insulated (Class-1/Class-2) – 85°C

Lead Wire

FEP insulated – 200°C

Lead Wires/Hookup Wires

Reliable provide expansive scope of Lead wire or Hook up wires with different PVC insulations. Application territories are Drives, Panel, Chemical Plants, Laboratories, and Making Electrical Connections and so forth.

Lead Wire Models:

Lead Wire

PTFE insulated – 260°C

Lead Wire

PVC Insulated (Class-5) – 90°C

Lead Wire

PVC Insulated (Class-1/Class-2) – 85°C

Lead Wire

FEP insulated – 200°C

Special Cables & Sleeves

DC Solar Photovoltaic Cables

Load cell cables

Electron Beam Irradiated Cable

Network cables

Sleeves

Digital Linear Heat Sensing Cables

Special Cables & Sleeves

DC Solar Photovoltaic Cables

Load cell cables

Electron Beam Irradiated Cable

Network cables

Sleeves

Digital Linear Heat Sensing Cables

Mineral Insulated Cables

We have top notch fabricating plant for creating wide scope of Mineral insulated (MI Cable), metal-sheathed cable. The uses of MI Cable are numerous, such as blast furnace, atomic research, nuclear reactors, Kilns and many more. We give standard as well as custom-built cables according to the customer need/ application requirement. We have entirely adaptable lines so consistently prepared to fulfill the need.

At least one wire-like conveyors (centers) are implanted in a high protection quality MGO and squeezed into a metal cylinder (sheath) made of oxidation and consumption safe material. The whole blend is then handled utilizing appropriate shaping strides to acquire the last dimensions.Due to great Flexibility, Excellent mechanical quality, and weight obstruction, mineral protected Thermocouples/RTD’s can be introduced in complex establishments.

Mineral Insulated Cable Models

Mineral Insulated Thermocouple Cable

Mineral insulated thermocouple cables have inner conductors of Thermocouple base material as per Standard ASTM E 585/585M and ASTM E 839.

Mineral Insulated RTD Cables

Mineral insulated cables for RTDs have inner conductors of copper, copper-nickel alloys, nickel etc. metals.

Mineral Insulated Heating Cable

Mineral Insulated Heating Cables are constructed with a solid resistor element embedded in highly compacted mineral insulation. MI cables are built to handle high temperature, high wattage applications.

Mineral Insulated Copper Cable (MI Power Cable)

Mineral Insulated Copper cable is used as an electric cable for critical areas of plant and follows standard of IEC/EN 60702 Part 1. It has two voltage grade 500V & 750V.

 

SPNDS (Self Powered Neutron Detectors)

Self-Powered Neutron Detectors are effectively as incoreflux monitors in nuclear power reactors.The typical SPND is a coaxial cable consisting of an inner Electrode (the emitter), surrounded by insulation and an outer electrode (the collector).

Coaxial / Triaxial Cables

Triaxial cable is a type of electrical cable similar to coaxial cable, but with the addition of an extra layer of insulation and a second conducting sheath. It Provides Greater bandwidth and rejection of interference than coax.

Mineral Insulated Cables

We have top notch fabricating plant for creating wide scope of Mineral insulated (MI Cable), metal-sheathed cable. The uses of MI Cable are numerous, such as blast furnace, atomic research, nuclear reactors, Kilns and many more. We give standard as well as custom-built cables according to the customer need/ application requirement. We have entirely adaptable lines so consistently prepared to fulfill the need.

At least one wire-like conveyors (centers) are implanted in a high protection quality MGO and squeezed into a metal cylinder (sheath) made of oxidation and consumption safe material. The whole blend is then handled utilizing appropriate shaping strides to acquire the last dimensions.Due to great Flexibility, Excellent mechanical quality, and weight obstruction, mineral protected Thermocouples/RTD’s can be introduced in complex establishments.

Mineral Insulated Cable Models:

Mineral Insulated Thermocouple Cable

Mineral insulated thermocouple cables have inner conductors of Thermocouple base material as per Standard ASTM E 585/585M and ASTM E 839.

Mineral Insulated RTD Cables

Mineral insulated cables for RTDs have inner conductors of copper, copper-nickel alloys, nickel etc. metals.

Mineral Insulated Heating Cable

Mineral Insulated Heating Cables are constructed with a solid resistor element embedded in highly compacted mineral insulation. MI cables are built to handle high temperature, high wattage applications.

Mineral Insulated Copper Cable (MI Power Cable)

Mineral Insulated Copper cable is used as an electric cable for critical areas of plant and follows standard of IEC/EN 60702 Part 1. It has two voltage grade 500V & 750V.

 

SPNDS (Self Powered Neutron Detectors)

Self-Powered Neutron Detectors are effectively as incoreflux monitors in nuclear power reactors.The typical SPND is a coaxial cable consisting of an inner Electrode (the emitter), surrounded by insulation and an outer electrode (the collector).

Coaxial / Triaxial Cables

Triaxial cable is a type of electrical cable similar to coaxial cable, but with the addition of an extra layer of insulation and a second conducting sheath. It Provides Greater bandwidth and rejection of interference than coax.