What is the difference between welding cables and Other Cables? - PowerPoint PPT Presentation

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What is the difference between welding cables and Other Cables?

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As a conclusion of its flexibility, welding is simplified, and knots in the cable are prevented from forming, appearing in the internal wire breaking. Industrial equipment and generators can also use it as a power line. – PowerPoint PPT presentation

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Title: What is the difference between welding cables and Other Cables?


1
H01N2- D Welding Cables Features and Uses
2
  • H01N2- D welding cables are rubber welding cables
    that are homogeneous and malleable in
    construction. As a result of its flexibility,
    welding is simplified, and knots in the cable are
    prevented from forming, resulting in the internal
    conductor breaking. Automatic welding and machine
    tools, conveyor systems, and manufacturing or
    assembly lines are all examples of where it is
    used in manufacturing and assembly.

3
Characteristics of H01N2-D
  • Incredibly versatile
  • Up to 85C heat resistance
  • withstanding low temperatures
  • impervious to the ultraviolet heat
  • When exposed to common gases and oils, this
    material retains its flexibility.

4
Uses of H01N2- D Welding Cables
  • In high-end applications, H01N2- D welding cables
    are often used as a secondary voltage cable for
    various types of welding equipment. Industrial
    equipment and generators can also utilize it as a
    power line.
  • For example, electric arc welding machines run on
    two distinct wires
  • a major power source for the gadget
  • one that serves as a standby power supply
  • Electricity isn't provided via welding cable, but
    electrodes still need it.
  • When the voltage is less than 600 volts, welding
    cables are usable in power distribution
    operations. In battery installations where space
    is at a premium, EPDM or neoprene-coated cable is
    the ideal choice.
  • As a result, you don't have to use the battery
    cable anymore. It's safe to use H01N2- D welding
    cables around water.

5
Welding Cable Is Used In The following Events
  • Cables for Battery Chargers
  • Arc-welding
  • Leads for battery chargers
  • Holder for an electric current
  • Cables for show lighting or audiovisual equipment
  • plating wires for electroplating
  • Systems for lights and music
  • Boxes for fusing in buses
  • Vehicles for exchanging information
  • Using the Sun's Energy
  • Cables for lift trucks
  • Ground lead welding
  • An arc welder's ground connection
  • Leads for welding electrodes
  • Lines for powering batteries

6
Ways to Select the Correct Welding Cable Size
  • The amperage rating determines H01N2- D welding
    cables size. This rating reflects the maximum
    current that the cable may safely carry.
  • Heat ratings and component length can also impact
    cable size.
  • Even if the welding wire's diameter is identical,
    a smaller cable can convey greater power.
  • The copper inside the cable causes resistance
    heating. Once you've determined the proper
    length, your cable should be warm to the touch.
  • A smaller wire might overheat if it receives too
    much electricity. The small size will not only
    harm the wire but also cause it to catch fire.
  • Using a big welding cable is not hazardous but
    inefficient. Longer cables cost more since they
    have more copper strands.
  • The size of the welding loop is taken into
    consideration before purchasing a welding cable.
    When welding, the current flows via your welding
    gun, welding machine, or stick electrode,
    electrode holder, work cable, and work clamp.
  • Finally, establish the capacity rating. It is a
    of a 10-minute time. It controls how much power
    may be used before the welding cable overheats
    and stops working. It should be on the machine or
    in the manual.

7
Difference Between Welding Cable and Other Cables?
  • Intended to be both elastic and long-lasting,
    H01N2- D welding cables are used in various
    applications. Moving the electrode around the
    shop and along the welded joint(s) is necessary
    to perform arc welding.
  • As a reason, adopting flexible welding wire that
    is simple to move around is essential for
    welding. Rubber insulation and a high strand
    count arranged concentrically can help improve
    the cable's flexibility.
  • Industrial environments are where welding is
    regularly performed and where wounds, spark
    burns, abrasions, and water and oil exposure can
    rapidly deteriorate a weaker cable.

8
Battery Cable vs. Welding Cable
  • When making comparisons between battery cable to
    welding cable, however, it's clear that, while
    battery cable has very few strands of copper per
    conductor than the actual gauge size of welding
    cable, grounding cable, also known as welding
    cable, is a better choice for applications that
    prioritize usability and flexibility.
  • The volume of copper atoms per foot in H01N2- D
    welding cables is larger than in battery cable,
    allowing it to tolerate higher voltages.

9
Optical Fiber Cable vs. Welding Cable
  • An optical fiber cable, like an electrical cable,
    is an assembly. It does, however, include one or
    even more optical fibers that transport light.
  • The components are individually coated with
    plastic layers and then enclosed in a protective
    tube appropriate for the OFC cable's environment.
  • Long-distance communications, delivering a strong
    internet connection between different portions of
    a building, and other applications require
    distinct types of OFC.
  • It's all OFC in terms of copper content. As a
    result, the strand/size count will make a
    significant impact. Welding cable often has fewer
    strands and is consequently less flexible.

10
Specifications For Welding Cable
  • Ampacity The peak current which a welding cable
    can operate safely is called ampacity.
  • Insulation This type of cable is made of PVC or
    EPDM insulation. EPDM and neoprene jackets are
    flexible and water-resistant. But they can't
    touch a gas or any other petroleum-based liquid.
    PVC is less flexible yet very tear and cut
    resistant.
  • Size It should be long enough to reach all four
    corners. Two things to recollect one cable
    connects the welder to the electrode, and the
    other to the welded item
  • Gauge - The lower the ampacity, the larger and
    thinner the welding cable. So, if you desire a
    long wire, consider stronger cables to
    compensate, which will also safeguard your
    welding machine.
  • Flexibility Greater flexible cable means more
    flexible strand count. Ensure the cable is
    flexible.

11
Conclusion
  • H01N2-D welding cables are extremely flexible,
    making them ideal for use in the automotive
    sector, shipyards, transit and conveyor systems,
    tooling machines, welding machines, and other
    similar applications.
  • Even when exposed to ultraviolet, sunlight, air,
    protective gases, gasoline, and petrol, the
    H01N2-D welding cable maintains its excellent
    flexibility.
  • It is extremely flexible, temperature resistant,
    UV resistant, and flame retardant.
  • As a result, it's suitable for outdoor use in
    dry, moist, and wet environments.
  • To find an appropriate cable, you should first
    determine your preferences, which will allow you
    to narrow down your alternatives quickly. May
    this advice assist you in making an informed
    decision while purchasing H01N2- D Welding
    cables.

12
Kathiyawad Wires Cables 617, Star Plaza, M. G.
Road, Phulchab Chowk, Rajkot, Gujarat 360001,
India
sale_at_k-w-c.co.uk
91 812 812 60007
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