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              <h6>B J ELECTRONICS PRIVATE LIMITED</h6>
              <h2>PRODUCT CERTIFICATION</h2>
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                <p>
                  Our Products are constantly tested and certified for the
                  relevant Design, Technical and Endurance standards at the
                  CENTRAL POWER RESEARCH INSTITUTE – CPRI Bangalore to ensure
                  product effectiveness and robustness.
                </p>
                <p>
                  All Metallized Film Capacitors are RoHS Compliant and
                  Certified following the Latest EU Directives.
                </p>
                <p>
                  Note relevant to RoHS directive. In line with the 2002/95/EC
                  directive, already known as the RoHS directive, all the
                  capacitors produced by BJEPL, since August 2019, are
                  manufactured in compliance with the above directive. BIS-ISI /
                  CE / RoHS
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              <h6>Certification</h6>
              <h2>Systems and Management Certification</h2>
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                Our Management systems are TUV India Private Limited, member of
                TÜV NORD GROUP certified Integrated Management systems.
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              <h6>Testing</h6>
              <h2>Product Testing</h2>
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                BJEPL is Equipped with a state-of-the-art Internal Test
                Facilities Laboratory as per IEC Standards.
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                <h5>Overload Testing</h5>
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              <h6>Safety</h6>
              <h2>General Safety Recommendations for Capacitors</h2>
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              <h3>Scope</h3>
              <p>
                These safety recommendations and requirements apply to the
                following capacitors and standards. Their purpose is to describe
                the state of technology which must as a rule be adhered to in
                all relevant contracts for goods and services.
              </p>
              <div class="bj-production-line-details-table">
                <table>
                  <thead>
                    <th>APPLICATION</th>
                    <th>IEC / DIN EN</th>
                    <th>BIS</th>
                  </thead>
                  <tbody>
                    <tr>
                      <td>Lighting Capacitors</td>
                      <td>61048 / 61049</td>
                      <td>-</td>
                    </tr>
                    <tr>
                      <td>Motor Capacitors</td>
                      <td>60252</td>
                      <td>2993</td>
                    </tr>
                    <tr>
                      <td>Surge Capacitors</td>
                      <td>
                        DIN VDE / 0560-3 (Currently, No IEC Standards are
                        available)
                      </td>
                      <td>(Currently, No BIS Standards are available)</td>
                    </tr>
                  </tbody>
                </table>
              </div>
              <p>
                Misapplication, such as exceeding the design limits, use for
                applications different from those indicated in the catalogue or
                use for applications inappropriate for the characteristics of
                the type of capacitor used, may fail the capacitor or in the
                expulsion of the capacitor element from the case.
              </p>
              <p>
                Normal end-of-life failure is characterized by a loss of
                capacitance increase in dissipation factor and/or permanent open
                circuit. The user is, therefore, cautioned to provide whatever
                additional protection or enclosure is necessary to avoid
                possible damage or injury in case of failure.
              </p>
              <p>
                BJEPL disclaims any responsibility for damages to things and
                people originated by improper use of its products.
              </p>
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        <div class="bj-production-line-details-item">
          <div class="bj-production-line-details-content">
            <div class="bj-production-line-details-inner">
              <h3>General safety rules</h3>
              <p>
                Since capacitors are electrical energy storage devices, they
                must always be handled with caution. Even after being turned off
                for a relatively long period, they can still be charged with
                potentially lethal high voltages.
              </p>
              <p>
                The same applies to all system components and devices which have
                an electrically conductive connection to the capacitor. The
                general rules of good electrical engineering practice must
                always be complied with when handling live components in
                electrical systems.
              </p>
            </div>
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              alt="BJEPL"
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            <div class="bj-production-line-details-inner">
              <h3>General conditions for storage and use</h3>

              <div class="bj-production-line-details-list">
                <ul>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> The manufacturer’s
                      installation, application and maintenance instructions and
                      the relevant standards must always be complied with.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Capacitors must never
                      be stored or used outside the specified temperature
                      ranges.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Capacitors may not be
                      stored or operated in corrosive atmospheres, particularly
                      not when chlorides, sulphides, acids, alkalis, salts,
                      organic solvents or similar substances are present.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> In dust and dirt-prone
                      environments, regular checks and maintenance (particularly
                      of the terminals and insulators) are necessary to prevent
                      the creation of creepage distances between live parts
                      and/or to the protective conductor/ground.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> The maximum
                      temperatures (including inherent heat), voltages,
                      currents, power, thermal resistances, frequencies,
                      discharge times and switching frequencies specified in the
                      datasheet must be adhered to.
                    </p>
                  </li>

                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> A means of enough
                      dissipation of heat loss (fan, cooling) or escaping gases
                      and liquids in case of malfunction must be provided.
                      Required minimum distances (e.g. to sources of heat) must
                      be maintained.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Specified torques for
                      electrical connections and fasteners must be adhered to.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Mechanically or
                      electrically damaged, leaky or otherwise damaged
                      capacitors may not be used or continue to be used.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Existing protective
                      devices of the capacitors may not be manipulated, removed
                      or impaired in their function.
                    </p>
                  </li>
                </ul>
              </div>
            </div>
          </div>
        </div>
        <div class="bj-production-line-details-item">
          <div class="bj-production-line-details-content">
            <div class="bj-production-line-details-inner">
              <h3>Protective devices</h3>
              <p>
                The following table gives an overview of the known internal
                protective devices:
              </p>
              <div class="bj-production-line-details-list mb-2">
                <ul>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Internal protective
                      devices offer basic protection against certain internal
                      faults, ageing and overload.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Internal protective
                      devices alone are not enough to prevent all conceivable
                      dangers in case of malfunction. The so-called self-healing
                      capability is not the same as fail-safe system stability.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Most internal
                      protective devices can interrupt the voltage only within
                      the capacitor. They are not fusing in the classical sense
                      such as cable or device fuses which interrupt the voltage
                      upstream from the faulty system component.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i>It is advisable to
                      supplement internal protective devices with external
                      protective devices, for example
                    </p>
                    <ul class="bj-production-line-details-list-inner-child">
                      <li>
                        <p>
                          <i class="fal fa-scrubber"></i> short-circuit
                          protection by fuses or circuit breakers/protective
                          relays
                        </p>
                      </li>
                      <li>
                        <p>
                          <i class="fal fa-scrubber"></i> overload protection
                          for fundamental frequency and harmonics using current
                          measurement
                        </p>
                      </li>
                      <li>
                        <p>
                          <i class="fal fa-scrubber"></i> load unbalance
                          protection
                        </p>
                      </li>
                      <li>
                        <p>
                          <i class="fal fa-scrubber"></i> temperature control
                        </p>
                      </li>
                    </ul>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Depending on their
                      protective mechanism, protective devices are subject to
                      technical and functional limits which, when exceeded, will
                      inevitably cause malfunctions.
                    </p>
                  </li>
                </ul>
              </div>
              <p>
                Such violations include excess temperature, overvoltage,
                incorrect application, incorrect installation, faulty
                maintenance, mechanical damage, or operation outside the
                technical limits of the specification.
              </p>
            </div>
          </div>
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            <img src="assets/img/production-line.png" alt="BJEPL" />
          </div>
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          </div>
          <div class="bj-production-line-details-content">
            <div class="bj-production-line-details-inner">
              <h3>Risk factors for the capacitor</h3>
              <p>
                The most frequent risk factors which cause capacitor damage and
                possibly also the failure of the internal protective devices
                are:
              </p>
              <div class="bj-production-line-details-list mb-2">
                <ul>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Exceeding the
                      permissible temperature on the capacitor surface (every
                      increase in operating temperature of 7 K cuts life
                      expectancy in half).
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Overvoltage’s,
                      overcurrent, and high inrush currents even if they only
                      occur briefly or cyclically (a continuous increase in the
                      operating voltage of the capacitor of 8 % cuts life
                      expectancy in half).
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Network harmonics,
                      resonances created by harmonics or flicker even when they
                      occur only briefly or cyclically.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Aging of the lighting
                      equipment and consequential excess temperature or high UV
                      stress.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Failure of other
                      components in a common circuit and consequential
                      overvoltage’s or overcurrent’s.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Interaction with other
                      reactive power components, and parasitic capacitances
                      (cable) or inductivities in common circuits.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Even if the test based
                      on the capacitor standard is passed, this does not ensure
                      comprehensive protection against all possible overloading.
                    </p>
                    <p>
                      Currently, several customers are requesting special tests
                      on unprotected capacitors with extreme overvoltages and
                      temperatures to prove safe capacitor performance.
                    </p>
                    <p>
                      These additional tests on self-healing PEC capacitors
                      without a safety system (unprotected) are often referred
                      to as “destruction tests” and are not IEC compliant.
                      Furthermore, such tests are unsuitable for evaluating
                      potential risks posed by PEC capacitors or their behaviour
                      in the event of a fault.
                    </p>
                    <p>
                      Instead of these tests, critical operating conditions
                      which could lead to the failure of a PEC capacitor
                      (voltage/current/temperature) should be monitored within
                      the application.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> During the operation of
                      thyristor-switched capacitor systems, high DC voltages can
                      occur continuously on the capacitors of compensation
                      systems which are not switched on. These DC voltages must
                      be considered when designing the capacitors and their
                      discharge devices.
                    </p>
                  </li>
                </ul>
              </div>
            </div>
          </div>
        </div>
        <div class="bj-production-line-details-item">
          <div class="bj-production-line-details-content">
            <div class="bj-production-line-details-inner">
              <h3>Risks when a fault occurs</h3>

              <div class="bj-production-line-details-list">
                <ul>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Power capacitors can be
                      a significant risk in the case of failure due to their
                      stored energy and/or their properties during operation in
                      networks with high short-circuit power. The use of
                      ever-larger capacitors, for example in multi-level
                      high-voltage direct current (HVDC) transmission systems,
                      which are notable for the size, arrangement and number of
                      capacitors, poses risks.
                    </p>
                    <p>
                      If energy values exceed 30 kJ per capacitor unit, it is
                      assumed that, in the event of failure, the risk will
                      increase if there is an uncontrolled release of this
                      energy. This poses an additional hazard potential in
                      systems containing several capacitor units due to possible
                      avalanche effects.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Power capacitors can
                      actively fail when internal or external protective devices
                      are missing, incorrectly dimensioned or have failed. They
                      can burst, burn or, in extreme cases, explode. This also
                      applies to gases escaping from internal protective devices
                      (overpressure valves).
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> The gases (e.g.,
                      hydrocarbons as decomposition products of the organic
                      insulating materials used) released in case of damage are
                      flammable and can create explosive mixtures. The fire load
                      of a power capacitor is approx. 40 MJ/kg. It is to be
                      noted in this context that – depending on size –
                      combustible materials make up around 55 % of the total
                      mass of small capacitors and a max.75 % of large
                      capacitors.
                    </p>
                  </li>
                </ul>
              </div>
            </div>
          </div>
          <div class="bj-production-line-details-img">
            <img src="assets/img/production-line.png" alt="BJEPL" />
          </div>
        </div>
        <div class="bj-production-line-details-item">
          <div class="bj-production-line-details-img">
            <img src="assets/img/production-line.png" alt="BJEPL" />
          </div>
          <div class="bj-production-line-details-content">
            <div class="bj-production-line-details-inner">
              <h3>Risk minimisation</h3>

              <div class="bj-production-line-details-list">
                <ul>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> The capacitor
                      manufacturer cannot predict all stresses to which a power
                      capacitor can be subjected and which must be considered in
                      the design. This means that the user bears crucial
                      co-responsibility here. For this reason alone, safety and
                      quality should be the top priorities when a capacitor is
                      selected. Therefore, we urgently recommend the use of
                      capacitors with appropriate internal protective devices.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Before designing the
                      application, capacitors must be checked for their
                      suitability for this application. All influences
                      (parameters) must be considered. Unexamined use in an
                      application may have serious consequences.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Particularly with
                      sensitive applications, the internal protective devices of
                      the capacitors must be supplemented by the user with
                      suitable external protective measures. External protective
                      measures are even mandatory when capacitors are used
                      without internal protective devices.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> When power capacitors
                      are used, suitable measures must always be taken to
                      eliminate possible danger to humans, animals and property
                      both during operation and when a failure occurs. This
                      applies to capacitors both with and without protective
                      devices. Regular inspection and maintenance by a competent
                      person are therefore essential.
                    </p>
                  </li>
                  <li>
                    <p>
                      <i class="fal fa-badge-check"></i> Power capacitor
                      manufacturers who are members of the ZVEI will gladly
                      advise users who are planning an application, provide firm
                      recommendations and offer their services.
                    </p>
                  </li>
                </ul>
              </div>
            </div>
          </div>
        </div>
      </div>
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                  <p><b>Location</b></p>
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