Department Of Space

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Welcome to Mars Monitoring World
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India Man in Light
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We commited to see India on TOP and best
Facilties around The World
Presentation on Best Practice for Electrical
Equipment Installation and Safety of
Product(Earthing Protection)
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Smart India and Space Programme
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Smart India Mission using Satellite

• To Protection our Nation using Satellite for
  Monitoring of Borders (Sea,Ground and Air)
• To Collect Data for Weather Monitoring for
  efficient use
• To Collect Data for Early Warning
  (DisasterManagement)
• Use of Satellite for Communication (Transmission
  Reciving of Data and Images
• Use of Satellite for Broadcasting
  Radio/Television
• Use of Satellite for Global Positing and
  information Systems
• Connecting Physical devices to Control and
  Monitoring
• Use of Satellite for Storage and Data Management
• Use of Realtime Data and Event for Survilliance
  and Video Monitoring.
• Use of Satellite for Transportation of Public and
  Goods through Surface,Sea and Air
• Many More Important use of Satellite in our life.

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Deep Sea P Sensor
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Suggested real-time sea level stations (India)
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Surface Currents (India)
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Lightning Safety of the structure / human/
equipments
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Hamen Babaji Nahi Science Chahiye
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India Life can be Save from Lightning
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We all may be danger if not Protected
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Horrifying Losses Due To Devil Lightning
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Early Warning System/Alert
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Protection from Lightning Charges
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Hame Jina hey Hame Jine Doo
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Standards Worldwide for Lightning NFC17-102 and
IEC62305-3

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Make in India India Space Programme(Smart and
Economical
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Topics of Presentation

• Latest National Building Code 2016
• Maintenance Free Earthing Arrangement as per UL
  467, IEC 62561-2
• Earth Enhancing Compound as per IEC 62561-7
• Exothermic Weld(Fail Proof Joints) as per IEEE
  837
• Copper Clad Steel Replacement of GI Flat Strips
  as per IEEE IEC
• Surge Protection for Power and Communication Port
  (Suitable Integration is also available)
• Lightning Protection IS/IEC 62305 Part 1-4
• NFC 17-102/UNE 211186 is in Process Incorporation
  in National Electric Code Under Final Revision

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Our Solutions for Best Practice (Earthing
Protection)

• Electrical Power Generation ,Transmission
  Distribution
• Backup Power(DG and UPS now Solar PV Power)
• Communication Equipment (Fixed or Wireless)
• Security Surveillance (CCTV/Access
  Controls/Networking)
• Building and Infra Solutions
• Launching Vechiles
• Control Montoring

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Surge Protection use Recommendation
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We always think about Safety of Each Life
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Everybody Monitor for Human Safety
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We are offering Surge Protection Devices as
IS/IEC 62305-4
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Sikhana to Padega Hi Follow NBC2016
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Best Earthing Practice to perform equipment well
protects from shock (As per Latest NBC-2016)

• Equipment Earthing
• CI/GI/ Copper Plate earthing with maintenance
  material
• Copper/ Copper Bonded Steel Rod with maintenance
  free earthing system

2. GRID Earthing
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Copper Bonded Steel Rod- Best Earthing Material /
Superior in Quality / Recommended by IEEE 80, UL
467, IEC 62561-2, IS 3043

• Low carbon solid steel rod with minimum 250
  micron pure copper coating as per UL 467
• Offers 4 to 5 times more working life than GI
  electrode
• Excellent fault current carrying capacity
• Exhibits same corrosion resistant property as
  copper
• High strength of steel
• A cost effective solution
• Theft proof solution

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Complete Earthing Arrangement
The use of Earth Enhancing Compound complying to
IEC 62561-7..plays an important in making
grounding system much more effective. - It retain
moisture thus provide smooth path for current to
flow faster. - Since it has moisture retention
properties it doesnt demand regular watering
that makes the grounding system low
maintenance. - The continuous presence of
moisture provides stable Ohmic value. - It
doesnt not washes away with time. - It does not
demand continuous presence of water to maintain
its conductivity.
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Fire Accident due to electrical joint failure in
Lightning Protection Earthing
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An Arcing Fault is the flow of current through
the air between phase conductors or phase
conductors and neutral or ground. Concentrated
radiant energy is released at the point of arcing
an a small amount of time resulting in Extremely
High Temperature.
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Earthing Connections Joint Practices
For making earthing connections electrical
jointing, mechanical joints are still prevails.
Nut Bolt, welding, clamping, brazing
Only give 8-20 contact surface area
Gets corroded over the period of time due to
atmospheric corrosion
Contact areas of connections have voids and gaps
which cause corrosion, rust and oxide results in
early deterioration
Resistance of mechanical connections increases
with time and this alters the conductive
properties of connections
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EXOTHERMIC WELDING- For all buried permanent
connections as per IEEE 837 / NBC 2017

• Main earthing wire connections shall be
• Be mechanically electrically sound
• Be protected against damage, corrosion and
  vibration
• 100 contact surface area is must
• Be secured at the earth electrode

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EXOTHERMIC WELDING- Permanent Jointing solution
These cavity can be designed on customize basis
as per the type of joint is required.
Also the dimension of the conductors which needs
to be joint in a kind of jointing.
We are the manufacturer and can offer any kind of
joint type as mentioned below
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Most Efficient Joint Process
It is efficient and superior to all existing
surface to-surface mechanical retention
connectors.
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Copper Clad Steel Solid ROD and Conductor
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Surge in Systems and Result
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Surge in DC Application
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External/Internal Surge Source
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LIGHTNING FORMATION
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Safety Main It Should be Remain (Protect your
Equipment for Internal External Surges)

• The 100 of lightning energy breaks down as
  follows
• a) 50 of the lightning current will flow
  through the ground
• b) 50 of the lightning current will flow over
  the connected metal parts out of the
  building
• about 10 to the water pipe (metal)
• about 10 to the gas pipe (metal)
• about 10 to the oil pipe (metal tank)
• about 10 to the sewage pipe
• about 10 to the power suppliers incoming feed
• max. 5 or 5 kA shared across all data lines

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• Facts about Lightning
• A strike can average 100 million volts of
  electricity
• Current of up to 200,000 amperes
• Can generate 54,000 oF
• 10/350MicroSec/50KA Fault Current/Discharge in
  Nano Sec
• Protection
• Earthing Design100KA Fault Current/Joints
  Exothermic /Flexible Down Conductor with
  Shortest Route Less Corner

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• Lightning Protection Standard use in India
• (IS2309 Now IEC 62305-5)NBC2016
• Working Principle Angular No Compromise with
  Design Max Protection 30Mtrs from One
• No Product warranty from Manufacturer
• High Maintenance Require
• Earthing below 10.00 Ohm

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Lightning Risk Assessment Study is actually the
measure of risk of a lightning strike and
probability of damages. As Per IEC62305-2.

• All these calculations are based on
• Lightning strike density in that particular
  area(provided byOMV i.e.Ng 8),
• Danger for people,
• Occupation coefficient of structure,
• Relative location of site,
• Fire Risk,
• Associated services,
• Electrical Lines,
• Lightning Protection Level,
• Surge Arrestor and
• Dimensions of installation.

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Lightning Risk Calculation as per IEC62305-2
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Ligthing Risk Calculation
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Lightning Risk Calculation
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Lightning Risk Calculation
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Risk Assessment Calculator as per IS/IEC 62305
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Air- Termination System

1. Vertical Rods- simple shaped buildings
2. Catenary wires- suitable for all cases
3. Meshed/ Grid Conductors- best for where plane/
   pitch roof surfaces

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Air- Termination System Design
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Protection Angle method
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Mesh/ Faraday Cage Method
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Rolling Sphere Method
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Lightning Protection As Per NF C 17 102/UNE 211186
The ESE air terminal is a terminal which enables
to generate artificially an upward leader earlier
than a simple rod, with an ionization system, in
order to establish a special impact on its point.
The capture of the lightning strike being faster
than a simple rod, this technology enables to
benefit from larger protection areas, ensuring
protection for large dimensions structures. The
generated protection radius depends on the early
streamer emission value of the air terminal (?t
in µs), its height, and the efficiency of the
protection. The protection radius ensured by this
type of air terminal is 120 m (Protection level
IV, height 60 m , early streamer emission time
60µs). The NFC 17-102/UNE 211186 standard
describes the installation procedure for this
type of air terminal. The installation of this
type of air terminal is easy and cheaper than
other technologies. It can protect whole
buildings with one E.S.E. air terminal. It
enables the protection of a structure and its
environment, the protection of opened areas and
well integrate in the architecture of a structure
without aesthetic alteration. 1 ESE, 2 down
conductors and 2 earthing systems are necessary
to ensure the protection.
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Early Streamer Emission Air Terminal
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• An active and advance technology device based on
  the principle of Corona effect.
• Internationally accepted technology complying
  standard NFC 17-102.
• Active Protection not only protects the structure
  also protect surroundings open areas.
• Made up of stainless steel SS-316L hence highly
  corrosion resistant and long lasting.
• More life due to corrosion resistant material is
  used.
• Single installation offering maximum radius of
  protection of 109 meters which is very large in
  comparison to conventional lightning system.
• ESE air terminal is very quick in response.
• Excellent, no electronic device.
• Economical solution.
• Easy to Install.

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IEC Declaration by CENELEC for NFC17-102
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BT has confirmed that ESE National Standards
would remain valid and thus BT recognizedthere
would be no evidence of conflict between NF C
17-102 and IEC EN 62-305 standards and
consequently there is no reason, technical or
otherwise, for the withdrawal of the respective
national standard.BT has requested that this
standard be modified in order to cancel all
reference to the IEC EN 62-305 series, allowing
the NF C 17-102 standard to exist, with the
proposal of possible future migration to
international level (lEC). Accordingly, it was
establishedthat European ESE standards (France,
Spain, Portugal, Slovaquia, etc.) will
notconflict with other European standards and
will remain valid.

• GIMELEC would draw your attention to the fact
  that the terms of reference of NF C 17-102 and
• other standards, addressing alternative terminals
  (NF C 17-100, PR EN 61-024-1) were from the
• outset, very different. It is a fact that NF C
  17-102, whilst referring to ESE Technology also
• comments on other standards for lightning
  protection systems, particularly incorporating
• faraday cage, franklin rod and catenary wire
  systems. the 'camouflaging' of NF C 17-102 by IEC
  EN
• 62-305 and its proponents, that FRENCH STANDARD
  NF C 17-102 is still in full force.

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ESE Installation Guidance
ESE AT with radius protection form 32 mtr to 107
mtr.
DMC Insulator .
GI/FRP Mast .
Down Conductor Copper / Copper Cadmium Cable 70
sq. mm
Copper Bonded Ground Earthing
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Safety Main It Should be Remain (Protect your
Equipment for Internal External Surges)

• The 100 of lightning energy breaks down as
  follows
• a) 50 of the lightning current will flow
  through the ground
• b) 50 of the lightning current will flow over
  the connected metal parts out of the
  building
• about 10 to the water pipe (metal)
• about 10 to the gas pipe (metal)
• about 10 to the oil pipe (metal tank)
• about 10 to the sewage pipe
• about 10 to the power suppliers incoming feed
• max. 5 or 5 kA shared across all data lines

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Gel Based Cable Jointing Kit
Thimble
Joint all phase wire/ cable with the help of
crimping tools and lugs
Step 1
Separation Sheet
Fixed the separation sheet between all wires/
cables
Gel / Silicon
Step 2
Close the filled Silicon enclosure from top and
bottom , complete installation is done.
Step 3
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JMV Products for Earthing Protection
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Contact Professionals for Advise
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We Protect You Use Well Engineered Electrical
SafetySolutions With Us
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Contact Our Team JMV INDIALeader and
Inspiration behind Mr. Neeraj Saini
neeraj_at_jmv.co.inMr. Mahesh Chandra Manav Brand
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-919910398999 Landline -01204590000
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