Jul 25

Electronic Manufacturing, Make in India and BIS

Make in India is the new watchword for manufacturing industry in India. Foxconn has already pledged 12000/- crores for electronics manufacturing industry.

make-in-india

 

The stage of electronic manufacturing today  is exactly at that stage where IT was around 1987-88.This is the most optimum time to enter the electronics industry.
LED Lighting is one of the emerging technology in electronics manufacturing.
I am aware of about 6 major chinese companies who are setting up JVs in housing, components in Navi Mumbai, Gujarat and Delhi.
What are you waiting for? You can start the process rightaway.In fact the present government is giving host of benefits in terms of subsidies, electronic development funds in R&D etc. Please start.
Any help in terms of plant, machinery, plant layout, costing , business d
evelopment if required please let us know.
Any enquiry regarding BIS matters are also welcome. Please understand that the process for getting certificate is taking time so apply now if not done.
I am also requesting the govt. agencies in DEITY through this mail to kindly consider the application who have already applied toBIS and are awaiting the certification number which will take its own time due to accumulation of large number of files and want of manpower at BIS office.
Wishing you all joyous festive time ahead and happy manufacturing.

Somen Chakraborty

somen@isiddhi.in

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Jun 27

Overview – BIS on LED Lights in India

A brief presentation on the status of – BIS on led lights in India. For further information, Contact Mr Somen at info@isiddhi.in or visit www.isiddhi.in or call 8510830216

 

 

Transcript

  • 1. Copyright Siddhi Enterprises www.isiddhi.in B Y S I D D H I E N T E R P R I S E S OVERVIEW – BIS ON LED LIGHTS IN INDIA
  • 2. OVERVIEW  As a part of National Policy on Electronics (NPE), the activity of developing and mandating standards has been initiated by the Government of India with a view to align with NPE.  DeitY has notified “Electronics and Information Technology Goods (Requirement for Compulsory Registration) Order, 2012″ mandating fifteen categories of electronics items under the Compulsory Registration Scheme of Department of Consumer Affairs based on their compliance to Indian safety standards. Performance standards on these products are currently not applicable.  Implementing agency for above order is Bureau of Indian Standards (BIS) (http://deity.gov.in/esdm/standards) Copyright Siddhi Enterprises www.isiddhi.in
  • 3. OVERVIEW  On 7 November 2014, the Bureau of Indian Standards (BIS) has introduced 3 LED Light related product categories, listed in Table A, for the BIS Compulsory Registration Scheme for electronics and information technology goods.  All goods mentioned in Table A, will have to apply for the registration scheme before they are placed in the Indian market or imported to India.  The Date of implementation has been extended to 13 August , 2015 (http://deity.gov.in/sites/upload_files/dit/files/Extension%20ord er.pdf)  The date of manufacturing for domestically produced goods and date of landing of consignments in India for goods manufactured overseas would apply for consideration against deadlines notified. Copyright Siddhi Enterprises www.isiddhi.in
  • 4. TABLE A – APPLICABLE STANDARDS Serial Product Indian Standard Number Description 19 DC or AC supplied electronic control gear for LED modules IS 15885 (Part2/Sec 13):2012 Safety norms on LED Drivers All Wattage. Applicable for Indoor Lights external drivers 21 Self-ballasted LED Lamps for general lighting services IS 16102 (Part-1) :2012 Safety norms on Bulbs All wattage 22 Fixed general purpose LED luminaries IS 10322 (Part-5/Sec 1):2012 Safety norms on Surface Lights, Ceiling Lights, Wall Lights Copyright Siddhi Enterprises www.isiddhi.in
  • 5. LIABILITY FOR TESTING OF IMPORTED PRODUCTS  Once registered by the manufacturing unit, the order allows imports of registered goods by the multiple importers. The Registration is for the manufacturers (factory). Hence, it is the responsibility of manufacturer to get the products tested from BIS recognised laboratory. Authorized Indian representative of the foreign manufacturer can apply for BIS testing and registration with BIS on behalf of foreign manufacturer Copyright Siddhi Enterprises www.isiddhi.in
  • 6. PROCESS FOR BIS-CRS Stage Task Stage 1 Documentation and Sample Preparation Stage 2 Sample submission Stage 3 Sample testing and report Stage 4 Application Submission Stage 5 Registration Awarded Copyright Siddhi Enterprises www.isiddhi.in
  • 7. ADDITIONAL INFORMATION  Different brands are required to be registered separately. If this is being done based on a common test report, all the brands should be listed in the test report based on sample of each brand submitted. No objection certificate /consent letter from brand owner or alternatively copy of Agreement with brand owner is to be provided to BIS by the applicant  If a manufacturer is not registered with BIS and continues selling the products in Indian market, The manufacturer is liable for prosecution under clauses 3(2) (deformation of products beyond use) and 4(3) (seizure of products) of Electronics and IT Goods (Requirement for Compulsory Registration) Order, 2012 notified by DeitY on 03 Oct. 2012 and 2(a)(2) of amendment order dated 25 June 2013. Copyright Siddhi Enterprises www.isiddhi.in
  • 8. THANK YOU For further information, please contact us Siddhi Enterprises www.isiddhi.in info@isiddhi.in +91 8510830216 Copyright Siddhi Enterprises www.isiddhi.in

 

Permanent link to this article: http://ledmarketplace.in/index.php/overview-bis-on-led-lights-in-india/

Apr 01

BIS/CRS in LED Lights – FAQs

Q…Is BIS absolutely mandatory from 7th May onwards
Ans:- Yes

Q….Which products are made mandatory for BIS certifications
Ans:- Please see the attached format (LED Series)

Q…..Are imports also covered in BIS?
Ans:- Yes

Q….The Compulsory Registration order will be effective based on manufacturing date or import date?
Ans:-The date of manufacturing for domestically produced goods and date of landing of consignments in India for goods manufactured overseas would apply for consideration against deadlines notified.

Q….. What will happen to goods ordered and expected to come on or after the due date (on account of deferment of shipments) or in transit?

Ans:- The goods landing at Indian ports on or after the due date must comply with the requirements of Order.

Q……. Who is eligible to get Unique Registration Number – the manufacturer or importer?
Ans:- The manufacturer is eligible to apply and get unique registration number which is linked to manufacturer, location of factory, product and brand.

Q…..If being manufactured by OEM and the product is already carrying CE,UL & FCC mark or tested as per International safety standard in overseas lab or a CB testing lab – do these products have to be retested or submission of test report from OEM supplier is enough for registration.
Ans:- The BIS Rules require a valid test report (not older than 90 days) from any BIS recognised test laboratory to be submitted while applying for Compulsory Registration. The test reports issued by BIS Recognised Labs are only
accepted for Registration.

Q….If manufacture is manufacturing under multiple brands, is registration required for each brand?

Ans:- Different brands are required to be registered separately. If this is being done based on a common test report, all the brands should be listed in the test report based on sample of each brand submitted. No objection certificate /consent
letter from brand owner or alternatively copy of Agreement with brand owner is to be provided to BIS by the applicant

Q…Who is liable for testing of imported products – Importer or Foreign Manufacture?

Ans:- Once registered by the manufacturing unit, the order allows imports of registered goods by the multiple importers. The Registration is for the manufacturers (factory). Hence, it is the responsibility of manufacturer to get the products tested from BIS recognised laboratory.

Q….. What is the process of collecting product from foreign manufacturer?

Ans:- It is the responsibility of manufacturer to get the products tested from any BIS recognised laboratory. Such products will be picked up from the market or from the local representative of the foreign manufacturer during surveillance.

Q……In case plant is outside India, who will communicate with manufacturer?

Ans:- Communications are addressed to the registered entity / its authorized Indian representative.

Q…..What is the penalty provision if a manufacturer is not registered with BIS and continues selling the products in Indian market?

Ans:- The manufacturer is liable for prosecution under clauses 3(2) (deformation of products beyond use) and 4(3) (seizure of products) of Electronics and IT Goods (Requirement for Compulsory Registration) Order, 2012 notified by DeitY on 03 Oct. 2012 and 2(a)(2) of amendment order dated 25 June 2013.

Q…… Who are we and what are our fees?

Ans:- We are a team of consultants specifically into LED Lighting dealing in technical and commercial activities since last 5 years. We have taken up BIS activity since last one year. We are liasoning with test labs , BIS and DEITY. We provide end to end solutions for your any type of LED issues ranging from technical , commercial development to Certification.
Please contact Mr Somen Chakraborty at info@isiddhi.in or call at 8510830216 for further details regarding process for application and our fees. For technical and commercial applications our fees will be separate. We are located in Delhi and can coordinate regarding your needs with the decision makers.

Permanent link to this article: http://ledmarketplace.in/index.php/biscrs-in-led-lights-faqs/

Jan 30

LED Lights and Other Products going to be covered under BIS Compulsory Registration Scheme

List of Products going to be covered under CRS Scheme-BIS (Order Passed on 7th Nov.2014)

BIS Logo

Power Adopters for IT Equipments
Power Adopters for Audio, Video & Similar Electronic Apparatus
UPS of rating <=5KVA
Secondary Cells / Batteries / Power Banks containing Alkaline or other non-acid Electrolytes for use in portable applications
DC or AC Supplied Electronic Control gear for LED Modules
Self-Ballasted LED Lamps for General Lighting Services
Fixed General Purpose LED Luminaires
Mobile Phones
Cash Registers
Point of Sale (POS) Terminals
Copying Machines/ Duplicators
Smart Card Readers
Mail Processing Machines / Postage Machines / Franking Machines
Passport Readers

You can contact Mr Somen (91 8510830216) at Siddhi Enterprises if you want any assistance regarding BIS registration of your products. You can also email him at info@isiddhi.in

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Aug 07

Common Lamp Types

Incandescent Lamps
The incandescent lamp dates back over one hundred years to Thomas Edison’s original invention. Essentially, an incandescent lamp produces light when its filament is heated by an electric current, causing it to glow or “incandesce.” Normally, the filament is made of a coiled or doubly-coiled tungsten wire.

The advantages of incandescent lamps include a low initial cost, high color rendering ability and general ease of operation; dimming is easy and a variety of wattages can be used in the same socket.

There are hundreds of variations of wattages, sizes, shapes, and colors. The everyday incandescent lamp is called a “general service” lamp or an “A” lamp.

HALOGEN LAMPS
Tungsten halogen lamps are basically incandescent lamps that operate at higher pressure and temperature than standard incandescent lamps, producing a whiter light and longer life. The “tungsten” part of the name comes from the filament material – tungsten. The halogen part refers to the type of chemical additive that bestows the lamp with its special properties.
Another way halogen is an improvement over standard incandescent is in light output. Incandescent lamps have a tendency as they burn to slowly deposit their allotment of tungsten onto the glass bulb, turning the bulb black. This black coating blocks some of the light from coming out of the bulb. Eventually, the filament gets thinner, breaks, and the lamp fails.

The halogen gas in the lamp significantly reduces the deposition of evaporated tungsten onto the glass bulb. No bulb blackening = more light!

Fluorescent Lamps
Fluorescent lamps produce light by passing an electric arc through a mixture of an inert gas (argon or argon / krypton) and mercury (a tiny amount). The mercury radiates ultraviolet energy that is transformed to visible light by the PHOSPHOR coating on the bulb.
Fluorescent lamps are more efficient at producing light compared to standard incandescent or even halogen. In fact, their efficacy is 4-8 times that of the filament sources. Fluorescent lamps have life ratings from 7,500 hours to 24,000 hours, with a few even beyond that. Life is dependent on many variables such as lamp type, ballast type, operating environment and how often they are switched on and off.

There are two general categories of fluorescent lamp:
Linear Fluorescent
Linear fluorescent lamps come in a range of wattages and sizes – 4 and 8 foot lamps are most common for commercial uses such as office buildings and warehouses.

Compact Fluorescent (CFL)
COMPACT FLUORESCENT LAMPS (CFLS) operate on the same principle as regular fluorescent, but are more “compact.” CFLs became popular in the mid-to-late 1980′s. The original concept was to provide an energy efficient replacement for incandescent lamps.

An integrated type of CFL combines the lamp and ballast in one unit, which can be screwed into a standard incandescent lamp socket.

Other Fluorescent lamps
Some fluorescent lamps are circular, and use designation of “FC”, and others are bent into a U-shape. These use a designation of “FB” for bent.
High Intensity Discharge Lamps
HID lamps produce light a different way than the previous lamp types examined. HID light is produced directly from the arc itself. Due to the high pressure under which these types operate, the arc becomes extremely intense. Once turned off, it must cool down to reduce the arc tube pressure before the arc can restrike.
This arc is relatively short (compared to a fluorescent lamp) and therefore it is considered a point source.
Since these sources use an arc, they need a piece of auxiliary equipment called a BALLAST.

There are three basic types of HID lamps, all operating on the same general principle but producing dramatically different results:

Mercury Lamps
Metal Halide
High Pressure Sodium (HPS)

LED LAMPS
LEDs, or light-emitting diodes, are electronic light sources. An LED is a semiconductor device that emits visible light of a certain color. LED lighting is fundamentally different from conventional light sources such as incandescent, fluorescent, and gas-discharge lamps. An LED uses no mercury, no lead, no gas or filament, it has no fragile glass bulb, and it has no failure-prone moving parts.

An LED is a type of solid-state diode that emits light when voltage is applied. LEDs become illuminated by the movement of electrons through a semiconductor material.

LED Facts

LONG LIFE
Up to 50,000 hours or more.
EXCELLENT LUMEN MAINTENANCE
Light output remains constant over time, only decreasing towards the end of the rated lifetime.
EXCELLENT COLOR QUALITY
The shade of white light appears clear and consistent over time.
NO WAITING
Light comes on instantly when turned on.
NO FLICKER
when dimmed with approved, tested dimmers for LED use.

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Aug 07

Different types of Light Fixtures

A light fixture (US English), light fitting (UK English), or luminaire is an electrical device used to create artificial light by use of an electric lamp. All light fixtures have a fixture body and a light socket to hold the lamp and allow for its replacement. The term luminaire is recommended by the International Electrotechnical Commission (IEC) for technical use.
Light fixtures are classified by how the fixture is installed, the light function or lamp type.
There are many different fixture types that one can use to deliver the general, task, or accent light one needs. Below is an overview of the types of fixtures available:

Free-standing or portable

Table lamp fixtures, standard lamp fixtures, and office task light luminaires.
Balanced-arm lamp is a spot light with an adjustable arm such as anglepoise or Luxo L1.
Gooseneck lamp
Nightlight

Fixed

Recessed light — the protective housing is concealed behind a ceiling or wall, leaving only the fixture itself exposed. The ceiling-mounted version is often called a downlight.
“Cans” with a variety of lamps — this term is jargon for inexpensive downlighting products that are recessed into the ceiling, or sometimes for uplights placed on the floor. The name comes from the shape of the housing. The term “pot lights” is often used in Canada and parts of the US.
Cove light — recessed into the ceiling in a long box against a wall.
Torch lamp, torchière, or floor lamp.
Troffer — recessed fluorescent light fixtures, usually rectangular in shape to fit into a drop ceiling grid.

Surface-mounted light — the finished housing is exposed, not flush with surface
Chandelier
Pendant light — suspended from the ceiling with a chain or pipe
Sconce — provide up or down lights; can be used to illuminate artwork, architectural details; commonly used in hallways or as an alternative to overhead lighting.
Track lighting fixture — individual fixtures (“track heads”) can be positioned anywhere along the track, which provides electric power.
Under-cabinet light — mounted below kitchen wall cabinets
Ceiling fan – May sometimes have a light, often referred to as a light kit mounted to it.
Emergency lighting or exit sign — connected to a battery backup or to an electric circuit that has emergency power if the mains power fails.
High- and low-bay lighting — typically used for general lighting for industrial buildings and often big-box stores
Strip lights or Industrial lighting — often long lines of fluorescent lamps used in a warehouse or factory

Outdoor lighting and landscape lighting — used to illuminate walkways, parking lots, roadways, building exteriors and architectural details, gardens, and parks.
High-mast, usually pole- or stanchion-mounted — for landscape, roadways, and parking lots
Bollard — A type of architectural outdoor lighting that is a short, upright ground-mounted unit typically used to provide cutoff type illumination for egress lighting, to light walkways, steps, or other pathways.
Solar lamp
Street light
Yard light

Special-purpose lights

Accent light — Any directional light which highlights an object or attracts attention to a particular area
Background light — for use in video production
Blacklight
Christmas lights-also called fairy lights or twinkle lights and are often used at Christmas and other holidays for decoration.
Flood light
Safelight (for use in a darkroom)
Safety lamp (for use in coal mines)
Searchlight (for military and advertising use)
Security lighting
Step light
Strobe light
Traffic light
Theatrical
Stage lighting instrument
Intelligent lighting
Followspot
Wallwasher

Permanent link to this article: http://ledmarketplace.in/index.php/different-types-of-light-fixtures/

Jun 14

Common LED lights fitting types – Caps & Bases

 The light fitting, or as otherwise called the socket, is a type of electrical connector used for installing the light bulbs.

The name “fitting” is often used only for the cap or base; the part of the lamp that secures the light bulb into its holder and provides the connection to the power.

Due to a large number of different fitting types available in lighting today, this section is only designed to help you identify the most common fittings that you may require for easily replacing existing lights with LED light bulbs.

Bayonet Cap

With its familiar “push and twist” action, “bayonet cap” (also known as BC or B22d) is used on most regular light bulbs. It is 22mm diameter and with two locating lugs.

The “small bayonet cap” (SBC or B15d) is very similar but only 15mm across.bayonet

Although generally used for mains voltage lamps, the SBC fitting can also be found in a very small number of specialist low voltage halogen lamps.

There are also many other “BC” variants including the 3-pin BC, B22d-3 sometimes used on Fireglow lamps but perhaps more commonly on High pressure mercury lamps for industrial applications. The BY22d is used on some low-pressure sodium (SOX) lamps.

Edison Screw Cap

Named after the pioneering inventor Thomas Edison, the Edison Screw or “ES” lamp fitting is used worldwide in a vast range of applications.

The most popular ES or E27 fitting is 27mm diameter and is widely used in b

edison

oth the US and Europe. The SES is often used for smaller decorative fittings, chandeliers, and appliance bulbs – predomina

ntly in the UK and Europe. CES is most frequently used in the US and Canada, especially for candle bulbs. The MES fitting is sometimes used in large chandeliers containing perhaps dozens of small lamps.

The GES is rarely used in domestic applications and is typically for lamps over 500W. This must not be confused with the extremely similar US standard 39mm diameter E39 or Mogul Screw fitting.

GU

The most common halogen spots are either push fit (GU4 or GU5.3), low voltage type or twist and lock (GU10 or GZ10) mains versions. PLEASE NOTE the subtle difference between GU10 and GZ10. The GU10 has a bevel around the base but the GZ10 has a square corner. This stops the GZ10 being used in a fitting designed for a GU10 but allows the GU10 to be used in either.

gu

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Jun 08

Benefits of LED Lights – Presentation

What are the benefits of LED Lights? Here is a detailed presentation on the benefits of LED lights.

Summary
  • Benefits of LED Lighting By Siddhi Enterprises
  • Benefits of LED Lighting If you are looking for ways to significantly reduce your company’s carbon footprint, here is an outline of the energy and cost savings benefits of LED Lighting
  • Benefits of LED Lighting Major Benefits of LED Lighting 1. Long Life 2. Energy Efficiency 3. Ecologically Friendly 4. Light Dispersement 5. Excellent Color Rendering
  • Benefits of LED Lighting Additional Benefits 1. Durable Quality 2. Zero UV Emissions 3. Design Flexibility 4. Operational in Extremely Cold or Hot Temperatures 5. Instant Lighting & Frequent Switching 6. Low-Voltage
  • Long Life
  • Energy Efficiency
  • How does it compare
  • Eco – Friendly
  • Light Dispersement
  • Excellent Color Rendering • LED Lights can render colors much better than CFL lamps LED CFL
  • Additional Benefits 1. Durable Quality – LEDs are extremely durable and built with sturdy components that are highly rugged and can withstand even the roughest conditions. 2. Zero UV Emissions – LED illumination produces little infrared light and close to no UV emissions. 3. Design Flexibility – LEDs can be combined in any shape to produce highly efficient illumination. 4. Operational in Extremely Cold or Hot Temperatures – LED are ideal for operation under cold and low outdoor temperature settings. 5. Instant Lighting & Frequent Switching – LED lights brighten up immediately and when powered on, which has great advantages for infrastructure projects such as e.g traffic and signal lights. 6. Low-Voltage – A low-voltage power supply is sufficient for LED illumination.
  • Conclusion
  • Conclusion
  • About Siddhi Siddhi is a Sanskrit noun which can be translated as “perfection”, “accomplishment”, “attainment”, or “success”. Siddhi was conceived to empower entrepreneurs realize their dreams by partnering with them to plan, execute and scale up.
  • Verticals • LED Lighting • Solar and Renewable Energy • Skill Development • Electronics Manufacturing
  • Services • Design Outsourcing • Technical Consulting • OEM Establishment • Manpower Placement • Process Consulting
  • Thank You Contact Us
  •  Siddhi Enterprises www.isiddhi.in www.ledmarketplace.in www.sambhavinstitute.com

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May 31

Energy Efficient Lighting Infographic

Energy Efficient Lighting Comparison Infographic

[P2] Energy Efficient Lighting

- See more at: http://www.p-2.com/helpful-information/energy-efficient-lighting-infographic/#sthash.xW8ZCCH2.dpuf

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May 15

Philips clear LED bulb, the world’s first LED bulb with innovative lens and the beautiful light in the shape of the traditional incandescent.

The traditional incandescent light bulb has been given the biggest shake-up in over 100 years, thanks to Royal Philips, the global leader in lighting.  The new Philips’ clear 40 Watt equivalent LED bulb brings back the shape and instant bright, warm light of a traditional light bulb – made better with LED. A world’s first innovative lens delivers light in all directions. With its traditional shape and quality light, the bulb is ideal for the living room and all other places where light matters.

 

The clear classic goes LED
As traditional incandescent bulbs continue to be phased out – and with many reluctant to let it go – the Philips’ clear LED bulb finally lets people hold onto the light they love, with all the benefits of modern LED. With Philips’ clear LED, the classic light bulb keeps its original beauty making it a perfect replacement for the standard 40W (A60 shape) bulb. The result is a light bulb that significantly saves energy and cost and lasts up to 25.000 hours. All while maintaining the elegant shape and sparkling light that is known and loved. The high quality light, with 470 lumens output, stays as clear and bright as a 40W bulb, even when it is dimmed.

 

“With our L-prize LED bulb we showed that we could match the quality of incandescent light. With our clear LED bulb we’ve combined the aesthetic beauty and shape of the traditional incandescent with the benefits of LED,” says René van Schooten, CEO Light Sources & Electronics for Philips Lighting.  “Using our innovations in LED the bulb is highly energy efficient, saving up to EUR 10 per bulb per year compared to traditional bulbs.”

 

Philips also recently announced Hue lux: the first smart white light LED bulb with perfect dimming controlled from the app on your mobile.  Hue lux gives great quality light for everyday use using sustainable LED and is compatible with Hue apps and controls. The bright, warm light can be controlled from the convenience of your smart device – even when you’re away from home.

 

The clear LED 40W replacement bulb is available from July 2014 for RSP of EUR 8.99.

 

Features of the Philips’ clear LED bulb:

  • Innovative lens for sparkling (filament like) light effect
  • Dimmable
  • Shape: A60
  • Lifetime: 25.000 hrs
  • Color temperature: 2700K (warm white light)
  • Lumen: 470 lm (equivalent to 40W)
  • Energy efficient and cost-saving: 85% energy efficiency (6W input wattage: 78 lumen per watt ratio
  • Perfect light distribution (omnidirectional): > 240D
  • Ideal for homes, hospitality and retail.

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