Draft guidelines for mandatory registration of electronic goods released

Manufacturers of electronics and information technology goods will have to register themselves and their products with the Bureau of Indian Standards (BIS) with effect from April 3, 2013, according to a recent order by DeitY.

A draft guideline for the approval of a series of products categorised under different product families for implementation of the ‘Electronics and Information Technology Goods Order, 2012’ have been prepared and circulated to the industry for comments.

Under the compulsory registration, these notified goods would need to be tested at BIS recognised labs. BIS has recognised four labs, which cover consumer electronic products, IT equipment, microwave ovens and electronic clocks, for the purpose.

Salient Features of the Draft Guidelines
A. Definition of Product Family: A product family can be defined by the maximum configuration of components / sub-assemblies plus a description of how the models are constructed from the maximum configuration using these components and sub-assemblies. All models which are included in the family typically have common design, construction, parts, or assemblies essential to ensure conformity with applicable requirements. If a product standard defined a product family, in the context of the specific standard, this definition takes over.”

B. General Guidelines for Quantitative Selection of Samples for approval of series: For equipment, the range of products shall be classified according to variation in basic design.

- Advertisement -

a. Number of samples picked up from series could be one in case of series consisting of three models.

b. It shall not be less than two types for a series consisting of up to five models.

c. It shall be three types for a series of containing more than five models.

d. Worst case configuration from Safety Design consideration must be picked up for testing.

C. Specific Guidelines for products are as under:
1. Electronic Games (Video):

Series 1: Hand held consumable non-rechargeable battery

* Same Power supply layout

• Same chasis

• Same power requirement and size / type of battery

Series 2: Rechargeable battery with external charging facility

* Same chasis
*

• Same re-chargeable battery

• Same Charger

Series 3: Mains operated with internal re-chargeable battery

* Same mains layout

• Same enclosure

• Same chasis

• Same re-chargeable battery

• Same processor / speed

Series 4: Mains operated – without battery

Same mains layout

• Same enclosure

• Same processor / speed

2. Laptop / Notebook / Tablets: Here the series will be

governed by:

*

Same Power Adaptor

• Same enclosure

• Same Processor / speed

• Same PCB layout

• Same Battery

3. Plasma/LCD/LED Televisions of screen: Series formation

will be governed by –

• Same Mains layout

• Same enclosure

• Power Transformer: Same design & insulation system

4. Optical Disc Players With built in amplifiers of input

power 200W and above: Series formation will be governed by:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation

system

Same Power Adaptor

• Same enclosure

• Same Processor / speed

• Same PCB layout

• Same Battery

3. Plasma/LCD/LED Televisions of screen: Series formation

will be governed by –

• Same Mains layout

• Same enclosure

• Power Transformer: Same design & insulation system

4. Optical Disc Players With built in amplifiers of input

power 200W and above: Series formation will be governed by:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation

system

5. Microwave Ovens: Series formation will be governed by:

• Same Input Power rating

• Same Mains layout / Power Supply

• Same Enclosure

• Same Magnetron power

6. Visual Display Units, Video Monitors of screen: Series

formation will be governed by:

• Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

7. Printers, Plotters: Series formation will be based upon:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

*

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

8. Scanners: Series formation will be based upon:

Series 1: With power adaptor

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

9. Wireless Keyboards: Series formation will be based upon:

• Same Enclosure

• Same Battery

10. Telephone Answering Machines: Series formation will

be based upon:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

*

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

11. Amplifiers with input power 2000W and above: Series

formation will be based upon:

Series 1

With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

*

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

12. Electronic Musical Systems with input power 200W and

above: Series formation will be based upon:

• Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

13. Electronic Clocks with Mains Power: Series formation

will be governed by:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

• Mounting Mechanism

Series 2: Mains operated with internal power supply

• Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

• Mounting Mechanism

14. Set Top Box: Series formation will be governed by:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

• Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

15. Automatic Data Processing Machine: As per the list to

be developed as acceptable to be considered as “Automatic

Data Processing Machines” the series formation will be based

upon:

Series 1: With power adaptor

*

Same Power Adaptor

• Same enclosure

• Same PCB layout

Series 2: Mains operated with internal power supply

Same Mains layout

• Same enclosure

• Power Transformer : Same design and insulation system

Interested stakeholders are welcome to send

comments and feedback to Shri Arun Sachdeva, Sr. Director,

DeitY (Email: asachdeva@mit.gov.in).

- Advertisement -
Loading form…

Industry's Buzz

Anoop Kumar Rai Takes Charge as BEL Director (Marketing)

0
Beyond defence applications, Rai has driven BEL’s diversification into civilian infrastructure Bharat Electronics Limited (BEL) has appointed Anoop Kumar Rai as its Director (Marketing), effective...

BEL Appoints Ambrish Tripathi as Director (Human Resources)

0
Tripathi’s appointment comes as BEL continues to expand its capabilities across defence and strategic technologies Bharat Electronics Limited (BEL) has appointed Ambrish Tripathi as Director...

Suzlon Adds 250 MW Torrent Order, Crosses 1.1 GW in FY27 Orders 

0
Suzlon has secured a 250 MW wind energy order from Torrent Green Energy, taking their cumulative partnership to more than 1.3 GW across three...
Chip Making (representational Image)

India to Revise Semiconductor Rules Within Two Months, Says Piyush Goyal 

0
The planned changes aim to simplify approvals and make it easier for semiconductor manufacturers to source equipment and components from global suppliers.  India will amend...

North American EMS Book-to-Bill Ratio Rises to 1.29 in July 2026

0
The Association cautioned that month-to-month movements can be affected by seasonality and short-term volatility The North American electronics manufacturing services (EMS) sector recorded a book-to-bill...

Learn From Leaders

(L-R) Nikesh Gondchawar, Strategic & Technical Advisor – Robotics Manufacturing; Shrikrushna Kakade, Founder Partner; Nikhil Kakade, Senior Technical Advisor – Robotics & Control Systems, SlightGen Solutions LLP

“A Made-In-India Robotic PCB Soldering System That Automates The Through-Hole Soldering Process!” – Shrikrushna...

0
Electronics manufacturing is complex, and automation often comes at a high cost. To bridge this gap and offer a more affordable solution in India,...
Navdeep Narula, Executive Director, Client and Endpoint Solutions, Ingram Micro, India

“Enterprise Computing Is Shifting From CPU to GPU And Now Toward NPU-Based Systems ”...

0
The shift from CPU to GPU to NPU-based computing is redefining today’s enterprise endpoints. In an exclusive conversation, Navdeep Narula from Ingram Micro discusses...

India’s Robotics Push Opens New Hardware Opportunities

0
How do you build India’s physical AI future when critical robot components still come from overseas? Niqo Robotics reveals where the gaps remain.  India’s push...
Gadhadar Reddy, CEO and Founder, NoPo Nanotechnologies

How A Material Thinner Than Human Hair Could Transform EV Batteries And Electronics –...

0
What if a material 200,000 times thinner than a human hair could transform EV batteries, semiconductors, and advanced electronics? NoPo Nanotechnologies is making that...
Raja Rajeev Kumar, Mentor at IIT Startups, Chairman of the Board of Trustees, LaxmiRamaVarma Holdings International, and Founder and CEO, ChromoSoul Ventures

“Build Strong Startups, and Funding Will Follow”- Raja Rajeev Kumar, IIT Startups, LaxmiRamaVarma Holdings...

0
While AI and software startups attract attention and capital, electronics ventures often struggle for both. Raja Rajeev Kumar from IIT Startups, LaxmiRamaVarma Holdings International...

Startups

(L to R) C2i Semiconductors Founders—Vikram Gakhar, Founder & Director, Mixed Signal; Preetam Tadeparthy, Founder, CTO, VP, Engineering; Ram Anant, Founder & CEO; B.S. Dattatreya, Founder & Director, Power

Bengaluru Startup Targets AI Data Centre Power Delivery

0
C2i is building power systems that can help AI servers use electricity more efficiently and reliably. Two friends, Ram Anant and Preetam Tadeparthy, were working...
Akshar Vastarpara, Founder and CEO, Vicharak

“Our SBCs Are Designed As Complete Edge-Computing Platforms That Combine Everything On A Single...

0
An Indian startup builds affordable edge AI boards for robots, drones, and industry, positioning them as Raspberry Pi alternatives. In an EFY interview with...
(L-R) Sri Kusulu Devalla, Co-Founder and Hetendra Singh Rathore, Founder, Segritech

“We don’t just sort fruit; we match every quality grade with the right buyer.”...

0
An agritech startup has developed an AI-powered machine that sorts and grades fruits directly on farms, helping reduce post-harvest losses by connecting produce with...
Dr Naveen Yanduru, CEO, Axiro Semiconductor Private Limited

“India Can Lead In IP—If It BacksIts Own Builders”

0
Axiro Semiconductor designs RF and satellite chips, ships millions worldwide, and retains its startup mindset while tackling complex technical challenges. In a conversation with...
Dr Sanjay Ahuja, Founder and CEO of Cionlabs, India

“We are solving India-specific challenges rather than offering generic ‘black box’ IoT solutions.”

0
From hybrid mesh networking to AI-enabled edge devices, an Indian IoT startup is developing home-grown solutions to improve connectivity, strengthen privacy and support the...