India is stepping up its quality and safety standards with the implementation of Scheme X Certification, a key component of the BIS Conformity Assessment Regulations, 2018—further strengthened by the 2022 Amendment. This scheme is not merely a formal compliance requirement but a progressive framework designed to bring both domestic and imported products in line with globally recognized technical and safety norms. Scheme X Certification places a strong emphasis on mechanical and electrical equipment, including but not limited to pumps, compressors, motors, transformers, switchgears, cranes, and other machines. For these product categories, securing a BIS certificate is now compulsory, serving as a clear indicator of conformity to some of the highest safety and quality benchmarks in the world.
Scheme X introduces a focused approach for construction machinery, particularly those governed by the Central Motor Vehicles Rules (CMVR), 1989. In collaboration with the Ministry of Road Transport and Highways (MoRTH), a customized compliance mechanism has been developed specifically for these high-capacity machines. This sector-specific protocol ensures that even the heaviest and most complex construction equipment adheres to stringent safety and performance standards. Through this strategic inclusion, Scheme X not only enhances regulatory oversight but also reinforces the BIS’s commitment to public safety, infrastructure quality, and dependable product performance—whether sourced domestically or imported.
The Omnibus Technical Regulation, formally known as the "Machinery and Electrical Equipment Safety (Omnibus Technical Regulation) Order, 2024", marks a significant leap in India’s regulatory framework for industrial products. Issued by the Ministry of Heavy Industries on August 28, 2024, this regulation mandates BIS certification under Scheme X for a broad category of machinery and electrical equipment, whether manufactured locally or imported into India. While originally slated for enforcement from August 28, 2025, the implementation date has now been extended to 1st September 2026.
This regulation plays a crucial role in aligning Indian BIS standards with global safety benchmarks. Covering everything from pumps, compressors, centrifuges, motors, transformers, switchgear, and other mechanical or electrical assemblies, the Omnibus Order ensures that only products meeting stringent Indian standards are permitted for sale in the Indian market. BIS certification under Scheme X is now compulsory for these categories, enhancing both industrial safety and consumer trust.
However, not all products fall under the scope of this regulation. Products already covered under separate Quality Control Orders (QCOs), issued via Section 16 of the BIS Act, 2016, are exempt. Additionally, machinery intended solely for export and construction equipment governed by the CMVR Rules, 1989 (under MoRTH) are excluded from this mandatory registration.
Under Scheme X, manufacturers and importers must secure either a BIS licence or a Certificate of Conformity (CoC) from the Bureau of Indian Standards. Both certifications allow the use of the ISI mark, indicating full compliance with applicable technical and safety standards. The BIS certificate issued under this scheme serves as a powerful assurance of quality, safety, and reliability—key parameters for both industrial operations and consumer protection.
This scheme is part of a broader movement by Indian BIS to enforce consistency and compliance across high-risk product categories. By requiring BIS registration under Scheme X, the Indian government is ensuring that all regulated machinery and electrical equipment undergo standardized testing and inspection.
The Omnibus Technical Regulation is more than just another compliance requirement. It’s a transformative reform that will reshape the landscape for machine tools, electrical systems, motors, cranes, and similar heavy-duty equipment in India. It enables Indian manufacturers to meet international standards, fosters domestic manufacturing excellence, and strengthens the BIS compliance ecosystem.
When discussing product certification in India, two commonly referenced terms are Scheme X and the ISI mark. Though both are governed by the Bureau of Indian Standards (BIS), they cater to different product categories and follow distinct certification protocols. For manufacturers, importers, and businesses pursuing BIS certification, understanding these differences is critical for regulatory compliance and market entry.
The ISI mark represents a long-standing certification system under the Indian BIS framework, aimed at confirming that products meet predefined Indian standards. Products carrying the ISI mark assure consumers of consistent quality, safety, and performance. This certification is mandatory for several consumer goods such as electrical appliances, pressure cookers, toys, and helmets. The ISI mark is issued only after thorough evaluation and factory audits to ensure product compliance with relevant Indian standards. A BIS licence is required to affix the ISI mark.
Scheme X is a newer, more advanced conformity assessment scheme introduced under the BIS Conformity Assessment Regulations, 2018. It specifically targets industrial machinery, complex electrical equipment, and high-risk products that require in-depth technical evaluation. Products falling under Scheme X must either obtain a BIS certificate or a BIS licence, depending on whether they are imported or domestically manufactured.
One of the unique aspects of Scheme X is the availability of a Certificate of Conformity (CoC), making it highly relevant for imported machinery and industrial equipment. Certification under Scheme X involves rigorous testing, safety verification, and periodic surveillance to ensure ongoing compliance with high-end technical and safety standards.
While both certification systems fall under the Indian BIS, their scope, process, and target products differ:
| Feature | ISI Mark | Scheme X |
|---|---|---|
| Administered by | Bureau of Indian Standards (BIS) | Bureau of Indian Standards (BIS) |
| Certification Type | BIS Licence | BIS Licence / BIS Certificate (CoC) |
| Applicable Products | Consumer goods | Industrial machinery, electrical and technical equipment |
| Compliance Standard | Indian Standard Compliance | Advanced technical and safety compliance |
| Mark Used | ISI Mark | BIS Standard Mark (under Scheme X) |
In summary, the ISI mark is best suited for standardized consumer products, ensuring they meet basic Indian standards for safety and quality. In contrast, Scheme X is a more sophisticated BIS certification scheme, designed for machinery, transformers, motors, switchgear, pumps, compressors, and other technical or industrial products requiring detailed assessment.
Both certification pathways reinforce India’s commitment to product quality, regulatory compliance, and safety. Whether you're an importer or manufacturer, choosing the right scheme—ISI mark or Scheme X—depends on your product category and level of regulatory obligation. For businesses seeking to expand within India, securing a valid BIS certificate under the appropriate scheme is now a non-negotiable part of the compliance process.
To comply with the Omnibus Technical Regulation, manufacturers of machinery and electrical equipment must obtain BIS certification under Scheme X, a comprehensive conformity assessment scheme governed by the Bureau of Indian Standards (BIS). This certification is mandatory for both domestic and imported products listed in the First Schedule of the Regulation and ensures adherence to strict technical and safety standards in line with global and Indian standards.
Whether you're manufacturing transformers, compressors, control gear, motors, switchgear, or pumps, obtaining a valid BIS licence or BIS certificate under Scheme X is essential for legal sale, import, or distribution in the Indian market.
To initiate the BIS certification process, manufacturers must submit a specific set of documents to the BIS. Indian manufacturers are required to apply through the Manak Online portal, while foreign manufacturers must submit their application in hard copy to BIS Headquarters.
Below is a comprehensive list of the key documents required for obtaining Scheme X certification:
| Sl. No. | Document Required | Details |
|---|---|---|
| 1 | Name and Address (Factory & Office) | Full legal name and complete addresses of the manufacturing site and office |
| 2 | PAN and GST Details | Valid PAN (Permanent Account Number) and GST registration certificate |
| 3 | Contact Information | Official email ID, phone number, and landline for BIS communication |
| 4 | Management Details | Names, roles, and identity proof of key personnel and authorized signatories |
| 5 | Product Description | Description of equipment as per Omnibus Technical Regulation (First Schedule) |
| 6 | Product Classification | Model name, type, variant, and category for which the BIS licence is sought |
| 7 | Technical File | Detailed technical specifications, process flow, and manufacturing unit overview |
The Manak Online portal is the official digital platform of the Indian BIS for certification and registration. All Indian manufacturers must create an account and initiate their Scheme X application through this portal. For products falling under the Omnibus Technical Regulation, a separate section exists to handle Scheme X applications, streamlining the BIS certification workflow.
Under the Omnibus Technical Regulation, products like pumps, transformers, control panels, industrial compressors, and switchgear must be BIS certified to be legally placed in the Indian market. Without a valid BIS certificate or BIS licence, manufacturing, selling, or importing these products is strictly prohibited.
Scheme X certification ensures that machinery and equipment comply with advanced technical, safety, and performance requirements, contributing to higher consumer confidence, better market reputation, and access to broader trade opportunities. Certified products are authorized to display the BIS standard mark—a symbol of quality that should not be confused with the ISI mark, which is typically applied to standardized consumer goods.
Securing BIS certification under Scheme X is no longer optional for manufacturers of regulated machinery and equipment under the Omnibus Technical Regulation. With proper documentation and successful registration via Manak Online, businesses can obtain the required BIS licence or certificate of and legally market their products in India.
By aligning with Indian BIS regulations, manufacturers not only demonstrate product compliance but also signal their commitment to quality, safety, and global compatibility.
For manufacturers aiming to comply with the Omnibus Technical Regulation, securing a BIS certificate under Scheme X is mandatory. Whether you're producing industrial machinery, transformers, pumps, motors, switchgear, or other electrical equipment, this structured process laid out by the Indian BIS ensures your products meet all applicable Indian standards for safety performance, and compliance.
Here’s a comprehensive step-by-step guide to help domestic and foreign manufacturers complete the BIS certification process under Scheme X:
Begin by confirming whether your product falls under the scope of the Omnibus Technical Regulation (OTR). Not all products require a BIS licence, so the first step is to assess your product's eligibility based on the relevant Indian BIS standards. This step helps avoid unnecessary application and ensures compliance is truly required under Scheme X.
Collect all necessary documents before applying for BIS certification. Key documents include:
A core requirement for Scheme X certification is the Technical File, which enables BIS to assess product conformity. The file should include:
This file is carefully reviewed during inspection and must be thorough, up-to-date, and product-specific.
For Indian manufacturers, the application must be submitted online through the Manak Online portal, the official platform of the Indian BIS. The application must include:
Note: For foreign manufacturers, the application process is offline, and documents must be submitted physically to BIS Headquarters in India.
Upon review of your application, BIS officials will conduct a factory inspection to verify conformity with the Omnibus Technical Regulation. The duration typically depends on your manufacturing location:
The audit includes an examination of the technical file, evaluation of production lines, verification of internal quality controls, and observation of product testing.
After the inspection, the product sample is tested to verify compliance with the relevant Indian standard. Testing is conducted either:
This critical step confirms that the product meets the required safety and performance benchmarks under Scheme X.
If the sample passes all tests and the inspection is satisfactory, the Indian BIS will issue a BIS licence or BIS certificate under Scheme X. Once granted, manufacturers are authorized to affix the BIS standard mark on their certified products.
This mark differs from the ISI mark, which is typically used for standardized consumer goods. The BIS mark under Scheme X is intended for machinery, electrical systems, and industrial equipment certified as compliant with advanced Indian standards.
For products regulated under the Omnibus Technical Regulation, such as transformers, control panels, compressors, and industrial machinery, having a valid BIS certificate under Scheme X is a legal requirement. This certification:
Complying with BIS Scheme X certification is not just about legal approval—it’s about establishing trust, ensuring product safety, and opening doors to new business opportunities in India’s fast-evolving industrial landscape. Start by checking your product category, gather the correct documents, and follow the BIS process diligently to secure your BIS licence or certificate of conformity.
For manufacturers planning to obtain BIS certification under Scheme X, understanding the full cost structure is vital. Whether you're applying for a BIS licence or a Certificate of Conformity (CoC) to meet the requirements of the Omnibus Technical Regulation, a clear knowledge of the associated charges helps in accurate financial planning and smooth regulatory compliance.
| FEE TYPE | COST (INR) | DESCRIPTION |
|---|---|---|
| Application Fee – BIS License | ₹2,000 | Payable when applying for a new BIS licence |
| Application Fee – Certificate of Conformity (CoC) | ₹2,000 | Applicable for CoC under Scheme X |
| Certification Fee – BIS License | ₹25,000/year | Annual fee for maintaining a valid BIS licence |
| Certification Fee – CoC | ₹10,000 | Fixed fee for issuing a Certificate of Conformity |
| Technical File Review Fee | ₹20,000 per file | Charged for reviewing files or when expanding/modifying product scope |
| Inspection Fee (including surveillance) | ₹20,000 per man-day | Covers factory visits for evaluation and monitoring under Scheme X |
| Sample Procurement Charges | Based on actuals | Cost incurred while procuring product samples |
| Testing Charges | Based on actuals | Laboratory charges for product testing under Indian Standards |
| Bank Guarantee | USD 10,000 | Only for foreign applicants |
For foreign manufacturers aiming to enter the Indian market under the Omnibus Technical Regulation, appointing an Authorized Indian Representative (AIR) is a mandatory requirement set by the Bureau of Indian Standards (BIS). The AIR acts as the official point of contact within India, representing the manufacturer throughout the BIS certification process under Scheme X.
This requirement ensures that the Indian BIS has a legally accountable and locally accessible entity to manage compliance, certification, and communication obligations on behalf of the foreign applicant.
The Authorized Indian Representative (AIR) is responsible for initiating and overseeing the BIS registration process under Scheme X, including creating and maintaining the application. All official communication with BIS authorities, including clarification requests, inspection coordination, and certification updates, is handled through the AIR.
The AIR submits all necessary documentation, including:
These are crucial for obtaining a BIS licence or BIS certificate under Scheme X, ensuring the product aligns with applicable Indian standards.
During the factory inspection phase conducted by BIS officials, the AIR facilitates:
This is a critical step before the BIS certification can be approved.
The AIR is authorized to manage all associated fees, such as:
Additionally, the AIR assumes legal responsibility for ensuring ongoing compliance with Scheme X regulations, making them liable in the event of non-compliance or misuse of the BIS standard mark.
Once the BIS certificate or licence is granted, the AIR continues to:
Under Scheme X, the Indian BIS does not permit direct engagement with foreign entities. Without a registered Authorized Indian Representative, a foreign manufacturer cannot apply for or obtain BIS certification under the Omnibus Technical Regulation. The AIR acts as a regulatory bridge—ensuring that all imported products meet India's safety, quality, and technical compliance requirements.
It's important to note that while the ISI mark is traditionally used for consumer goods, products certified under Scheme X must carry the appropriate BIS standard mark, and it is the AIR’s duty to ensure its correct usage as per BIS guidelines.
The role of the Authorized Indian Representative (AIR) is indispensable for foreign manufacturers seeking BIS certification under Scheme X. From initiating the registration process and coordinating inspections to maintaining compliance and handling legal accountability, the AIR ensures seamless and lawful access to the Indian market. Appointing a competent and experienced AIR is not just a regulatory requirement—it’s a strategic necessity for success under the BIS Scheme X framework.
| S. No | Description of Machinery and Electrical Equipment | HS Code |
|---|---|---|
| 1 | All types of Pumps for handling liquids, liquid elevators and/or their assemblies / sub-assemblies / components | 841340, 841350, 841360, 841370, 841381, 841382, 841391, 841392 |
| 2 | All types of compressors and/or their assemblies / sub-assemblies / components | 841430, 841440, 84148011, 84148090, 84149011, 84149019, 84149040, 84149090 |
| 3 | All types of machinery for treatment of material by a process involving a change of temperature and/or their assemblies / sub-assemblies / components | 841932, 841939, 841940, 841950, 841960, 841981, 841989, 84199090 |
| 4 | All types of centrifuges, filtering or purifying machinery for liquid and gas and/or their assemblies / sub-assemblies / components | 842111, 842112, 842119, 84212110, 84212190, 842122, 842129, 842131, 842139, 842191, 842199 |
| 5 | All types of machinery for filling, closing, sealing, labelling bottles, packing or wrapping and/or their assemblies / sub-assemblies / components | 842220, 842230, 842240, 842290 |
| 6 | All types of cranes and/or their assemblies / sub-assemblies / components | 842611, 842612, 842619, 842620, 842630, 842641, 842649, 842691, 84269990 |
| 7 | All types of machinery for construction, earthmoving, mining and/or their assemblies / sub-assemblies / components | 8429, 843010, 843020, 843031, 843039, 843041, 843049, 843050, 843141, 843142, 843143, 843149 |
| 8 | All types of weaving machines (looms) and/or their assemblies / sub-assemblies / components | 8446, 844811, 844819, 844842, 844849 |
| 9 | All types of machinery for making embroidery and/or their assemblies / sub-assemblies / components | 84479020, 844859 |
| 10 | All types of metal cutting machine tools (Heading 8456 to 8461) and/or their assemblies / sub-assemblies / components | 8456, 8457, 8458, 8459, 8460, 8461, 846693 |
| 11 | All types of machine tools for working stone, ceramics, concrete, asbestos cement or like mineral glass and/or their assemblies / sub-assemblies / components | 8464, 84669100 |
| 12 | All types of machinery for working rubber and plastics and/or their assemblies / sub-assemblies / components | 8477 |
| 13 | All types of machines including machines for public works, building, and machinery & mechanical appliances having individual functions, not specified or included elsewhere in Chapter 84 and/or their assemblies / sub-assemblies / components | 84791000, 84798999, 84799090 |
| 14 | All types of gears and gearing, toothed wheels, chain sprocket, transmission elements, ball or roller screws, gear boxes, speed changers including torque converters and/or their assemblies / sub-assemblies / components | 84834000, 84839000 |
| 15 | All types of rotary electrical machines such as generators and/or their assemblies / sub-assemblies / components | 8501, 8503 |
| 16 | All types of diesel generators and/or their assemblies / sub-assemblies / components | 8502, 8503 |
| 17 | All types of transformers and/or their assemblies / sub-assemblies / components | 850421, 850422, 850423, 850431, 850432, 850433, 850434, 850490 |
| 18 | All types of power semiconductor converters and/or their assemblies / sub-assemblies / components | 850440 |
| 19 | All types of switchgear and control gear equipment operating at voltages not exceeding 1000 volts and/or their assemblies / sub-assemblies / components | 8536, 8537, 8538 |
| 20 | All types of switchgear and control gear equipment operating at voltages exceeding 1000 volts and/or their assemblies / sub-assemblies / components | 8535, 8537, 8538 |
| Sl. No. | IS Number | Title |
|---|---|---|
| 1 | IS 16504 (Part 1):2019 / IEC 60204-1:2016 | Safety of Machinery - Electrical Equipment of Machines Part 1: General Requirements |
| 2 | IS 16504 (Part 11):2020 / IEC 60204-11:2018 | Safety of Machinery - Electrical Equipment for Voltages >1000V AC / 1500V DC up to 36kV |
| 3 | IS/IEC 61508 (Part 1):2010 | Functional Safety of E/E/PE Safety-related Systems - Part 1: General Requirements |
| 4 | IS/IEC 60529:2001 | Degree of Protection Provided by Enclosures (IP Code) |
| 5 | IS 16806 (Part 1):2018 / ISO 29042-1:2008 | Safety of Machinery - Emission of Airborne Hazardous Substances - Part 1: Selection of Test Methods |
| 6 | IS 16806 (Part 2):2018 / ISO 29042-2:2009 | Tracer Gas Method for Measurement of Emission Rate |
| 7 | IS 16806 (Part 3):2018 / ISO 29042-3:2009 | Test Bench Method for Measurement of Emission Rate |
| 8 | IS 16806 (Part 4):2018 / ISO 29042-4:2009 | Tracer Method for Capture Efficiency of Exhaust System |
| 9 | IS 16806 (Part 5):2018 / ISO 29042-5:2010 | Separation Efficiency of Air Cleaning Systems (Unducted) |
| 10 | IS 16806 (Part 6):2018 / ISO 29042-6:2010 | Separation Efficiency of Air Cleaning Systems (Ducted) |
| 11 | IS 16806 (Part 7):2018 / ISO 29042-7:2010 | Pollutant Concentration Parameter - Test Bench Method |
| 12 | IS 16806 (Part 8):2018 / ISO 29042-8:2011 | Room Method for Pollutant Concentration Parameter |
| 13 | IS 16806 (Part 9):2018 / ISO 29042-9:2011 | Decontamination Index |
| 14 | IS 10481:2020 / ISO 4413:2010 | Hydraulic Fluid Power - General Rules and Safety Requirements |
| 15 | IS 12725:2021 / ISO 4414:2010 | Pneumatic Fluid Power - General Rules and Safety Requirements |
| 16 | IS/ISO 3457:2003 | Earth Moving Machinery - Guards - Definitions and Requirements |
| 17 | IS 16501:2017 / IEC 62061:2005 | Functional Safety of Safety-Related Electrical Control Systems |
| 18 | IS 16502 (Part 2):2017 / IEC 61496-2:2013 | Requirements for Active Opto-Electronic Protective Devices (AOPDs) |
| 19 | IS 16503 (Part 3):2017 / IEC 61310-3:2007 | Location and Operation of Actuators |
| 20 | IS 16504 (Part 32):2017 / IEC 60204-32:2008 | Requirements for Electrical Equipment of Hoisting Machines |
| 21 | IS 16503 (Part 1):2017 / IEC 61310-1:2007 | Visual, Acoustic and Tactile Signals |
| 22 | IS 16594 (Part 1):2017 / IEC 61496-1:2012 | General Requirements and Tests for Electro-Sensitive Protective Equipment |
| 23 | IS 16936:2018 / IEC TR 62513:2008 | Use of Communication Systems in Safety Related Applications |
| 24 | IS 16503 (Part 2):2017 / IEC 61310-2:2007 | Requirements for Marking |
| 25 | IS 16807:2020 | Fire Prevention and Protection for Machinery |
| 26 | IS 16808:2018 / ISO 14159:2002 | Hygiene Requirements for the Design of Machinery |
| 27 | IS 16809 (Part 1):2018 / ISO 14122-1:2016 | Permanent Means of Access to Machinery - Choice of Fixed Means and General Requirements |
| 28 | IS 16809 (Part 2):2018 / ISO 14122-2:2016 | Working Platforms and Walkways |
| 29 | IS 16809 (Part 3):2018 / ISO 14122-3:2016 | Stairs, Stepladders, and Guard-Rails |
| 30 | IS 16809 (Part 4):2018 / ISO 14122-4:2016 | Fixed Ladders |
| 31 | IS 16810 (Part 1):2018 / ISO 13849-1:2015 | Safety-Related Parts of Control Systems - General Principles for Design |
| 32 | IS 16810 (Part 2):2018 / ISO 13849-2:2012 | Safety-Related Parts of Control Systems - Validation |
| 33 | IS 16811:2018 / ISO 14120:2015 | Guards - General Requirements for the Design and Construction of Fixed and Movable Guards |
| 34 | IS 16812:2018 / ISO 14119:2013 | Interlocking Devices Associated with Guards - Principles for Design and Selection |
| 35 | IS 16813:2019 / ISO 14118:2017 | Prevention of Unexpected Start-Up |
| 36 | IS 16814:2021 / ISO 13857:2019 | Safety Distances to Prevent Hazard Zones Being Reached by Limbs |
| 37 | IS 16815:2019 / ISO 13855:2010 | Positioning of Safeguards with Respect to Human Body Approach Speeds |
| 38 | IS 16816:2019 / ISO 13854:2017 | Minimum Gaps to Avoid Crushing of Body Parts |
| 39 | IS 16817:2020 / ISO 13851:2019 | Two-Hand Control Devices - Principles for Design and Selection |
| 40 | IS 16818:2018 / ISO 13850:2015 | Emergency Stop Function - Principles for Design |
| 41 | IS 16912:2018 / ISO 21469:2006 | Lubricants with Incidental Product Contact - Hygiene Requirements |
| 42 | IS 16834 (Part 1):2018 / ISO 14123-1:2015 | Reduction of Health Risks from Hazardous Substances - Part 1: Principles for Machinery Manufacturers |
| 43 | IS 16834 (Part 2):2018 / ISO 14123-2:2015 | Reduction of Health Risks - Part 2: Methodology and Verification Procedures |
| 44 | IS 16835 (Part 1):2018 / ISO 13856-1:2013 | Pressure-Sensitive Devices - Part 1: Design and Testing of Mats and Floors |
| 45 | IS 16835 (Part 2):2018 / ISO 13856-2:2013 | Pressure-Sensitive Devices - Part 2: Design and Testing of Edges and Bars |
| 46 | IS 16835 (Part 3):2018 / ISO 13856-3:2013 | Pressure-Sensitive Devices - Part 3: Design and Testing of Bumpers, Plates, Wires |
| 47 | IS 16569:2018 / ISO 11429:1996 | Ergonomics - Auditory and Visual Danger and Information Signals |
| 48 | IS 16563 (Part 2):2017 / ISO 9355-2:1999 | Ergonomics - Design of Displays and Control Actuators - Displays |
| 49 | IS 16563 (Part 3):2017 / ISO 9355-3:2006 | Ergonomics - Design of Displays and Control Actuators - Control Actuators |
| 50 | IS 16572:2017 / ISO 14738:2002 | Anthropometric Requirements for the Design of Workstations |
| 51 | IS 16562 (Part 1):2017 / ISO 15536-1:2005 | Computer Manikins and Body Templates - Part 1: General Requirements |
| 52 | IS 16569:2018 / ISO 11429:1996 | System of Auditory and Visual Danger and Information Signals |
| 53 | IS 15296:2017 / ISO 11161:2007 | Safety of Integrated Manufacturing Systems - Basic Requirements |
| Sl. No. | Description of Machinery and Electrical Equipment | HS Code | Indian Standard/Spec / Clause | Title of Indian Standard |
|---|---|---|---|---|
| 1 | All types of Pumps for handling liquids, liquid elevators | 841340 to 841392 | - | - |
| 2 | All types of compressors | 841430 to 84149090 | Clause 16 of IS 17093:2019; Clause 6.6 of IS 12258:1987 | Technical supply conditions for reciprocating and screw air compressors |
| 3 | All types of machinery for treatment of material by a process involving a change of temperature | 841932 to 84199090 | - | - |
| 4 | All types of centrifuges, filtering or purifying machinery for liquids and gases | 842111 to 842199 | - | - |
| 5 | All types of machinery for filling, closing, sealing, labeling bottles, packing or wrapping | 842220 to 842290 | - | - |
| 6 | All types of cranes | 842611 to 84269990 | IS 3177:2020, IS 4573:2020, IS/ISO 15442:2012 | Crane safety and specification standards |
| 7 | All types of construction, earthmoving, mining machinery | 8429 to 843149 | IS 17055 (Part 7/8/12):2020 | Earth-Moving Machinery Safety Requirements |
| 8 | All types of weaving machines (looms) | 8446, 844811 to 844849 | IS 17361 (Part 6): 2020 / ISO 11111 (Part 6): 2005 | Textile Machinery Safety Requirements – Fabric Manufacturing |
| 9 | All types of embroidery machines | 84479020, 844859 | IS 17361 (Part 1): 2020 / ISO 11111 (Part 1): 2016 | Common Safety Requirements for Textile Machinery |
| 10 | All types of metal cutting machines | 8456 to 846693 | IS 17277, 17259, 17258, 17254, 17253 / ISO 16092-1, 28881, 23125, 16093, 16090-1 | Machine Tools Safety – Presses, EDM, Lathes, Saws, Milling |
| 11 | Machines for working stone, ceramics, concrete, asbestos, mineral glass | 8464, 84669100 | - | - |
| 12 | Machines for working rubber and plastics | 8477 | IS/ISO 20430:2020 | Injection Moulding Machines – Safety Requirements |
| 13 | All machines incl. for public works, building, unspecified under Chapter 84 | 84791000, 84798999, 84799090 | - | - |
| 14 | Gears, toothed wheels, chain sprockets, transmission elements | 84834000, 84839000 | - | - |
| 15 | Rotary electrical machines (e.g. Generators) | 8501, 8503 | IS 5422:1996, IS 13364 (Parts 1 & 2):1992 | Specifications for AC generators & turbine generation |
| 16 | All types of Diesel Generators | 8502, 8503 | IS/ISO 8528 (Parts 2, 3, 4, 5, 8, 12) | Internal Combustion Engine Driven Alternating Current Generating Sets |
| 17 | All types of Transformers | 850421 to 850490 | IS/IEC 61558-2-4:2009, 61558-2-6:1997, 61558-2-7:2007, IS 2026:2011 | Power and Safety Transformers Standards |
| S. No. | Description of Machinery and Electrical Equipment | HS Code | Indian Standard/Spec is Clause of Indian Standard | Title of Indian Standard |
|---|---|---|---|---|
| 17 | All types of Transformer | 850421, 850422, 850423, 850431, 850432, 850433, 850434 and 850490 |
IS/IEC 61558-2-4 : 2009 IS/IEC 61558-2-6 : 1997 IS/IEC 61558-2-7 : 2007 Clause 5.6 & Cl 10 of IS 2026 (Part 1): 2011 Clause 7.5, 7.6, 8.5, 8.6, 8.7, 9.5, 9.6, 9.7, 9.8, 10.5, 10.6, 10.7, 11.5, 11.6, 12.5 & 12.6 of IS 2026 (Part 6): 2017 / IEC 60076-6: 2007 Clause 5.7, 5.11, 7.4.4, 7.4.5 and 7.4.6 of IS 2026 (Part 16): 2018 / IEC 60076-16: 2011 Clause 8, 11, 12 and 13 of IS 2026 (Part 11): 2021 / IEC 60076-11 : 2018 Clause 10 of IS 13956: 1994 |
Safety of Transformers, Reactors, Power Supply Units and Similar Product for Supply Voltages up to 1100 V - Part 2-4: Isolating Transformers and Power Supply Units Safety of Power Transformers - Part 2-6: Safety Isolating Transformers for General Use Safety of Power Transformers - Part 2-7: Transformers and Power Supplies for Toys Power Transformers - Part 1: General Power Transformers - Part 6: Reactors Power Transformers - Part 16: Transformers for Wind Turbine Applications Power Transformers - Part 11: Dry-Type Transformers Testing Transformers - Specification |
| 18 | All types of Power Semiconductor Converter | 850440 | Clause 7 of IS 16539-1-1: 2017 / IEC 60146-1-1: 2009 | Semiconductor Converters - Part 1: General Requirements and Line Commutated Converters, Section 1: Specification of Basic Requirements |
| 19 | All types of switchgear and control gear equipment operating at voltages not exceeding 1000 volts | 8536, 8537 and 8538 | Clause 8 of IS/IEC 61439 (Part 3): 2012 | Low-Voltage Switchgear and Control Gear Assemblies: Part 3 Distribution Boards Intended to Be Operated by Ordinary Persons (DBO) |
| 20 | All types of switchgear and control gear equipment operating at voltages exceeding 1000 volts | 8535, 8537 and 8538 | - | - |
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Key documents include:
