Investigation Manual for the Regulated Chemical Substances - Omron

Investigation Manual for the 

Regulated Chemical Substances 

(For Suppliers) 

Version 3.1, August 2012 

Omron Corporation

Table of Contents 

1. Introduction ……………3 

2. Outline of Survey on Parts and Materials ……………3 

3. Response Procedure for Suppliers ……………4 

4. Concept of Control of Chemical Substances Contained in Parts and 

Materials ……………5 

5. Requirements ……………7 

6. Specific Preparation Procedure and Examples of Preparation ……………10 

Attachment 1 List of the Regulated Chemical Substances ……………11 

Attachment 2. JIG Detailed Chemical Lists (with Metal Conversion Factor) ……………37 

Attachment 3. Certificate of Non-inclusion for Regulated Substances ……………48 

Attachment 4. Declaration of Phase-out of Regulated Substances ……………49 

Attachment 5. Process Change Report ……………50 

Attachment 6. Preparation Procedure of JGP File (Level 1) and Examples ……………51 



Attachment 9. Preparation Procedure of JGP File (Level 1) and Examples 

(for trading firms) ……………54 

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1. Introduction 

Omron Group (hereinafter “Omron”) recognizes that concerning the global environment problems 

are the most big issues of all human beings. With aiming to solve these issues, We formulated the 

corporate environmental vision “Green Omron 21” in 2002. And we were promoting green procurement 

to develop and create the eco-products. After that the laws and legulations of the regulated chemical 

substances in Chine and the USA ( including RoHS directives in Europe) are being strengtheining, So 

Omron setts the policy of “Omron procures the parts and materials to provide environmentally warranted 

products to our customers. “ and implement to investigate the parts and materials of the regulated 

chemical substances. 

With the latest revision (August 2012) of the Investigation Manual for Regulated Chemical 

Substances, the standard for the management is shifted to the regulated substances / applications of 

JGPSS (see Note 2) Version 4.20. We hope that our suppliers will understand the purpose of our new 

chemical substance control approach. 

Notes: 

1. RoHS directivesfor “Restriction of the use of certain Hazardous Substances in electrical and electronic 

equipment.” This is the directive of the Europe Council and Parliament on control of those hazardous 

substances. Since July 2006, use of six substances, or lead, cadmium, hexavalent chromium, mercury, PBB 

(polybrominated biphenyls) and PBDE (polybrominated diphenyl ether), in products has been prohibited. 

2. JGPSSI (Japan Green Procurement Survey Standardization Initiative) was established in January 2001 by 

corporations of Japanese electric and electronic equipment industries. Its mission includes standardization of a 

list of substances subject to investigation and the survey and response format so as to reduce the work load on 

investigation of parts and materials and improve the quality of response. 

1.1 Purpose of this Manual 

The system of communication between the requester and the respondent with respect to the 

survey on chemical substances in products, parts or materials is provided by JGPSSI in the form 

of the manual and tools for answers to the survey. Therefore, you can basically prepare survey 

data including the amount of content by following the manual provided by JGPSSI, but there are 

some arrangements to be made among certain corporations. The manual aims to outline the 

survey and its procedure on chemical substances in products, parts and materials and specify 

Omron’s individual requirements that are not shown in the JGPSSI manual. 

While the present manual provides the survey contents common to the entire Omron Group, other 

contents than provided herein may be used for the survey depending on the nature of the business 

involved. 

1.2 Scope of Survey of Parts and Materials 

Omron requires your answers to the material composition survey for parts or materials that 

constitute the following products as well as for those products themselves. In general, the survey 

items are designated by Omron. 

Products designed, manufactured and sold by Omron 

Products sold under the brand name of Omron 

Products designed and manufactured by Omron under contract with third parties 

1.3 Definitions 

Definitions of terms specifically used in the Manual are given as notes where necessary therein. 

Other terms are also defined in the Manual issued by JGPSSI 

2. Outline of Survey on Parts and Materials 

Figure 1 shows the image of Survey on Parts and Materials and Enviromental Warranty.And the 

the procedures are indicated as bellows. 

(1) Omron enters items in the Survey and Response Format of JGPSSI (JGP file [see Note 1]) and 

request you (primary suppliers) to conduct the survey. 

(2) You request your own suppliers (secondary suppliers) to conduct the same survey. 

(3) Your suppliers (secondary suppliers) provide you with their answers to the survey requested by you. 

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(4) You provide Omron with the material composition data (JGP file) on your subject products based 

on the survey results as well as the Certificate of Non-inclusion for Regulated Substances (see 

Note 2) or Declaration for Phase-out of Regulated Substance (see Note 3). 

(5) Omron provides the environmentally warranted products to customers. 

The Survey and Response Format, data preparation tools, and the list of regulated substances 

used in this material composition survey are determined by JGPSSI and available free of charge 

to ensure standardized action in this respect in the electric and electronic industries. 

JGPSSI uses the list of regulated chemical substances and the reporting standard specified in 

Joint Industry Guide (JIG), the common guideline for the survey on chemical substances in 

electric and electronic equipment established by electric and electronic industries of Japan, the 

USA and Europe. 

Notes: 

1. JGP file: Electronic data that contain survey items prepared by the survey and response tool of JGPSSI and the 

information of chemical substances contained in them. 

2. Certificate of Non-inclusion for Regulated Substances: A document issued to certify no inclusion of 

use-prohibited substances (A rank) and non-use substances (A1 rank) determined by Omron. 

3. Declaration of Phase-out of Regulated Substances: A document to promise total exclusion of non-use 

substances (A1 rank) established by Omron in case any of them is contained in parts or materials 

Your suppliers 

(secondary 

suppliers) 

Parts 

manufacturers 

Parts 

manufacturers 

Raw material 

manufacturer 

(2) Request 

for survey 

(3) Answer 

Fig. 1 Schematic illustration of material composition survey and environmental warrantee 

3. Response Procedure for Suppliers 

You 

(primary supplier) 

Unit assembly 

manufacturers 

Trading 

companies 

Parts 

manufacturers 

3.1 Preliminary preparation 

You are requested to check the Survey and Response Manual, Survey Response Tools and 

Survey Response Tool Operation Manual of JGPSSI and understand how to prepare JGP files. 

The manual and tools are available from the following website of JGPSSI. 

Japanese: http://www.db1.co.jp/jeita_eps/green/greenTOP.html 

English: http:/www.db1.co.jp/jeita_eps/green/greenTOP-eg.html 

Chinese: http://www.db1.co.jp/jeita_eps/green/greenTOP-ch.html 

Request: Use of English version is recommended for the JGPSSI Survey Response Tools. 

Depending on the OS environment, the functionality is not sufficiently guaranteed with 

Japanese version and Chinese version. In addition, since Omron’s system does not accept 

any JGP file prepared through the Chinese version, please do not use the Chinese version of 

the Tools. 

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JGP file 

(1) Request for 

survey 

(4) Answer 

JGP file 

Certificate of 

non-inclusion 

or 

Declaration 

for phase-out 

Omron 

(5) Provision of 

environmentally 

warranted 

products 

Customers

3.2 Material composition survey procedure 

Conduct the material composition survey according to the procedure shown in Fig. 2. 

Material composition survey procedure 

(1) 

Fig. 2 Material composition survey procedure 

Flow Additional explanation 

Omron’s request for material 

composition survey on 

subject substances 

Manufacturer Trading firm 

Manufacturer 

or trading firm 

Manufacturer applies subject 

parts/materials (delivered items) 

to those purchased by you. 

(2) (2) 

(3) 

You request your suppliers for 

material composition survey. 

You acquire answers on the 

information of chemical 

substances used in 

parts/materials. 

(4) (5) 

Summation of contents in 

products 

• Preparation of JGP file 

• Preparation of non-use 

certificate 

(6) 

(3) 

You request your suppliers 

(manufacturers) for material 

composition survey. 

You acquire answers on the 

information of chemical 

substances used in 

parts/materials. 

• Confirm or correct JGP file 

• Preparation of non-use 

certificate, etc. 

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Omron makes a request. 

(1) The manufacturer identifies parts 

or materials to purchase that are 

used to constitute survey subject 

items. 

(2) You request your suppliers to 

conduct a material composition 

survey. 

(3) You obtain information on 

chemical substances used in 

parts or materials from your 

suppliers. (JGP, MSDS (see Note 

1), MSDSplus (see Note 2), AIS 

(see Note 3) may be used.) 

(4) The manufacturer tallies the 

contents for each product of 

yours. Based on the tallied data, 

you prepare JGP file using 

JGPSSI Survey Response Tools 

(see Attachments 6, 7 and 8). 

(5) The trading firm reads JGP files 

obtained from their suppliers with 

JGPSSI Survey Response Tools 

to confirm the contents and 

makes corrections as required 

(see Attachment 9). 

If the content information obtained 

is not in a JGP file format, they 

prepare data in the JGP file 

format like the manufacturers 

(see Attachments 6, 7 and 8). 

Answer to Omron 

(6) Survey results are sent to Omron. 

JGP file 

Non-inclusion certificate or 

phase-out declaration 

Notes: 

1. MSDS: Material Safety Data Sheet 

In Europe, it is referred to as Safety Data Sheet (SDS). These documents are prepared and provided to 

establishments using or dealing with chemical substances to help them ensure protection of the environment and 

people’s health and implementation of actions necessary to maintain occupational safety. In Japan, provision of MSDS 

is obligated under the Industrial Safety and Health Act, PRTR Act, and Poisonous and Deleterious Substances Control Act. 

2. MSDSplus: Material Safety Data Sheet plus 

Sheets recommended by JAMP that transmit chemical substance information as supplementaries to the information of 

MSDS on materials or pharmaceuticals. 

3. AIS: Article Information Sheet 

Information sheets recommended by JAMP also intended to disclose or provide information on chemical substances 

contained in products, parts or materials 

4. Concept of Control of Chemical Substances Contained in Parts and Materials 

Omron controls chemical substances in products, parts and materials according to the List of 

Regulated Chemical Substances (Attachment 1). The controlled substances in the list are the same as 

JGPSSI list. Judgment of “contained:Y” or “not contained:N” is also based on the same criteria as theirs. 

Using laws and regulations inside and outside Japan as the industrial trends as reference data, Omron 

determines the control classification (ranks) and conducts management appropriate for each rank. 

4.1 Basic understanding of the content standard and content judgment 

Table 1 shows the basic understanding of content flag relative to the content standard (see 

Note 1). The content standard is established for each substance group in Attachment 1 List of the 

Regulated Chemical Substances. The basic understanding of the content judgment shown herein 

is the same as that of JGPSSI.

Table 1 Judgment criteria for content flag relative to content standard examples 

Example of content standard Basic understanding of content judgment 

Cases of intentional addition (see 

Note 2) 

0.1% by weight in homogeneous 

material (see Note 3) (1000 ppm) 

Intentionally added or 0.1 % by 

weight of homogenous materia 

In cases of batteries: 

In cases of child products: 

% of homogeneous material 

% per survey unit 

% of battery 

etc. 

Metal conversion of the content 

ratio is necessary. 

The substance is judged “contained” in cases of intentional 

addition. 

The substance is judged “contained” in cases where the content 

ratio in a homogenous material exceeds 0.1% by weight. This 

judgment shall be made regardless of whether there is or there is 

no intentional use. 

The substance is judged “contained” in either case. 

In cases where applications of a substance are limited, the 

substance is judged “contained” when the ratio exceeds 0.1% by 

weight for each such application. 

The substance is judged “not contained” when it is used in 

another application. 

It shall be “contained” in case applications cannot be judged. 

The substance is judged “contained” when the content rate is 

calculated based on the designated unit and is found to exceed 

the threshold level. 

The substance is judged “contained” when the content ratio of a 

metal element is calculated and it exceeds the threshold level. 

Metal conversion factors shall be used for calculation. 

Notes: 

1. Content standard: Criteria for judgment of “contained” or “not contained” established for each regulated 

chemical substance. Uses subject to control and threshold levels (allowable concentration) for those 

substances are specified. The standard is equal to the “threshold level” or “reporting level” of JGPSSI. 

2. Intentionally added: When the substance is intentionally added, it is added, filled or adhered to the product by its 

manufacturer deliberately to continuously maintain the specific functional or quality characteristic of that product. 

3. Homogeneous material: A material that cannot be mechanically broken down (such as unscrewing, cutting, 

crushing, grinding and abrasive processes) into different materials. The term “homogeneous” means “of 

uniform composition throughout.” Examples of homogeneous materials are individual types of plastics, 

ceramics, glass, metals, alloys, paper, board, resins and coatings 

4.2 Description of management classification (rank) 

Table 2 shows the meaning of each management classification and the principle of selection 

of regulated substances. Attachment 1 List of the Regulated Chemical Substances sets 

management classifications (ranks) for each use category of substance groups. Omron takes 

actions as per the management classification (rank) of Table 2 when the judgment “contained” is 

made as per 4.1. 

Table 2 Definition of management classification (rank) and the method of selection of substances 

Management 

classification (rank) 

Prohibited substances 

(A rank) 

Non-use substances 

(A1 rank) 

Substitution 

accelerating 

substances (B rank) 

Self control 

substances (C rank) 

Definition Method of selection of regulated substances 

Prohibited use in 

products, parts or 

materials 

Substituted before the 

deadline for the non-use 

in components 

Use prohibited after the 

deadline for the non-use 

in components 

Promotion of alternative 

substances 

Understanding of the 

amount contained 

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The substances designated by JGPSSI whose use in 

products (parts and materials) have been prohibited by the 

legislations in Japan and overseas or those designated by 

Omron’s voluntary regulations (Polyvinyl chloride: for 

packing materials) 

The substances designated by JGPSSI for which regulatory 

laws in Japan and abroad are clearly known to exist and for 

which use prohibition deadline has been established (The 

date of total elimination of use in components six months 

prior to the use prohibition date by law.) 

The substances designated by JGPSSI of which use 

prohibition is not clearly mentioned in any relevant law but 

which are expected to be subject to use reduction or 

prohibition due to tightening regulatory control in the future 

The substances designated by JGPSSI that are other than 

prohibited substances (A rank), non-use substances (A1 

rank), and substitution accelerating substances (B rank).

5. Requirements 

5.1 Requirements for preparation of JGP files 

JGP files shall be prepared according to the Material Composition Survey and Response 

Manual and Survey Response Tool Operation Manual provided by JGPSSI. 

5.1.1 Providers of information to suppliers 

You request sellers or suppliers of parts and materials that you receive to conduct 

material composition survey. In case no answers can be obtained from suppliers of Omron’s 

designated parts and materials, consult with Omron’s section in charge of such parts and 

materials. 

5.1.2 “Survey unit” for JGP files 

The “survey unit” to be entered in the JGP file shall be determined as per the unit of 

Omron’s product number listed in Table 3. Generally, however, Omron enters the survey unit 

in the JGP file and requests material composition survey. 

When “pcs (piece)” is used as the unit of the Omron product number, the JGP file shall 

be created in the amount of each piece having the said product number for which you have 

a sales transaction with Omron. 

Note: For instance, there is a difference in the definition of “one” between one contact pin of the connector 

and one role of reel. If you do not know how to judge the counting, contact Omron for clarification. 

Packaging materials that pack subject parts and materials (such as packing material, 

cushions, tapes or labels) or any items that are disposed of after transport or during 

production processes (such as waste board) shall not be included in the information of the 

JGP file. 

Table 3 Survey units for JGP files 

Units used in combination with Omron product 

numbers 

PCS, piece piece 

MM, CM, M, KM (for electric cable, etc.) m 

ML, L, KL, liter liter 

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Survey unit for JGP file 

MG, G, KG, “(space)” (material-related units) arbitrary unit 

5.1.3 Cases of unknown product applications 

When you cannot judge whether the substance is one subject to judgment by the 

content standard because of its use at Omron being unknown,you are sure to check with 

Omron about the use and judge whether the substance is “contained” or “not contained.” 

Subjects: Nickel, dioctyltin (DOT) compounds, polybrominated biphenyls (excluding PBB, PBDE, and 

HBCDD), some azocolorants and azodyes, selected phthalates Group 1 (BBP, DBP, DEHP) 

and selected phthalates Group 2 (DIDP, DINP, DNOP) 

Examples: At Omron, “C09 selected phthalates Group 1 (BBP, DBP, DEHP)” and “C10 

selected Phthalates Group 2 (DIDP, DINP, DNOP)” are not used for toys that may be put in 

child’s mouth or any other childcare applications. 

5.1.4 Data (amount of content) entry in “content flag: N” cases 

Even if “not contained” cases when any contained subject substance group is known 

content flag: N, ,enter the amount of content, use, location of use and other pieces of 

information as in the “content flag: Y” cases in the file and determine whether the case is 

“contained” or “not contained.” (This requirement is the same as that in the JGPSSI Manual.) 

5.1.5 Entry format or file type for use in material composition survey 

1) The version of survey and response format designated by Omron shall be used in 

principle. 

2) An electronic file of the file type output from the tool provide by JGPSSI shall be used 

for responses to the survey.

5.2 Requirements for Preparation of Non-use Certificate 

5.2.1 Preparation of non-use certificate 

When a part or material contains none of prohibited substances (A rank) or non-use 

substances (A1 rank) listed in Attachment 1 List of the Regulated Chemical Substances, the 

Certificate of Non-inclusion for Regulated Substances” as in Attachment 3 shall be prepared 

to demonstrate its non-inclusion. 

Notes: 

1. Enter “name of company,” “signature of your responsible person” and “Telephone number.” In principle, it 

should be the primary supplier from the viewpoint of Omron that prepares this document. The seal to be put in 

the document shall be your company’s seal or the signature of the responsible person. The responsible person, 

whose seal must be affixed therein, should be the person who is entitled to assure the information entered and 

uphold the responsibility for unexpected situations (compensations, etc.). 

2. Enter “Product number” and “Article name” of the products, parts or materials that contains no regulated 

substances. When the given space for entry is not sufficient to cover all subject substances, the separate sheet 

of paper may be attached for the list of such substances. 

3. Enter “year, month, and day” of the issuance. The validity of the certificate shall be until your next issuance of 

the non-use certificate. 

4. In case inclusion of any given use-prohibited substance is detected, immediately contact Omron’s person in 

charge and take appropriate actions including production stop as required. Omron will not purchase any parts 

or materials that contain prohibited substances. 

5. Omron may request submission of analysis (measurement) data separately from non-inclusion certificates 

when so requested by the customers. 

6. When the part or material subject to survey is the packing or packaging material that Omron uses for the 

transportation to the customer, evaluate inclusion of regulated substances in terms of the total amount of heavy 

metals (Lead, Cadmium, Hexavalent chromium and Mercury) listed at the bottom line of Attachment 1 List of 

the Regulated Chemical Substances. As no special field for entry of the total amount of contained heavy metals, 

enter the data for each substance, such as Lead or Cadmium. Note that packing or packaging materials herein 

defined are not packing or packaging materials used for the purpose of transport, etc. of survey subject parts or 

materials. 

7. Where dibutyltin (DBT) or dioctyltin (DOT) compounds are contained, you are requested to report it in the survey 

data in accordance with the JGPSSI reporting standards. On the non-use certificate, however, judge it “not 

contained” if the concentration is 0.1% or less for the part as delivered. 

5.2.2 Preparation of Declaration of Phase-out of Regulated Substances 

When the part or material contains any of prohibited substances (A rank) or non-use 

substances (A1 rank) listed in Attachment 1 “List of the Regulated Chemical Substances, 

the Declaration for Phase-out of Regulated Substances” as in Attachment 4 shall be 

prepared to guarantee total non-inclusion of such substances. 

Notes: 

1. Enter “name of company,” “signature of your responsible person” and “telephone number.” In principle, it should 

be theprimary supplier from the viewpoint of Omron that prepares this document. If you are the trading firm, 

enter the information of you not the manufacturer’s name. The seal to be put in the document shall be your 

company’s seal or the seal of the person in charge. The person in charge, whose seal must be affixed therein, 

should be the person who is entitled to assure the information entered and uphold the responsibility for 

unexpected situations (compensations, etc.). 

2. Enter “product number,” “Article name” “JGPSSI use classification code,” and “deadline for non-use” for the 

product, part or material to be phased out. The deadline for non-use shall be any date prior to the use 

prohibition date designated by Omron. When the given space for entry is not sufficient, the separate sheet of 

paper may be attached for the list of the subject substances. 

3. Enter “year, month, and day” of the issuance. The validity of the declaration shall be until the completion of your 

non-use actions and the issuance of the non-use certificate.. 

4. Whenever any change is necessary to material quality or process as the result of replacement of non-use 

substances (A1 rank), the Process Change Report (PCR) as per Attachment 5 shall be submitted to Omron’s 

person in charge for approval before the “deadline for non-use.” Samples may need to be attached as required. 

5. Omron will be able to purchase parts or materials for which the Declaration has been provided to Omron until 

the use prohibition date. Omron will conduct survey again after implementation of phase-out. (Survey using the 

new product number will be conducted when product number changes result from phase-out.) 

6. When no phase-out is implemented such as in cases of termination of production, no Declaration will need to 

be provided. In this case, you will be required to take necessary measures for such termination of production. 

Omron will then consider acquisition of necessary items from other manufacturers. 

7. When the part or material subject to survey is the packing or packaging material that Omron uses for the 

transportation to the customer, evaluate inclusion of regulated substances in terms of the total amount of heavy 

metals (lead, cadmium, hexavalent chromium and mercury) listed at the bottom line of Attachment 1 “List of the 

Regulated Chemical Substances.” As no special field for entry of the total amount of contained heavy metals, 

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enter the data for each substance, such as lead or cadmium. Note that packing or packaging materials herein 

defined are not packing or packaging materials used for the purpose of transport, etc. of survey subject parts or 

materials. 

5.2.3 Engineering Change Procedure (Preparation of Process Change Report) 

When an engineering change involved change in material, printing, change in painting 

or plating process, change in adhesive, lubricant, solder, etc., or change in production site, 

prepare the Process Change Report (PCR) as shown in Attachment 5 and submit it to 

Omron’s activity in charge for the approval. In addition, provide samples as necessary. 

Notes: 

1. Fill all fields of the form. 

2. Include in the change classification “Change in manufacture place” the material change of the components, 

type of change in ink or paint, and change in subsidiary materials (adhesives, solder, etc.). 

3. Attach the material composition data (JGPSSI file), reliability assessment data and the results of performance 

assessment that are required for the confirmation and assessment of the data. 

5.3 Requirements for Submission Data and Change Management of Information 

5.3.1 Submittals based on content judgment results 

Submittals and their contents 

Confirmation of content flag 

Not contained Judgment on 

content of A 

substance 

Contained 

Not contained Judgment on 

content of A 

substance 

Contained 

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Yes No 

Phase-out 

JGP file x x x 

Non-inclusion certificate x - - 

Phase-out declaration - x - 

Your action - 

Omron’s action Purchase continues 

x: Submission necessary; -: submission not necessary 

• Will phase out until the 

date of use prohibition. 

• Will submit PCR and/or 

samples. 

• Can purchase until the 

date of use prohibition. 

• Will conduct re-survey 

after phase-out. 

Fig. 3 Submission Databased on content judgment 

5.3.2 File name of Submission Data 

Submit Data to Omron according to the following file naming rule. 

 

Type of 

submittal _ 

Supplier 

code _ 

Reference 

no. _ 

Date of 

issuance _ 

• Will terminate 

production as required. 

• Will terminate 

purchase. 

• Will switch to other 

manufacturers. 

Arbitrary character string 

(one-byte alpha-numerics) . Extension 

(1) (2) (3) (4) (5) (6) 

(1) JGP: JGP file; HGS: Non-inclusion certificate; ZPS: Phase-out declaration 

(2) Supplier code: eight one-bite characters E.g., 02XXXXXX 

(3) Number entered in the reference no. field of JGP file when requested (Survey no.) 

(4) Date of issuance: eight one-byte characters E.g., 20110401 

(5) Arbitrary character string such as for model name or product name (one-byte alpha-numeric characters) 

(6) jgp4: cases Ver. 4 is used; pdf: Non-inclusion certificate or Phase-out declaration

5.3.3 Change management of Information 

After submitting Data to Omron, when the change of Information occers ,immediately 

revise the data and inform it to Omron’s person in charge. Such changes that may occur in 

the following situations: 

The error as in calculation of the substance content information was revealed. 

The change was made to the content information provided by your supplier 

The new substance was added to the substance list or the content standard is changed 

The 4M change occurred at your site (change of material quality shape, processing 

method, etc.) (submission of PCR or samples will be necessary) 

6. Specific Preparation Procedure and Examples of Preparation 

Specific JGP file preparation procedures and examples are shown in the following attachments for 

your reference: 




Attachment 9. Preparation Procedure of JGP File (Level 1) and Examples (for trading firms) 

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Attachment 1 List of the Regulated Chemical Substances (Concerning Products) 

OC. Substance No.. 

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A substances: 28; A1 substances: 0 

B substances: 32; C substances: 1 

* In case a substance has multiple management classes, it is assumed to be one with the most stringent management class when counting the 

number of substances. 

* Definition of signs at the center of JGPSSI intended use classification code: (1)-R-: EU RoHS Directive; (2)-E-:EU ELV Directive; (3)-B-: battery regulation; (4)-J-:JGPSSI 

[1% by weight =10000 ppm] 

JGPSSI Substance 

Group No. 

A 

155 A05 

Substance (substance group) 

Content standard (Note 12) 

Cadmium and its compounds 

0.01% by weight (100 ppm) of each 

homogenous material providing that the 

following threshold be used for judgment for 

the following use: 

• For a battery, 0.001% by weight of a battery 

(10 ppm) 

Metal conversion is necessary to calculate the 

content ratio (Note 9) 

Content flag by 

the threshold 

level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 

classification 

code 

Y C R-21 Cd-R-3 

Y C R-30 Cd-R-4 

Y C R-38 Cd-R-6 

Y A R-8(a) Cd-R-7 

Y C R-8(b) Cd-R-8 

Y C R-13 Cd-R-9 

Y A1 R-39 Cd-R-10 

Y A1 R-40 Cd-R-11 

Y A E-15 Cd-E-2 

Intended use and threshold value 

(JGPSSI intended use classification) 

Additional standard 

(Note 4) 

Printing inks for the application of enamels on glasses, 

such as borosilicate and soda lime glasses containing 

cadmium exceeding 100ppm in homogeneous 

material. 

Cadmium exceeding 100ppm in homogeneous material 

in alloys as electrical/mechanical solder joints to 

― ― 

electrical conductors located directly on the voice coil in ― 

transducers used in high-powered loudspeakers with 

sound pressure levels of 100 dB (A) and more. 

Cadmium, exceeding 100 ppm in homogeneous 

― 

material, in cadmium oxide in thick film pastes used on ― 

aluminum bonded beryllium oxide. 

― 

Cadmium in a thermal cutoff of a one shot pellet type 

that exceeds 100 ppm in homogeneous material 

Cadmium in an electric point that exceeds 100 ppm in 

homogeneous material 

Cadmium in glass used for a filter glass or reflectance 

standards that exceeds 100 ppm in homogeneous 

material 

Cadmium in a color conversion II-VI family LED used 

for solid-state lighting or a display system that exceeds 

100 ppm in homogeneous material (“cadmium per 

square millimeter in a light emission area” < 10μg Cd) 

Cadmium contained in a photoresistor of analog optical 

coupler used for professional audio system, exceeding 

100 ppm in homogeneous material 

Batteries for electric vehicles containing cadmium 

exceeding 100 ppm in homogeneous material. 

― 

― ― 

― ― 

Deadline for 

prohibition of 

its use in parts, 

etc. (Note 2) 

Immediately 

prohibited 

― Jan. 1, 2014 

― 

July 1,2013 

Immediately 

prohibited 

Major regulations (excluding 

RoHS and ELV Directives) and 

remarks 

*Thermal cutoff is a temperature fuse. 

Exemption repealed after Jan. 1, 

2012 

* Cadmium content in electric points 

as specified by ELV Directive is 

evaluated based Cd-J-0, Cd-J-99, 

Cd-R-0 and Cd-RE-98 according to 

the content ratio. 

* Cadmium content in optical glass is 

evaluated based on Cd-J-0, Cd-J-99 

and Cd-RE-98 according to the 

content ratio. 

Exemption to be repealed after July 1, 

2014 

Exemption repealed starting Jan. 1, 

2014

OC. Substance No. 


Group No. 

A 

155 A05 

A 

156 A07 



Cadmium and its compounds 

Hexavalent Chromium Compounds 

0.1% by weight in homogenous material (1000 

ppm) 


content ratio (Note 9). 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― Cd-B-2 

Y A ― Cd-J-0 

Y A ― Cd-J-99 

N 

N 

Uncontrolled 

Uncontrolled 

― Cd-R-0 

― Cd-RE-98 

Y C R-9 Cr-R-2 

Y C E-12(a) Cr-E-1 

Y C E-12(b) Cr-E-2 

Y C E-13 Cr-E-3 

Y A ― Cr-J-0 

-12/55- 



Batteries containing cadmium exceeding 10ppm by 

weight of the battery. 

Cases containing intentionally added cadmium 

exceeding 100 ppm in homogeneous material, 

excluding specified uses. 

Containing cadmium above 100ppm in homogeneous 

material: Impurities/recycled materials/contamination 

Cases containing 100 ppm or less of intentionally 

added cadmium in homogeneous material, excluding 

specified uses. 

Containing 100 ppm or less of cadmium in 

homogeneous material: Impurities/recycled 

materials/contamination 

Hexavalent chromium up to 0.75% by weight as 

antirust for a carbon steel cooling system in an 

absorption refrigerator that exceeds 1000 ppm in 


Anti-corrosion coatings containing hexavalent 

chromium exceeding 1000 ppm in homogeneous 

material. (Other than below Cr-E-2.) 

Corrosion preventive coating related to bolt and nut 

assemblies for chassis applications, containing 

hexavalent chromium exceeding 1000 ppm in 

homogeneous material. 

(Absorption) refrigerators in motor caravans containing 

hexavalent chromium exceeding 1000 ppm and 0.75 

wt% in homogeneous material. 

Cases containing intentionally added hexavalent 

chromium exceeding 1000 ppm in homogeneous 

material, excluding specified uses. 


(Note 4) 

― 

― 

― 

― ― 

― ― 




etc. (Note 2) 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

― (Note 7) 

― ― 

― ― 

― (Note 7) 

― 

Immediately 

prohibited 



remarks 

*All batteries including button cells 

• Korean law on quality control and 

safety management of industrial 

products 

• EC Directive 2006/66/EC on 

batteries 

• Chinese Standards 

GB-24427-2009: Limitation of 

mercury, cadmium and lead contents 

for alkaline and non-alkaline zinc 

manganese dioxide batteries 

Annex 17 of REACH (EC) No 

1907/2006;China MII law (Chinese 

RoHS); 

Korea RoHS; 

Japan J-MOSS; 

USA/ California SB-20/50 

China MII law (Chinese RoHS); 

Korea RoHS; 

Japan J-MOSS; 

USA/ California SB-20/50


A 

156 

A 

154 


Group No. 



A07 Hexavalent Chromium Compounds 

A09 

Lead and its compounds 

0.1% by weight in homogenous material (1000 

ppm) 

Describe the threshold level if a product has 

any of the intended uses listed below: 

• For batteries, 0.004% by weight of a battery 

(40 ppm) 

• For coating on a toy or a product for children, 

0.009% by weight of a product (90 ppm) 

• For a consumer product for children aged 

twelve and under, 0.01% by weight of a 

product (100 ppm) 

• For an electric wire, cable or cord insulated 

with thermosetting or thermoplastic resin, 

0.03% by weight per surface coating (300 ppm) 





level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― Cr-J-99 

N 

N 

Uncontrolled 

Uncontrolled 

Y C R-6(a) 

E-1 

Y C 

― Cr-R-0 

― Cr-RE-98 

R-6(c) 

E-3 

Y C R-5(a) 

E-10 

Y C R-5(b) 

E-10 

Y C R-7(c)I 

E-10 

Y C R-7(c)II 

E-10 

Y 

A R-7(c)III 

E-10 

Pb-RE-3 

Pb-RE-4 

Pb-RE-5 

Pb-RE-6 

Pb-RE-7 

Pb-RE-8 

Pb-RE-9 

-13/55- 



Containing hexavalent chromium above 1000 ppm in 

homogeneous material: Impurities/recycled materials/ 

contamination 


(Note 4) 


added hexavalent chromium in homogeneous material, ― ― 

excluding specified uses. 

Containing 1000 ppm or less of hexavalent chromium 

in homogeneous material: Impurities/recycled 

materials/ contamination. 

Steel materials containing 0.35% or less ,but exceeding 1000 

ppm in homogeneous material, of lead by weight (including 

batch-based hot dip galvanized steel &,free-machining steel) 

Copper alloy containing 4% or less, exceeding 1000 ppm in 

homogeneous material, of lead by weight (e.g. brass, phosphor 

bronze) 

Lead in a cathode ray tube that exceeds 1000 ppm in 


Lead up to 0.2% by weight in glass of a fluorescent tube that 

exceeds 1000 ppm in homogeneous material 

Lead in electricity or electronic components excluding dielectric 

ceramics (e.g. piezoelectronic device) in a capacitor that 

contains lead in glass, ceramic, or glass/ceramic matrix 

compounds and also excluding automotive valves and 

automotive plugs, exceeding 1000 ppm in homogeneous 

material 

Lead in a dielectric ceramic used in a capacitor with rated 

voltage of 125V AC or 250V DC or larger that exceeds 1000 

ppm in homogeneous material, excluding applications of 

Pb-RE12 and Pb-E-20 

Lead in a dielectric ceramic used in a capacitor with rated 

voltage less than 125V AC or 250V DC that exceeds 1000 ppm 

in homogeneous material, excluding applications of Pb-RE12 

and Pb-E-20 

― 

― ― 




etc. (Note 2) 

Immediately 

prohibited 

― (Note 5) 

― (Note 5) 

― ― 

― (Note 5) 

― ― 

― ― 

RoHS 

C ELV ― 

Y C R-7(c)IV 

E-10(b) 

Pb-RE-12 

Y C E-10(d) Pb-RE-20 

Y 

Lead in a PZT dielectric ceramic material used in a capacitor as 

part of integrated circuit or discrete semiconductor, exceeding 


Lead in a dielectric ceramic material used in a capacitor as part 

of ultrasonic sonar, exceeding 1000 ppm in homogeneous 

material 

― ― 

― ― 

Immediately 

prohibited 

A R-11(a) 

E-8(f) 

Pb-RE-10 

Lead used for a C-press compliant pin connector/system that 

exceeds 1000ppm in homogeneous material 

RoHS 

Immediately 

prohibited 

C ELV ― 



remarks 


Korea RoHS; 

Japan J-MOSS; 


*See (Note 3) for ELV. 

*No threshold level of 0.2% by weight 

established for ELV 

Exemption to be repealed after Jan. 1, 

2013 


Exemption already repealed 

*See (Note 3) for ELV.


A 

154 


Group No. 



A09 Lead and its compounds 



level (Y/N) 

Y 

Rank 

Y C 

Y C 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

-14/55- 




(Note 4) 



its use in 

parts, etc. 

(Note 2) 



remarks 

Immediately 

A Lead used for a compliant pin connectors/system other RoHS 

R-11(b) 

prohibited Exemption to be repealed after Jan. 1, 2013 

Pb-RE-11 than C-press that exceeds 1000 ppm in homogeneous 

E-8(f) 


C material 

ELV ― 

R-6(b) 

E-2(c) 

R-7(a) 

E-8(e) 

Pb-R-1 

Pb-R-2 

Y C R-7(b) Pb-R-3 

Y A R-12 Pb-R-5 

Y A R-14 Pb-R-7 

Y C 

R-15 

E-8(g) 

Pb-R-8 

Y A1 R-16 Pb-R-10 

Y C R-17 Pb-R-11 

Y C R-21 Pb-R-15 

Y A R-23 Pb-R-17 

Y C R-24 Pb-R-18 

Y C R-29 Pb-R-22 

Y C R-31 Pb-R-23 

Y C R-32 Pb-R-24 

Aluminum materials containing 0.4% or less, exceeding 

1000ppm in homogeneous material, of lead by weight 

Lead in high-melting point solder (lead-based alloys 

containing 85% by weight or more lead) 

Lead, exceeding 1000 ppm in homogeneous material, 

in soldering for servers, storage and storage array 

systems, and network infrastructure equipment for 

switching, signaling, transmission and network 

management for telecommunication 

Coating material for thermal conduction module 

C-rings, containing lead exceeding 1000 ppm in 


Solder consisting of more than two types of elements 

for connecting microprocessor pins and package 

containing less than 85 wt% and more than 80 wt% of 

lead. 


in solder for connecting semiconductor dies and 

carriers in flip chip IC packages 


in linear incandescent lamps with silicate coated tubes. ― 

Lead halide, containing lead exceeding 1000 ppm in 

homogeneous material, as radiant agent in High 

Intensity Discharge (HID) lamps used for professional 

reprography applications. 


in printing inks for the application of enamels on 

glasses, such as borosilicate and soda lime glasses 

Lead contained in finishing agents of 0.65 mm or finer 

pitch components other than connectors, exceeding 



in solders for the soldering to machined through hole 

discoidal and planar array ceramic multilayer 

capacitors. 


in lead bound in crystal glass as defined in Annex I 

(Categories 1, 2, 3 and 4) of Council Directive 

69/493/EEC. 


in soldering materials in mercury free flat fluorescent 

lamps (which e.g. are used for liquid crystal displays, 

designs or industrial lighting). 


in lead oxide in seal frit used for making window 

assemblies for Argon and Krypton laser tubes. 

― (Note 5) 

― (Note 6) 

― ― 

― 

― 

― ― 

― ― 

― ― 

― 

― ― 

― ― 

― ― 

― ― 

Immediately 

prohibited 

Immediately 

prohibited 

March 1, 

2013 

Immediately 

prohibited 

*Exemption repeal applied by ELV 

Directive 



*Exemption repeal applied by ELV 

Directive 

Exemption to be repealed after Sept. 1, 

2013 

Exemption already repealed


A 

154 


Group No. 






level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y C R-33 Pb-R-25 

Y C R-34 Pb-R-26 

-15/55- 




in solders for the soldering of thin copper wires of 100 

μm diameter and less in power transformers. 


in cermet-based trimmer potentiometer elements. 


(Note 4) 

― ― 

― ― 



its use in 

parts, etc. 

(Note 2) 



remarks 

Y C R-37 Pb-R-27 


in the plating layer of high voltage diodes on the basis 

of a zinc borate glass body. 

Lead in white glass used for an optical purpose 

― ― 

Y C R-13(a) Pb-R-30 containing lead that exceeds 1000 ppm in 


Lead in glass used for a filter glass or reflectance 

― ― *White glass means transparent glass. 

Y C R-13(b) Pb-R-31 standards containing lead that exceeds 1000 ppm in 


Lead in a shell (exterior casing) or bushing (a 

cylindrical component fitted inside a hole) of a bearing 

― ― 

Y C R-9(b) Pb-R-32 

for a compressor containing coolant for heating, 

ventilation, air-conditioning, refrigeration, chilling, and 

HVACR, exceeding 1000 ppm in homogeneous 

material 

Lead (lead of 1% or less by weight) as activator in 

fluorescent powder of a discharge lamp used as a 

― ― 

Y C R-18(b) Pb-R-33 suntan lamp containing phosphor such as BSP 

(BaSi2O5:Pb) that exceeds 1000 ppm in homogeneous 

material 


as activator in the fluorescent powder (1% lead by 

weight or less) of discharge lamps when used as sun 

― (Note 5) 

Y A R-18(a) Pb-R-34 

tanning lamps containing phosphors such as BSP 

― 

(BaSi2O5:Pb) as well as when used as specialty lamps 

for diazo-printing reprography, lithography, insect traps, 

photochemical and curing processes containing 

phosphors such as SMS ((Sr, Ba)2MgSi2O7:Pb). 

Lead oxide, exceeding 1000 ppm per unit of 

Immediately 

prohibited 


Y C R-25 Pb-R-35 

homogeneous material, used for structural elements on 

― 

the surfaces of surface conduction electron emitter 

displays (SED), notably seal frit and frit ring. 

― 

Y A E-2(b) Pb-E-1 

Y A 

E-4(a) 

E-4(b) 

Pb-E-3 

Y C E-5 Pb-E-4 

Y C E-6 Pb-E-5 

Y C E-7(b) Pb-E-6 

Aluminum with a lead content of above 0.4% and 1.5% 

or less by weight 


in bearing shells and bushes (alloy). 

Batteries containing lead exceeding 1000 ppm in 


Vibration dampers containing lead, exceeding 1000 

ppm in homogeneous material. 


in vulcanising agents and stabilisers for elastomers in 

fluid handling and powertrain applications containing 

up to 0.5% lead by weight. 

― 

― 

― ― 

― ― 

Immediately 

prohibited 

Immediately 

prohibited 

― (Note 5) 


Exemption already repealed


A 

154 


Group No. 






level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y C E-7(c) Pb-E-7 

Y A E-9 Pb-E-10 

Y A E-11 Pb-E-11 

Y A E-8(b) Pb-E-12 

Y A1 E-8(a) Pb-E-13 

Y A E-8(c) Pb-E-14 

Y A1 E-8(d) Pb-E-15 

Y C E-8(h) Pb-E-16 

Y A E-8(i) Pb-E-17 

Y C E-8(j) Pb-E-18 

Y C E-1(b) Pb-E-19 

Y C E-12 Pb-E-21 

Y A ― Pb-J-1 

Y A ― Pb-J-3 

Y A ― Pb-J-4 

-16/55- 




in bonding agents for elastomers in powertrain 

applications containing up to 0.5% lead by weight. 

Valve seats containing lead exceeding 1000 ppm in 


Pyrotechnic initiators containing lead exceeding 1000 

ppm in homogeneous material. 

Lead in solder for electric use that exceeds 1000 ppm 

in homogeneous material (excluding solder on 

electronic circuit boards and glass) 

Lead in solder for installing an electric or electronic 

component on an electronic circuit board or for a 

component terminal that exceeds 1000 ppm in 

homogeneous material (excluding electrolysis 

aluminum capacitors) 

Lead on a terminal of an electrolysis aluminum 

capacitor that exceeds 1000 ppm in homogeneous 

material 

Lead for soldering an air mass sensor on a glass 

surface that exceeds 1000 ppm in homogeneous 

material 

Lead in solder for attaching a heat spreader and heat 

sink of a power semiconductor that exceeds 1000 ppm 

in homogeneous material (The chip size is 1 cm 2 at 

least. The electric current density is 1 A/mm 2 at least.) 

Lead in solder for electric glazing on a glass surface 

that exceeds 1000 ppm in homogeneous material 

(excluding solder for laminate glazing) 

Lead in solder used for laminate glazing that exceeds 


Lead content of 0.35 wt% in continuously galvanized 

sheet steel, exceeding 1000 ppm in homogeneous 

material 

Lead-containing thermoelectric material in automotive 

electrical applications intended for the reduction of 

CO2 emissions through waste heat recovery 

Containing lead above 300 ppm in homogeneous 

material, for use in vinyl chloride wires. 

Containing above 0.009% of lead per surface treatment 

layer such as coating in parts/material used in toys. 

Use in products for children under 12 years of age, 

containing lead exceeding 100ppm per survey unit 


(Note 4) 



its use in 

parts, etc. 

(Note 2) 

― (Note 5) 

― 

― 

― 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

― July 1, 2015 

― 

Immediately 

prohibited 

― July 1, 2014 

― ― 

― 

― ― 

Immediately 

prohibited 

― (Note 5) 

― ― 

― 

― 

― 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 



remarks 



*It also applies to lead in solder plating. 



2016 


2013 


2015 


2013 

Determination method specified by 

Proposition 65 of California 

Consumer product Safety 

Improvement Act (USA) 

Consumer product Safety 

Improvement Act (USA) as amended 

by HB2715


A 

154 


Group No. 

A 

157 A10 




Mercury and its compounds 

The amount intentionally added or 0.1% by 

weight in homogenous material (1000 ppm) 

providing that the following threshold be used 

for judgment for the following use: 

• For a battery, 0.0001% by weight of a battery 

(1 ppm) 


content ratio (Note 9) 



level (Y/N) 

Rank 

Y A 

Y C 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

― Pb-B-1 

Y A ― Pb-J-0 

Y A ― Pb-J-99 

N 

N 

Y 

Uncontrolled 

Uncontrolled 

A 

C 

― Pb-R-0 

― Pb-RE-98 

R-1(a) 

C R-1(b) 

C R-1(c) 

Hg-R-16 

-17/55- 



Batteries containing lead exceeding 40 ppm by weight 

of the battery. 

Cases containing intentionally added lead above 1000 

ppm in homogeneous material, excluding specified 

uses. 

Containing lead above 1000 ppm in homogeneous 



added lead in homogeneous material, excluding 

specified uses. 

Containing 1000 ppm or less of lead in homogeneous 

material: Impurities/recycled materials/contamination. 

Mercury in a single-capped fluorescent lamp that does not 

exceed the following limitations (per burner): 

(a) For general illumination less than 30W: 3.5 mg 

(b) For general illumination of 30W or higher and less than 

50W: 3.5 mg 

(c) For general illumination of 50W or higher and less than 

150W: 5 mg 


(Note 4) 



its use in 

parts, etc. 

(Note 2) 

Over 40 ppm per 

cell for alkali 

Immediately 

batteries 

prohibited 

(excluding button 

cells) 

Over 1,000 ppm 

per cell for 

batteries other 

than above 

(excluding lead 

accumulators) 

Other than 

above (such as 

lead 

accumulators) 

― 

― 

Immediately 

prohibited 

― 

― ― 

― ― 

Over 2.5 mg and 

3.5 mg or less per 

piece 


piece 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

(Note 8) 

(Note 8) 

― (Note 8) 

― (Note 8) 

C R-1(d) (d) For general illumination of 150W or higher: 15 mg ― (Note 8) 

C R-1(e) 

(e) Having a circular or square structure, 17 mm or less in 

tube diameter, and for general illumination: 7 mg 

― (Note 8) 

C R-1(f) (f) For a specific use: 5 mg ― (Note 8) 



remarks 

EU Battery Directive 2006/66/EC; 

Chinese Standards GB-24427-2009: 

Limitation of mercury, cadmium and 

lead contents for alkaline and 

non-alkaline zinc manganese dioxide 

batteries 

Brazil Nov. 4, 2008 Decision No. 401 

Annex 17 of REACH (EC) No 1907/2006; 


Korea RoHS; 

Japan J-MOSS; 


Threshold level until Dec. 31, 2011: 5 mg 

Threshold level until Dec. 31, 2012: 3.5 

mg 

Threshold level after Jan. 1, 2013: 2.5 mg 



No threshold level until Dec. 31, 2011 

Threshold level after Jan. 1, 2012: 7 mg


A 

157 


Group No. 



A10 Mercury and its compounds 



level (Y/N) 

Y 

Y 

Y 

Y 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

C R-2(a)(1) 

C R-2(a)(2) 

C R-2(a)(3) 

C R-2(a)(4) 

C R-2(a)(5) 

A R-2(b)(1) 

A1 R-2(b)(2) 

C R-2(b)(3) 

C R-2(b)(4) 

A 

C 

A 

C 

A 

C 

A 

C 

R-3(a) 

R-3(b) 

R-3(c) 

JGPSSI 

intended use 


code 

Hg-R-17 

Hg-R-18 

Hg-R-9 

R-4(a) Hg-R-20 

-18/55- 



Mercury in a double-capped strip fluorescent lamp (in each 

individual lamp) for general purposes that does not exceed 

the following limitations: 

(a) A three-wavelength phosphor of less than 9 mm in tube 

diameter (e.g., T2) with normal lifetime: 4 mg 

(b) A three-wavelength phosphor of 9 mm or larger and of 

17 mm or less in tube diameter (e.g., T5) with normal 

lifetime: 3 mg 


(Note 4) 

― (Note 8) 

― (Note 8) 



its use in 

parts, etc. 

(Note 2) 

(c) A three-wavelength phosphor of over 17 mm and 28 

mm or less in tube diameter (e.g., T8) with normal lifetime: ― (Note 8) 

3.5 mg 

(d) A three-wavelength phosphor of over 28 mm in tube 

diameter (e.g., T12) with normal lifetime: 3.5 mg 

(e) A three-wavelength phosphor with long lifetime 

( 25,000 h or over): 5 mg 

Mercury in a double-capped fluorescent lamp (in each 

individual lamp) not for general purposes under the 

following conditions: 

(a) A linear white lamp of over 28 mm in tube diameter 

(e.g., T10 and T12): mercury that does not exceed 10 mg 

(b) Nonlinear white lamps of all shapes: mercury that does 

not exceed 15 mg 

(c) Mercury not exceeding 15 mg contained in a nonlinear 

three-wavelength phosphor lamp of above 17 mm (e.g., 

T9) 

(d) Mercury not exceeding 15 mg contained in a lamp for 

any other general illumination or specific purposes (e.g., 

induction lamps) 

Mercury in a cold cathode ray fluorescent lamp or external 

electrode fluorescent lamp (CCFL or EEFL) for a specific 

purpose 

Mercury in a low-pressure discharge lamp (each individual 

lamp) other than Hg-R-16, Hg-R-17, Hg-R-18, or Hg-R-9 

― (Note 8) 

― (Note 8) 

― 

― 

Immediately 

prohibited 

(Note 8) 

Oct. 13, 2015 

(Note 8) 

― (Note 8) 

― (Note 8) 

Over 3.5 mg per 

piece 


piece 

Over 5 mg per 

piece 

5 mg or less per 

piece 

Over 13 mg per 

piece 


piece 

Over 15 mg per 

piece 


piece 

Immediately 

prohibited 

― 

Immediately 

prohibited 

― 

Immediately 

prohibited 

― 



remarks 


Threshold level after Jan. 1, 2012: 4 mg 









Threshold level until April 12, 2012:10 mg 

Exemption repealed after April 13, 2012 

Threshold level until April 12, 2016: 15 mg 

Exemption to be repealed after April 13, 

2016 





(a) In the case of short type (500 mm or 

less) 



(b) In the case of medium type (over 500 

mm to (1500 mm or less) 



(c) In the case of long type (over 1500 

mm) 



Immediately 

prohibited No threshold level until Dec. 31, 2011 


―


A 

157 


Group No. 






level (Y/N) 

Y 

Y 

Rank 

A 

C 

A 

C 

A 

C 

A 

C 

A 

C 

A 

C 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

R-4(b)-I 

R-4(b)-II 

R-4(b)-III 

R-4(c)-I 

R-4(c)- II 

R-4(c)-III 

JGPSSI 

intended use 


code 

Hg-R-11 

Hg-R-12 

-19/55- 



Mercury in an extra-high voltage sodium (vapor) lamp for 

general illumination with an improved color rendering index 

Ra over 60 

Mercury in an extra-high voltage sodium (vapor) lamp for 

general illumination of any other type (Hg-R-11) 


(Note 4) 



its use in 

parts, etc. 

(Note 2) 

Over 30 mg per Immediately 

piece 

prohibited 


piece 

― 


piece 

prohibited 


piece 

― 


piece 

prohibited 


piece 

― 


piece 

prohibited 


piece 

― 


piece 

prohibited 


piece 

― 


piece 

prohibited 


piece 

― 

Y A1 R-4(d) Hg-R-13 Mercury in a high-pressure mercury vapor lamp (HPMV) Intentional use Oct. 13, 2014 

Y C R-4(e) Hg-R-14 Mercury in a metal halide lamp (MH) ― ― 

Y C R-4(f) Hg-R-15 

Y A 

Y 

A 

A 

A 

C 

E-14(a) 

E-14(b) 

― Hg-B-1 

Mercury in a vapor lamp for a specific purpose or of any 

other type that is not specifically mentioned in the Annex of 

― ― 

Directive2011/65/EU (or in the classification of intended use 

of mercury) 

Hg-E-1 Mercury in a discharge lamp or instrument panel display Intentional use 

Mercury intentionally added or contained in battery, 

exceeding 1 ppm for the weight of the battery. 

Immediately 

prohibited 

All button cells, Immediately 

intentionally added prohibited 

Alkaline batteries or 

nickel metal 

hydride batteries of Immediately 

over 1 ppm prohibited 

Aconcetration for 

each cell 

Other batteries of 

over 5 ppm Immediately 

concentration for prohibited 

each cell 

Other batteries of 5 

ppm or less in 

concentration for 

each cell 

― 



remarks 

(a) When P≦155W 

No threshold until Dec. 31, 2011 


(b) When 155W405W 



(a) When P≦155W 



(b) When 155W405W 



Exemption to be repealed after April 13, 

2015 

Exemption to be repealed after July 1, 2012 

Mercury Reduction and Education Act of 

states of Rhode Island and Connecticut 

New York Environmental Conservation - § 

27-0719 - Battery Management and Disposal 

Taiwan’s regulations on the manufacturing, 

import and sales of batteries 

Korea’s laws on quality control and safety 

management of industrial products 

(regulations on batteries) 

Chinese Standards GB-24427-2009: 

Limitation of mercury, cadmium and lead 

contents for alkaline and non-alkaline zinc 

manganese dioxide batteries; 

EU Battery Directive 2006/66/EC


A 

157 


Group No. 

A 

242 A11 

A 

078 A17 

A 

128 A28 




Nickel 

When there is intentional addition in uses 

involving long-time contact with skin 

Tributyltin oxide 

(TBTO, CAS.No.56-35-9) 

Cases of intentional addition 

Tri-substituted organostannic 

compounds 

Intentionally added or 0.1 wt% content of 

element tin 

Metal conversion is necessary for the content 

ratio (Note 9). 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― Hg-J-0 

Y A ― Hg-J-99 

Y A ― Hg-R-0 

N 

Uncontrolled 

― Hg-RE-98 

Y A ― Ni-J-1 

Y 

N 

(Note 11) 

Uncontrolled 

― Ni-J-2 

― Ni-J-98 

-20/55- 



Cases containing intentionally added mercury above 1000 ppm 

in homogeneous material, excluding specified uses. 

Containing mercury above 1000 ppm in homogeneous 


Cases containing 1000 ppm or less of intentionally added 

mercury in homogeneous material, excluding specified uses. 

Containing 1000 ppm or less of mercury in homogeneous 


Cases containing intentionally added nickel, for use 

consisting of long-term contact with skin. 

In cases where a product has an unclear purpose and 

nickel is intentionally added 

Cases containing nickel other than Ni-J-1and Ni-J-2.(a 

product not staying in contact with skin for a 

considerable duration of time or containing impurities) 

Y A ― A17-J-4 Cases containing intentionally added TBTO. ― 

N 

Uncontrolled 

Y A ― A28-J-4 

Y A ― A28-J-5 

N 

Uncontrolled 


(Note 4) 

― 

― 

― 

― ― 

― 

― ― 

― ― 

― A17-J-98 Cases containing impurities. ― ― 

― A28-J-97 

In cases where tin content in homogeneous material is 

over 0.1% by weight 

Contained by intentional addition for applications other 

than A28-J-4 


0.1% or less by weight 

― 

― 

― ― 



its use in 

parts, etc. 

(Note 2) 



remarks 

Immediately 

prohibited Vermont State Law on comprehensive 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

management of exposure to mercury; 

Rhode Island State general law 23-24.9 

and amendment of 2007; 

Louisiana State Mercury Risk Reduction 

Act; 


1907/2006; 


Korea RoHS; 

Japan J-MOSS; 


Annex 17 of REACH regulation (EC) 

No. 1907/2006 

Act concerning the Examination and 

Regulation of Manufacture etc. of 

Chemical Substances 


1907/2006; 

European Commission Regulation 

No. 276/2010; 

Act concerning the Examination and 

Regulation of Manufacture etc. of 

Chemical Substances



Group No. 

A 

247 A23 

A 

248 A24 



Dibutyltin (DBT) compounds 

0.1% by weight of tin for a survey unitl (1000 

ppm) 

Metal conversion is necessary for the content 

ratio (Note 9). 

Dioctyltin compounds 

(DOT) 

0.1% by weight of tin for a survey unitl (1000 

ppm) in the following uses: 

Textiles and leather products intended to be 

in contact with skin 

Two-component room temperature curing 

molding kit (RTV-2 sealant molding kit) 

Mental conversion is necessary for the 




level (Y/N) 

Y 

Y 

Y 

Y 

N 

Y 

Y 

N 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

A1 ― 

C ― 

A1 ― 

C ― 

A1 ― 

C 

A 

C 

Uncontrolled 

― 

― 

― 

A ― 

C ― 

(Note 11) 

Uncontrolled 

JGPSSI 

intended use 


code 

A23-J-1 

A23-J-2 

A23-J-3 

A23-J-4 

― A23-J-98 

A24-J-0 

― A24-J-1 

― A24-J-98 

-21/55- 



In cases where tin content in homogeneous material 

exceeds 0.1% by weight and tin is contained in 

1-component and 2-component room temperature 

vulcanized sealant (RTV-1, RTV-2 sealant) and 

adhesive 


exceeds 0.1% by weight and, when applied onto 

molded product, DBT compound is contained in paint 

or coating agent as an accelerator 


exceeds 0.1% by weight and tin is contained in soft 

PVC profile whether it is in the soft PVC itself or 

simultaneously extruded with hard PVC 


exceeds 0.1% by weight, excluding particular 

applications (A23-J-1, -2, -3) 



• A cloth/leather part included in a surveyed product 

• In cases where tin content in homogeneous material 

is over 0.1% by weight with a dual humoral room 

temperature curing molding kit (RTV-2 sealant molding 

kit) in use 


DOT is intentionally added 

In cases where any dioctyl tin compound other than 

A24-J-0 and A24-J-1 is contained 


(Note 4) 

Tin content of 

over 0.1 wt% for 

a survey unit 


0.1 wt% or less 

for a survey unit 



a survey unit 






a survey unit 






a survey unit 






its use in 

parts, etc. 

(Note 2) 

July 1, 2014 

― 

July 1, 2014 

― 

July 1, 2014 

― 

Immediately 

prohibited 

― 

― ― 



a survey unit 




Immediately 

prohibited 

― 

― ― 

― ― 



remarks 


1907/2006; 

European Commission Regulation No. 

276/2010 

Exemption repealed after Jan. 1, 2015 


1907/2006; 


276/2010



Group No. 

C 

234 A19 

A 

058 

A 

063 B03 



Beryllium oxide 

(CAS No. 1304-56-9) 

0.1% by weight per surveying unit 

B02 Polybrominated biphenyls (PBB) 

0.1% by weight of homogenous material (1000 ppm) 

Polybrominated diphenyl ethers 

(PBDE) 

Intentionally added or a concentration of 0.1% 

by weight of homogenous material (1000 ppm) 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y C ― A19-J-0 

N 

Uncontrolled 

― A19-J-98 

Y A ― B02-J-0 

Y A ― B02-J-99 

N 

N 

Uncontrolled 

Uncontrolled 

― B02-R-0 

― B02-R-98 

Y A ― B03-J-0 

Y A ― B03-J-99 

N 

N 

Uncontrolled 

Uncontrolled 

― B03-R-0 

― B03-R-98 

-22/55- 



Cases containing above 0.1% beryllium oxide by 

weight per surveying unit. 

Cases containing up to 0.1% beryllium oxide by weight 

per surveying unit. 

Cases containing intentionally added PBB exceeding 

1000 ppm in homogeneous material. 

Containing PBB above 1000 ppm in homogeneous 



added PBB in homogeneous material. 

Containing 1000 ppm or less of PBB in homogeneous 


Cases containing intentionally added PBDE exceeding 

1000 ppm in homogeneous material. 

Containing PBDE above 1000 ppm in homogeneous 



added PBDE in homogeneous material. 

Containing 1000 ppm or less of PBDE in homogeneous 



(Note 4) 

― ― 

― ― 

― 

― 

― ― 

― ― 

― 

― 

― ― 

― ― 



its use in 

parts, etc. 

(Note 2) 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 



remarks 

DIGITALEUROPE/CECED/AeA/EERA 

Guidance 

2011/65/EU Directive 

Chinese MII Law (Chinese version of 

RoHS); 

South Korea: RoHS; 

Japan: J-MOSS 

2011/65/EU Directive; 

Chinese MII Law (Chinese version of 

RoHS); 

South Korea: RoHS; 

Japan: J-MOSS 

Law Concerning the Examination and 

Regulation of Manufacture, etc. of 




Group No. 

B 

013 B08 

B 

033 

B18 

A 

070 B05 

A 

144 B15 



Bromic fire retardants 

(excluding PBB, PBDE and HBCDD) 

• Total bromine content of 0.1%(1000ppm) by 

weight in plastic material, excluding that contained 

in printed circuit board 

Chlorinated flame retardants 

• 0.09% by weight (900 ppm) of the total 

bromine content in uses for laminated printed 

circuit board 

• Total bromine content in plastic material 

exceeds 0.1 wt% (1000 ppm), excluding the 

content in laminated printed circuit board 

Polychloride biphenils 

(PCB) and specific substitutes 


Polychlorinated terphenyls 

(PCT) 

0.005 wt% of material 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y B ― B08-J-3 

Y B ― B08-J-5 

Y B ― B08-J-4 

N 

Uncontrolled 

― B08-J-97 

Y B ― B18-J-0 

Y B ― B18-J-1 

Y B ― B18-J-2 

N 

Uncontrolled 

― B18-J-98 

Y A ― B05-J-1 

N 

Uncontrolled 

Y A ― B15-J-2 

N 

Uncontrolled 

-23/55- 



In cases where bromine element is used for a printed 

wiring board laminate and its content is above 0.09% 

by weight in the survey unit 


(Note 4) 

― ― 



its use in 

parts, etc. 

(Note 2) 

In cases where total bromine content in plastic material 

exceeds 0.1 wt%, excluding that contained in laminated ― 

printed circuit board 

― JS709 


brominated flame retardants is intentionally added 

In cases where any brominated flame retardant other 

than B08-J-3, B08-J-4 and B08-J-5 is contained 

― ― 

― ― 

In cases where chlorine element is used for a printed 

wiring board laminate and its content is above 0.09% 

by weight in the survey unit 

In cases where total chlorine content in plastic material 

exceeds 0.1% by weight, excluding the content in a 

printed wiring board laminate 


― ― 

chlorinated flame retardants is intentionally added ― ― 

In cases where flame retardant other than B18-J-0, 

B18-J-1or B18-J-2 is contained 

Cases containing intentionally added PCBs and 

specific substitutes. 

― ― JS709 

― ― 

― B05-J-98 Cases containing impurities. ― ― 

― B15-J-97 

Cases containing above 0.005% by weight in 


Cases containing up to 0.005% by weight in 


― 

― 

― ― 



remarks 

JS709 

IPC-4101 and IEC 61249-2-21 

JS709 

IPC-4101 and IEC 61249-2-21 

Immediately 

prohibited Act Concerning the Examination and 


Chemical Substances; 

Annex 17 of REACH Regulation (EC) 

No. 1907/2006; 

TSCA (USA) 

Immediately 

prohibited 


No. 1907/2006;



Group No. 

A 

071 B06 

B 

014 

A 

236 B13 



Polychlorinated naphthalene (3 or 

more chlorines) 


B12 Perchlorate 

0.0000006% by weight per surveying unit(0.006ppm) 

Perfluorooctane sulfonate (PFOS) 

Intentionally added or content of 0.1 wt% in 

material 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― B06-J-1 

N 

Uncontrolled 

Y B ― B12-J-0 

N 

Uncontrolled 

-24/55- 



Cases containing intentionally added polychlorinated 

naphthalenes. 


(Note 4) 


― B12-J-98 

Y C ― B13-J-0 

Y C ― B13-J-1 

Y A ― B13-J-2 

Y A ― B13-J-3 

Y A ― B13-J-4 

Y A ― B13-J-6 

Y A ― B13-J-7 

Y A ― B13-J-8 

Y A ― B13-J-9 

Cases containing above 6 ppb perchlorates by weight 


Cases containing up to 6 ppb perchlorates by weight 


Cases of PFOS intentionally added to photoresists for 

the photolithography process or during antireflective 

coating 

Cases of PFOS intentionally added to photo coating 

used in printing plates, film, and documents. 

Cases of PFOS intentionally added to mist 

suppressants used in chrome plating, chrome oxidation ― 

processing, and reverse etching. 


suppressants used in electroless 

― 

nickel-polytetrafluoroethylene (PTFE) plating. 


suppressants used in etching of plastic base materials 

before metallic coating. 

Cases intentionally containing 0.1 wt% or more of 

PFOS in homogeneous material as a constituent of 

moldings, excluding specified uses of B13-J-0, 1, 2, 3, 

and 4; for textiles and other covered materials, cases 

intentionally containing above 1 μg/m 2 of PFOS in lag 

Cases intentionally containing PFOS, excluding 

specified uses (B13-J-0, 1, 2, 3, 4, 6, 8, and 9) 

Content of 0.1 wt% or over of PFOS in homogeneous 

material as an impurity for cases excluding specified 

uses (B13-J-0, 1, 2, 3, 4, 6, 7 and 9) 

Content of 0.001 wt% or over of PFOS as a component 

of a substance or mixture for cases excluding specified ― 

uses (B13-J-0, 1, 2, 3, 4, 6, 7 and 8) 

― 

― ― 

― ― 

― ― 

― ― 

― 

― 

― 

― 



its use in 

parts, etc. 

(Note 2) 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 



remarks 

Act Concerning the Examination and 


Chemical Substances 

California State Perchlorate 

Contamination Prevention Act of. 

2003, regulation adpted by DTSC 


757/2010 

Canadian Environmental Protection 

Act 

SOR/ 2008-178; 





A 

236 


Group No. 



B13 Perfluorooctane sulfonate (PFOS) 



level (Y/N) 

N 

N 

N 

N 

N 

N 

N 

N 

Rank 

Uncontrolled 

Uncontrolled 

Uncontrolled 

Uncontrolled 

Uncontrolled 

Uncontrolled 

Uncontrolled 

Uncontrolled 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

― B13-J-92 

― B13-J-93 

― B13-J-94 

― B13-J-95 

― B13-J-96 

― B13-J-89 

― B13-J-90 

― B13-J-91 

-25/55- 




(Note 4) 

Cases containing less than 1 μg/m2 of PFOS as 

impurities inantireflective coating or photoresists for the ― ― 

photolithography process 

Cases containing less than 1 μg/m2 of PFOS as 

impurities in photo coating used in printing plates, film, 

and documents. 

― ― 

Cases containing 0.001 wt% or less of PFOS as 

impurities in mist suppressants used in chrome plating, ― ― 

chrome oxidation processing, and reverse etching. 


impurities in mist suppressants used in electroless 

nickel-polytetrafluoroethylene (PTFE) plating. 


impurities in mist suppressants used in etching of 

plastic base materials before metallic coating. 


impurities as a component of substances and 

compounds, excluding uses for B13-J-92, 93, 94, 95, 

and 96. 

― ― 

― ― 

― ― 

Cases containing less than 0.1 wt% of PFOS as 

impurities in homogeneous material as a constituent of 

moldings, excluding uses of B13-J-92, 93, 94, 95, and 

96; for textiles and other covered materials, cases 

containing less than 1 μg/m 2 of PFOS as impurities in 

lag. 

― ― 

Cases containing PFOS as impurities, excluding 

specified uses (B13-J-92, 93, 94, 95, 96, 89, and 90). 

― ― 




etc. (Note 2) 



remarks



Group No. 

A 

243 B10 

A 

249 B19 

A 

105 

A 

143 C02 



Fluorinated greenhouse effect gas 

(HFC, PFC, SF6) 


Polyvinyl chloride and PVC 

co-polymer 

Total chlorine content of 0.1% by weight (1000 ppm) 

in ploastic material, excluding the content in printed 

circuit board 

C01 Asbestos 


Azocolourants and azodyes that 

generate some aromatic amines 

0.003 wt& per survey unit (30 ppm) for use as 

textile/leather products 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― B10-J-0 

N 

Y 

N 

Uncontrolled 

A 

B 

Uncontrolled 

-26/55- 



Cases containing intentionally added fluorinated 

greenhouse gases. 


(Note 4) 


― B19-J-0 

― B19-J-98 

Cases of total chlorine content exceeding 0.1 wt% in 

plastic material, excluding the content in laminated 


Cases of total chlorine content of 0.1 wt% or less in 

plastic material, excluding the content in laminated 


Y A ― C01-J-1 Cases containing intentionally added asbestos. ― 

N 

Uncontrolled 

Y A ― C02-J-2 

Y 

N 

(Note 11) 

Uncontrolled 

― 

For packing 

material 

For use other 

than the above ― 

― ― 

― C01-J-98 Cases containing impurities. ― ― 

― C02-J-3 

― C02-J-98 

Leather products and fiber products used with the 

intention of continued contact with the human body 

containing azocolourants and azodyes, which form 

more than 0.003% of certain aromatic amines by 

weight.(used for a part including leather and/or cloth) 


“Azocolourants and azodyes which form certain 

aromatic amines” is intentionally added 

Cases containing azocolourants and azodyes which 

form certain aromatic amines other than C02-J-2 or 

C02-J-3. 

― 

― ― 

― ― 




etc. (Note 2) 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 



remarks 

EU Regulation No. 842/2006; 

Ordinance by the Federal Minister for 

Agriculture, Forestry, Environment 

and Water Management on bans and 

restrictions for partly fluorinated and 

fully fluorinated hydrocarbons and 

sulphur hexafluoride 

Omron’s voluntary restriction 

JS709 


No. 1907/2006; 

USA TSCA; 

Swiss Ordinance for Risk Reduction 

by Chemical Products 


No. 1907/2006


A 

123 

A 

151 


Group No. 

A 

142 C07 

A 

235 C08 



C04 Ozone depleting substances 


C06 Radioactive materials 


Formaldehyde 

Cases of intentional addition for use as 

composite wood products 

( 0.0075 wt% per textile product unit (75 

ppm) for use as textile 

2-(2H-benzotriazol-2-yl)-4,6-bis(1,1dimethylethyl)(CAS 

No. 3846-71-7) 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― C04-J-1 

N 

Uncontrolled 

Y A ― C06-J-1 

N 

Uncontrolled 

Y A ― C07-J-0 

Y A ― C07-J-2 

N 

Uncontrolled 

-27/55- 



Cases containing intentionally added ozone depleting 

substances. 


(Note 4) 


Cases containing intentionally added radioactive 

substances. 


― C07-J-97 

Y A ― C08-J-0 

N 

Uncontrolled 

Cases containing above 0.0075% formaldehyde by 

weight in textile products. 

In cases where a surveyed product includes some 

wood and formaldehyde is intentionally added to the 

wood 

In cases where formaldehyde other than C07-J-0 or 

C07-J-2 is contained 

Cases containing intentionally added 

phenol,2-(2H-benzotriazol-2-yl)-4,6-bis(1,1-dimethylethyl) ― 

― 

― 

― 

― 

― ― 





etc. (Note 2) 

Immediately 

prohibited 



remarks 

Montreal Protocol, 

EU EC No. 2037/2000, 

EC 1005/2009, 

Clean Air Act (USA) 

Immediately 

prohibited EU-D 96/29/Euratom; 

Act on the Regulation of Nuclear 

Source Material, Nuclear Fuel Material 

and Reactors (Japan) 1986; 

Law Concerning Prevention of 

Radiation Hazards (Japan) 

USA NRC 

Immediately 

prohibited 

Immediately 

prohibited 

Immediately 

prohibited 

Austria- BGB I 1990/194: 

formaldehyde regulation 

§2, 12/2/1990; 

Lithuania Hygiene Standard HN 

96:2000 

(hygiene standard and regulations) 

California, USA, CARB regulations 

US Federal law 111-199/TSCA601 






Group No. 

A 

244 C09 

A 

245 C10 



Phthalate esters, Group 1 

(BBP, DBP, DEHP) 

0.1 wt% of plasticized material for a product 

used as a toy that may enter the mouth of a 

child or as a child-care product (1000 ppm) 

Phthalate esters, Group 2 

(DIDP, DINP, DNOP) 

0.1 wt% of plasticized material for a product 

used as a toy that may enter the mouth of a 

child or as a child-care product (1000 ppm) 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― C09-J-1 

Y 

N 

N 

(Note 11) 

Uncontrolled 

Uncontrolled 

― C09-J-2 

― C09-J-96 

― C09-J-97 

Y A ― C10-J-0 

Y 

N 

N 

(Note 11) 

Uncontrolled 

Uncontrolled 

― C10-J-1 

― C10-J-97 

― C10-J-98 

-28/55- 



Cases containing above 0.1 wt% of plasticized material 

(homogeneous material) for use as a toy or child care 

article as the total of BBP, DBP and DEHP. 


(homogeneous material) for a product with an unclear 

purpose as the total of BBP, DBP and DEHP. 

Cases containing over 0.1 wt% of plasticized material 

(homogeneous material) as the total of BBP, DBP and 

DEHP, for uses other than C09-J-1 

Cases containing 0.1 wt% or less of plasticized 

material (homogeneous material) as the total of BBP, 

DBP and DEHP, for uses other than C09-J-1 and 

C09-J-2. 


(homogeneous material) for use as a children’s toy that 

― 

can be placed in a child’s mouth or child care article as 

the total of DIDP, DINP and DNOP. 


(homogeneous material) for a product with an unclear 

purpose as the total of DIDP, DINP and DNOP. 


(Note 4) 

― 

― ― 

― ― 

― ― 

― ― 

Cases containing over 0.1 wt% of plasticized material 

(homogeneous material) as the total of DIDP, DINP and ― ― 

DNOP, for uses other than C10-J-0 

Cases containing 0.1 wt% or less of plasticized 

material (homogeneous material) as the total of DIDP, 

DINP and DNOP, for uses other than C10-J-0 and 

C10-J-1. 

― ― 




etc. (Note 2) 

Immediately 

prohibited 

Immediately 

prohibited 



remarks 


No. 1907/2006; 

Consumer Product Safety 

Improvement Act (USA) 


No. 1907/2006; 

Consumer Product Safety 

Improvement Act (USA)



Group No. 

A 

246 C11 

B 

015 

B 

020 

B 

021 

B 

019 B11 



Dimethyl fumarate (dimethyl 

fumarate) 

0.00001 wt% in homogeneous material (0.1 ppm) 

A17 Tributyltin oxide (TBTO) 

0.1% by weight (1000 ppm) per surveying unit 

A20 Arsenic pentoxide 


A21 Arsenic trioxide 


Hexabromocyclododecane (HBCDD) 

 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― C11-J-0 

N 

Uncontrolled 

― C11-J-98 

Y B ― A17-J-3 

N 

Uncontrolled 

― A17-J-97 

Y B ― A20-J-0 

N 

Uncontrolled 

― A20-J-98 

Y B ― A21-J-0 

N 

Uncontrolled 

― A21-J-98 

Y B ― B11-J-0 

N 

Uncontrolled 

― B11-J-98 

-29/55- 



In cases where the content in homogeneous material is 

over 0.00001% by weight 

In cases where the content in homogeneous material is 


Cases containing above 0.1% by weight per surveying 

unit. 

Cases containing up to 0.1% by weight per surveying 

unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


(Note 4) 

― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 




etc. (Note 2) 

Immediately 

prohibited 



remarks 

EC Decision 2009/251/EC 

Article 33 and 7.2 of REACH 

Regulation (EC) No. 1907/2006 

(2008.10.28 SVHC certification 

candidate listing) 












candidate listing)



Group No. 

A 

140 B09 

B 

022 

B 

016 C12 

B 

017 

B 

018 



Shortchain chlorinated paraffins 

(number of carbon atoms: 10 to 13) 


B16 Tris(2-chloroethyl) phosphate(TCEP) 


Bis(2-ethylhexyl) phthalate (DEHP) 


C13 Dibutyl phthalate (DBP) 


C14 Butyl benzyl phthalate (BBP) 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y A ― B09-J-1 

N 

Uncontrolled 

― B09-J-98 

Y B ― B16-J-0 

N 

Uncontrolled 

― B16-J-98 

Y B ― C12-J-0 

N 

Uncontrolled 

― C12-J-98 

Y B ― C13-J-0 

N 

Uncontrolled 

― C13-J-98 

Y B ― C14-J-0 

N 

Uncontrolled 

― C14-J-98 

-30/55- 




unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


(Note 4) 

― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 




etc. (Note 2) 

Immediately 

prohibited 



remarks 




candidate listing); Norwegian Product 

Regulations 

FOR-2004-06-01-922;, 

Swiss Ordinance for Risk Reduction 

by Chemical Products 
















candidate listing)


B 

023 

B 

024 

B 

025 

B 

026 

B 

027 


Group No. 



A22 Cobalt chloride(CoCl2) 


A25 Lead chromate 


A26 Lead chromate molybdate sulfate red 


A27 Pigment yellow 34 


C15 Diisobutyl phthalate (DIBP) 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y B ― A22-J-0 

N 

Uncontrolled 

― A22-J-98 

Y B ― A25-J-0 

N 

Uncontrolled 

― A25-J-98 

Y B ― A26-J-0 

N 

Uncontrolled 

― A26-J-98 

Y B ― A27-J-0 

N 

Uncontrolled 

― A27-J-98 

Y B ― C15-J-0 

N 

Uncontrolled 

― C15-J-98 

-31/55- 




unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


(Note 4) 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 




etc. (Note 2) 



remarks 




















candidate listing)



Group No. 

B 

028 C16 

B 

029 

B 

030 

C17 

B 

031 C19 

B 

032 C20 



Aluminosilicate and refractory 

ceramic fiber 


Zirconia aluminosilicate and 

refractory ceramic fiber 


C18 Boric acid 


Tetraboron disodium heptaoxide, 

anhydrous 


Tetraboron disodium heptaoxide, 

hydrate (Tetraboron disodium 

heptaoxide,hydrate) 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

Y B ― C16-J-0 

N 

Uncontrolled 

― C16-J-98 

Y B ― C17-J-0 

N 

Uncontrolled 

― C17-J-98 

Y B ― C18-J-0 

N 

Uncontrolled 

― C18-J-98 

Y B ― C19-J-0 

N 

Uncontrolled 

― C19-J-98 

Y B ― C20-J-0 

N 

Uncontrolled 

― C20-J-98 

-32/55- 




unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


unit. 


(Note 4) 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 

― ― 




etc. (Note 2) 



remarks 




















candidate listing)



Group No. 

B 

034 C21 

B 

035 C22 

B 

036 B17 

B 

037 

B 

038 B20 



1,2-Benzenedicarboxylic acid, 

di-C6-8-branched alkyl esters, 

C7-rich (DIHP) 

0.1% by weight (1000 ppm) for a survey unit 

1,2-Benzenedicarboxylic acid, 

di-C7-11-branched and linear alkyl 

esters (DHNUP) 

0.1% by weight (1000 ppm) i for a survey unit 

4-[4,4'-bis(dimethylamino) 

benzhydrylidene]cyclohexa-2,5-dien 

-1-ylidene]dimethylammonium 

chloride (C.I. Basic Violet3) 


A29 Strontium chromate 


2,2'-dichloro-4,4'-methylenedianiline 

(MOCA) 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

-33/55- 




(Note 4) 

Y B ― C21-J-0 Cases containing over 0.1% by weight for a survey unit ― ― 

N 

Uncontrolled 

― C21-J-98 

Cases containing 0.1% or less by weight for a survey 

unit 

― ― 


N 

Uncontrolled 

― C22-J-98 


unit 

― ― 

Y B ― B17-J-0 Cases containing over 0.1% by weight for a survey unit ― ― 

N 

Uncontrolled 

― B17-J-98 


unit 

― ― 

Y B ― A29-J-0 Cases containing over 0.1% by weight for a survey unit ― ― 

N 

Uncontrolled 

― A29-J-98 


unit 

― ― 

Y B ― B20-J-0 Cases containing over 0.1% by weight for a survey unit ― ― 

N 

Uncontrolled 

― B20-J-98 


unit 

― ― 




etc. (Note 2) 



remarks 

Articles 33 and 7.2 of REACH 








ECHA Registry of Intentions 

Oct. 25, 2010 








candidate listing)



Group No. 

B 

039 A30 

B 

040 A31 

B 

041 

B 

042 C24 

B 

043 



Potassium hydroxyoctaoxodizincate 

dichromate 

0.1% by weight (1000 ppm) i for a survey unit 

Pentazinc chromate octahydroxide 


C23 Bis(2-methoxyethyl) phthalate 


4-(1,1,3,3-tetramethylbutyl) 

henol,(4-tert-Octylphenol) 


C25 Bis(2-methoxyethyl) 




level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

-34/55- 




(Note 4) 


N 

Uncontrolled 

― A30-J-98 


unit 

― ― 


N 

Uncontrolled 

― A31-J-98 


unit 

― ― 


N 

Uncontrolled 

― C23-J-98 


unit 

― ― 


N 

Uncontrolled 

― C24-J-98 


unit 

― ― 


N 

Uncontrolled 

― C25-J-98 


unit 

― ― 




etc. (Note 2) 



remarks 




















candidate listing)


B 

044 

A 

249 


Group No. 



C26 N,N-dimethylacetamide (DMAC) 


- 

Heavy metals (lead, cadmium, 

hexachromium, mercury) 

0.01% by weight of total weight of heavy 

metals per homogenous material (100 ppm) for 

use as packing and packaging material (Note 1) 



level (Y/N) 

Rank 

RoHS/ELV 

exception 

use 

number 

(Note 10) 

JGPSSI 

intended use 


code 

-35/55- 




(Note 4) 


N 

Uncontrolled 

― C26-J-98 

Y A ― ― ― 


unit 

― ― 




etc. (Note 2) 

Exceeding 100 

ppm to total 

heavy metal 

Immediately 

weight for use as 

prohibited 

packing/packagi 

ng material 

(Note 1) 



remarks 





94/62/EEC (on packing and packaging 

waste) 

US Regulations on heavy metal on 

packaging materials 

(Note 1): For packing and packaging materials, the allowable content of heavy metals in each element that constitute a packing or packaging 

material (such as packaging material, ink, paint) shall be 100 ppm or less in the total amount of all the heavy metals (lead, cadmium, 

hexavalent chromium and mercury). 

(Note 2): The deadline for phase-out of a substance shall be any date set by Omron’s voluntary regulation (in principle a date six months prior to 

non-use deadline for non-use substances by legislation). 

(Note 3): The rule applies with RoHS Directive as the top priority providing ELV Directive shall apply only to cases of parts or materials for limited 

use as dedicated ELV parts or materials (type, specifications, etc.). 

(Note 4): Omron’s additional standard is used when it is impossible for JGPSSI use classification to set the rule of “contained” or “not contained” 

and management classification (rank) formulated by Omron. 

(Note 5): Any excess of the threshold limit shall cause the transition to A rank for Pb-J-0 and Pb-J-99, causing the use to be immediately banned. 

(Note 6): Any lead content of less than 85 wt% in high melting point solder shall cause the immediate prohibition. 

(Note 7): Any excess of the threshold limit shall cause the transition to A rank for Cr-J-0 and Cr-J-99, causing the use to be immediately banned. 

(Note 8): Any excess of the threshold limit shall cause the transition to A rank for Hg-J-0 and Hg-J-99, causing the use to be immediately banned. 

(Note 9): The content ratio will be calculated by conversion to metal element mass using each metal conversion factor. Metal conversion factors 

are shown in Attachment 2. Also see the Illustrative List (Concerning Products). 

(Note 10): Number of exemption specified in the law of RoHS or ELV Directive. They are shown here for reference information.

(Note 11): Shall be determined depending on the use of the Omron product. 

(Note 12): The content standards are those used by Omron for determining “contained” or “not contained” and differ from the JGPSSI reporting 

standards. 

-36/55-

Attachment 2: Illustrative List of the Regulated Chemical Substances (Concerning 

products) 

[Substances designated by JGPSSI Ver 4.20] 

For substances whose names are metals or their compounds, the content of a regulated chemical substance 

in terms of quantity and ratio should be calculated in the unit of metal element mass with the metal 

conversion factor unique to each substance. 

No metal conversion will be necessary for materials marked with “an asterisk (*)“. No constant metal 

conversion factor will be set for materials with “two asterisks (**)“ as they are structurally unspecified. 

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 

Substance name 

(Substance Group 

name) 

A155 A05 Cadmium/cadmium 

compounds 

A156 A07 Chromium VI 

compounds 

A154 A09 Lead/lead 

compounds 

A157 A10 Mercury/mercury 

compounds 

Illustrative Substance Name 

Metal 

Conversion 

Factor 

CAS No. 

Cadmium 1.000 7440-43-9 

Cadmium oxide 0.875 1306-19-0 

Cadmium sulfide 0.778 1306-23-6 

Cadmium chloride 0.613 10108-64-2 

Cadmium sulfate 0.539 10124-36-4 

Other cadmium compounds - - 

Chromium (VI) oxide 0.520 1333-82-0 

Barium chromate 0.205 10294-40-3 

Calcium chromate 0.333 13765-19-0 

Lead (II) chromate 0.161 7758-97-6 

Lead chromate molybdate sulphate red ** 12656-85-8 

Lead sulfochromate yellow ** 1344-37-2 

Sodium chromate 0.321 7775-11-3 

Sodium dichromate 0.397 10588-01-9 

Strontium chromate 0.255 7789-06-2 

Potassium dichromate 0.353 7778-50-9 

Potassium chromate 0.268 7789-00-6 

Zinc chromate 0.287 13530-65-9 

Pentazinc chromate octahydroxide 0.090 49663-84-5 

Potassiumhydroxyoctaoxodizincatedichromate 0.250 11103-86-9 

Other hexavalent chromium compounds - - 

Lead 1.000 7439-92-1 

Lead(II) sulfate 0.683 7446-14-2 

Lead(II) carbonate 0.775 598-63-0 

Lead(II) chromate 0.641 7758-97-6 

Lead chromate molybdate sulphate red (C.I. ** 12656-85-8 

Pigment Red 104) 

Lead hydroxidcarbonate 0.801 1319-46-6 

Lead acetate 0.637 301-04-2 

Lead (II) acetate, trihydrate 0.546 6080-56-4 

Lead phosphate 0.766 7446-27-7 

Lead selenide 0.724 12069-00-0 

Lead (IV) oxide 0.866 1309-60-0 

Lead (II,IV) oxide 0.907 1314-41-6 

Lead (II) sulfide 0.866 1314-87-0 

Lead (II) oxide 0.928 1317-36-8 

Lead(II) carbonate basic 0.801 1319-46-6 

Lead hydroxidcarbonate 0.801 1344-36-1 

Lead(II) phosphate 0.766 7446-27-7 

Lead sulfochromate yellow (C.I. Pigment Yellow 34) ** 1344-37-2 

Lead(II) titanate 0.686 12060-00-3 

Lead sulfate,sulphuric acid, lead salt 1.000 15739-80-7 

Lead sulphate,tribasic 0.850 12202-17-4 

Lead stearate 0.268 1072-35-1 

Other lead compounds - - 

Mercury 1.000 7439-97-6 

Mercuric chloride - 33631-63-9 

Mercury (II) chloride 0.739 7487-94-7 

Mercuric sulfate 0.676 7783-35-9 

Mercuric nitrate 0.618 10045-94-0 

Mercuric (II) oxide 0.926 21908-53-2 

Mercuric sulfide 0.862 1344-48-5 

Other mercury compounds - - 

-37/55-

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 


-38/55- 

Metal 

Conversion 

Factor 

CAS No. 

A242 A11 Nickel - 1.000 7440-02-0 

A078 A17 Tributyl Tin Oxide 

B015 

(TBTO) 

A128 A28 Tri-substiituted 

organostannic 

compounds 

A 247 A23 Dibutyltin (DBT) 

compounds 

A 248 A24 Dioctyltin (DOT) 

compounds 

C234 A19 Beryllium Oxide 

(BeO) 

A058 B02 Polybrominated 

Biphenyls (PBBs) 

- 0.398 56-35-9 

Triphenyltin=N, N-dimethyldithiocarbamate 0.252 1803-12-9 

Triphenyltin fluoride 0.322 379-52-2 

Triphenyltin acetate 0.29 900-95-8 

Triphenyltin chloride 0.308 639-58-7 

Triphenyltin hydroxide 0.323 76-87-9 

Triphenyltin fattyacid((9-11)salt) 0.234 

0.234 

0.228 

0.222 

18380-71-7 

18380-72-8 

47672-31-1 

94850-90-5 

Triphenyltin chloroacetate 0.268 7094-94-2 

Tributyltin methacrylate 0.316 2155-70-6 

Bis(tributyltin) fumalate 0.342 6454-35-9 

Tributyltin fluoride 0.384 1983-10-4 

Bis(tributyltin)2,3-dibromosuccinate 0.278 31732-71-5 

Tributyltin acetate 0.34 56-36-0 

Tributyltin laurate 0.243 3090-36-6 

Bis(tributyltin) phthalate 0.319 4782-29-0 

Coplymer of alkyl (c=8) acrylate,methyl methacrylate 0.18 

and tributyltin methacrylate 

67772-01-4 

Tributyltin sulfamate 0.307 6517-25-5 

Bis (tributyltin) maleate 0.341 14275-57-1 

Tributyltin chloride 0.365 1461-22-9, 

7342-38-3 

Mixture of tributyltin cyclopentanecarboxylate and its 

analogs (Tributyltin naphthenate) 

** 85409-17-2 

Mixture of tributyltin 1,2,3,4,4a, 4b, 

5,6,10,10a-decahydro-7-isopropyl-1, 

4a-dimethyl-1-phenanthlenecarboxylate and its 

analogs (Tributyltin rosin salt) 

** 26239-64-5 

Other tri-substituted organostannic compounds - - 

Dibutyltin oxide 0.477 818-08-6 

Dibutyltin diacetate 0.338 1067-33-0 

Dibutyltin dilaurate 0.188 77-58-7 

Dibutyltin maleate 0.342 78-04-6 

Other dibutyltin compounds - - 

Dioctyl Tin Oxide 0.329 870-08-6 

Dioctyltin dilaurate 0.160 3648-18-8 

Other Dioctyltin compounds - - 

- - 1304-56-9 

Polybrominated Biphenyls - 59536-65-1 

Dibromobiphenyl - 92-86-4 

2-Bromobiphenyl - 2052-07-5 



Tribromobiphenyl - 59080-34-1 

Tetrabromobiphenyl - 40088-45-7 

Pentabrphenyl - 56307-79-0 

Hexabromobiphenyl - 59080-40-9 

hexabromo-1,1-biphenyl - 36355-01-8 

Firemaster FF-1 - 67774-32-7 

Heptabromobiphenyl - 35194-78-6 

Octabromobiphenyl - 61288-13-9 

Nonabromo-1,1'-biphenyl - 27753-52-2 

Decabromobiphenyl - 13654-09-6

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 

A063 B03 Polybrominated 

Diphenylethers 

(PBDEs) 

B013 B08 Brominated flame 

retardants (other than 

PBBs,PBDEs, or 

HBCDD) 


Metal 

Conversion 

Factor 

CAS No. 

Bromodiphenyl ether - 101-55-3 

Dibromodiphenyl ethers - 2050-47-7 

Tribromodiphenyl ether - 49690-94-0 

Tetrabromodiphenyl ethers - 40088-47-9 

Pentabromodidphenyl ether (note: Commercially 

available PeBDPO is a complex reaction mixture 

containing a variety of brominated diphenyloxides.) 

-39/55- 

- 32534-81-9 

(CAS number 

used for 

commercial 

grades of 

PeBDPO) 

Hexabromodiphenyl ether - 36483-60-0 

Heptabromodiphenyl ether - 68928-80-3 

Octabromodiphenyl ether - 32536-52-0 

Nonabromodiphenyl ether - 63936-56-1 

Decabromodiphenyl ether - 1163-19-5 

Brominated flame retardant which comes under 

notation of ISO 1043-4 code number 

FR(14)[Aliphatic/alicyclic brominated compounds] 

- - 



FR(15)[Aliphatic/alicyclic brominated compounds in 

combination with antimony compounds] 

- - 



FR(16)[Aromatic brominated compounds excluding 

brominated diphenyl ether and biphenyls)] 

- - 



FR(17)[Aromatic brominated compounds excluding 

brominated diphenyl ether and biphenyls) in 

combination w ith antimony compounds] 

- - 



FR(22)[Aliphatic/alicyclic chlorinated and brominated 

compounds] 

- - 



- - 

FR(42)[Brominated organic phosphorus compounds] 

Poly(2,6-dibromo-phenylene oxide) - 69882-11-7 

Tetra-decabromo-diphenoxy-benzene - 58965-66-5 

1,2-Bis(2,4,6-tribromo-phenoxy) ethane - 37853-59-1 

3,5,3’,5’-Tetrabromo-bisphenol A (TBBA) - 79-94-7 

TBBA, unspecified - 30496-13-0 

TBBA-epichlorhydrin oligomer - 40039-93-8 

TBBA-TBBA-diglycidyl-ether oligomer - 70682-74-5 

TBBA carbonate oligomer - 28906-13-0 

TBBA carbonate oligomer, phenoxy end capped - 94344-64-2 

TBBA carbonate oligomer, 2,4,6- tribromo-phenol 

terminated 

- 71342-77-3 

TBBA-bisphenol A-phosgene polymer - 32844-27-2 

Brominated epoxy resin end-capped with 

tribromophenol 

- 139638-58-7 

Brominated epoxy resin end-capped with 

tribromophenol 

- 135229-48-0 

TBBA-(2,3-dibromo-propyl-ether) - 21850-44-2 

TBBA bis-(2-hydroxy-ethyl-ether) - 4162-45-2 

TBBA-bis-(allyl-ether) - 25327-89-3 

TBBA-dimethyl-ether - 37853-61-5 

Tetrabromo-bisphenol S - 39635-79-5

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 

B013 B08 Brominated flame 

retardants (other than 

PBBs,PBDEs, or 

HBCDD) (cont’d) 


Metal 

Conversion 

Factor 

CAS No. 

TBBS-bis-(2,3-dibromo-propyl-ether) - 42757-55-1 

2,4-Dibromo-phenol - 615-58-7 

2,4,6-tribromo-phenol - 118-79-6 

Pentabromo-phenol - 608-71-9 

2,4,6-Tribromo-phenyl-alltl-ether - 3278-89-5 

Tribromo-phenyl-allyl-ether,unspecified - 26762-91-4 

Bis(methyl)tetrabromo-phtalate - 55481-60-2 

Bis(2-ethlhexyl)tetrabromo-phtalate - 26040-51-7 

2-Hydroxy-propyl-2-(2-hydroxy- ethoxy)-ethyl-TBP - 20566-35-2 

TBPA, glycol-and propylene-oxide esters - 75790-69-1 

N,N’-Ethylene –bis-(tetrabromo- phthalimide) - 32588-76-4 

Ethylene-bis(5,6-dibromo-norbornane- 

- 52907-07-0 

2,3-dicarboximide) 

2,3-Dibromo-2-butene-1,4-diol - 3234-02-4 

Dibromo-neopentyl-glycol - 3296-90-0 

2,3-Dibromo-1-propanol - 96-13-9 

Tribromo-neopentyl-alcohol - 36483-57-5 

Poly tribromo-styrene - 57137-10-7 

Tribromo-styrene - 61368-34-1 

Dibromo-styrene grafted PP - 171091-06-8 

Poly-dibromo-styrene - 31780-26-4 

Bromo-/Chloro-paraffins - 68955-41-9 

Bromo-/Chloro-alpha-olefin - 82600-56-4 

Vinylbromide - 593-60-2 

Tris-(2,3-dibromo-propyl)-isocyanurate - 52434-90-9 

Tris(2,4-Dibromo-phenyl) phosphate - 49690-63-3 

Tris(tribromo-neopentyl) phosphate - 19186-97-1 

Chlorinated and brominated phosphate esther - 125997-20-8 

Pentabromo-toluene - 87-83-2 

Pentabromo-benzyl bromide - 38521-51-6 

1,3-Butadienehomopolymer,brominated - 68441-46-3 

Pentabromo-benzyl-acrylate, monomer - 59447-55-1 

Pentabromo-benzyl-acrylate, polymer - 59447-57-3 

Decabromo-diphenyl-ethane - 84852-53-9 

Tribromo-bisphenyl-maleinimide - 59789-51-4 

Tetrabromo-chyclo-octane - 31454-48-5 

1,2-Dibromo-4-(1,2 dibromo-methyl)-cyclo-hexane - 3322-93-8 

TBPA Na salt - 25357-79-3 

Tetrabromo phthalic anhydride - 632-79-1 

Octabromo-1,1,3-trimethyl-1-phenylindane 

(FR-1808) 

- 155613-93-7 

Other Brominated Flame Retardants - - 

B033 B18 Chlorinated flame 2,2-bis(chloromethyl)trimethylene 

- 38051-10-4 

retardants 

bis(bis(2-chloroethyl)phosphate) 

Tris (1-chloro-2-propyl) phosphate - 13674-84-5 

Phosphoric acid 

2,2-bis(bromomethyl)-3-chloropropyl=bis[2-chloro-1- 

(chloromethyl)ethyl] ester 

- 66108-37-0 

A070 B05 Polychlorinated Polychlorinated Biphenyls (all isomers and 

- 1336-36-3 

Biphenyls (PCBs) congeners) 

and specific 

Monomethyl-tetrachloro-diphenyl methane (Ugilec - 76253-60-6 

substitutes 

141) 

Monomethyl-dichloro-diphenyl methane (Ugilec 121, 

Ugilec 21) 

- 81161-70-8 

Monomethyl-dibromo-diphenyl methane (DBBT) - 99688-47-8 

A144 B15 Polychlorinated PCT (Polychlorinated Terphenyl) 

- 61788-33-8 

Terphenyls (PCTs) (all isomers and congeners) 

A071 B06 Polychlorinated Polychlorinated Naphthalenes - 70776-03-3 

Naphthalenes (more 

than 3 chlorine 

atoms) 

Other polychlorinated Naphthalenes - - 

B014 B12 Perchlorates Lithium perchlorate - 7791-03-9 

Other perchlorate compounds - - 

A236 B13 Perfluorooctane Perfluoroctane Sulfonates (PFOS) C8F17SO2X, - - 

sulfonate (PFOS) where X = OR, NR or other derivative 

-40/55-

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 

A243 B10 Fluorinated 

greenhouse gases 

(PFC, SF6, HFC) 

A249 B19 Polyvinyl Chloride 

(PVC) and PVC 

co-polymer 


Metal 

Conversion 

Factor 

CAS No. 

Tetrafluoromethane (Carbon tetrafluoride, PFC-14) - 75-73-0 

Hexafluoroethane (PFC-116) - 76-16-4 

Octafluoropropane (PFC-218) - 76-19-7 

Decafluorobutane (PFC-31-10) - 355-25-9 

Dodecafluoropentane (PFC-41-12) - 678-26-2 

Tetradecafluorohexane (PFC-51-14) - 355-42-0 

Octafluorocyclobutane (PFC-c318) - 115-25-3 

Sulfur Hexafluoride (SF6) - 2551-62-4 

Trifluoromethane - (HFC-23) - 75-46-7 

Difluoromethane - (HFC-32) - 75-10-5 

Methyl fluoride – (HFC-41) - 593-53-3 

2H,3H-Decafluoropentane – (HFC-43-10mee) - 138495-42-8 

Pentafluoroethane (HFC-125) - 354-33-6 

1,1,2,2-Tetrafluoroethane – (HFC-134) - 359-35-3 

1,1,1,2-Tetrafluoroethane – (HFC-134a) - 811-97-2 

1,1-Difluoroethane – (HFC-152a) - 75-37-6 

1,1,2-Trifluoroethane –(HFC-143) - 430-66-0 

1,1,1-Trifluoroethane – (HFC-143a) - 420-46-2 

2H-Heptafluoropropane – (HFC-227ea) - 431-89-0 

1,1,1,2,2,3-hexafluoropropane – (HFC-236cb) - 677-56-5 

1,1,1,2,3,3-Hexafluoropropane – (HFC-236ea) - 431-63-0 

1,1,1,3,3,3-Hexafluoropropane – (HFC-236fa) - 690-39-1 

1,1,2,2,3-Pentafluoropropane – (HFC-245ca) - 679-86-7 

1,1,1,3,3-Pentafluoropropane – (HFC-245fa) - 460-73-1 

1,1,1,3,3-Pentafluorobutane – (HFC-365mfc) - 406-58-6 

Polyvinyl chloride (PVC) - 9002-86-2 

Other Polyvinyl chlorides - - 

PVC co-polymer - - 

A105 C01 Asbestos Asbestos - 1332-21-4 

Actinolite - 77536-66-4 

Amosite (Grunerite) - 12172-73-5 

Anthophyllite - 77536-67-5 

Chrysotile - 12001-29-5 

Crocidolite - 12001-28-4 

A143 C02 Azocolourants and 

azodyes which form 

certain aromatic 

amines 

Tremolite - 77536-68-6 

4-aminobiphenyl - 92-67-1 

Benzidine - 92-87-5 

4-chloro-2-methylaniline - 95-69-2 

2-naphthylamine - 91-59-8 

o-aminoazotoluene - 97-56-3 

5-nitro-o-toluidine - 99-55-8 

4-chloroaniline - 106-47-8 

2,4-diaminoanisole - 615-05-4 

4,4'-methylenedianiline - 101-77-9 

3,3'-dichlorobenzidine - 91-94-1 

3,3'-dimethoxybenzidine - 119-90-4 

3,3'-dimethylbenzidine - 119-93-7 

4,4'-diamino-3,3'-dimethyldiphenylmethane - 838-88-0 

6-methoxy-m-toluidine - 120-71-8 

4,4'-methylene-bis(2-chloroaniline) - 101-14-4 

4,4'-oxydianiline - 101-80-4 

4,4'-diaminodiphenyl sulfide - 139-65-1 

o-toluidine - 95-53-4 

4-methyl-m-phenylenediamine - 95-80-7 

2,4,5-trimethylaniline - 137-17-7 

o-anisidine - 90-04-0 

4-amino azobenzene - 60-09-3 

-41/55-

OC. 

Substance 

No. 

JGPSSI 

Substance 

Group No. 



name) 

A123 C04 Ozone Depleting 

Substances 


Metal 

Conversion 

Factor 

CAS No. 

Trichlorofluoromethane (CFC-11) - 75-69-4 

Dichlorodifluoromethane (CFC-12) - 75-71-8 

Chlorotrifluoromethane (CFC-13) - 75-72-9 

Pentachlorofluoroethane (CFC-111) - 354-56-3 

Tetrachlorodifluoroethane (CFC-112) 

1,1,2,2-Tetrachloro-1,2-difluoroethane (CFC-112) 

1,1,1,2-Tetrachloro-2,2-difluoroethane (CFC-112a) 

Trichlorotrifluoroethane (CFC-113) 

1,1,2-Trichloro-1,2,2 trifluoroethane (CFC-113) 

1,1,1-Trichloro-2,2,2 trifluoroethane (CFC-113a) 

1,1,1,2,2,3,3-Heptachloro-3-fluoropropane 

(CFC-211aa) 

1,1,1,2,3,3,3-Heptachloro-2-fluoropropane 

(CFC-211ba) 

-42/55- 

- 

- 

- 

- 

- 

- 

- 

76-12-0 

76-12-0 

76-11-9 

76-13-1, 

76-13-1 

354-58-5 

Dichlorotetrafluoroethane (CFC-114) - 76-14-2 

Monochloropentafluoroethane (CFC-115) - 76-15-3 

Heptachlorofluoropropane (CFC-211) 

- 422-78-6 

- 135401-87-5 

- 422-78-6 

422-81-1 

Hexachlorodifluoropropane (CFC-212) - 3182-26-1 

Pentachlorotrifluoropropane (CFC-213) - 2354-06-5 

Tetrachlorotetrafluoropropane (CFC-214) 

1,2,2,3-Tetrachloro-1,1,3,3-tetrafluoropropane 

(CFC-214aa) 

1,1,1,3-Tetrachloro-2,2,3,3-tetrafluoropropane 

(CFC-214cb) 

Trichloropentafluoropropane (CFC-215) 

1,2,2-Trichloropentafluoropropane (CFC-215aa) 

1,2,3-Trichloropentafluoropropane (CFC-215ba) 

1,1,2-Trichloropentafluoropropane (CFC-215bb) 

1,1,3-Trichloropentafluoropropane (CFC-215ca) 

1,1,1-Trichloropentafluoropropane (CFC-215cb) 

- 

- 

- 

- 

- 

- 

- 

- 

- 

134237-31-3 

29255-31-0 

2268-46-4 

- 

1599-41-3 

1599-41-3 

76-17-5 

- 

- 

4259-43-2 

Dichlorohexafluoropropane (CFC-216) - 661-97-2 

Chloroheptafluoropropane (CFC-217) - 422-86-6 

Bromochloromethane (Halon-1011) - 74-97-5 

Dibromodifluoromethane (Halon-1202) - 75-61-6 

Bromochlorodifluoromethane (Halon-1211) - 353-59-3 

Bromotrifluoromethane (Halon-1301) - 75-63-8 

Dibromotetrafluoroethane (Halon-2402) - 124-73-2 

Tetrachloromethane (carbontetrachloride) - 56-23-5 

1,1,1-Trichloroethane (methylchloroform) - 71-55-6 

Bromomethane (methyl bromide) - 74-83-9 

Bromoethane (ethyl bromide) - 74-96-4 

1-Bromopropane (n-propyl bromide) - 106-94-5 

Trifluoroiodomethane (trifluoromethyliodide) - 2314-97-8 

Chloromethane (methyl chloride) - 74-87-3 

Dibromofluoromethane (HBFC-21 B2) - 1868-53-7 

Bromodifluoromethane (HBFC-22 B1) - 1511-62-2 

Bromofluoromethane (HBFC-31 B1) - 373-52-4 

Tetrabromofluoroethane (HBFC-121B4) - 306-80-9 

Tribromodifluoroethane (HBFC-122 B3) - - 

Dibromotrifluoroethane (HBFC-123 B2) - 354-04-1 

Bromotetrafluoroethane (HBFC-124 B1) - 124-72-1 

Tribromofluoroethane (HBFC-131 B3) - - 

Dibromodifluoroethane (HBFC-132 B2) - 75-82-1 

Bromotrifluoroethane (HBFC-133 B1) - 421-06-7 

Dibromofluoroethane (HBFC-141 B2) - 358-97-4 

Bromodifluoroethane (HBFC-142 B1) - 420-47-3 

Bromofluoroethane (HBFC-151 B1) - 762-49-2 

Hexabromofluoropropane (HBFC-221 B6) - - 

Pentabromodifluoropropane (HBFC-222 B5) - - 

Tetrabromotrifluoropropane (HBFC-223 B4) - -

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 


Substances (cont’d) 


Metal 

Conversion 

Factor 

CAS No. 

Tribromotetrafluoropropane (HBFC-224 B3) - - 

Dibromopentafluoropropane (HBFC-225 B2) - 431-78-7 

Bromohexafluoropropane (HBFC-226 B1) - 2252-78-0 

Pentabromofluoropropane (HBFC-231 B5) - - 

Tetrabromodifluoropropane (HBFC-232 B4) - - 

Tribromotrifluoropropane (HBFC-233 B3) - - 

Dibromotetrafluoropropane (HBFC-234 B2) - - 

Bromopentafluoropropane (HBFC-235 B1) - 460-88-8 

Tetrabromofluoropropane (HBFC-241 B4) - - 

Tribromodifluoropropane (HBFC-242 B3) - 70192-80-2 

Dibromotrifluoropropane (HBFC-243 B2) - 431-21-0 

Bromotetrafluoropropane (HBFC-244 B1) - 679-84-5 

Tribromofluoropropane (HBFC-251 B3) - 75372-14-4 

Dibromodifluoropropane (HBFC-252 B2) - 460-25-3 

Bromotrifluoropropane (HBFC-253 B1) - 421-46-5 

Dibromofluoropropane (HBFC-261 B2) - 51584-26-0 

Bromodifluoropropane (HBFC-262 B1) - - 

Bromofluoropropane (HBFC-271 B1) - 1871-72-3 

Dichlorofluoromethane (HCFC-21) - 75-43-4 

Chlorodifluoromethane (HCFC-22) - 75-45-6 

Chlorofluoromethane (HCFC-31) - 593-70-4 

Tetrachlorofluoroethane (HCFC-121) 

- 134237-32-4 

1,1,2,2-Tetrachloro-1-fluoroethane (HCFC-121) - 354-14-3 

1,1,1,2-Tetrachloro-2-fluoroethane (HCFC-121a) - 354-11-0 

Trichlorodifluoroethane (HCFC-122) 

- 41834-16-6 

1,2,2-Trichloro-1,1-difluoroethane (HCFC-122) - 354-21-2 

1,1,2-Trichloro-1,2-difluoroethane (HCFC-122a) - 354-15-4 

1,1,1-Trichloro-2,2-difluoroethane (HCFC-122b) - 354-12-1 

Dichlorotrifluoroethane(HCFC-123) 

- 34077-87-7 

- 306-83-2 

1,1-Dichloro-2,2,2-trifluoroethane (HCFC-123) - 354-23-4 

1,2-Dichloro-1,1,2-trifluoroethane (HCFC-123a) - 90454-18-5 

1,1-Dichloro-1,2,2-trifluoroethane (HCFC-123b) - 812-04-4 

Chlorotetrafluoroethane (HCFC-124) 

- 63938-10-3 

2-chloro-1,1,1,2-tetrafluoroethane (HCFC-124) - 2837-89-0 

1-chloro-1,1,2,2-tetrafluoroethane (HCFC-124a) - 354-25-6 

Trichlorofluoroethane (HCFC-131) 

- 27154-33-2; 

- (134237-34-6) 

1,1,2-Trichloro-2-fluoroethane (HCFC-131) 

- 359-28-4 

1,1,2-Trichloro-1-fluoroethane(HCFC131a) 

- 811-95-0 

1,1,1-Trichloro-2-fluoroethane (HCFC-131b) - 2366-36-1 

Dichlorodifluoroethane (HCFC-132) 

- 25915-78-0 

1,2-Dichloro-1,2-difluoroethane (HCFC-132) - 431-06-1 

1,1-Dichloro-2,2-difluoroethane (HCFC-132a) - 471-43-2 

1,2-Dichloro-1,1-difluoroethane (HCFC-132b) - 1649-08-7 

1,1-Dichloro-1,2-difluoroethane (HFCF-132c) - 1842-05-3 

Chlorotrifluoroethane (HCFC-133) 

- 1330-45-6 

- 431-07-2 

1-Chloro-1,2,2-trifluoroethane (HCFC-133) 

- 1330-45-6 

2-Chloro-1,1,1-trifluoroethane (HCFC-133a) - 75-88-7 

1-Chloro-1,1,2-trifluoroethane (HCFC-133b) - 421-04-5 

Dichlorofluoroethane (HCFC-141) 

- 1717-00-6; 

- (25167-88-8) 

1,2-Dichloro-1-fluoroethane (HCFC-141) 

- 430-57-9 

1,1-Dichloro-2-fluoroethane (HCFC-141a) 

- 430-53-5 

1,1-Dichloro-1-fluoroethane (HCFC-141b) 

- 1717-00-6 

Chlorodifluoroethane (HCFC-142) 

- 25497-29-4 

2-Chloro-1,1-Difluoroethane (HCFC-142) 

- 338-65-8 

1-Chloro-1,1-difluoroethane (HCFC-142b) 

- 75-68-3 

1-Chloro-1,2-difluoroethane (HCFC-142a) 

- 338-64-7 

Chlorofluoroethane (HCFC-151) 

- 110587-14-9 

1-Chloro-2-fluoroethane (HCFC-151) 

- 762-50-5 

1-Chloro-1-fluoroethane (HCFC-151a) 

- 1615-75-4 

Hexachlorofluoropropane (HCFC-221) 

- 134237-35-7 

- 29470-94-8 

- 422-26-4 

1,1,1,2,2,3-Hexachloro-3-fluoropropane 

(HCFC-221ab) 

-43/55-

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 


Substances (cont’d) 


Pentachlorodifluoropropane (HCFC-222) 

1,1,1,3,3-pentachloro-2,2-difluoropropane 

(HCFC-222ca)) 

1,2,2,3,3-pentachloro-1,1-difluoropropane 

(HCFC-222aa) 

Tetrachlorotrifluoropropane (HCFC-223) 

1,1,3,3-Tetrachloro-1,2,2-trifluoropropane 

(HCFC-223ca) 

1,1,1,3-Tetrachloro-2,2,3-trifluoropropane 

(HCFC-223cb) 

Trichlorotetrafluoropropane (HCFC-224) 

1,3,3-Trichloro-1,1,2,2-tetrafluoropropane 

(HCFC-224ca) 


(HCFC-224cb) 


(HCFC-224cc) 

Dichloropentafluoropropane (HCFC-225) 

2,2-Dichloro-1,1,1,3,3-pentafluoropropane(HCFC-22 

5aa) 

2,3-Dichloro-1,1,1,2,3-pentafluoropropane 

(HCFC-225ba) 


(HCFC-225bb) 


(HCFC-225ca) 


(HCFC-225cb) 


5cc) 


(HCFC-225da) 


(HCFC-225ea) 


5eb) 

Chlorohexafluoropropane (HCFC-226) 

2-Chloro-1,1,1,3,3,3-hexafluoro-propane 

(HCFC-226da) 

Pentachlorofluoropropane (HCFC-231) 

-44/55- 

Metal 

Conversion 

Factor 

- 

- 

- 

1,1,1,2,3-pentachloro-2-fluoro-propane(HCFC-231bb) - 

Tetrachlorodifluoropropane (HCFC-232) 

- 

1,1,1,3-Tetrachloro-3,3-difluoropropane 

(HCFC-232fc) 

- 

Trichlorotrifluoropropane (HCFC-233) 

- 

1,1,1-Trichloro-3,3,3-trifluoropropane(HCFC-233fb) - 

Dichlorotetrafluoropropane (HCFC-234) 

- 

1,2-Dichloro-1,2,3,3-tetrafluoropropane 

(HCFC-234db) 

- 

Chloropentafluoropropane (HCFC-235) 

- 

1-Chloro-1,1,3,3,3-pentafluoropropane 

(HCFC-235fa) 

- 

Tetrachlorofluoropropane (HCFC-241) 

- 

1,1,2,3-Tetrachloro-1-fluoropropane (HCFC-241db) - 

Trichlorodifluoropropane (HCFC-242) 

- 

1,3,3,Trichloro-1,1-difluoropropane (HCFC-242fa) - 

Dichlorotrifluoropropane (HCFC-243) 

- 

1,1-Dichloro-1,2,2-trifluoropropane (HCFC-243cc) - 

2,3-Dichloro-1,1,1-trifluoropropane (HCFC-243db) - 

3,3-Dichloro-1,1,1-trifluoropropane (HCFC-243fa) - 

Chlorotetrafluoropropane (HCFC-244) 

- 

3-Chloro-1,1,2,2-tetrafluoropropane (HCFC-244ca) - 

1-Chloro-1,1,2,2-tetrafluoropropane (HCFC-244cc) - 

Trichlorofluoropropane (HCFC-251) 

- 

1,1,3-Trichloro-1-fluoropropane (HCFC-251fb) - 

1,1,2-Trichloro-1-fluoropropane (HCFC-251dc) - 

Dichlorodifluoropropane (HCFC-252) 

- 

1,3-Dicloro-1,1-difluoropropane (HCFC 252fb) - 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

- 

CAS No. 

134237-36-8 

422-49-1 

422-30-0 

134237-37-9 

422-52-6 

422-50-4 

134237-38-0 

422-54-8 

422-53-7 

422-51-7 

127564-92-5 

128903-21-9 

422-48-0 

422-44-6 

422-56-0 

507-55-11 

3474-88-9 

431-86-7 

136013-79-1 

111512-56-2 

134308-72-8 

431-87-8 

134190-48-0 

421-94-3 

134237-39-1 

460-89-9 

134237-40-4 

7125-83-9 

127564-83-4 

425-94-5 

134237-41-5 

460-92-4 

134190-49-1 

666-27-3 

134237-42-6 

460-63-9 

134237-43-7 

7125-99-7 

338-75-0 

460-69-5 

134190-50-4 

679-85-6 

421-75-0 

134190-51-5 

818-99-5 

421-41-0 

134190-52-6 

819-00-1

OC. 

Substance 

No. 

JGPSSI 

Substance 

Group No. 



name) 


Metal 

Conversion 

Factor 

CAS No. 

A123 C04 Ozone Depleting Chlorotrifluoropropane (HCFC-253) 

- 134237-44-8 

Substances (cont’d) 3-Chloro-1,1,1-trifluoropropane (HCFC-253fb) - 460-35-5 

Dichlorofluoropropane (HCFC-261) 

- 134237-45-9 

1,1-Dichloro-1-fluoropropane (HCFC-261fc) - 7799-56-6 

1,2-Dichloro-2-fluoro-propane (HCFC-261ba) - 420-97-3 

Chlorodifluoropropane (HCFC-262) 

- 134190-53-7 

1-Chloro-2,2-difluoropropane (HCFC-262ca) - 420-99-5 

2-Chloro-1,3-difluoropropane (HCFC-262da) - 102738-79-4 

1-Chloro-1,1-difluoropropane (HCFC-262fc) - 421-02-03 

Chlorofluoropropane (HCFC-271) 

- 134190-54-8 

2-Chloro-2-fluoropropane (HCFC-271ba) 

- 420-44-0 

1-Chloro-1-fluoropropane (HCFC-271fb) 

- 430-55-7 

A151 C06 Radioactive 

Uranium-238 - 7440-61-1 

substances 

Radon - 10043-92-2 

Americium-241 - 14596-10-2 

Thorium-232 - 7440-29-1 

Cesium-137 - 10045-97-3 

Strontium-90 - 10098-97-2 

Other radioactive substances - - 

A142 C07 Formaldehyde - - 50-00-0 

A235 C08 Phenol,2-(2H-benzotr 

iazol-2-yl)-4,6-bis(1,1 

-dimethylethyl) 

A244 C09 Selected Phthalates 

Group 1 (BBP, DBP, 

DEHP) 

A245 C10 Selected Phthalates 

Group 2 (DIDP, DINP, 

DNOP) 

- - 3846-71-7 

Butyl benzyl phthalate (BBP) - 85-68-7 

Dibutylphthalate (DBP) - 84-74-2 

Bis (2-ethylhexyl) phthalate (DEHP) - 117-81-7 

1,2-Benzenedicarboxylic acid 

- 26761-40-0 

diisodecyl ester (DIDP) 

68515-49-1 

Diisononyl phthalate (DINP) - 28553-12-0 

68515-48-0 

Di-n-octyl phthalate (DNOP) - 117-84-0 

A246 C11 Dimethyl fumarate - - 624-49-7 

B020 A20 Diarsenic Pentoxide - * 1303-28-2 

B021 A21 Diarsenic Trioxide - * 1327-53-3 

B019 B11 Hexabromocyclodode 

cane (HBCDD) and 

all major 

diastereoisomers 

A140 B09 Shortchain 

Chlorinated Paraffins 

(carbon number 10 

-13 

Hexabromocyclododecane (HBCDD) - 25637-99-4, 

3194-55-6 

alpha-hexabromocyclododecane - 134237-50-6 

beta-hexabromocyclododecane - 134237-51-7 

gamma-hexabromocyclododecane - 134237-52-8 

Alkanes, C10-13, chloro - 85535-84-8 



Alkanes, chloro - 61788-76-9 

Other Short Chain Chlorinated Paraffins - - 

- - 115-96-8 

B022 B16 Tris(2-chloroethyl) 

phosphate (TCEP) 

B016 C12 Bis (2-ethylhexyl) 

phthalate (DEHP) 

- - 117-81-7 

B017 C13 Dibutylphthalate 

(DBP) 

- - 84-74-2 

B018 C14 Butyl benzyl 

phthalate (BBP) 

- - 85-68-7 

B023 A22 Cobalt dichloride 

(CoCl2) 

- * 7646-79-9 

B024 A25 Lead chromate - * 7758-97-6 

B025 A26 Lead chromate 

molybdate sulphate 

red (C.I. Pigment Red 

104) 

B26 A27 Lead sulfochromate 

yellow (C.I. Pigment 

Yellow 34) 

- * 12656-85-8 

- * 1344-37-2 

-45/55-

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 

B027 C15 Diisobutyl phthalate 

(DIBP) 

B028 C16 Refractory Ceramic 

Fibres, 

Aluminosilicate 

B029 C17 Refractory Ceramic 

Fibres, Zirconia 

Aluminosilicate 


Metal 

Conversion 

Factor 

CAS No. 

- - 84-69-5 

are fibres covered by index number 650-017-00-8 in 

Annex VI, part 3, table 3.2 of Regulation (EC) No 

1272/2008 of the European Parliament and of the 

Council of 16 December 2008 on classification, 

labelling and packaging of substances and mixtures, 

and fulfill the following three conditions: 

a) Being oxides of aluminum and silicon, they are 

primary components of the fibres existent in variable 

concentrations. 

b) fibres have a length weighted geometric mean 

diameter less two standard geometric errors of 6 or 

less micrometres (µm) 

c) Content of alkaline oxides and alkaline earth metal 

oxides (Na2O+K2O+CaO+MgO+BaO) is 18% or 

less by weight. 

are fibres covered by index number 650-017-00-8 in 

Annex VI, part 3, table 3.2 of Regulation (EC) No 

1272/2008 of the European Parliament and of the 

Council of 16 December 2008 on classification, 

labelling and packaging of substances and mixtures, 

and fulfill the following three conditions: 

a) Being oxides of aluminum, silicon and zirconium, 

they are primary components of the fibres existent in 

variable concentrations. b) fibres have a length 

weighted geometric mean diameter less two 

standard geometric errors of 6 or less micrometres 

(µm) 

c) Content of alkaline oxides and alkaline earth metal 

oxides (Na2O+K2O+CaO+MgO+BaO) is 18% or 

less by weight. 

-46/55- 

- - 

- - 

B030 C18 Boric acid - - 10043-35-3 

- - 11113-50-1 

B031 C19 Disodium tetraborate, Disodium tetraborate decahydrate - 1303-96-4 

anhydrous 

Disodium tetraborate, anhydrous - 1330-43-4 

Disodium tetraborate, pentahydrate - 12179-04-3 

B032 C20 Tetraboron disodium 

heptaoxide, hydrate 

- - 12267-73-1 

B034 C21 1,2-Benzenedicarbox 

ylic acid, 

di-C6-8-branched 

alkyl esters, C7-rich 

(DIHP) 

- - 71888-89-6 

B035 C22 1,2-Benzenedicarbox 

ylic acid, 

di-C7-11-branched 

and linear alkyl esters 

(DHNUP) 

- - 68515-42-4 

B036 B17 4-[4,4'-bis(dimethyla 

mino) 

benzhydrylidene]cycl 

ohexa-2,5-dien-1-ylid 

ene]dimethylammoni 

um chloride (C.I. 

Basic Violet3) 

- - 548-62-9 

B037 A29 Strontium chromate - * 7789-06-2 

B038 B20 2,2'-dichloro-4,4'-met 

hylenedianiline 

(MOCA) 

- - 101-14-4 

B039 A30 Potassiumhydroxyoct 

aoxodizincatedichrom 

ate 

- * 11103-86-9 

B040 A31 Pentazinc chromate 

octahydroxide 

- * 49663-84-5 

B041 C23 Bis(2-methoxyethyl) 

phthalate 

- - 117-82-8

OC. 

Sub- 

stance 

No. 

JGPSSI 

Substance 

Group No. 



name) 

B042 C24 4-(1,1,3,3-Tetramethy 

lbutyl)phenol, 

(4-tert-Octylphenol) 

B043 C25 Bis(2-methoxyethyl) 

ether 

B044 C26 N,N-dimethylacetami 

de (DMAC) 


Metal 

Conversion 

Factor 

CAS No. 

- - 140-66-9 

- - 111-96-6 

- - 127-19-5 

-47/55-

Attachment 3 

To: Omron Corporation 

1. Subject chemical substances 

Prohibited substances (A rank): 28 substance groups 

Non-use substances (A1 rank): 0 substance groups 

-48/55- 

Company name: 

Signature: 

Telephone: 

Date: 

Certificate of Non-inclusion for Regulated Substances 

We hereby certify that the chemical substances cited below are not contained in our products, 

parts or materials that are supplied to Omron Corporation (including its subsidiary and affiliated 

companies) by us (including our subsidiary and affiliated companies): 

The following chemical substances listed in Attachment 1 "List of the Regulated Chemical 

Substances" in the Investigation Manual for Regulated Chemical Substances, Version 3.1 of 

Omron Corporation: 

* Uses of A and A1 ranks are already checked. 

However, it is assumed that Omron Corporation will not use nickel and selected 

* 

phthalates for any legally regulated applications. 

2. Target products, parts or materials 

Product Number Article Name 

Remarks 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

* Please affix a separate sheet of paper if there is not enough space on this form.

Attachment 4 

To: Omron Corporation 

1. Subject Substances 

Non-use substances (A1 rank): 0 substance groups 

2. Target products, parts or materials 

-49/55- 

Company name: 

Signature: 

Telephone: 

Date: 

Declaration of Phase-out of Regulated Substances 

We hereby pledge that we (including our subsidiary and affiliated companies) have verified that 

the prohibited substances (A rank) cited below are not contained in the following products, 

parts or materials delivered to Omron Corporation (including its subsidiaries and affiliates) and 

are committed to attaining the goal for phasing out the following non-use substances (A1 rank), 

The following chemical substances listed in Attachment 1 "List of the Regulated Chemical 

Substances" in the Investigation Manual for Regulated Chemical Substances, Version 3.1 of 

Omron Corporation: 

Prohibited substances (A rank): 28 substance groups 

Product Number 

Article Name 

Remarks 

* Uses of A and A1 ranks are 

already checked. 

JGPSSI use 


code 

1 

2 

3 

4 

5 

6 

7 

8 

9 

10 

11 

12 

13 

14 

15 

* Please affix a separate sheet of paper if there is not enough space on this form. 


Non-use 

(MM/YYYY)

Attachment 5 

PROCESS CHANGE REPORT(PCR) 

TO 

Type 

Part name 

-50/55- 

Date No. 

From (Company name) 

Written: Checked: 

Parts code No.(drawing No.) 

Change classification 

□ Change in manufacture place □ change in manufacture method □ Renewal or modification of die 

Reason 

· Change of material of a part or material 

· Change of material of an ink, paint and 

the like. 

· Includes the change of subsidiary 

materials (adhesives, solders, etc.) 

Effective date of change 

Lot No. 

Change in QA standers 

□ QC process chart 

□ Inspection standards 

□ Representative sample 

Present method Method after change 

Quality check points & result 

Opinion & requirement Checked: 

For OMRON use 

If it is a commercial product, 

enter its product number. 

Indications for receiving inspection indicator Result of receiving inspection 

The attached materials contain the 

following: 

· Material composition data (JGP file) 

· Results of evaluation of reliability 

· Results of evaluation of performances 

Pro455 QE E


Check Point (1) 



Preparation Procedure and Check Points 

Create a JGP file based on this Manual as well as the Survey and Response Manual and Survey and Response Tool Operation Manual issued by JGPSSI. 

The preparation procedure is outlined below, while the check points are shown above. 

1) The version of the Survey Response Tool designated by Omron when requested should be used unless otherwise specified. Check Point (1) 

Tool name: YYMMDD_JGPSSI_tool_-VXXX.xls 

2) Press the LOAD JGP button to read the JGP file sent from Omron upon request for survey. Check Point (2) 

3) Fill in “respondent’s entry date” and “information on respondent.” (Basically input is mandatory when the cell is colored in pink.) Check Point (3) 

4) Fill in “manufacturer’s name” and “number of product/part/material of the respondent.” Check Point (4) 

5) Fill in “survey unit” and “survey unit mass.” Check Point (5) 

“Survey unit” should be determined as per the unit of Omron’s product number. 

Unit of Omron’s product number → “Survey unit” Example: (PCS, piece → piece; MM, CM, M, KM → m; ML, L, KL, liter → liter, MG, G, KG; “empty” → any given unit) 

For the case of “PCS, piece,” check the amount per piece. Example: one connector pin of connection ≠ one reel 

Packing materials that wrap subject items or waste boards and other items that are disposed of after transport or during production processes should not be included. 

6) Press the Input button for each of the subject items and go on to the information registration window for contained substances (level 2). Check Point (6) 

7) After inputting for all items in Level 2 and 3, press the Error check 1 button. Check Point (7) 

In case an error is found, correct the problem part. 

8) Make sure that the number designated by Omron upon request is entered in “number of the requester’s product/part/material” and “reference number.” Check Point (8) 

Although all parts or materials designated upon request are not necessarily entered, a response should be separately necessary for any part or material not shown. 

9) Press the Save GP button to output the JGP file. Check Point (9) 

The file should be so named as per Omron’s naming rule. 


JGP_supplier code_reference number_date of preparation_arbitrary character string.jgp4 


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Check Point (6)








Refer to the Survey and Response Manual and Survey and Response Tool Operation Manual. 

The preparation procedure for Level 2 is outlined below, while the check points are shown above. 

1) Register SVHC content information of REACH. 

Enter content flag “Y” when the content of any one of SVHC substances exceeds the threshold level (reporting level). Enter “N” when it does not. Check Point (1) 

Enter content flag = “Y” when the content of any substance does not exceed the threshold level. Check Point (1) 

Select the appropriate use classification, press the appropriate button and go to the registration window (level 3) of content information of SVHC. Check Point (2) 

Registration is mandatory for content flag of Y. Registration is necessary even for the flag of N if the substance is known to be contained. 

2) Enter either “Y” or “N” in the content flag according to the threshold level (reporting level) for each substance. Check Point (3) 

3) Input the total content of each substance. This is mandatory for the content flag of “Y.” Input is necessary for the case of “N” if the total content is known. Metal conversion is necessary for metal 

compounds. Check Point (4) 

4) Select the appropriate use classification and input “use and purpose,” “use portion,” and “maximum content ratio in homogeneous material.” Check Point (5) 

This is mandatory for the content flag of “Y.” Input is necessary for the case of “N” if the information is known. 

Note that input is mandatory for some materials or uses for the last item, “maximum content ratio in homogeneous material.” (Basically input is mandatory when the cell is colored in pink.) 

5) After inputting for all items in Level 2 and 3, press the Error check 2 button. Check Point (6). 

In case an error is found, correct the problem part. 

6) Press the OK button to go back to Level 1. Check Point (7) 

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Check Point (5)






Refer to the Survey and Response Manual and Survey and Response Tool Operation Manual. 

The preparation procedure for Level 3 (SVHC content information) is outlined below, while the check points are shown above. 

1) Input “content of compound per survey unit,” “use and purpose,” and “use portion” for each substance group. Check Point (1) 

2) In Level 3, there are two tables, one for input when the content ratio exceeds 0.1% and the other when the ratio does not exceed 0.1%. Be sure to choose the right table. Check 

Point (2) 

3) After inputting for all substance groups in Level 3, press the OK button to go back to Level 2. Check Point (3). 

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Check Point (2)

Attachment 9. Preparation Procedure of JGP File (Level 1) and Examples (for trading firms) 







The preparation procedure for trading firms is outlined below, while the check points are shown above. 

(When a manufacturer, to which a JGP file sent from Omron upon request was sent, creates the JGP file (answer)) 

The preparation procedure for trading firms is outlined below, while the check points are shown above. 

(When a manufacturer, to which a JGP file sent from Omron upon request was sent, creates the JGP file (answer)) 

1) The version of the Survey Response Tool designated by Omron when requested should be used unless otherwise specified. Check Point (1) 

Tool name: YYMMDD_JGPSSI_tool_-VXXX.xls 

2) Press the LOAD JGP button to read the JGP file created by the manufacturer. Check Point (2) 

3) Fill in “respondent’s entry date” and “information on respondent” and check the entries. (Input is mandatory for cells shown in pink.) Check Point (3) 

The respondent’s company name may be the manufacturer’s name. 

4) Make sure that the reference number is the one designated by Omron upon request. Check Point (4) 

Due correction is necessary in cases no data are entered or the data have been changed. 

5) Make sure that “number of requester’s product/part/material” is Omron’s product number. Check Point (5) 

Due correction is necessary in cases no data are entered or the data have been changed. 

Although all parts or materials designated upon request are not necessarily entered, a response should be separately necessary for any part or material not shown. 

6) Check if the “survey unit” is appropriate. Check Point (6) 

Determine the right survey unit as per Omron’s units for product numbers. 

Unit of Omron’s product number → “Survey unit” Example: (PCS, piece → piece; MM, CM, M, KM → m; ML, L, KL, liter → liter, MG, G, KG; “empty” → any given unit) 

For the case of “PCS, piece,” check the amount per piece. Example: one connector pin of connection ≠ one reel 

Packing materials that wrap subject items or waste boards and other items that are disposed of after transport or during production processes should not be included. 

7) Press the Error check 1 button. In case an error is found, correct the problem part. Check Point (7) 

8) Press the SAVE JGP button to output the JGP file. Check Point (8) 

The file should be so named as per Omron’s naming rule. JGP_supplier code_reference number_date of preparation_arbitrary character string.jgp4 

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Check Point (6)

History of Major Revisions 

Oct. 21, 2003 Ver. 1.0 First version 

Nov. 1, 2006 Ver. 2.0 Controlled substances were changed from 207 substance groups to 25 

substance groups as per JGPSSI Ver. 3. 

Apr. 8, 2011 Ver. 3.0 Total revision 

Controlled substances were changed from the substances compliant to 

JGPSSI Ver. 3 (25 substance group) to Ver. 4.11 (49 substance groups). 

Omron’s own content standards and survey format were changed to those 

specified by JGPSSI. 

July. 31. 2012 Ver. 3.1 Changed the controlled substances from the substances compliant to 

JGPSSI Ver. 4.11 (49 substance group) to Ver. 4.20 (61 substance groups). 

In conjunction with that, renewed Attachment 1 List of Regulated Chemical 

Substances. 

Added 5.2.3 Engineering Change Procedure (Preparation of Process 

Change Report). 

Changed the JGPSSI Tool to allow the entry of manufacturer’s name in the 

respondent field that had been for the trading firm’s name. 

Non-inclusion Certificate 

Updated the Investigation Manual for the Regulated Chemical Substances 

from Version 3.0 to Version 3.1 

Changed the number of substance groups: A rank from 26 to 28; A1 rank 

from 2 to 0 

Product number field: Deleted (“or manufacturer’s name)” 

Category name field: Renamed to “Description” 

Catalog number field: Renamed to “Remarks” 

Substance Phase-out Declaration 

Changed the number of substance groups: A rank from 26 to 28; A1 rank 

from 2 to 0 

Product number field: Deleted (“or manufacturer’s name)” 

Category name field: Renamed to “Description” 

Catalog number field: Renamed to “Remarks” 

Investigation Manual for Regulated Chemical Substances, Version 3.1 

Issued on: October 21, 2003 

Revised on: July 31, 2012 

Issued by: Omron Corporation 

Global Process Innovation HQ 

Quality Innovation Center

Investigation Manual for the Regulated Chemical Substances - Omron

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