The "Restriction of the use of certain Hazardous Substances in electronic equipment" became effective in 2006, was recast in 2011 (2011/65/EU), and amended in 2015 (EU 2015/863). The directive prohibits the sale throughout EU territory of electrical appliances that contain lead, cadmium, chromium VI, mercury, selected brominated flame retardants, or phthalates in amounts higher than predefined thresholds . Electronics manufacturers have to be able to produce evidence that their devices are RoHS-compliant. The following limits of substance content apply:
|Lead (Pb)||0.1% by weight||=||1000 mg/kg||=||1000 ppm|
|Mercury (Hg)||0.1% by weight||=||1000 mg/kg||=||1000 ppm|
|Cadmium (Cd)||0.01% by weight||=||100 mg/kg||=||100 ppm|
|Chromium VI (Cr VI)||0.1% by weight||=||1000 mg/kg||=||1000 ppm|
|PBB, PBDE||0.1% by weight||=||1000 mg/kg||=||1000 ppm|
|DEHP, BBP, DBP, DIBP||01% bei weight||=||1000 mg/kg||=||1000 ppm||effective July 2019|
These values apply to every material, including raw material, specified in a piece of equipment, e.g. each solder and each component.
SCHURTER is demonstrating a continued commitment to safe working and environmental responsibility. We ensure that energy sources and materials are handled both economically and sensibly. For more information please see SCHURTER's Sustainability Report
When developing components it is important to lessen the environmental impact of potential pollutants and at the same time meet customers' increasing demands for environmentally compatible products.
SCHURTER established a project team as early as 1999 with the goal to achieve the lead-free and RoHS-compliant solutions at the earliest possible opportunity. The emphasis was on lead from the very beginning, since SCHURTER components barely consist of other materials affected by the RoHS Directive. Working alongside customers and suppliers we sought and evaluated alternatives to materials and techniques that used lead. Since 2006, we supply tin and copper alloys that have proved their compliance in our tests.
The lead-free components have been exhaustively tested and meet both SCHURTER's technical requirements and its high quality standards.
In January 2005, we have successfully introduced a whole range of lead-free products into the market and in 2006, we completely switched our product lines to lead free.
Thanks to our many years of process experience and longstanding international partnerships, we are able to ensure the reliability of our components in respect of their solderability in accordance with the required IEC 60068-2-20 standard. We continuously improve cost-effective lead-free production techniques that secure SCHURTER's high product quality.
SCHURTER has successfully conducted the following tests:
|For solderable terminals:|
|Solderability 235°C/2s as per IEC 60068-2-20||passed|
|Soldering thermal resistance 260°C/10s as per IEC 60068-2-20||passed|
|As well as additional soldering resistance, if contained in data sheet||passed|
|For reflow soldered components:|
|Soldering tests with "Reflow Soldering Test Profile" (see below)||passed|
|For fuse-holders and connectors:|
|Qualification as per IEC 60127-6||passed|
|Qualification as per IEC 60127-X||passed|
Reflow Soldering Test SCHURTER Profile
In order to ensure that RoHS-compliant components can be identified as simply as possible, SCHURTER has introduced the logo depicted on the right. Once we have checked that a product conforms to RoHS 2011/65/EU the logo is be printed on the packaging label and declared in the data sheet.
The existing lead-free logo is being kept and will be printed on a lead-free component's packaging label and declared in the data sheet in addition to the RoHS logo. For a definition of "lead-free" please see next item.
Exceptions allowed by RoHS 2011/65/EU
Two exceptions are relevant to SCHURTER. These are where lead is specified as a material,
which means that the products do not qualify as being lead-free: they qualify for the RoHS
logo but but not the lead-free one.
1) A lead content of up to 4% by weight (= 40'000 ppm) is allowed for alloys of copper. This means that all brass parts may continue to contain a limited amount of lead. Example: although switch T11 contains some parts containing 2% lead, T11 is RoHS-compliant because the lead is contained in a CuZn alloy
2) SnPb solders continue to be permitted provided that high temperature soldering techniques are employed and that they solder are contains at least 85% lead. Examples: SMD-FST, SMD-FTT, and SMD-SPT fuses
Explanation of the product overview list
SCHURTER is providing product overview lists that display the current RoHS and lead-free status by product type or group. The same format is used for all SCHURTER products; the lists contain detailed information and are regularly updated by the responsible product managers.
See an example for fuses:
We maintain a list of Frequently Asked Questions (FAQs) and update it on a regular basis.
More and more often customers want to know what is in a component. SCHURTER has therefore adopted the Umbrella Specifications initiative of the German Electrical & Electronic Manufacturers' Association (ZVEI – Zentralverband der deutschen Elektronikindustrie) and is providing Product Content Sheets.
A Product Content Sheet is established for each product type, giving details of the materials contained in the component. It confirms that the product complies with all of the EU's current material regulations und material restrictions. To achieve this SCHURTER makes use of the materials list SVHC of EU directive REACH, which is also relevant for the electronics industry.
In addition, the Product Content Sheets declare whether a component is already CHINA-RoHS resp. RoHS 2011/65/EU-compliant.
Example of a Product Content Sheet : These Product Content Sheets are available for download on our website.
Example of a Product Content Sheet
Asbestos is a group of minerals with long, thin fibrous crystals, and became popular in the industry due to its resistance to heat, electricity and chemical damage, its sound absorption and tensile strength. Asbestos was used mainly in brake shoes and gaskets, on electric oven and hotplate wiring, and in buildings for its flame-retardant and insulating properties.
Since the mid 1980s, many uses of asbestos are banned in many countries.
SCHURTER has never used asbestos in its products. SCHURTER’s product line is completely free of asbestos.
Perfluoroctane sulfonates (PFOS)
PFOS-related substances have in the past been used mainly as providing resistance to grease, oil and water for materials such as textiles, carpets, paper and in general coating, but current uses are now principally in such areas as chromium plating, photography, photolithography, fire fighting foams and hydraulic fluids for aviation.
SCHURTER confirms that none of its products contain PFOS. In addition, SCHURTER does not employ PFOS in materials, production processes, or packaging.
In 2008, the EU RoHS has been revised, and the exception for DecaBDE has been removed from the regulation.
DecaBDE (Decabromdiphenylether) is employed as flame retardant in plastic parts for electrical and electronic products. The substance degrades slowly in natural environment and may cumulate in animal life forms. There are indications that DecaBDE decomposes into the more toxic chemicals Penta- or Octabromdiphenylether. Marketing and use of these two chemicals are – based on their harmful effect – prohibited in the EU since 2004.
SCHURTER confirms that its plastic parts do not contain DecaBDE. SCHURTER do not use DecaBDE as flame retardant in its products.
For additiomal information related to environmental all protection as well as material restrictions and usage, please contact our Substance Management Team (email@example.com) or your regional sales contact.