This document provides guidelines for CE marking metalworking band sawing machines in accordance with EU directives. It outlines the key components of the EC Declaration of Conformity that must accompany CE marked machines, including identifying the directives the machine complies with, the manufacturer's details, the machine description, and an authorized signature. The directives that apply to band sawing machines are the Machinery Directive, Low Voltage Directive, and Electromagnetic Compatibility Directive. The document also provides details on CE marking requirements, such as the official CE mark and accompanying warnings, and lists some applicable harmonized standards. The overall aim is to help manufacturers and authorities ensure metalworking band sawing machines meet EU safety and compliance standards.
Sports PARQUET FLOORS
9th March 2011: the European Parliament and the European Union Board adopt the Regulation (UE) N.305/2011, published on 4th April 2011 on the European Union Official Gazette and effective 20 days later.
The regulation of building products the so-called CPR, acronym for Construction Products Regulation is currently completing its transition period. As from 1st July 2013 it will be fully operating.
Among the innovations comparing to the Directive, we have the definition and use of the declaration of performance (replacing the compliance declaration). The change is not just about the terms, yet it involves a greater completeness and clarity of information matching the product.
Before entering the matter, its better to clarify that European EN Standards remains those already operating and issued for CPD Directive purposes.
The Commission will instruct CEN through a task for their revision and adjustment according to the basic requirements, as reported within enclosure no. I of CPR.
Seicom SPORTS PARQUET FLOORS has implemented EN 14904 Standard since the first edition of July 2006 (replacing former National standards).
In October 2007 we have prepared the manual for FPC management within the company; all products are inspected and tested according the procedures and documents referring to finished products supplied to customers are kept for 10 years, to guarantee traceability of the product.
All our suppliers must respect procedures and must supply and guarantee products in compliance with performance requirements.
http://www.seicom-italy.com/
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The document provides information about EU market access requirements and the ko-Tex certification for textile products. It discusses that EU market access requirements include both legislative and non-legislative requirements, with legislative requirements taking higher priority as they are mandatory. It also explains that the ko-Tex Standard 100 certification demonstrates that textile products meet limit values for harmful substances and ensures they do not contain substances harmful to health or the environment. The certification has different levels and can be obtained for various textile products and stages of production.
RAWCS Timor-Leste wells project august 2014rotarypr
油
The document summarizes water and sanitation projects carried out in Timor Leste from August/September 2014. It discusses installing new pumps, water supplies, and storage tanks at various schools and communities. It thanks contributors who made the $39,000 USD project possible. It also outlines plans for additional projects in 2014/15, including installing gutters, tanks, and water supplies at Buibela, Baguia High School, Baguia Primary School, and Samalari, with an estimated budget of $50,000-$61,000 AUD.
The SAMR model is a framework for classifying educational technology use into four levels - substitution, augmentation, modification, and redefinition. It is divided into two parts: enhancement, which includes substitution and augmentation, and transformation, which includes modification and redefinition. Enhancement uses technology as a direct substitute with no functional change, while transformation allows for technology creation and redesign. The Pedagogy Wheel shows how Bloom's taxonomy and the SAMR model are interrelated, with Bloom's cognitive levels mapped to SAMR categories.
The document repeatedly lists contact information for Dan Robinson Miller including a website, email address, and Twitter handle for his illustration work. This contact information is repeated over 30 times throughout the document.
Official Document of the Renewable policy 2012 of West Bengal released by the Department of Power and Non conventional energy sources, Govt of West Bengal.
This document is not a work of Headway Solar (http://headwaysolar.com/) and it has been released here for the benefit of the general public.
The document discusses the objectives and outcomes of an Information Technology Network Administration program. It aims to prepare students for careers in system administration by teaching them skills in Microsoft Windows Server, Exchange email systems, Cisco technologies, Linux networking, and automation tools. The second year focuses on skills for planning, implementing and supporting computing systems. An assessment found that students desired more hands-on learning and that some courses needed updated materials to reflect current technologies and certification exams. The program will add more hands-on labs and field trips, and update courses on Microsoft server, Exchange email, Cisco systems, and Linux networking.
William Hamel is a 32-year-old Caucasian male seeking treatment for alcohol and cocaine abuse issues. He has a history of medical and psychiatric hospitalizations related to his substance use as well as physical and sexual abuse as a child. He is unemployed and his substance use has negatively impacted his relationships and led to legal issues. He meets criteria for alcoholism and cocaine abuse and requires a structured residential treatment program to address his substance use disorders and related mental health issues.
This transcript summarizes Sterling Satterfield's academic history, including his undergraduate and graduate studies. As an undergraduate, he earned dual Bachelor of Science degrees in Mechanical Engineering and Mathematics in 2011, graduating summa cum laude. He then went on to obtain a Master of Business Administration degree in Management in 2016 from the same institution. The transcript provides details on the courses taken each semester and grades received.
1) The document describes a graduate course in archaeology that utilized an innovative learning environment called Wallenberg Hall at Stanford University to accelerate innovations in teaching and learning.
2) Wallenberg Hall features state-of-the-art classrooms and collaboration spaces designed to support collaborative meaning-making and knowledge building through digital tools and artifacts.
3) The archaeology course made use of these new technologies and spaces to provide students with hands-on experience in archaeological modeling and data analysis through project-based learning and collaborative exploration of digital artifacts.
RFP Document of Solar Power Project in KarnatakaHeadway Solar
油
RFP Document of 500 MW Solar Power Project in Karnataka. Released by Karnataka Renewable Energy Development Limited.
This document is not a work of Headway Solar (http://headwaysolar.com/) and it has been released here for the benefit of the general public.
The document discusses Synergistic Leveraged Partnerships (SLPs), which are commercial relationships between companies to cooperate by providing their core strengths to compensate for each other's deficiencies. An example SLP is described between RDI, which is excellent at refurbishment and sales to education but needs IT assets, and BFP, which has steady IT asset supplies but weak refurbishment and sales channels. Through their SLP, BFP provides assets to RDI for refurbishment and sales through RDI's education channel, with both sharing the additional profits normally earned by wholesalers. The document argues that SLPs are an underutilized opportunity that can increase profits and returns over traditional acquisitions.
Eugene David Lockett is a qualified welder seeking a position in project management. He has over 25 years of experience managing electrical and instrumentation projects in various industries including oil & gas, mining, and petrochemical. His most recent roles include serving as site manager for Sasol projects with Stefanutti Stocks and Grinaker-LTA. He is proficient in all aspects of electrical and instrumentation work, including switchgear installation, cable laying, and commissioning assistance. References are available from his past managers.
CE marking is a declaration by the manufacturer that a product meets the requirements of the applicable European directives. It allows for free movement of goods within the EU and some non-EU countries. The CE marking must be in the correct format and no smaller than 3mm for small products. While consumers may see CE marking as an indicator of quality, it actually only signifies that a product meets essential safety and regulatory requirements. Technical files must be compiled and maintained by manufacturers to demonstrate a product's compliance through documentation such as standards applied, test reports, and declarations of conformity.
Directive 2006/95/EC aims to ensure safety for low voltage devices and harmonize rules for their sale in the EU. It replaced Directive 73/23/EEC and specifies that low voltage devices must not endanger safety when properly installed and used as intended. CE marking on a device indicates it meets harmonized safety requirements to be sold anywhere in the EEA or Turkey. Conformity assessment involves internal production control by the manufacturer without third party involvement.
This document provides an overview of CE marking requirements for medical devices being sold in the European Union. It explains that CE marking demonstrates compliance with European safety and performance standards and is required for medical devices to enter the EU market. The document outlines the classification of medical devices, the benefits of CE marking, applicable directives, requirements for affixing the marking and generating the necessary technical documentation and declaration of conformity.
This document provides an overview of machinery safety standards and regulations. It discusses the key concepts in three areas:
1) Legal framework - It outlines the Machinery Directive and Work Equipment Directive which establish health and safety requirements for machinery in Europe. It also discusses the role of harmonized standards in establishing conformity.
2) Standards structure - European machinery safety standards are divided into three types: A) general standards, B) standards on specific safety aspects or safeguards, and C) machine-specific standards.
3) Manufacturer/user responsibilities - Manufacturers placing machinery on the EU market must comply with the Machinery Directive, while users must ensure purchased machines are CE marked and safe to use according to instructions.
The web page for the European Commission (Enterprise and Industry) states:
Construction Products Regulation (the CPR) is to ensure reliable information on construction products in relation to their performances. This is achieved by providing a common technical language", offering uniform assessment methods of the performance of construction products.
This short guide ls a great way of getting started in the world of machine safety. Covering PUWER, CE Marking and risk assessments, this guide will give you the overview you need to start your machine safety journey!
The document outlines the process for placing radio equipment on the European market in compliance with the Radio Equipment Directive. The key steps include: determining requirements, performing tests according to relevant standards, performing a conformity assessment, identifying an appropriate standard, generating a Declaration of Conformity, applying the CE mark, placing the equipment on the market, and maintaining compliance. The process requires manufacturers to self-declare that their radio equipment meets all essential requirements for health, safety, electromagnetic compatibility and spectrum use.
This document provides an overview of regulations and standards for safety related control systems for machinery in Europe, the US, and Canada. It discusses the key EU Machinery Directive and regulations regarding essential health and safety requirements, standards, risk assessment, protective measures, safety distance calculation, prevention of unexpected startup, functional safety, system design according to standards, and application examples.
The document discusses the objectives and outcomes of an Information Technology Network Administration program. It aims to prepare students for careers in system administration by teaching them skills in Microsoft Windows Server, Exchange email systems, Cisco technologies, Linux networking, and automation tools. The second year focuses on skills for planning, implementing and supporting computing systems. An assessment found that students desired more hands-on learning and that some courses needed updated materials to reflect current technologies and certification exams. The program will add more hands-on labs and field trips, and update courses on Microsoft server, Exchange email, Cisco systems, and Linux networking.
William Hamel is a 32-year-old Caucasian male seeking treatment for alcohol and cocaine abuse issues. He has a history of medical and psychiatric hospitalizations related to his substance use as well as physical and sexual abuse as a child. He is unemployed and his substance use has negatively impacted his relationships and led to legal issues. He meets criteria for alcoholism and cocaine abuse and requires a structured residential treatment program to address his substance use disorders and related mental health issues.
This transcript summarizes Sterling Satterfield's academic history, including his undergraduate and graduate studies. As an undergraduate, he earned dual Bachelor of Science degrees in Mechanical Engineering and Mathematics in 2011, graduating summa cum laude. He then went on to obtain a Master of Business Administration degree in Management in 2016 from the same institution. The transcript provides details on the courses taken each semester and grades received.
1) The document describes a graduate course in archaeology that utilized an innovative learning environment called Wallenberg Hall at Stanford University to accelerate innovations in teaching and learning.
2) Wallenberg Hall features state-of-the-art classrooms and collaboration spaces designed to support collaborative meaning-making and knowledge building through digital tools and artifacts.
3) The archaeology course made use of these new technologies and spaces to provide students with hands-on experience in archaeological modeling and data analysis through project-based learning and collaborative exploration of digital artifacts.
RFP Document of Solar Power Project in KarnatakaHeadway Solar
油
RFP Document of 500 MW Solar Power Project in Karnataka. Released by Karnataka Renewable Energy Development Limited.
This document is not a work of Headway Solar (http://headwaysolar.com/) and it has been released here for the benefit of the general public.
The document discusses Synergistic Leveraged Partnerships (SLPs), which are commercial relationships between companies to cooperate by providing their core strengths to compensate for each other's deficiencies. An example SLP is described between RDI, which is excellent at refurbishment and sales to education but needs IT assets, and BFP, which has steady IT asset supplies but weak refurbishment and sales channels. Through their SLP, BFP provides assets to RDI for refurbishment and sales through RDI's education channel, with both sharing the additional profits normally earned by wholesalers. The document argues that SLPs are an underutilized opportunity that can increase profits and returns over traditional acquisitions.
Eugene David Lockett is a qualified welder seeking a position in project management. He has over 25 years of experience managing electrical and instrumentation projects in various industries including oil & gas, mining, and petrochemical. His most recent roles include serving as site manager for Sasol projects with Stefanutti Stocks and Grinaker-LTA. He is proficient in all aspects of electrical and instrumentation work, including switchgear installation, cable laying, and commissioning assistance. References are available from his past managers.
CE marking is a declaration by the manufacturer that a product meets the requirements of the applicable European directives. It allows for free movement of goods within the EU and some non-EU countries. The CE marking must be in the correct format and no smaller than 3mm for small products. While consumers may see CE marking as an indicator of quality, it actually only signifies that a product meets essential safety and regulatory requirements. Technical files must be compiled and maintained by manufacturers to demonstrate a product's compliance through documentation such as standards applied, test reports, and declarations of conformity.
Directive 2006/95/EC aims to ensure safety for low voltage devices and harmonize rules for their sale in the EU. It replaced Directive 73/23/EEC and specifies that low voltage devices must not endanger safety when properly installed and used as intended. CE marking on a device indicates it meets harmonized safety requirements to be sold anywhere in the EEA or Turkey. Conformity assessment involves internal production control by the manufacturer without third party involvement.
This document provides an overview of CE marking requirements for medical devices being sold in the European Union. It explains that CE marking demonstrates compliance with European safety and performance standards and is required for medical devices to enter the EU market. The document outlines the classification of medical devices, the benefits of CE marking, applicable directives, requirements for affixing the marking and generating the necessary technical documentation and declaration of conformity.
This document provides an overview of machinery safety standards and regulations. It discusses the key concepts in three areas:
1) Legal framework - It outlines the Machinery Directive and Work Equipment Directive which establish health and safety requirements for machinery in Europe. It also discusses the role of harmonized standards in establishing conformity.
2) Standards structure - European machinery safety standards are divided into three types: A) general standards, B) standards on specific safety aspects or safeguards, and C) machine-specific standards.
3) Manufacturer/user responsibilities - Manufacturers placing machinery on the EU market must comply with the Machinery Directive, while users must ensure purchased machines are CE marked and safe to use according to instructions.
The web page for the European Commission (Enterprise and Industry) states:
Construction Products Regulation (the CPR) is to ensure reliable information on construction products in relation to their performances. This is achieved by providing a common technical language", offering uniform assessment methods of the performance of construction products.
This short guide ls a great way of getting started in the world of machine safety. Covering PUWER, CE Marking and risk assessments, this guide will give you the overview you need to start your machine safety journey!
The document outlines the process for placing radio equipment on the European market in compliance with the Radio Equipment Directive. The key steps include: determining requirements, performing tests according to relevant standards, performing a conformity assessment, identifying an appropriate standard, generating a Declaration of Conformity, applying the CE mark, placing the equipment on the market, and maintaining compliance. The process requires manufacturers to self-declare that their radio equipment meets all essential requirements for health, safety, electromagnetic compatibility and spectrum use.
This document provides an overview of regulations and standards for safety related control systems for machinery in Europe, the US, and Canada. It discusses the key EU Machinery Directive and regulations regarding essential health and safety requirements, standards, risk assessment, protective measures, safety distance calculation, prevention of unexpected startup, functional safety, system design according to standards, and application examples.
This document is a directive from the European Parliament and Council regarding machinery and amending a previous directive from 1995. It establishes new rules for machinery in order to improve health and safety standards across member states and reduce barriers to trade. The directive defines its scope, excludes certain types of machinery like firearms but not industrial tools, and sets essential health and safety requirements for machinery manufacturers to meet. It also establishes procedures for conformity assessment to verify machinery meets these new requirements.
This document provides information about CE marking requirements for exporting to Europe. It discusses:
1) The CE marking system aims to provide a single set of safety and environmental standards for products sold in Europe.
2) Manufacturers must follow procedures like developing a declaration of conformity and technical file to affix the CE marking.
3) Numerous European directives cover different product categories and specify the requirements to access the European market.
The CE marking indicates that a product complies with relevant European health, safety and environmental protection standards. It allows for the free circulation of products within the European Economic Area. The CE marking involves carrying out a risk analysis, writing instructions, drafting a declaration of conformity, and preparing a product dossier to demonstrate compliance. It facilitates trade by harmonizing safety standards across Europe.
The document discusses European standards and regulations for machinery safety. It outlines requirements that machinery must meet including hazards protections, guards, safety controls and markings. High risk machines require type examination and approval while other machines require self-certification involving a technical file review. The technical file documents how the manufacturer has designed the machine to eliminate or reduce risks in accordance with the essential health and safety requirements.
Technological advances and the increased allocation of electromagnetic spectrum for advanced communications have produced a wave of new electronic and digital devices
that communicate wirelessly. As a result, product manufacturers are increasingly abandoning wired communications interfaces in favor of wireless technologies that offer greater user mobility without compromising transmission speed and accuracy. But obtaining worldwide regulatory approval for products with integrated wireless modules is a complex process.
In the European Union (EU), compliance with the essential requirements of the EUs directive on Radio & Telecommunications Terminal Equipment (also known as the R&TTE Directive) is required for all wireless transmitters, including wireless modules integrated into end host devices. Ensuring compliance with the Directives essential requirements is the legal obligation of any party that seeks to import or sell such devices in the EU. However, unlike regulations in the United States that require manufacturers to obtain approval either from the FCC or an FCC-approved telecommunications certification body (TCB), the EU approval process for wireless modules offer manufacturers some flexibility in their chosen method for demonstrating compliance, including the ability to self-declare compliance with the applicable harmonized standards.
This white paper from UL is discusses the key regulatory compliance and approval issues facing manufacturers and importers of host devices with integrated wireless modules. This paper provides information on the regulations regarding the sale of host devices with integrated wireless modules in the EU and guidance on how to efficiently navigate the Unions regulatory approval process.
The document provides an overview of CE marking and EMC regulatory requirements in the EU. It discusses the key directives, conformity assessment procedures, and steps to affixing the CE marking. The CE marking symbolizes a product's compliance with EU directives and allows for free circulation of goods within the EU market. Manufacturers must verify product requirements, test for conformity, document technical files, and affix the marking before placing a product on the EU market. Notified bodies can assist with conformity assessment but are not always required.
The document discusses standards related to electrical installations, including IEC standards, European directives such as the Low Voltage Directive and EMC Directive, and standards organizations such as IEC, CENELEC, and national standards bodies. It covers the purpose of standards, key directives governing electrical equipment in Europe, conformity markings, and naval certification standards for equipment used in marine environments.
CE Marking is the symbol as shown on the top of this page. The letters "CE" are the abbreviation of French phrase "Conformit辿 Europ辿ene" which literally means "European Conformity". The term initially used was "EC Mark" and it was officially replaced by "CE Marking" in the Directive 93/68/EEC in 1993. "CE Marking" is now used in all EU official documents.
"CE Mark" is also in use, but it is NOT the official term. For instance, in the Directive 2007/47/ec, of 5 September 2007, amending the directives 90/385/eec, 93/42/eec & 98/8/ec, the term CE Marking appears 9 times whereas CE Mark appears nowhere in the entire 35-page document.
CE Marking on a product is a manufacturer's declaration that the product complies with the essential requirements of the relevant European health, safety and environmental protection legislation, in practice by many of the so-called Product Directives.*
This document provides approval and certification information for an electrical/electronic sub-assembly (ESA) produced by Ultimate Power速, Lda. It includes:
- Identification of the ESA as the Ultimate Cell UCCE V2.0, UCTE V2.0, and UCBE V2.0 models.
- Approval number 10R-048662 granted by the UK Vehicle Approval Authority.
- Information on the manufacturer, components, testing procedures, and restrictions on installation and use.
- Signatures from the approval authority and testing agency certifying that the ESA meets the requirements of Regulation No. 10.04.
1) The document discusses the Supplier's Declaration of Conformity (SDoC) procedure under the Low Voltage Directive, which allows manufacturers to self-declare conformity for electrical equipment.
2) Under the SDoC procedure, manufacturers must draw up a declaration confirming their product meets requirements, retain technical documentation, and affix the CE marking before placing products on the market.
3) The number of fatal electrical accidents in Europe has decreased in recent decades since the introduction of the Low Voltage Directive and harmonized safety standards.
CECIMO guidelines CE marking band sawing machines ENG
1. Guidelines
for CE marking on
metalworking band sawing
machines
09/2011:2
The European Association of the Machine Tool Industries
Where manufacturing begins
3. 3 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Objectives of the guide
Machinery and equipment which are
bound by specific European directives
cannot be placed on the single market
unless they bear CE marking. CE marking
affixed on a product indicates that the
product complies with all relevant
essential requirements (e.g. health and
safety requirements) of the applicable
directive(s).
However, market surveillance in the EU
often fails to prevent the entry of non-
compliant imported machinery into the
internal market and/or the circulation of
non-compliant European machinery in
Europe. Machines which do not meet
essential health and safety standards
threaten health and safety in the
workplace and put workers lives in
danger.
Moreover, manufacturers and suppliers
who do not comply with European
regulations benefit from reduced
production costs and gain an unfair
comparative advantage in the market.
This distorts competition and
undermines the competitiveness of
European manufacturers who invest a
significant amount of their resources in
the development of products with high
safety standards which meet European
regulations.
Cases of non-compliance may occur due
to lack of information (or misinformation)
of producers who fail to meet the
relevant standards or due to deliberate
infringements by producers who want to
unfairly cut their production costs.
The shortcomings of the systems need to
be urgently addressed. Firstly, better
communication towards economic
operators on EU regulations, standards
and conformity assessment procedures
is required in order to improve ex-ante
mechanisms designed to ensure
compliance with EU law. Secondly, ex-
post mechanisms (market surveillance)
should be strengthened.
CECIMO believes that effective market
surveillance requires close cooperation
between economic operators, customs
authorities and surveillance bodies.
In line with this view, this guide aims to
contribute to the ongoing work led by the
European Commission to enhance
market surveillance in the internal
market, under the New Legislative
Framework.
We hope that this guide will be a valuable
source of information for manufacturers,
sellers and users of machine tools as
well as customs authorities to detect
non-compliant products in the internal
market. Enhanced functioning market
surveillance will contribute to creating a
more secure working environment for
workers and a more competitive
European industry.
4. 4 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Contents
Objectives......
Table of content..
Verifying the validity of the declaration of conformity...
EU directives which apply to band sawing machines
Identification of the manufacturer
Description and identification of the machinery
Signature
The EC Declaration of Conformity
CE Marking & Warning Signs.
Is the official CE mark used?
Where can the CE mark be placed?
Which components might need CE marking?
Who can affix the CE marking?
What should be included on the nameplate
In which language should the data accompanying CE marking be?
What should the machine not bear?
Importer/ Distributor obligations
CE marked metalworking band sawing machines and the authorities
Which warnings should be included in metalworking band sawing machines?
Verifying the conformity of the machine.
Accompanying instructions..
Transportation information..
3
4
5
8
12
16
17
5. 5 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Verifying the validity of the
declaration of conformity
The declaration of conformity shows
which EU directives the machine
complies with. It must include at least
the following:
EU directives which apply to
band sawing machines
The machine should comply with all the
applicable directives and these should be
mentioned in the declaration of
conformity. The infringement of a single
directive results in the non-conformity of
the machine to CE requirements.
Therefore, it is of utmost importance to
specify which directives apply to each
machine and to conduct a declaration of
conformity that includes all the necessary
information.
Directives which apply to band sawing
machines include:
Machinery Directive (2006/42/EC
2006/95/EC Low Voltage Directive1
Electromagnetic Compatibility
Directive (2004/108/EC)2
Additionally the manufacturer can refer
to the harmonized standards used for the
conformity assessment.
Additional information: Pressure
Equipment Directive 97/23/EC for
pressure equipment and assemblies with
a maximum allowable pressure PS
greater than 0.5 bar applies only to
components and as such, not to machine
tools themselves, for example:
accumulators where hydraulic pressure
is < 100 bar, Dn < 6. Therefore, PED
does not appear on the declaration of
conformity.
The machinery is built in a way that fulfils
the provisions of the harmonized
standards, as they are published in the
Official Journal of the EU. Below is a list
of some of the harmonized standards.
Machinery Directive
EN 13898:20
03+A1:2009
Machine tools - Safety - Sawing machines for cold
metal
EMC Directive
EN 61000-62:
2005/AC:2005
Electromagnetic compatibility (EMC) -- Part 6-2:
Generic standards -Immunity for industrial
environments IEC 61000-6-2:2005
EMC Directive
EN 50370-
1:2005
Electromagnetic compatibility (EMC) - Product family
standard for machine tools -- Part 1: Emission and
Part 2: Immunity
Low Voltage Directive EN 60204-1
Safety of machinery - Electrical equipment of
machines -- Part 1: General requirements
IEC 60204-1:2005 (Modified)
Pressure Equipment
Directive
EN14359:2006 Gas-loaded Accumulators For Fluid Power Applications
6. 6 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Identification of the
manufacturer
The business name and full address of
the manufacturer should be the same as
those typed on the machine.
The name of the manufacturer must
always appear The manufacturer is not
obliged to have an authorised
representative, although should he chose
to do so, the person must be established
in the European Community and the
business name and full address of this
authorised representative must appear.
The name and address of the person
authorised to compile the technical file
must be a person established in the EU
S/he can be the manufacturer himself (if
established in the EU).
The purpose of this data is to allow
surveillance authorities to communicate
with the manufacturer. Thus, the
business address should be stated in
full, simply stating the name of the area
or the postcode does not suffice3.
Description and identification of
the machinery
Generic denomination - Term used to
designate the category of machinery,
preferably the one used in
harmonised standards
Function
Model
Type
Serial number and/ or batch number,
if any
Commercial name
Signature
The place and date of the declaration;
whereby the date must be earlier than
that of placing the machine tool on the
market.
The identity and signature of the person
empowered to draw up the declaration
on behalf of the manufacturer or his
authorised representative.
The EC Declaration of
Conformity
If the machine is CE marked and put on
the market, the Declaration of Conformity
should accompany the machine and
should be presented to surveillance
authorities. The EC Declaration of
conformity must be provided in the
language of the country where the
machine is to be used.
1
Electrical machinery that is not in any of the categories listed in Article 1 (2) (k) of the Machinery Directive (and
that is not concerned by one of the other exclusions) is in the scope of the Machinery Directive. When such
machinery has an electrical supply within the voltage limits of the Low Voltage Directive (between 50 and 1000 V
for alternating current or between 75 and 1500 V for direct current), it must fulfill the safety objectives of the Low
Voltage Directive. However, in this case, the manufacturers EC Declaration of Conformity should not refer to the
Low Voltage Directive. On the other hand, low voltage electrical equipment placed on the market independently
for incorporation into machinery is subject to the Low Voltage Directive as such Machinery Directive guide p.52
2
Ian Fraser, Guide to the Application of the Machinery Directive: The EMCD applies to machinery that contains
electrical or electronic parts that may generate or be affected by electromagnetic disturbance. The EMCD covers
aspects of electromagnetic compatibility related to the functioning of machinery. However, the MD covers the
immunity of machinery with respect to safety-related electromagnetic disturbance, whether transmitted by
radiation or by wire.
3
Ian Fraser, Guide to the Application of the Machinery Directive, 2006/42, European Commission DG Enterprise
and Industry, 2nd
Edition, June 2010, p.228
7. 7 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Exhibit 1: Sample EC declaration of conformity
EC DECLARATION OF CONFORMITY
[Business name and full address of the manufacturer OR name and address of
the manufacturers authorised representative established in the EC and the
business name and address of the manufacturer]
We hereby declare that the product:
[Generic denomination, Function, Model, Type, Serial number,
Commercial name]
Is in accordance with:
[Machinery Directives]
[other Directives which apply 4]
Is in accordance with:
[Harmonised standards applied]
NB: The application of harmonized standards is not obligatory. However, any harmonised
standards that have been employed to conform to the Directive should be mentioned.
The following person is authorised to compile the technical file:
[Name, function, business address]
Place and date of the declaration:
Name, signature, function:
[Clear identification of the person empowered to sign on behalf of the
manufacturer or its authorised representatives, plus the persons position]
It is the responsibility of the manufacturer or his authorised representative to draw up
and sign an EC declaration of conformity proving that the product meets the
requirements.
The DoC must include: manufacturer's details (name and address, etc.); essential
characteristics the product complies; any European standards and performance data;
if relevant the identification number of the Notified Body; and a legally binding
signature on behalf of the organization.
4
The European Commission: The Declaration of Conformity should refer to the Machinery Directive and EMC
Directive but not to the Low Voltage Directive. This is due to fact that the emission requirements of the EMCD are
applicable in addition to those of the MD. Whereas the safety requirements of the LVD are described in the
section 1.5.1 of Annex I to the MD.
8. 8 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
CE Marking & Warning Signs
Is the official CE mark used?
The CE marking consists only of the
letters "CE" with the graphic form shown
in the diagram of the Directive and in the
Regulation 765/2008.
The various components of the CE
marking must have the same vertical
dimension, which may not be less than 5
mm. The minimum dimension may be
waived for small-scale machinery
The CE marking must be affixed to the
machinery visibly, legibly and indelibly in
the immediate vicinity of the name of the
manufacturer or his authorised
representative, using the same
technique.5
Where can the CE mark be
placed?
The CE mark has to be in an obvious
place and it has not to be confused with
CE marks of components. With regards to
the size of the machinery, marking
should be easily readable. Marking
should not be effaced during the lifetime
of machinery under its expected
conditions of use. If the marking is
displayed on a plate, it should be
permanently fixed to the machinery,
preferably by welding, riveting or
bonding.6
Which components might need
CE marking?
The Machinery Directive applies to
completed machines and assemblies
and not to components.7 However, there
are some components that might need
CE marking according to other directives.
In such cases manufacturers of the
components are obliged to comply with
the formalities of the relevant directive(s)
and mark the products accordingly. The
manufacturer of the machine will
indicate in the instructions which marks
have been affixed pursuant to other
directives and any obligations they may
involve (such as compulsory periodical
testing, inspection or replacement).8
Safety components and lifting
accessories must apply to all obligations
specified in the Machinery Directive as
they are considered as machinery in the
broad sense and must meet all essential
health and safety requirements of the
Directive.
5
Ian Fraser, Guide to the Application of the Machinery Directive, 2006/42, European Commission DG Enterprise
and Industry, 2nd
Edition, June 2010, p. 122
6
Refer to footnote 4 source, p.227
7
For example, roller conveyors or other devices to get a higher automation level belong to the machine and dont
need an extra CE marking if they are a component of the sawing equipment Directive 2006/42/CE
9. 9 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Exhibit 2:
Example of a
nameplate used
to identify the
product
Items of pressure equipment or pressure
assemblies should bear CE marking in
case they fall under the provisions of
article 3 of the PED Directive.9 Otherwise,
they should only bear marking to permit
identification of the manufacturer or the
authorized representative.10
Who can affix the CE marking?
It is the responsibility of the
manufacturer or his authorised
representative to affix the CE marking.
An authorised representative is the
natural or legal person mandated by the
manufacturer in writing. The written
mandate entitles the representatives to
perform all formalities and obligations on
behalf of the manufacturer for the
machine in question.
What should be included on the
nameplate?
The business name and full address
of the manufacturer and, where
applicable, the authorised
representative
Designation of the machinery
The CE Marking
Designation of series or type
Serial number and/or batch number
The year of construction, that is the
year in which the manufacturing
process is completed
This data should be in one official EU
language. More data can be included,
but these are the minimum
requirements by the machinery
directive.11
8
http://ec.europa.eu/enterprise/sectors/mechanical/files/machinery/facts_en.pdf
9
The Pressure Equipment Directive (97/23/EC), Art. 15
10
The Pressure Equipment Directive (97/23/EC), Art 3.3
11
The Machinery Directive 2006/42, Annex I 1.7.3
12
http://eur-lex.europa.eu/LexUriServ/site/en/consleg/1958/R/01958R0001-20070101-en.pdf
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In which language should the
data accompanying CE
marking be?
This data should be at least in one of the
official EU languages12 (Bulgarian, Czech,
Danish, Dutch, English, Estonian, Finnish,
French, German, Greek, Hungarian, Irish,
Italian, Latvian, Lithuanian, Maltese,
Polish, Portuguese, Romanian, Slovak,
Slovene, Spanish and Swedish).
What should the machine not
bear?
The machine should not bear any
misleading signs similar to CE marking,
even if these are additional to the
original CE marking. Neither should the
CE marking be covered by other signs.
What about the obligations for
the importer/ distributor?
It is the responsibility of the importer and
distributor to make sure that only
products complying with legislation and
bearing the CE marking are placed on the
market.
In cases where a metalworking band
sawing machine is produced in third
countries and the manufacturer is not
represented in the EEA, the importer
must make sure that the machine placed
on the market by them complies with the
EU requirements and does not present a
risk to health and safety. The importer
must verify that the manufacturer
outside the EU implemented the
necessary steps to ensure compliance
and that the documentation is available
upon request.
Are the CE marked
metalworking band sawing
machines tested and approved
by the authorities?
The assessment that band sawing
machines conform to the legislative
requirements applying to them is the sole
responsibility of the manufacturer. Thus
it is the manufacturer himself who affixes
the CE marking also it is the
manufacturer who drafts the EC
Declaration of Conformity. However
certain machine tools require conformity
assessment by a third party, i.e. a
notified body.13
Exhibit 3: Example of a
nameplate used to
identify the product
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Which warnings should be
included on metalworking band
sawing machines?
The manufacturer is not expected to
mark on the machinery all of the
information for safe use provided in the
instructions. However, information
concerning essential aspects of safe use
must be marked on the machinery. The
information to be marked on the
machinery is usually specified in the
relevant harmonised standards14 and has
to be in the language of the member
state in which the machinery is placed on
the market and/or put into service and
may be accompanied, on request, by
versions in any other official Community
language or languages understood by the
operators.15
If the apparatus does not comply with the
compatibility and electrical safety
requirements for residential areas, this
restriction of use should be clearly
indicated where appropriate on the
apparatus and packaging.16
Possible warnings on a band sawing
machine:
Instruction about machine transport
at the machine (infeed of material)
Maximum dimensions of workpieces
The maximum dimensions of the tools
to be used
Exhibit 4: Examples of possible safety signs affixed to the machine
Source: MACC Costruzioni Meccaniche S.p.A.
13
The European Commission, FAQ, CE Marking
14
Ian Fraser, Guide to the Application of the Machinery Directive, 2006/42, European Commission DG
Enterprise and Industry, 2nd
Edition, June 2010, p.231
15
Machinery directive Annex I point 1.7
16
Electromagnetic Compatibility (EMC): Directive 2004/108/EC 9.4
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Verifying the conformity
of the machine
There is a list of safety requirements that may be checked by visual inspection of the
metalworking band sawing machines. This list provides a number of questions that need to be
answered in order to check the conformity of a metalworking band sawing machine. However
this list does not claim to be exhaustive and it does not include specific requirements for
certain types of metalworking band sawing machines, which can be found in the respective
directives and harmonized standards.17 Therefore conformity with the checklist does not
demonstrate full compliance with the Directive 2006/42/CE. It rather indicates whether
health and safety requirements have or have not been met.
Checklist
A combination of fixed and movable interlocking guards should prevent access to
the moving saw blade (exceptions see cl. 5.4 of the standard
EN 13898:2003+A1:2009).
The interlocking devices connected to the guards should have at least one well-
tried electromechanical detector switch designed to act as break contact.
Does opening an interlocking guard initiate a stop function of category 0 or 1?18
Stop category 0: Stopping of the machine motion by immediate removal of
electrical power to the machine actuators.
Stop category 1: A controlled stop with power available to the machine
actuators in order to stop the process and then removal of power
afterwards; such a controlled stop is defined as stopping with electrical
power maintained at the machine actuators during the stopping process.
Where it is possible to touch the saw blade due to the saw blade overrun, the
guard should be equipped with guard locking (c.f. EN 1088).
The guarding system, including guards and protective devices, should also be
mechanically protected if the working environment includes loading and
unloading of work materials by cranes or trucks or other mechanised handling
equipment.
Automatic and semi-automatic band sawing machines should be equipped with
the production mode and a setting mode (set-up mode).
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17
Maschinenbau- und Metall- Berufsgenossenschaft Geissler/ Huening, Checklist for visual inspection and
functional test
18
9.2.2 IEC60204 Safety of machinery Electrical equipment of machines
19
ibid
In order to change the mode of operation, equally secure means should be
available, for example: key switch, access code or other.
In the production mode, guards should be closed unless there is another function
for protection in place (such as electrical controlled guards).
During set up mode, only necessary power-operated machine movements should
be possible. Such movements are only allowed to be operated by a hold-to-run
control. Possible movements include: power motion of the saw blade, powered
movement or clamping of the work material, powered chip removal by conveyors.
No more than one control panel is allowed to be active in the set-up mode.
The start/ restart controls should be located outside the working area and should
impede operation after all interlocking guards are closed.
The emergency stop function should be in place. Exemptions: band sawing
machines with hold-to-run controlled saw blade drive systems and manual head
feeds.
The emergency stop controls should be in place at all control stations of the
machine (e.g. main control unit, material feed stations or workpiece unloading
stations), as well as at any area not visible from the operating panel position
where a risk can occur.
A mode selector switch should be in place ensuring that only one mode of
operation is active at a given time.
The entire length of the saw blade should be covered by fixed, adjustable or
interlocking guards, except at the point of operation (see Exhibit 5 on page 14).
Interlocking moving saw band wheels should be protected by moveable guards.
The saw blade during sawing should be supported with an adjustable guard
which follows the motion of the guard.19
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Exhibit 5: Horizontal band sawing machine
column type, illustration of the point of operation
as defined in the checklist and in accordance
with EN 13898:2003+A1
Source: UCIMU R端sch by Scortegagna
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Exhibit 7: Horizontal band sawing machine - column type
The entire length of
the saw is covered
beside the
working area
Emergency stop device
at control station Adjustable protective guard
Fixed adjustable
protective guard
Exhibit 6: Horizontal band sawing machine - pivot type
Emergency stop
device at control
station
As defined by EN 13898:2003 band
sawing machines are equipped with
toothed cutting. We divide these types of
machines into manual, semi-automatic-
cycle machines and automatic machines.
Such machines are used to cut metal
workpieces. Band sawing machines
produce a uniform cutting action as a
result of an evenly distributed tooth load.
The pictures below show two different
types of band sawing machines.
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Accompanying Instructions
All machinery must be accompanied by
(a booklet of) instructions in the official
Community language or languages of the
Member State in which it is placed on the
market and/ or put into service. The
instructions accompanying the
machinery must be either original
instructions or a translation of the
original instructions, in which case the
translation must be accompanied by the
original instructions.
By way of exception, the maintenance
instructions intended for use by
specialized personnel mandated by the
manufacturer or his authorised
representative may be supplied in only
one Community language which the
specialised personnel understand 20
It should contain the basic elements of
the EC declaration of conformity along
with other details (the following is not an
exhaustive list):
The business name and full address
of the manufacturer and of his
authorised representative.
A general description of the machinery
and the designation of the machinery
as marked on the machinery itself,
except for the serial number.
The drawings, diagrams, descriptions
and explanations necessary for the
assembly, use, maintenance and
repair of the machinery and for
checking its correct functioning.
Warnings concerning ways in which
the machinery must not be used that
experience has shown might occur.
Recommendations that the operator
does not carry out actions which could
reduce the protection offered by the
safeguards (like the removal of a
safety component)
remove safety components himself,
only to make them visible again after
an accident.
At least all the warnings that are
placed on the machinery.
20
The Machinery Directive 2006/42 Annex I, 1.7.4
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Transportation Information
Metalworking band sawing machines
must be capable of being handled and
transported safety and must be
packaged or designed so that they can
be stored safely and without damage.
Machinery and its components and
fittings must be stable enough to avoid
overturning, falling or uncontrolled
movements during transportation/
assembly/ dismantling and any other
possible movements. The machine tool
must be packaged for transport to the
users premises and designed and
constructed so that it can be safely
loaded, transported, unloaded and
moved to the place of installation.21
As the weight and size of metalworking
band sawing machine tools prevent them
from being portable by hand, such
machinery or each component part (not
portable by hand and transported
separately and not being incorporated
into the machinery) must:
Either be fitted with attachments for a
lifting gear;
Or be designed so that it can be fitted
with such attachments;
Or be shaped in such a way that
standard lifting gear can easily be
attached.
Examples of lifting gears include gears
with crane blocks, wire rope blocks,
sheaves, swivels, sockets, turnbuckles
and hooks.
Safety signs on transportation related
information are not obligatory to be put
on the machine, but could be
recommended.
Exhibit 8: Instruction for machine transport at the machine
21
Ian Fraser, Guide to the Application of the Machinery Directive, 2006/42, European Commission DG Enterprise
and Industry, 2nd
Edition, June 2010, p. 156
18. 18 | Guidelines for CE Marking on Metalworking Band Sawing Machines | 09/2011:2
Exhibit 9: Optional instructions for machine transport at the machine
Source: KASTO Maschinenbau GmbH & Co. KG
Bows
In truck: taut-band
In container: fasten machine with ropes at four points on the floor
19. The document provides the reader with general guidance for good practice and
should only be taken as suggestions or observations for consideration when
addressing issues relating to CE marking on band sawing machines.
This document is also available on the CECIMO website: www.cecimo.eu
息 Crown copyright This publication may be freely reproduced, except for advertising,
endorsement or commercial purposes. First published 06/2011. Please acknowledge
the source as CECIMO.
All rights reserved
息 2nd edition September 2011
Publisher: Filip Geerts
Editor: Magdalena Garczynska
Assistant Editor and Graphics: Deborah Yates
Contribution: CECIMO members, Efthymia Ntivi, Pierre Thibaudat, G旦kalp G端m端dere,
20. CECIMO aisbl
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