ATEX / IECEx Manual
Contents
1. 2G Ex ia IIC Gb I M1 Ex ia Ma Kx II 1G Ex ia IIB Ga Warning 1 Warning 2 N A Warning 1 Warning 1 I M1 Ex ia Ma x II 1G Ex ia Ga Kx II 2G Ex ia IIB Gb Warning 1 P 5 I M1 Ex ia Ma x II 2G Ex ia IIB Gb Warning 1 P 6 x I M1 Ex ia Ma Kx II 1G Ex ia IIC Ga Warning 2 Table 5 Tag EPL Category Group and Ex markings 2 10 Warning 1 For E encased M metal and P painted tag variants ONLY additional to the marked Ex code it is permissible for a tag variant to be given the following effective Ex code note this code will not be marked on the tag II 1G Ex ia IIC Ga FOR FIXED INSTALLATIONS ONLY Under these conditions there may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflovv dust laden atmosphere and should only be cleaned vvith a damp cloth VVarning 21 Tags marked with X 6 are permitted ONLY in fixed installations only Under these conditions there may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned with a damp cloth 11 3 Structure and Function 3 1 Intended Purpose Usage Important Before setting the unit to work read the technical documentation carefully Important The latest version of the technical documentation or the corresponding technical sup2. ExtRONICS OmnrlD C Safety Manual Omni ID UHF Tags This page is intentionally left blank Document Number 330556 See Last Page for Revision Details 2012 Extronics Limited This document is Copyright Extronics limited Extronics reserve the right to change this manual and its contents without notice the latest version applies Contents 1 Safety Information and Notes 4 1 1 Storaqeof this 4 1 2 Special Conditions for Safe Use 4 k ATBXAEGEX i A a A L 4 15 O O li a A ax A a Ne 4 2 Safety Related Installation Information 7 Zod Product Marking i sisien digi oint i E a AS 7 2 2 Temperature Ratings nn 8 2 2 1 Base Station Reader Power Limitation for Temperature Classification 8 2 3 EPL Group Category and Tag Marking 9 etre and Function ie Gas iat aes kaze a oa 12 3 1 Intended Purpose Usage nn 12 3 2 Transportation and Storage nn rna 12 3 3 Authorized Persons i HR d s He 12 3 4 Cleaning and Maintenance 12 3 5 Safety Precaullons 12 3 6 Cleaning and Maintenance Intervals nn 12 3 7 Aggressive substances and environment 13 3 8 Exposure to external Stresses a 13 4 ATEX COMMNCAC i ao a o o al DU Y DU 14 5 IEC EXC SICA a d ah 000000 18 6 EC Declaration of Conformit
3. RF power from RFID base station transmitter output to the reader antenna vs upper ambient temperature Tamb C T6 W T5 amp Group 1 W T4 W 40 0 13 0 36 0 79 50 0 10 0 32 0 75 60 0 06 0 29 0 72 70 0 03 0 25 0 68 80 N A 0 22 0 65 Table 2 F variant maximum conducted RF power from RFID base station transmitter output to the reader antenna vs upper ambient temperature Tamb C T6 W T5 amp Group I W T4 W 40 0 19 0 50 1 10 50 0 14 0 45 1 05 60 0 09 0 40 1 00 70 0 04 0 35 0 95 80 N A 0 31 0 90 Table 3 C variant maximum conducted RF power from RFID base station transmitter output to the reader antenna vs upper ambient temperature Warning The lower ambient temperature for all tag variations is 40 C 2 3 EPL Group Category and Tag Marking All Tags will be marked with a Z V X marking which corresponds to the Ex code marking shown in Table 4 and Table 5 Warning Only install the tags in the area permitted by the Ex code marked on the tag It is only permissible to install the tags in an area permitted by Warning 1 if the product code is such that it allows the application of Warning 1 and the tag is installed in a fixed location Information In this case a fixed installation is defined as an installation where the tag or the asset the tag is attached to does not move in normal operation E g if the tag is installed on a han
4. as the Accident Prevention Regulations 3 6 Cleaning and Maintenance Intervals The cleaning intervals depend on the environment where the system is installed 12 3 7 Aggressive substances and environments The Omni ID UHF tags are not designed to come into contact with aggressive substances or environments please be aware that additional protection may be required 3 8 Exposure to external stresses The Omni ID UHF tags are not designed to be subjected to excessive stresses e g vibration heat impact Additional protection is required to protect against these external stresses The Omni ID UHF tags will require additional protection if it is used in a location where it may be subjected to damage 13 4 ATEX Certificate Certificate Number Baseefa11ATEX0123X 2212216 issued mare Issue 2 dala 1 EC TYPE EXAMINATION CERTIFICATE 2 Equipment or Protective System Intended for use in Potentially Explosive Atmospheres Directive 94 9 EC 3 EC Type Examination Baseefal 1 ATEX0123X Issue 2 Certificate Number 4 Equipment or Protective System Omni ID RF Tags 5 Manufacturer Extronics Limited 6 Address Middlewich Cheshire CW10 0HU 7 This equipment or protective system and any acceptable variation thereto is specified in the schedule to this certificate and the documents therein referred to 8 Baseefa Notified Body number 1180 in accordance with Article 9 of the Council Directive 94 9 EC of 23 March 1994
5. t docs not necessarily indicate that the equipment may be used in particular industries or circumstances Baseefa R S SINCLAIR Rockhead Business Park Staden Lane Buxton Derbyshire SK17 9RZ Telephone 44 0 1298 766600 Fax 44 0 1298 766601 n o e mail info baseefa com web site www baseefa com Baseefa Baseefa is a trading name of Baseefa Ltd Registered in England No 4305578 Registered address as above 14 Operating Manual Certificate Number Baseefa11ATEX0123X Baseefa Issued 11 February 2013 Page 2 of 4 Issue 2 13 Schedule 14 Certificate Number Baseefa11ATEX0123X Issue 2 15 Description of Equipment or Protective System The Omni ID UHF tags are a range of passive radio frequency identification RFID tags that consist of a small integrated circuit IC and an antenna mounted on a printed circuit board An optional enclosure may be present An RF signal generated by a separate RFID reader interrogator is intercepted by the Omni ID UHF tag and used to power the IC The powered IC can then demodulate modulate the received RF signal to allow the IC to be programmed by the reader and to back scatter the intercepted RF signal to the reader The reader interprets the back scattered signal to allow the tag to be identified The equipment is marked using the following product code 7 where Z Y X determines the applicable marking code as shown below Additional Gas Group ve x GasG
6. ECEx i of Conformity Certificate No IECEx BAS 11 0081X Date of Issue 2013 02 11 Issue No 2 Page 4 of 4 DETAILS OF CERTIFICATE CHANGES for issues 1 and above pees 55 iwi installation near ExTR GB BAS ExTR12 0304 00 File Reference 12 0572 Annexe IECEx BAS 11 0081X Annex Iss 2 pdf 21 Operating Manual Baseefa ANNEX to IECEx BAS 11 0081X Issue No 2 Date 11 Feb 2013 The equipment is marked using the following product code ss Z Y X where Z Y X determines the applicable marking code as shown belovv Additional Gas Group amp EPL for fixed use on Ex ia ITB Ga Ex ia IIC Gb Ex ia Ma Ex ia IIB Ga Ex ia Ma Ex ia ITA Ga Ex ia IIB Gb Ena l G Ex ia IIB Gb Hsm Ex ia Ga note 2 ee 9 Ex ia IIC Ga 00 es Ex ia IIB Ga Ex ia IIC Gb Ex ia Ma note 2 Ex ia IIC Ga note 2 L ajr kuroa ny Ex ia IIC Ga Ex ia Ma G Ex ia IIB Ga Page of 3 22 Operating Manual Baseefa Baseefa United Kingdom ANNEX to IECEx BAS 11 0081X k Date 11 Feb 2013 a Additional Gas Group EEPL for ied wc Ex ia IIC Ga Ex ia Ma Ex ia IIB Ga Ex ia IIC Gb EE Ex ia IIB Ga Ex ia Ma Ex ia IIA Ga Ex ia IIB Gb Ex ia Ma Ex ia IIB Gb e e ees Ex ia IIC Ga note 2 Note 1 In addition to the marked EPL and group the following marking is not present on the equipmen
7. certifies that this equipment or protective system has been found to comply with the Essential Health and Safety Requirements relating to the design and construction of equipment and protective systems intended for use in potentially explosive atmospheres given in Annex II to the Directive The examination and test results are recorded in confidential Report No s GB BAS ExTR12 0304 00 9 Compliance with the Essential Health and Safety Requirements has been assured by compliance with EN 60079 0 2009 EN 60079 11 2007 except in respect of those requirements listed at item 18 of the Schedule 10 If the sign X is placed after the certificate number it indicates that the equipment or protective system is subject to special conditions for safe use specified in the schedule to this certificate 11 This EC TYPE EXAMINATION CERTIFICATE relates only to the design and construction of the specified equipment or protective system Further requirements of the Directive apply to the manufacturing process and supply of this equipment or protective system These are not covered by this certificate 12 The marking of the equipment or protective system shall include the following 6 see schedule This certificate may only be reproduced in its entirety vvithout any change schedule included Baseefa Customer Reference No 3700 Project File No 12 0572 This certificate is granted subject to the general terms and conditions of 7 7 ieli Basecfa
8. d held tool the tag is not a fixed installation Fixed Installation N A Warning 1 x I M1 Ex ia Ma i x 1 M1 Ex ia Ma II 1G Ex ia Ga Warning 1 6 II 2G Ex ia IIB Gb I M1 Ex ia Ma m II 2G Ex ia IIB Gb I M1 Ex ia Ma l 11 1G Ex ia IIC Ga x II 2G Ex ia IIB Gb NAA 6 II 2G Ex ia IIB Gb N A 11 2G Ex ia IIB Gb 1 M1 Ex ia Ma 1 6 II 1G Ex ia IIC Ga I M1 Ex ia Ma II 1G Ex ia IIC Ga x I M1 Ex ia Ma 6 II 1G Ex ia IIB Ga i 11 2G Ex ia IIC Gb arning 1 I M1 Ex ia Ma II 1G Ex ia IIB Ga II 2G Ex ia IIC Gb I M1 Ex ia Ma E II 1G Ex ia IIB Ga Table 4 Tag EPL Category Group and Ex markings 1 I M1 Ex ia Ma 6 II 1G Ex ia Ga amp 11 2G Ex ia IIB Gb I M1 Ex ia Ma 11 2G Ex ia IIB Gb N A N A 1 E Mor P Tag Marking KE I M1 Ex ia Ma x II 1G Ex ia IIC Ga Fixed Installation N A E Mor P KE I M1 Ex ia Ma x II 1G Ex ia IIB Ga Kx II 2G Ex ia IIC Gb Warning 1 E MorP KE I M1 Ex ia Ma x II 1G Ex ia IIB Ga Warning 1 E M or P KE I M1 Ex ia Ma Ex II 1G Ex ia Ga Kx II 2G Ex ia IIB Gb Warning 1 E MorP E Mor P KE I M Ex ia Ma x II 2G Ex ia IIB Gb x I M Ex ia Ma x 1G Ex ia IIC Ga KE I M1 Ex ia Ma II 1G Ex ia IIC Ga K x I M Ex ia Ma Kx II 1G Ex ia IIB Ga Kx
9. d in the Standards listed above TEST amp ASSESSMENT REPORTS A sample s of the equipment listed has successfully met the examination and test requirements as recorded in Test Report GB BAS ExTR1 1 0066 00 GB BAS ExTR11 0067 00 GB BAS ExTR11 0315 00 GB BAS ExTR12 0304 00 Quality Assessment Report GB SIRIQAR08 0025 03 19 Operating Manual Certificate of Conformity Certificate No IECEx BAS 11 0081 Date of Issue 2013 02 11 Issue No 2 Page 3 of 4 EQUIPMENT The Oma 10 UHF tags are a range of passive radio RFID tags that consist fa small integrated 75 x be present An RF signal generated by a separate RFID redevinaroal i intercepted by the Omn ID UHF lag and used to poss The powered IC can then demodulate modulate the oe tag TE PON domain abe yav r clas cd the intercepted RF signal to the reader The reader interprets the back scattered signal to allow the l identified The marking code is defined in the certificate annex CONDITIONS OF CERTIFICATION YES as shown below 1 The maximum RF power from the reader to its aerial must not exceed the limits shown in the annex to this certificate 2 The temperature class and permitted ambient temperature range are defined in the annex to this certificate 20 Operating Manual mr IECEx Certificate I
10. der the conditions listed above where either note 1 or note 2 apply there may be a potential electrostatic charging hazard When used in this manner the equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned using a damp cloth Page 3 of 3 24 6 EC Declaration of Conformity Released Specific to production batch Contact Extronics 7 Manual Revision Revision 01 02 03 04 05 06 Description Date By Initial Release For Certification 07 07 2011 AJR Added EC DoC ATEX and IECEx certificate 23 09 2011 AJR Added revision 02 of ATEX IECEx 55 certificates update maximum RF povver levels Added revision of 19 02 2013 AJR certificates update maximum RF power levels for C variant Updated ATEX IECEx conditions of safe use 25 04 2014 AJR Removed EC DoC 27 08 2014 AJR 25
11. ing When the tags are installed and read by a RFID reader base station inside a hazardous area the base station used inside the hazardous area must also be certified Additional to this the base station must be assessed to ensure its RF output power is limited as per Table 1 and Table 2 of this manual Warning The RFID tags are made from an electrically insulating material and as such are a potential electrostatic hazard if they are installed in an area other than that specified by the Ex code of the tag A tag with X 6 is always an electrostatic hazard and must only be used in a fixed installation and wiped with a damp cloth Warning If the tags are damaged in any way they must be removed from the hazardous area Warning The user MUST ensure that if the tags are read in a hazardous area the conducted power into the base station reader antenna is less than that in Table 1 Table 2 and Table 3 for the relevant product code Conducted power is the RF power delivered from the base station transmitter via wires conducted to the antenna The antenna gain can be ignored for ATEX IECEx compliance provided that the antenna gain is passive only i e no electrical amplification between the transmitted output and antenna input or inside the antenna itself Warning The lower ambient temperature for all tag variations is 40 C For E encased M metal and P painted tag variants ONLY additional to the marked Ex code it is pe
12. on GA This drawing is held with IECEx BAS11 0081X issue 1 There are no other drawings associated with this certificate The release of the prime certificate The associated test and assessment is documented in Test Report No GB BAS ExTR11 0066 00 6 GB BAS ExTRI 1 0067 00 This issue of the certificate incorporates previously issued primary amp supplementary certificates into one certificate and permits mechanical changes leading to revised RF power level limits To permit the introduction of new variants and a reduction of the marking present on very small tags which now require a supplementary label to be supplied for field installation near to the tags 20 Certificate History J De 2 August 2011 Baseefal 1 ATEX0123X Baseefal 1 ATEX0123X Issue 1 Baseefa11ATEX0123X 6 February 2012 Issue 2 For drawings applicable to each issue see original of that issue 17 Operating Manual 5 IECEx Certificate BB IECEx Certificate of Conformity INTERNATIONAL ELECTROTECHNICAL COMMISSION IEC Certification Scheme for Explosive Atmospheres for rules and details of the IECEx Scheme visit www iecex com Certificate No IECEx BAS 11 0081X issue No 2 Certificate history Issue No 2 pega ssue No 1 2012 1 20 e Issue No 0 2011 8 4 Date of Issue 2013 02 11 Page 1 of 4 Applicant Extronics Limited 1 Dalton Way Midpoint 18 Middlewich Che
13. osphere and should only be cleaned using a damp cloth 1 3 List of Notes The notes supplied in this chapter provide information on the following Danger Warning o Possible hazard to life or health e Caution o Possible damage to property e Important o Possible damage to enclosure device or associated equipment e nformation o Notes on the optimum use of the device Warning The RFID tags have been certified as a product range as such different tag variants will have a different EPL and group Additional to this the ambient temperature is dependent upon the tag variant and the RF power it is subjected to from a RFID reader base station It is impractical to include all this information on the RFID tag label Therefore the ATEX IECEx certificate and this manual MUST be used to ascertain the permissible ambient temperatures and T classes permissible and under which operating conditions the RFID tags can be safely installed and operated Warning The user MUST ensure that if the tags are read in a hazardous area the conducted power into the base station reader antenna that is the power delivered from the base station transmitter via wires conducted to the antenna is less than that in Table 1 and Table 2 for the relevant product code part Z Any reader antenna gain may be used to provide the maximum EIRP allowed by the country of operation Warning Only passive antennas may be used to assess the conducted RF power Warn
14. plements is valid in each case Omni ID UHF tags are built using modern components and is extremely reliable in operation however it must only be used for its intended purpose Please note that the intended purpose also includes compliance with the instructions issued by the manufacturer for installation setting up and service Any other use is regarded as conflicting with the intended purpose The manufacturer is not liable for any subsequent damage resulting from such inadmissible use The user bears the sole risk in such cases 3 2 Transportation and Storage All Omni ID UHF tag devices must be so transported and stored so that they are not subjected to any excessive mechanical or environmental stresses 3 3 Authorized Persons Only persons trained for the purpose are authorized to handle the Omni ID UHF tags they must be familiar with the units and must be aware of the regulation and provisions required for explosion protection as well as the relevant accident prevention regulations 3 4 Cleaning and Maintenance The Omni ID UHF tags and all its components require no maintenance The tags are potential electrostatic charging hazards and as such should only be wiped with a damp cloth 3 5 Safety Precautions Important For the installation maintenance and cleaning of the units it is absolutely necessary to observe the applicable regulations and provisions concerned with explosion protection EN 60079 0 EN 60079 14 as well
15. rmissible for a tag variant to be given the following effective Ex code note this code will not be marked on the tag Warning II 1G Ex ia IIC Ga FOR FIXED INSTALLATIONS ONLY Warning Warning Under these conditions there may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned with a damp cloth Tags marked with X 6 are permitted ONLY in fixed installations only Under these conditions there may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned with a damp cloth Very small tags are unable to fit all of the required marking information on them Any tag which do not contain the ATEX IECEx certificate numberwill be provided with an external label The user must ensure that the supplied label is attached adjacent to the tag 2 Safety Related Installation Information 2 1 Product Marking The equipment will be marked with the information shown below Actual layout may vary on each variant EXTRONICS Congleton CVV12 1PG Omni ID kkokokkk Z Y X Baseefa11ATEX0123X IECEx BAS11 0081X KXXX I M1 Ex ia Ma II 1G ia 6 II 2G Ex ia T see schedule MSXXXX DDDYY VVARNING User must refer to the certificate and user manual for conditions of safe use and temperature classifica
16. roup amp EPL EPL for fixed use on Ex ia IIC Ga Ex ia Ma Ex ia IIB Ga Ex ia IIC Gb Ex ia IIB Ga Ex ia Ma Ex ia Ga Ex ia IIB Gb a l 1 Ex ia IIB Gb Ex ia IIC Ga note 2 Ex ia Ma 2 3 4 5 ia Ma Ex ia IIB Ga Ex ia IIC Gb Ex ia Ma note 2 Ex ia IIC Ga note 2 15 Operating Manual Certificate Number Baseefa11ATEX0123X Baseefa 3 Terany 20s Issue 2 age 3 of 4 7 Additional Gas Group pox x Gas Group amp EPL 5 EPL for fixed use on Ex ia Ma Ex ia IIB Ga Ex ia IIC Gb Ex ia IIB Ga Ex ia IIC Gb Ex ia Ma Ex ia IIB Ga Ex ia Ma Ex ia HA Ga Ex ia IIB Gb Ex ia Ma Ex ia IIB Gb Ex ia Ga note 2 Note 1 In addition to the marked EPL and group the following marking is not present on the equipment but is valid for fixed application only 6 II IG Ex ia IIC Ga Under these conditions there may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned using a damp cloth Note 2 These variants are suitable for fixed application only There may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned using a damp cloth The applicable temperature class as determined by the maximum ambient temperature the product code and the maximum po
17. shire CW10 0HU United Kingdom Electrical Apparatus Omni ID UHF Tags Optional accessory Type of Protection Intrinsic Satety Marking Ex ia see schedule Approved for issue on behalf of the IECEx RS Sinclair Certification Body Position General Manager lor printed version Date 6 1 1 L L Coran ana OAO 2 This issuing body 3 The Status and authenticity of this certificate may be v r q by visting tre Official IECEX Webete Certificate issued by Buxton Baseefa 18 Operating Manual Certificate of Conformity Certificate No IECEx BAS 11 0081X Date of Issue 2013 02 11 Issue No 2 Page 2 of 4 Manufacturer Extronics Limited 1 Dalton Way Midpoint 18 Middlewich Cheshire CW10 OHU United Kingdom Additional Manutacturing location s This certificate is issued as verification that a sample s representative of production was assessed and tested and STANDARDS The electrical apparatus and any acceptable variations to it specified in the schedule of this certificate and the identified documents was found to comply with the following standards ae Explosive atmospheres Part 0 Equipment General requirements IEC 60079 11 2006 Explosive atmospheres Part 11 Equipment protection by intrinsic safety 2 This Certificate does not indicate compliance with electrical salety and performance requirements other than those expressly include
18. t but is permitted for fixed application only Ex ia IIC Ga Under these conditions there may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned using a damp cloth Note 2 These variants are suitable for fixed application only There may be a potential electrostatic charging hazard The equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned using a damp cloth r For R variants the maximum RF povver output from the tag reader to its aerial must not exceed the follovving Cc amp Group 40 025w 66 15V 50 018w 0 59VV 1 5 60 0 12 VV 0530 15V 70 0 06w 047V 15W 80 NA 04sow 15 For F variants the maximum RF power output from the tag reader to its aerial must not exceed the following Group T6 Group T5 Group IIC T4 C amp Group 40 0 13W 36 079w 50 0 10VV 32 0 75 Page 2 of 3 23 Baseefa Rockhead Business Park Staden lane Buxton Derbyshire SK179RZ United Kingdom ANNEX to IECEx BAS 11 0081X Date 11 Feb 2013 For C variants the maximum RF power output from the tag reader to its aerial must not exceed the following amp Group 40 0 50w 140W 50 0 45 60 0 40VV 0 35VV 0 95 80 31 0 90VV Un
19. tion Note Actual Ex marking on the tag will vary dependant upon the tag variant The Ex code marked on the tag must be observed except as specified in section 2 3 xxx denotes a production or marketing name for a tag variant Z s used to obtain the ambient temperature and T class for the tag variant Y denotes the type of enclosure used E for encased plastic L for a label tag and M for a metal tag P for a painted tag X denotes the size of the electrostatic charging hazard Warning Very small tags are unable to fit all of the required marking information on them Any tag which do not contain the ATEX IECEx certificate numberwill be provided with an external label The user must ensure that the supplied label is attached adjacent to the tag 2 2 Temperature Ratings The T class and temperature ratings of the tags will depend on 2 factors 1 The amount of power conducted in to a reader antenna That is the power delivered to a radiating antenna from a transmitter This is NOT the EIRP which also takes into account the antenna gain 2 The distance between the reader and the tag The RFID tags contain no internal sources of heating the only thermal rise will be when the tag is under the radiation of an external RFID reader base station 2 2 1 Base Station Reader Power Limitation for Temperature Classification Warning The user MUST ensure that if the tags are read in a hazardous area the conducted power in
20. to the base station reader antenna is less than that in Table 1 for Z R Table 2 for Z F and Table 3 for Z C Conducted power is the RF power delivered from the base station transmitter via wires conducted to the antenna The antenna gain can be ignored for ATEX IECEx compliance provided that the antenna gain is passive only i e no electrical amplification between the transmitted output and antenna input or inside the antenna itself Information The antenna gain must be taken in to account when assessing compliance with international radio frequency regulations Radiated Power Antenna Gain N i G 1779 RFID Base Station Transmitter in hazardous area Output povver from transmitter P Conducted Povver Actual radiated power Conducted power in to the antenna which is radiated in to free space EIRP Effective Isotropic Radiated Power and takes the antenna gain in to account It is the product of the conducted RF power and antenna gain EIRP is the amount of power a theoretical isotropic antenna would emit to produce the same power density that the antenna with gain can produce in the direction of its main beam width For ATEX IECEx compliance only the conducted power in to a passive antenna needs to be assessed Tamb C T6 W T5 8 Group 1 W T4 VV 40 0 25 0 66 1 5 50 0 18 0 59 1 5 60 0 12 0 53 1 5 70 0 06 0 47 1 5 80 N A 0 40 1 Table 1 R variant maximum conducted
21. wer from the reader is shown in the Special Conditions for Safe Use 16 Report Number GB BAS ExTR12 0304 00 17 Specific Conditions of Use 17 1 For R variants the maximum RF power output from the tag reader to its antenna must not exceed the following Group IIC T4 Group IIC T6 Group IIC TS amp Group 1 16 Operating Manual Certificate Number Baseefa11ATEX0123X B asee fa Issued R 1 February 2013 ssue 2 age 4 of 4 17 2 For F variants the maximum RF power output from the tag reader to its antenna must not exceed the follovving Tame Group IIC T6 Group IIC TS Group IIC T4 c amp Group I 4003401 0 13VV 036V 0 79V o 0 10V 032w_ 075 260 0 06V 0 29V 0 72V 701 003w 0 25V 068W 801 022w 0565 Group IIC T6 Group IIC T5 Group T4 17 4 Under the conditions listed in the certificate schedule where either note 1 or note 2 apply there may be a potential electrostatic charging hazard When used in this manner the equipment is not to be mounted in a high airflow dust laden atmosphere and should only be cleaned using a damp cloth 18 Essential Health and Safety Requirements All relevant Essential Health and Safety Requirements are covered by the standards listed at item 9 19 Drawings and Documents New drawings submitted for this issue of certificate Number Sheet Issue Date Description 330266 105 03 31 01 2013 Tag Certificati
22. y aa aa AR Aa ULU R s 25 Z Manual Revisiotiiii iii eb e AR 25 1 Safety Information and Notes 1 1 Storage of this Manual Keep this user manual safe and in the vicinity of the device All persons required to work with the device should be advised on where this manual is stored 1 2 Special Conditions for Safe Use 1 2 1 ATEX IECEx For R variants the maximum RF power output from the tag reader to its antenna must not exceed the following Tamb C T6 W T5 amp Group W T4 W 40 0 25 0 66 1 5 50 0 18 0 59 1 5 60 0 12 0 53 1 5 70 0 06 0 47 1 5 80 N A 0 40 1 5 For F variants the maximum RF power output from the tag reader to its antenna must not exceed the following Tamb C T6 W T5 amp Group W T4 W 40 0 13 0 36 0 79 50 0 10 0 32 0 75 60 0 06 0 29 0 72 70 0 03 0 25 0 68 80 N A 0 22 0 65 For C variants the maximum RF power output from the tag reader to its antenna must not exceed the following Tamb C T6 W T5 amp Group 1 W T4 W 40 0 19 0 50 1 10 50 0 14 0 45 1 05 60 0 09 0 40 1 00 70 0 04 0 35 0 95 80 N A 0 31 0 90 Under the conditions listed in the certificate schedule where either note 1 or note 2 apply there may be a potential electrostatic charging hazard When used in this manner the equipment is not to be mounted in high airflow dust laden atm
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