INSTALLATION AND OPERATING MANUAL iWAP107
Contents
1. 20 3 11 Antenna Requirermerlbs 25558 5 nak 4098 08 48 206 8 020 ed t P Edi eR 20 3 12 Aritenna rnstellartiorf ca eec ca aren wt sta tcu e uev uae aves Guu enna aqaa pe UMP PEG OUR 20 4 Inttended Purpose enu coU aU E DA airs uU UA UN 22 4 1 Transportation 5 RU tutu Dux e en LA aaa 22 4 2 Authorized PERSONS avertat ied prier yk Vo yea a ise erst dean orat us open quisqu a 22 4 3 Cleaning and Maintenance 0 51 09 e P PRPi IP PAR TDIIPR 22 4 4 Cleaning and Maintenance 23 4 5 Aggressive Substances and Environments ann nn 23 4 6 Exposure tO External SITeSSeS a atat tbi anti an teats Anas AAR ERR ROAR RAE ARERR AN SDIATS M UO AT dd 23 5 ID AE 24 6 mene cn nnn mene sucer a mere eer one eer o Va E er eT ce 25 7 WIDE 5 PH 26 8 EC Declaration eee eee ee a 27 9 Manual REVISION FISEODY iiit ERE Eolo dva pda Pria IA 29 Figure 1 iWAP107 Stainless Steel Enclosure Mounting nemen enhn nnn 8 Fig re 2 IWAPRLO7 Aluminium Enclosure M2. 9 Manual Revision History Revision Description Date Initial Release 25 04 2014 BTS Added aluminium enclosure details 29 04 2014 BTS Updated Type codes amp Enclosure image 01 07 2014 AJP 29
3. Directive 2004 108 EC Electromagnetic Compatibility EMC Harmonised Standards used EN 55022 2010 Information technology equipment Radio disturbance characteristics Limits and methods of measurement Electromagnetic compatibility EMC Testing and measurement EN 61000 4 4 2012 techniques Electrical fast transient burst immunity test heavy industry level Criteria A E Electromagnetic compatibility EMC Testing and measurement techniques heavy industry level Criteria A Electromagnetic compatibility EMC Testing and measurement EN 61000 4 6 2014 techniques Immunity to conducted disturbances induced by radio i level Criteria A Other Standards and Specifications used None Directive 2011 65 EU Restriction of the use of certain hazardous substances RoHS Compliant Other Standards and Specifications used EN60950 1 2006 A2 2013 Information technology equipment Safety General requirements On behalf of Extronics Ltd I declare that on the date the equipment accompanied by this declaration is placed on the market the equipment conforms with all technical and regulatory requirements of the above listed directives Signed David Crump Technical Manager 25 April 2014 1 Dalton Way Midpoint 18 Middlewich Tel 44 0 845 277 5000 Email info extronics com Cheshire CW10 OHU United Kingdom Fax 44 0 845 277 4000 Web www extronics com Incorporated in England and Wales Registration No 3076287 28
4. iWAP107 Power Connector Wire n anus uasa seme uasa sees assumens 16 Teble 4 Fibre tien een entis a a a la WAR UD EDU Raw Na 18 Table 5 Gisco Console Por pane ee 19 1 Introduction The iWAP107 is an ATEX and IECEx approved Zone 1 Access Point Enclosure with intrinsically safe RF outputs it is designed to allow the deployment of wireless networks in hazardous areas The concept allows installation of equipment from leading WLAN vendors such as Cisco Aruba Aeroscout and Motorola Each type of Access Point or RF transmitting device is rigorously checked and tested by Extronics to ensure conformity to the latest standards This means that the user may select the vendor of their choice when extending a WLAN to hazardous areas However equipment not previously approved will require assessment to determine its suitability The intrinsically safe RF outputs of the iWAP107 allows users to choose any antenna for use with their wireless hardware e g Extronics iANT200 range of high quality rugged outdoor antennas Any antennas not listed in the Extronics range must be assessed by the user to ensure they meet the requirements for installation of non electrical equipment in hazardous areas Up to eight antennas can be utilized allowing the MIMO functionality of the latest 802 11n ac compatible wireless access points to be implemented providing optimum
5. Cable Entries and Connections for iWAP107 C 37 AC SG 2450 4S N 0 N Stainless Steel Enclosure 12 3 322 Cable Entries and Connections for iWAP107 C 44 POE C 2450 2S N 0 N Aluminium Enclosure 13 3 4 EEA Pau Mr 14 3 4 1 Location of iWAP107 Stainless Steel Enclosure External Earth Bond 14 3 4 2 Location of iWAP107 Aluminium Enclosure External Earth Bond Points 14 3 5 T TU NUR 15 3 6 POWER SUD n Pte 16 3 7 PUSING eesisssb t bi p034 99033 40 0333 ORG Ga de a a 0 a a qa ida ora rra Era FERRE RR etre error LL 17 3 Fase ACA AA ACA ACA rd e e Pv da 17 3 7 2 Changin g p ER P d eo ee 17 3 8 External Overcurrent Protect On on a da s EN OY 17 3 9 DatexconrectODiS peau dedu Ur duda durus n aM KH M NEN EK ND VM EE A MU GANE NIE oR BUE 17 3 9 1 COPPET 17 3 9 2 POWer OVEl ELNELICE POE A A AAA AAAA 18 3 9 3 Opa ESI 18 3 9 4 Console POM dissi eiat btt PHI EDAD 19 3 10 Imtrinsically Sate RE OQutput vu Lx FEE E ERFEFEXREN MEE SEE EEEVVVEME S x VRAT taeda D 19 3 10 1 Example of RF threshold power calculation
6. No of RF outputs Remote Mount Direct Mount 5pecify encdosure material 11 Marine grade copper free aluminium light alloy Direct Mount 26 8 EC Declaration of Conformity 0 9629 Wireless Vision Engineering Tracking XTRONICS EC Declaration of Conformity Extronics Ltd 1 Dalton Way Midpoint 18 Middlewich Cheshire CW10 OHU UK Equipment Type iWAP107 Directive 94 9 EC Equipment and protective systems intended for use in potentially explosive atmospheres ATEX Provisions of the directive fulfilled by the equipment II 2 1 GD Ex d ia IIC Ga IIB H T5 Gb Ex tb ia Da IIIC T100 C Db RF Outputs Um 253 5 20 C S Tamp S 60 C Notified Body for EC Type Examination TRaC Global Ltd 0891 EC Type Examination Certificate TRAC14ATEX0022X Notified Body for Production SIRA 0518 Chester UK Harmonised Standards used EN 60079 0 2012 Explosive atmospheres Part 0 Equipment General requirements EN 60079 1 2007 Explosive atmospheres Part 1 Equipment protection by flameproof enclosures d EN 60079 11 2012 oe atmospheres Part 11 Equipment protection by intrinsic safety Other Standards and Specifications used None 1 Dalton Way Midpoint 18 Middlewich Tel 44 0 845 277 5000 Email info extronics com Cheshire CW10 OHU United Kingdom Fax 44 0 845 277 4000 Web www extronics com Incorporated in England and Wales Registration No 3076287 2 _ Exrroncs WOOO
7. coverage and maximum data throughput on Chemical Plants Oil Refineries or Oil amp Gas Platforms Optional features include surge arrestors for lightning suppression in outdoor installations and single mode or multimode fibre optic inputs to allow for extended Ethernet link distance 2 Safety Information and Notes 2 1 Storage of this Manual Keep this user manual safe and in the vicinity of the device All persons required to work on or with the device should be advised on where the manual is stored 2 2 Special Conditions for Safe Use 2 2 1 ATEX IECEx 1 Contact Extronics for information on the dimensions of the flameproof joints 2 The RF output is only to be connected to an antenna suitable for the hazardous location refer to associated RF galvanic isolator iSOLATE500 equipment certificate IECEx BAS 13 0064X Baseefal3ATEX0112X and associated instructions 3 If the RF output connector is not intended to be connected to a cable and or antenna the output connector must be capped 2 3 List of Notes The notes supplied in this chapter provide information on the following e 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 Information o Notes on the optimum use of the device Warning Installation of the iWAP107 must be performed accordance with IEC 60079 14 and IEC 60079 25 Maintenance and inspecti
8. earthed It must be connected to the plant earth system using at least one of the external bonding points using a minimum 4mm conductor The earth cable must be installed in accordance with the requirements of I EC 60079 14 Warning The iWAP107 enclosure door earth bond must not be removed Warning The iWAP107 internal power input connector has an earth connection which must be terminated to the protective earth conductor of the incoming power supply 3 4 1 Location of iWAP107 Stainless Steel Enclosure External Earth Bond Points There is an M5 threaded earth bond point on each of the 4 enclosure feet Figure 7 iWAP107 Stainless Steel Enclosure External Earth Bond Points 3 4 2 Location of iWAP107 Aluminium Enclosure External Earth Bond Points Single M4 Threaded Earth Point Figure 8 iWAP107 Aluminium Enclosure Earth Bond Point 3 5 Electrical I nstallation I mportant Do not exceed the power supply parameters specified on the IWAP107 external rating plate I mportant Only replace the fuse with the same value and type indicated on the internal fuse identification label Figure 9 IWAP107 Internal Connections Showing All Options LA To Contains 1 active fuse and 1 Fuse Holder spare Not fitted on POE version See Section O Mains L N E or DC E input dependent on product Power input configuration Not fitted on POE version See Section 3 6 for details This can be singl
9. exceed the RF Threshold Power for the equipment group in which the iWAP107 and its antennas are to be installed it must be controlled in accordance with I EC 60079 and must not exceed the following levels IIC 2W 33dBm IIB 3 5W 35 4dBm 6W 37 7dBm Ill 6W 37 7dBm See Section 3 10 1 for an example of how to calculate the RF Threshold Power Warning iWAP107 must not be modified in any way Warning There are no user serviceable parts below the top plate of the iWAP107 see Section 3 5 for details Always refer service enquiries to Extronics Warning Hazardous voltages are present within the iWAP107 enclosure Warning Hot surfaces may be present within the iWAP107 enclosure observe the warning labels fitted Warning Optical radiation hazards may be present within the iWAP107 enclosure observe the warning labels fitted Warning The iWAP107 may weigh up to 70Kg Exercise care when handling and mounting Warning DO NOT lift the iWAP107 using the threaded entries N type RF connectors or door bolts Lift only using suitably approved slings fitted by suitably qualified personnel I mportant Ensure that NO TOOLS come into contact with the flamepath of the enclosure as this may cause irreparable damage and render the unit unsafe I mportant Always re apply a thin layer of Loctite 8104 or Loxeal GS9 silicone grease to the enclosure flame paths whenever the IWAP107 flameproof e
10. of iWAP107 C 37 AC SG 2450 AS N O N 19 3 10 1 Example of RF threshold power calculation The following example shows how the RF threshold power may be calculated Maximum transmitter output power from transmitter datasheet 20dBm 100mW Coaxial cable loss 2dB Antenna gain 5dBi 20dBm 2dB 5dBi 23dBm 200mW Threshold power Threshold power 3 11 Antenna Requirements Antennas connected to the iWAP107 Intrinsically Safe RF outputs must be assessed as simple apparatus in accordance with IEC 60079 11 Antennas supplied by Extronics for use with the iWAP107 already meet these requirements It is possible to assess other antennas for this purpose contact Extronics for details 3 12 Antenna Installation Antennas approved by Extronics for use with the iWAP107 may either be fitted directly to the RF connectors of the iWAP107 or via a length of coaxial cable If antennas are sited remotely from the iWAP107 flameproof enclosure any metallic parts of the antennas must be isolated from earth by gt 500 lt to prevent hazardous earth currents from flowing in the coaxial cable 20 Ex d gland Power Supply iWAP107 Enclosure Power Supply Un 253V Transmitter Provides galvanic isolation iSOLATESOO earth connection di Flameproof enclosure earth bond Ex d RF Connector transit Example Option 1 Maintain gt 500V ms isolation between conductive parts of antenna and nearby conductive st
11. to 40 45 C Lancom IAP 321 20 C to 40 45 C New Wireless Hardware Order code to be advised Specify option 3 Power Supply 120VAC Supply 230VAC Supply IEEE802 3at compliant Power Over Ethemet Chosen hardware must be compatible with PoE supply Specify option 4 Ethernet Connection 100 1000Base T Ethernet CATSe copper 100 1000Base T Ethernet on CATSe copper surge protected Multimode 100BASE FX fibre with LC connector Single mode 100BASE LX10 fibre with LC connector Multimode 1000BASE LX fibre with LC connector Single mode 1000BASE LX10 fibre with LC connector Specify option 5 Frequency Output for Radio 1 2 4GHZ SGHz Dual band output 2 4GHz amp 5GHz Specify option 6 Number of Antenna Outputs for Radio 1 0 1 2 3 4 off N type connector 0 1 2 3 4 off N type connector with surge protector Specify option 7 Frequency Output for Radio 2 Not Required 2 4GHz SGHz Dual band output 2 4GHz amp 5GHz Specify option 8 Number of Antenna Outputs for Radio 2 0 1 2 3 4 off N type connector 0 1 2 3 4 off N type connector with surge protector 5pecify option 9 Enclosure Heating not compatible with POE or DC supplies No enclosure heating Supplied with enclosure heating 39 40 41 TBA 2450 0 1 2 3 A 09 15 25 35 45 24 50 2450 0 1 2 3 4 05 15 25 35 45 N H 5pecify option 10 Antenna Position see previous page for antenna layout pattern which relates to total
12. C XTRONICS Hee u 1 m C INSTALLATI ON AND OPERATI NG MANUAL IWAP107 Document Number 404368 See Last Page for Revision Details Based on type approval document 403431 1 0 The Photograph on the front page shows the iWAP107 Aluminium Enclosure version a Stainless Steel version is also available For warranty information refer to Terms and Conditions at http www extronics com 2014 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 MOUCHO MEE E E EE 4 2 1914007591 5 D 5 2 1 Storage uspiam 5 2 2 Special Conditions for Safe USS picisctecctedodevsdonadiradensceansdaraiaredieaceealenssuneunss settee ees 5 2 2 1 ATEX AECE eeu te P 5 2 3 acisnsnsesnananad PERO Anes talem RPRFRPII ada 5 3 aici tt een Cr eT E rrr I 8 3 1 rrr rr A ee ee nT 8 3 2 Opemng and Closirig Ehe EMCIOSUFE E E EEE ENAT d clued ue a RM 9 3 2 1 Ope TNE mno PT rem 10 3 2 2 Closing the ENCIOSUFG dus sache dades dama o Leda ded mad ades qae xd M GU at 11 33 Cables Ente icu LOI 12 3 3 1
13. as LC Duplex 1 to 9dBm p Ka 1310nm 2km e FX Multimode 62 125 62 125 62 125 or 1 to 9dBm ikm 50 125um 50 125um BELLE e FX Mode 9 125 um Table 4 Fibre Formats 18 3 9 4 Console Port The console port is a standard Cisco RS232 configuration port on an RJ45 socket The port for Cisco Access Points is 9600 Baud 8 Data Bits No Parity 1 Stop Bit Other vendors may use different formats Table 5 Cisco Console Port Wiring 3 10 Intrinsically Safe RF Outputs Warning iWAP107 Intrinsically Safe RF output ports are located in the positions shown in Section 3 3 Only antennas in accordance with Section 3 11 may be connected to these ports Refer to Section 3 12 for antenna installation requirements Warning Although antennas connected to the Intrinsically Safe RF outputs of the iWAP107 may be installed in a hazardous areas requiring Category 1 equipment the iWAP107 flameproof enclosure must NOT be installed in these environments Warning Do not exceed the RF Threshold Power for the equipment group in which the iWAP107 and its antennas are to be installed it must be controlled in accordance with I EC 60079 0 and must not exceed the following levels IIC 2W 33dBm IIB 3 5W 35 4dBm 6W 37 7dBm Ill 6W 37 7dBm The RF outputs of the iWAP107 are approved as Ex iallC Ga Ex ia III C Da Um 253V n s Refer to Figure 7 for location of I ntrinsically Safe RF outputs
14. ch inadmissible use The user bears the sole risk in such cases 4 1 Transportation and Storage All iWAP107 devices must be so transported and stored that they are not subjected to any excessive mechanical stresses 4 2 Authorized Persons Only persons trained for the purpose are authorized to handle the iWAP107 they must be familiar with the unit and must be aware of the regulation and provisions required for explosion protection as well as the relevant accident prevention regulations 4 3 Cleaning and Maintenance The iWAP107 and all its components require no maintenance All work on the iWAP107 by personnel who are not expressly qualified for such activities will cause the Ex approval and the guarantee to become void 22 4 4 Cleaning and Maintenance Intervals The cleaning intervals depend on the environment where the system is installed 4 5 Aggressive Substances and Environments The iWAP107 is not designed to come into contact with aggressive substances or environments please be aware that additional protection may be required 4 6 Exposure to External Stresses The iWAP107 is not designed to be subjected to excessive stresses e g vibration heat impact Additional protection is required to protect against these external stresses The iWAP107 will require additional protection if it is installed in a location where it may be subjected to damage 23 iWAP107 Installation and Operating Manual 5 Technical Data P
15. correct grease Loctite 8104 or Loxeal GS9 has been applied to the flame path and that it is free of damage e Check all bolts are the correct type and free from damage e Re insert the bolts and hand tighten only e Using a torque wrench fitted with a 8mm hex head tighten the bolts in opposite corners of the box then work around the box Use the following maximum torque 3 2 2 1 Lid Bolt Torques Enclosure material Maximum Bolt Torque Aluminium 20Nm Stainless Steel Table 1 Enclosure Bolt Torques 11 3 3 Cable Entries Warning The iWAP107 flameproof enclosure must only be fitted with suitably approved cable entry devices Warning The iWAP107 protective plastic transport caps fitted to all threaded cable entries MUST be replaced with suitably certified cable glands or stopping plugs before installation in a hazardous area Warning Any IiSOLATE CT RF connector transits fitted to the iWAP107 must NOT be loosened or removed by the user under any circumstances as their flameproof protection may be damaged by this 3 3 1 Cable Entries and Connections for iWAP107 C 37 AC SG 2450 4S N O N Stainless Steel Enclosure Figure 5 iWAP107 C 37 AC SG 2450 4S N O0 N Stainless Steel Enclosure External Entries and Connections The iWAP107 C 37 AC SG 2450 4S N O N stainless steel enclosure is supplied with entries and connectors as shown in Figure 5 e Connections A D are INTRINSICALLY SAFE outputs providing gal
16. e mode or multimode fibre or replaced by a blanking plate depending on product options See Section 3 9 3 for details This 10 100 1000 Base T CAT5E data connection It may also be replaced by a blanking plate depending on product options See Section 3 9 1 for details This is a serial console port E Console port for Cisco Access Points See 3 9 4 for details This is a 12 way fibre splice F Fibre splice tray tray only fitted when the fibre option is selected 15 Table 2 i WAP107 Internal Connection Features 3 6 Power supply Important The iWAP107 may be powered from a number of different power sources depending on its configuration Refer to the rating plate of the unit supplied for details Use 3 5mm x 0 6mm slotted screwdriver 0 5 0 6Nm EARTH LIVE NEUTRAL Figure 10 iWAP107 Mains Power Connection The mains power connection is made with a 2 part screw terminal connector supplied the plug part is Phoenix Contact 1804917 spare plugs can also be supplied by Extronics It has a minimum tightening torque of 0 5Nm a maximum of 0 6Nm and requires a 3 5mm x 0 6mm slotted screwdriver Sectional Area Area Single Stranded Wire With 2 2 2 Solid Conductors With 2 2 0 2mm 2mm Same Cross Section Same Cross Section 2 Stranded Conductors With Same Cross Section With 0 25mm 1 5mm Ferrules Without Sleeves Table 3 iWAP107 Power Connector Wire Gauges 16 3 7 Fus
17. ill be terminated a standard CAT5E RJ45 Socket on the front plate of the iWAP107 Position D in Figure 9 Typically the interface will be a IEEE 10 100 1000BaseT format but this is dependent on the access point installed 17 Terminate the RJ45 plug as follows EIA 568B standard Figure 12 RJ45 CAT5E EIA 568B Plug Wiring 3 9 2 Power Over Ethernet POE If Power Over Ethernet POE is used the format will depend on the access point installed in the iWAP107 Ensure that the correct Power Sourcing Equipment PSE is used Connect the RJ45 cable per Section 3 9 1 3 9 3 Optical Fibre Warning Optical radiation hazards may be present within the iWAP107 enclosure observe the warning labels fitted Important Ensure that only the correct fibre transceiver format power is connected to the iIWAP107 Damage to the iWAP107 fibre interface or customer equipment may occur if the wrong format excessive optical power is used The iWAP107 optical fibre format may be any of the following refer to product option code 4 for details Other optical formats are available on request Option Fibre Connection Transmitter Receiver Max Wavelength Typical 4 Format Power Sensitivity Receiver Range Input Without Damage 100Base LC Duplex 14 to 20dBm 31dBm 8dBm 1310nm FX Multimode 62 125 62 125um or 14 to 23 5dBm 50 125um 50 125 100Base LC Duplex Single 8 to 15dBm Bid oem 1310nm 30km FX Mode 9 125 um 1000B
18. ing 3 7 1 Fuse Ratings Important Only replace the fuse with the correct type having established the reason for the fuse blowing The iWAP107 is fitted with a single fuse on the Live circuit of either a 1A or 24A depending its configuration The fuse requirement for the specific model supplied is written on the top plate next to the fuse holder The iWAP107 contains surge suppression and filtering devices which may cause the fuse to blow if the unit is subjected to power surges or transients Replacement fuses should be either 1 or 2A Time lag 20mm x 5mm HRC Fuses rated at 250VAC 1500A Interrupt Rating for example Littelfuse 0215001 MXP or 0215002 MXP 3 7 2 Changing Fuse See Figure 11 for access to Fuse The fuse holder also carries a spare fuse for convenience Push Up Lock Close Make Circuit Figure 11 Fuse Access 3 8 External Overcurrent Protection The iWAP107 should be installed on a circuit with a double pole circuit breaker of a maximum of 25A This is the maximum current rating of the smallest internal chassis earth bond in accordance with EN60950 1 2 6 3 3 Refer to Extronics if it becomes necessary to exceed this rating 3 9 Data Connections 3 9 1 Copper Ethernet Information Check that the line speed of the switch port to which the iWAP107 is connected matches the iWAP107 port configuration otherwise communication may not be established If Copper Ethernet is specified this w
19. nclosure is opened This is required to maintain the IP rating of the enclosure I mportant Do not exceed the power supply parameters specified on the IWAP107 external rating plate I mportant Only replace the fuse with the same value and type indicated on the internal fuse identification label Important Ensure that only the correct fibre transceiver format power is connected to the iWAP107 Damage to the iWAP107 fibre interface or customer equipment may occur if the wrong format excessive optical power is used iWAP107 Installation and Operating Manual 3 Installation 3 1 Mounting Warning The iWAP107 stainless steel enclosure weighs approximately 70Kg Exercise care when handling and use suitable mounting points and structures Mount the enclosure ONLY using the mounting points shown Warning DO NOT lift the iWAP107 using the threaded entries N type RF connectors or door bolts Lift only using suitably approved slings fitted by suitably qualified personnel Mount the iWAP107 enclosure to a suitable structure using the mounting points shown M5 threaded earth point LS 5 9 N Figure 1 iWAP107 Stainless Steel Enclosure Mounting Points 8 iWAP107 Installation and Operating Manual Figure 2 iWAP107 Aluminium Enclosure Mounting Points 3 2 Opening and Closing the Enclosure I mportant Ensure that NO TOOLS come into contact with the flamepath of the enclosure as this ma
20. on must be performed accordance with IEC 60079 17 Warning Installation of the iWAP107 is only to be performed by skilled electricians and instructed personnel in accordance with national legislation Warning The iWAP107 contains I NTRI NSI CALLY SAFE circuits Warning iWAP107 Intrinsically Safe RF output ports are located in the positions shown in Section 3 3 Only antennas in accordance with Section 3 11 may be connected to these ports Refer to Section 3 12 for antenna installation requirements Warning The iWAP107 MUST be earthed Refer to Section earthing for details Warning The iWAP107 must NOT be installed in hazardous areas requiring Category 1 M1 or M2 equipment Warning Although antennas connected to the Intrinsically Safe RF outputs of the iWAP107 may be installed in hazardous areas requiring Category 1 equipment the iWAP107 flameproof enclosure must NOT be installed in these environments Warning The iWAP107 flameproof enclosure must NOT be opened when an explosive gas or dust atmosphere is present or when the equipment is energized Warning The iWAP107 flameproof enclosure lid must be secured only with the bolts supplied and these must be tightened to the correct torque value See Section O for details Contact Extronics for spare bolts Warning The iWAP107 flameproof enclosure must only be fitted with suitably approved cable entry devices See Section 3 3 for details Warning Do not
21. ounting POINTS ctu t RR dc aatia a nid ue A A Ree 9 Figure 3 Opening iWAP107 Stainless Steel Enclosure with Handle 8230246 10 Figure 4 Opening iWAP107 Aluminium Enclosure with Handle 8230246 11 Figure 5 iWAP107 C 37 AC SG 2450 4S N 0 N Stainless Steel Enclosure External Entries and Connections 1 2 Figure 6 Cable Entries and Connections for iWAP107 C 44 POE C 2450 2S N 0 N Aluminium Enclosure 13 Figure 7 iWAP107 Stainless Steel Enclosure External Earth Bond 14 Figure 9 iWAP107 Aluminium Enclosure Earth Bond nennen nennen 14 Figure 9 iWAP107 Internal Connections Showing All 15 Figure LO IWAPIOUT Mains oe de c c i RR RR EAR CRT CR C Hr Db Er De sre dE oett 16 Figure T1 USC ACEOSS saa added VA AEN CE CE ele cu V vu c da 17 Figure 12 RIAS CATSE ETIA 568B PIU WINO 2 EXER RERERERRA AEEA MIU 18 Figure TOZ TS RF E ada dad udo Bav 21 Table ds ENClOSURE ARENA 11 Table 2 IWAPIOJ7 Internal Gonnection Fea Cure isse EV aca a a ORO EO Ce D Y C D E Ad 16 Table 3
22. ower Supply Options 90 120 VAC 200 253Vac IEEE802 3at PoE DC Marine grade copper free aluminium light alloy epoxy powder coated or 316L Stainless Steel optional Aluminium approx 30kg hardware dependent 316L Stainless Steel approx 70kg hardware dependent Enclosure Material Weight Ambient temperature 209C to 60 C Environmental dependent on wireless hardware Relative humidity O to 9596 non condensing 100 1000Base T Fthernet on CAT5e up to 100m 100Base FX Multi Mode fibre up to 2km Ethernet Link distance 100Base LX 10 Single mode fibre up to 10km 1000Base LX Multi Mode fibre up to 550m 1000Base LX 10 Single mode fibre up to 10km Maximum internal RE Loss 2 4ch 5 0GHz v 2 4 5GHzdual band Cable Loss Without Surge Arrestor 3 2dB 4 6dB 3 4dB 6 1dB With Surge Arrestor 3 3dB 4 9dB 3 5dB 6 4dB 24 6 Label Drawing Part iWAP107 DDD E XTRONICS Sess MAC2 xxxxxxxxxx Il 2 1 GD C C Ex d ia Ga IIB H 5 Gb Ex tb ia Da T100 C Db EEEE RF Outputs Um 253 5 20 C lt Tamb lt 60 C TRAC14ATEX0022X IECEx TRC 14 0010X WARNING DO NOT OPEN WHILE ENERGIZED DO NOT OPEN WHEN AN EXPLOSIVE ATMOSPHERE IS PRESENT CONTAINS INTRINSICALLY SAFE CIRCUITS REFER TO INSTALLATION INSTRUCTIONS RENEW SILICONE GREASE EVERY TIME COVER IS OPENED Where AAA Supply voltage BBB Supply current CCC Supply Frequency DDD Product option codes EEE No
23. ructures in accordance with IEC60079 14 2007 Clause 12 2 4 Antenna Conductive parts of antenna are earthed at iWAP107 output socket via coaxial cable structure Coax cable to iWAP107 Um 253V Single Earth Point for system iSOLATE500 iWAP107 Enclosure Total effective radiated RF power from antenna must be less than threshold power as defined in Section 3 1 Coaxial Cable Antenna installed to IEC 60079 14 clause 12 2 4 N type Plug Hazardous area Antenna No certification required Figure 13 iWAP107 IS RF Installation Diagram Antenna conductive parts connect directly to iWAP107 Enclosure 21 4 Intended Purpose Usage Warning Maintenance and inspection of the iWAP107 must be performed in accordance with I EC 60079 17 Important Before setting the units to work read the technical documentation carefully Important The latest version of the technical documentation or the corresponding technical supplements is valid in each case The iWAP107 is 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 su
24. tified body number for production MAC1 MAC2 are the Ethernet MAC addresses of up to 2 devices installed in the unit 25 7 Type Codes iWAP107 Universal Access Point Endosure IWAP107 1 22 23 24 5 6 7 L 8 29 10 411 Specify option 1 Wireless Network Hardware Hardware supplied by customer Hardware supplied by Extronics C E Extronics can supply the wireless hardware or alternatively you may wish to free issue one of the already certified solutions so that we can factory fit it see option 2 for certified hardware list Free Issue means to supply and deliver to Extronics HQ at your own cost 5pecify option 2 Type Of Wireless Network Hardware Max operating temperature listed in brackets only applies to PoE powered units take lower value if powered by AC DC If the heater option is selected this will allow all AP s to operate at a lower ambient temperature of 20 Aruba AP 134 Access Point Cto 40 45 C Configuration for AeroScout Location Recerver 0 C to 45 50 C Cisco AP3500 Series Access Point 20 C to 45 50 C Cisco 1260 Series Access Point 20 C to 45 50 C Cisco 1600 Series Access Point 20 C to 45 50 C AF2600 Series Access Point 20 C to 45 50 C Osoo AP3600 Series Access Point 20 C to 45 50 C Cjsco AF1530 Series Access Point 20 C to 55 8 C Aruba AP 110 Senes Access Point to 40 45 C Aruba AP 220 Senes Access Point D C
25. vanically isolated RF signals see Section 19 for details carried on conventional 502 impedance N type female connections The N type connections are the front part of the iSOLATE CT devices which transit through the flameproof wall of the iWAP107022 enclosure and are approved as part of the iWAP107 ATEX IECEx certification The designators A D correspond with the RF port assignments of the Cisco AIR CAP2602E Z K9 access point installed in the flameproof enclosure e Entries E and F are M20 x 1 5 6H threaded Ex d entries Entry E is for the power supply entry F for the fibre connection 12 3 3 2 Cable Entries and Connections for iWAP107 C 44 POE C 2450 2S N O N Aluminium Enclosure Figure 6 Cable Entries and Connections for iWAP107 C 44 POE C 2450 2S N 0 N Aluminium Enclosure e Entry A is an M20 x 1 5 6H threaded Ex d entry for CAT5E Data POE cable e Connections B and C are INTRINSICALLY SAFE outputs providing galvanically isolated RF signals see Section 19 for details carried on conventional 502 impedance N type female connections The N type connections are the front part of the iSOLATE CT devices which transit through the flameproof wall of the iWAP107022 enclosure and are approved as part of the iWAP107 ATEX IECEx certification The designators A D correspond with the RF port assignments of the Cisco AIR CAP2602E Z K9 access point installed in the flameproof enclosure 13 3 4 Earthing Warning The iWAP107 MUST be
26. y cause irreparable damage and render the unit unsafe Warning The iWAP107 flameproof enclosure must NOT be opened when an explosive gas or dust atmosphere is present or when the equipment is energized Warning The iWAP107 flameproof enclosure lid must be secured only with the bolts supplied and these must be tightened to the correct torque value Contact Extronics for spare bolts Important Always re apply a thin layer of Loctite 8104 or Loxeal GS9 silicone grease to the enclosure flame paths whenever the IWAP107 flameproof enclosure is opened This is required to maintain the IP rating of the enclosure 3 2 1 Opening the Enclosure The flamepaths of the iWAP107 enclosure are supplied with silicone grease applied to protect them This can make the enclosure lid difficult to open as the grease can cause it to stick Therefore Extronics strongly recommend the use of the iWAP107 lid opening handle accessory available from Extronics order code 8230246 e Remove all bolts using a wrench with an 8mm hex head Store the bolts carefully to avoid damage or loss e Insert the opening handle as shown and release the door d 24 AT k 7 AKT xh 1 k d a AA P er x DAS P PSY 1 att n wA E DPN A s Pay Figure 3 Opening iWAP107 Stainless Steel Enclosure with Handle 8230246 10 Figure 4 Opening iWAP107 Aluminium Enclosure with Handle 8230246 3 2 2 Closing the Enclosure e Check that the
Download Pdf Manuals
Related Search