RH4-RFID-IDENT600Coffee Dispenser with RFID

35278100 - 2007/01 Cafitesse 600 Operator manual 01.20073 Index Introduction............................................................................................................4 About the dispenser ............................................................................................................... 4 About this document .............................................................................................................. 4 Dispenser components .......................................................................................................... 5 Safety instructions.................................................................................................6 Food safety instructions (HACCP) ......................................................................................... 8 Operation..............................................................................................................11 Drink delivery ........................................................................................................................ 11 Placing cups and pots correctly ........................................................................................... 12 (Re)place ingredient packs .................................................................................................. 14 Cleaning the dispenser ........................................................................................................ 15 Status and error messages .................................................................................................. 20 Switch the dispenser off or on .............................................................................................. 20 Program the dispenser........................................................................................22 Start the operator mode ....................................................................................................... 23 Navigate the operator menu ................................................................................................ 24 Technical specifications......................................................................................25 Options..................................................................................................................26 Trouble shooting..................................................................................................28 Copyright © 2006 DECS International BV - all rights reserved Douwe Egberts Coffee Systems International is a Sara Lee Corporation. Cafitesse, Douwe Egberts, Merrild, Marcilla, Maison du Café are trademarks or registered trademarks of Sara Lee Corporation. 401.2007 Introduction About the dispenser The Cafitesse 600 is a dispenser for the delivery of drinks in commercial applications. The dispenser works with special disposable ingredient packs. These patented "Bag-in-Box" (BIB) ingredient packs contain high quality liquid drink concentrates. The dispenser can contain two ingredient packs. According to the ingredient packs that you choose, the dispenser can deliver: • coffee and espresso • decaf coffee and decaf espresso • milk containing drink • cocoa containing drink • tea • drinks from 2 ingredients such as cappuccino, café au lait, or tea with milk. The dispenser is equipped with two mixers and three drink outlets to allow quick and easy delivery of high quality drinks. The dispenser can deliver drinks in cups and pots of various sizes. Special dispenser versions provide also: • delivery into larger pots or pump-action thermos flasks (see „Options“). • delivery of cold drinks (see „Options“). Optionally you can request your Cafitesse system supplier to: • equip your dispenser with a payment system (see „Options“). • enable/disable specific dispenser versions (see „Options“). About this document This document describes the main features and functions of the dispenser. Before you start using the dispenser, read this document to ensure you understand the operation of the dispenser and the mandatory safety instructions that apply. Throughout this document you may see the following symbols that require your attention: Note: Additional information that may be helpful for you during operation of the dispenser. Caution: Information that requires special attention to ensure food safety, avoid personal injury or damage to the dispenser. Warning: Hazards that could lead to severe personal injury, death or severe damage to the dispenser. Danger: HAZARDS THAT WILL LEAD TO SEVERE PERSONAL INJURY OR DEATH. 11.20065 Introduction Dispenser Components a Housing cover b Dispenser door c Mechanical lock d Touch screen e Drink selection buttons f Stop button g Drink outlets h Hot water outlet i Cup tray j Drip tray with drip grid k Air filter lIngredient storage m Switch - ON/STANDBY/RESET n Outlet trough Rear side of the dispenser: o Ventilation ingredient storage p Water connection q Mains cable connection Rear side a b c d e f g h i j o q p k l m n 601.2007 Safety Instructions Before you operate, fill, clean or move the dispenser, carefully read the instructions in this manual. Take special care that you and anyone else that needs to operate, clean or move the dispenser understands the safety and hygiene aspects of the dispenser and acts accordingly. You may only use the dispenser for the delivery of drinks according the instructions in this manual. The manufacturer is not liable for any damage or injury if you use the dispenser for other purposes, or if you do not follow the procedures described in this manual. • Installation, service, repair and programming of the dispenser is restricted to authorised and trained service technicians as assigned by your Cafitesse system supplier. • Use only original spare parts for the operation of the dispenser. • Operation, filling and cleaning of the dispenser must be restricted to authorised and trained personnel. • Place the dispenser on a location where au…

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Blockdiagram RFIDIDENT600 25.11.05 Diestel 1 1 K:\PD\Prüfzeichen\Blockschaltplanpdf\ BlockdiagrammRFIDI600 RFID Transceiver Frequency 125kHz Micro- controller Frequency 7,3728MHz LCD Module Power supply MCM Frequency 3,6864MHz UART Interface RS232 UART Interface RS485 Keyboard ±6kHz 24V GND

N & W Global Technology GmbH Ewige Weide 7, D – 22926 Ahrensburg Author: V. Böttger File: External Photos CFT600.doc Date: 14.02.2007 Page: 1 of 1 external Photos CFT600:

Typeplate,printed 07.07.05 35279200c 36034400 Diestel 1 1 N&WGlobalTechnology CFT600/P2110R CFT600WITTENBORG /P2110R 030302xxxxx VOLT TOTAL HEIZUNG.HEATING CHAUFFAGE V~ kW kW A bar Bar W A L. HZ/CPS. KÜHLUNG,REFRIGERATION REFROIDISSMENT KESSELINHALT,BOILERCAP. CAPACITEDEBUILLOIRE COMPRESSOR COMPRESSEUR 240 5,7 5,61 30 ATM 50/60 10 IPX1 Min.dyn.linepres.0,8bar,Max.st.linepres.10bar N&WGlobalTechnology IPX1 Scotchcal,3698,ED,aluminum-colored Sign:silver Writing:black Supplier: accordingULandCSAregulation ULapprovedcompany! DE2000-03 U L USC LISTED 28G0 ThisdevicecomplieswithPart15ofFCCrules.Operationissubject tothefollowingtwoconditions:(1)thisdevicemaynotcauseharmful interference,and(2)thisdevicemustacceptanyinterferencereceived, includinginterferencethatmaycauseundesiredoperation. FCCIDRH4-RFID-IDENT600

VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-1-79979.doc) Page 2 of 20 Contents Directory 1 Description of the sample ............................................................................3 1.1 General description of the EUT............................................................................... 3 1.2 Technical Specifications ......................................................................................... 4 1.2.1 Transmitter ................................................................................................................................4 1.2.2 Receiver and ancillary components ..........................................................................................7 1.2.3 RF characteristics of the receiver .............................................................................................7 2 Summary of measuring results: ..................................................................8 3 Measurement protocols from testing intentional radiators ......................9 4 Measurement protocols from testing unintentional radiators ................10 4.1 Terminal Disturbance Voltage............................................................................... 10 4.1.1 Terminal disturbance voltage, measured at the mains input of the coffee maker ..................11 4.2 Radiated emissions (electric fieldstrength) acc. to EN 55022............................ 13 5 Appendix .....................................................................................................17 5.1 Photographs ........................................................................................................... 17 This test report contains only the results of a single investigation carried out on the product submitted. It is not a generally valid judgement by the VDE Testing and Certification Institute regarding the properties of similar products taken from current production. It does not apply to all VDE specifications applicable to the tested products. It does not entitle the applicant to use the VDE certification mark and the mark "GS = geprüfte Sicherheit (approved safety)". This test report may only be passed to a third party in its complete wording including this preamble and the date of issue. Any publication or reproduction require the prior written approval of the VDE Testing and Certification Institute. VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-1-79979.doc) Page 3 of 20 1 Description of the sample 1.1 General description of the EUT Type of EUT: Commercial coffee maker with digital control circuitry and incorporated radio equipment (short range device): The RF Identification system consists of a) Active transceiver with dedicated loop antenna, integrated into the main controller which is mounted behind the front panel of the device b) Handheld transponder chip (ID Tag) Intended use, typical applications: The radio equipment utilized in the coffee maker is designed to allow only authorized service personal the access to the service mode of the coffee maker for purposes of diagnostics and adjustments. It will be used indoor only. The purpose of the radio equipment is to detect the RF ID-Tag that authorized technicians carry with themselves. Brand name: N&W Model/Type Designation: The transceiver is integrated into the User Interface Board V2.1, see N&W Document No. 472816.00/01 (on file at the laboratory) Product variants: Not considered here Equipment Type: fix Signal flow direction: Duplex Construction of the equipment: Two units: One Transceiver built in the coffeemaker and one transponder built in a token Note: "UNIT" means a physically separate item of the equipment. The equipment under test may consist of two separate units. VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-1-79979.doc) Page 4 of 20 1.2 Technical Specifications 1.2.1 Transmitter 1.2.1.1 Transmitter components The transceiver is integrated into the user interface board. The user interface board, the main processor board and a dedicated loop coil antenna with 138 turns and a diameter of 26 mm are mounted fix in the front door of the coffeemaker. 1.2.1.2 Ports of the transmitter (transceiver) Power ports: The transceiver is powered from DC 24 V which is supplied from an autoranging switch-mode power supply built in the coffee maker. For testing it was set to the the voltage range 100-120 V AC Antenna ports: Special connector, non user-accessible, for the dedicated loop antenna Earth port: The coffee maker is protection class I equipment. The power cable contains a PE wire. Signal/control ports: No external ports. The transceiver is controlled directly from the ancillary circuitry that can also be found on the main board of the coffee maker. Telecommunication ports: No external ports. The transceiver communicates with the ancillary circuitry on the main board of the coffee maker. 1.2.1.3 Transmitter (Transceiver) power supply Type of power source: The Main PCB with the transceiver section is powered from DC 24 V which is supplied from an autoranging switch-mode power supply built in the coffee maker. Rated voltage: DC 24 V +/- 5% Lower extreme test source voltage: 21,6 V (= 24 V - 10%) in agreement with the applicant Upper extreme test source voltage: 26,4 V (= 24 V + 10%) ina greement with the applicant Automatic transmitter shut-off facility (of the final product): The transmitter will be active for a duration of approx. 2 seconds, only after triggering by pushing the "STOP' button for 5 seconds on the front panel of the coffee maker. Rated power consumption: Coffee Maker: up to 9,7 kW Rated current: up to 32 A Number of phases (if applicable): 1 or 3, depending on the settings on the power input module Protection class: I VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-1-79979.doc) Page 5 of 20 1.2…

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VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-2-79979.doc) Page 2 of 18 Contents Directory 1 Description of the sample ............................................................................3 1.1 General description of the EUT............................................................................... 3 1.2 Technical Specifications ......................................................................................... 4 1.2.1 Transmitter ................................................................................................................................4 1.2.2 Receiver and ancillary components ..........................................................................................7 1.2.3 RF characteristics of the receiver .............................................................................................7 2 Summary of measuring results: ..................................................................8 3 Measurement protocols from testing intentional radiators ......................9 4 Measurement protocols from testing unintentional radiators ................10 4.1 Terminal Disturbance Voltage............................................................................... 10 4.1.1 Terminal disturbance voltage, measured at the mains input of the coffee maker ..................11 4.2 Radiated emissions (electric fieldstrength) acc. to EN 55022............................ 13 5 Appendix .....................................................................................................16 5.1 Photographs ........................................................................................................... 16 This test report contains only the results of a single investigation carried out on the product submitted. It is not a generally valid judgement by the VDE Testing and Certification Institute regarding the properties of similar products taken from current production. It does not apply to all VDE specifications applicable to the tested products. It does not entitle the applicant to use the VDE certification mark and the mark "GS = geprüfte Sicherheit (approved safety)". This test report may only be passed to a third party in its complete wording including this preamble and the date of issue. Any publication or reproduction require the prior written approval of the VDE Testing and Certification Institute. VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-2-79979.doc) Page 3 of 18 1 Description of the sample 1.1 General description of the EUT Type of EUT: Commercial coffee maker with digital control circuitry and incorporated radio equipment (short range device): The RF Identification system consists of a) Active transceiver with dedicated loop antenna, integrated into the main controller which is mounted behind the front panel of the device b) Handheld transponder chip (ID Tag) Intended use, typical applications: The radio equipment utilized in the coffee maker is designed to allow only authorized service personal the access to the service mode of the coffee maker for purposes of diagnostics and adjustments. It will be used indoor only. The purpose of the radio equipment is to detect the RF ID-Tag that authorized technicians carry with themselves. Brand name: N&W Model/Type Designation: The transceiver is integrated into the User Interface Board V2.1, see N&W Document No. 472816.00/01 (on file at the laboratory) Product variants: Not considered here Equipment Type: fix Signal flow direction: Duplex Construction of the equipment: Two units: One Transceiver built in the coffeemaker and one transponder built in a token Note: "UNIT" means a physically separate item of the equipment. The equipment under test may consist of two separate units. VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-2-79979.doc) Page 4 of 18 1.2 Technical Specifications 1.2.1 Transmitter 1.2.1.1 Transmitter components The transceiver is integrated into the user interface board. The user interface board, the main processor board and a dedicated loop coil antenna with 138 turns and a diameter of 26 mm are mounted fix in the front door of the coffeemaker. 1.2.1.2 Ports of the transmitter (transceiver) Power ports: The transceiver is powered from DC 24 V which is supplied from an autoranging switch-mode power supply built in the coffee maker. For testing it was set to the the voltage range 100-120 V AC Antenna ports: Special connector, non user-accessible, for the dedicated loop antenna Earth port: The coffee maker is protection class I equipment. The power cable contains a PE wire. Signal/control ports: No external ports. The transceiver is controlled directly from the ancillary circuitry that can also be found on the main board of the coffee maker. Telecommunication ports: No external ports. The transceiver communicates with the ancillary circuitry on the main board of the coffee maker. 1.2.1.3 Transmitter (Transceiver) power supply Type of power source: The Main PCB with the transceiver section is powered from DC 24 V which is supplied from an autoranging switch-mode power supply built in the coffee maker. Rated voltage: DC 24 V +/- 5% Lower extreme test source voltage: 21,6 V (= 24 V - 10%) in agreement with the applicant Upper extreme test source voltage: 26,4 V (= 24 V + 10%) ina greement with the applicant Automatic transmitter shut-off facility (of the final product): The transmitter will be active for a duration of approx. 2 seconds, only after triggering by pushing the "STOP' button for 5 seconds on the front panel of the coffee maker. Rated power consumption: Coffee Maker: up to 9,7 kW Rated current: up to 32 A Number of phases (if applicable): 1 or 3, depending on the settings on the power input module Protection class: I VDE Testing and Certification Institute File number: 586400-2240-0010/79979 (Testreport-FG43-2-79979.doc) Page 5 of 18 1.2…

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VDE Testing and Certification Institute File number: 586400-2240-0010/63455 (Testreport-FG43-4-63455.doc) Page 2 of 58 Contents Directory 1 Description of the sample............................................................................3 1.1 General description of the EUT.............................................................................3 1.2 Samples submitted to the test laboratory............................................................4 1.3 Other items supplied to the test laboratory.........................................................4 1.4 Technical Specifications.......................................................................................5 1.4.1 Transmitter...............................................................................................................................5 1.4.2 Receiver and ancillary components..........................................................................................8 1.4.3 RF characteristics of the receiver.............................................................................................8 2 General conditions for testing.....................................................................9 3 General conditions for testing...................................................................10 4 Summary of measuring results:................................................................11 5 Measurement protocols from testing intentional radiators....................12 5.1 Radiated H-Field (wanted signal and spurious radiation).................................12 5.2 Spurious emissions (radiated) of the transmitter and the receiver..................15 5.2.1 Frequency range 9 kHz ... 30 MHz.........................................................................................15 5.2.2 Frequencies above 30 MHz....................................................................................................18 6 Measurement protocols from testing unintentional radiators................19 6.1 Terminal Disturbance Voltage.............................................................................19 6.1.1 Terminal disturbance voltage, measured at the mains input of the coffee maker.................20 6.2 Radiated emissions (electric fieldstrength) acc. to EN 55022..........................28 7 Appendix......................................................................................................31 7.1 Photos of the test setup (radiated emissions)...................................................31 7.2 Photos of the test setup (conducted emissions)...............................................33 7.3 Photos of the EUT................................................................................................35 7.4 Spectrum analyzer plots......................................................................................38 7.5 Identification of the requirements to intentional radiators acc. to FCC Part 15, Subpart C........................................................................................................40 7.5.1 General Requirements...........................................................................................................40 7.5.2 Radiated emission limits, additional provisions......................................................................47 7.6 Identification of requirements to unintentional radiators acc. to FCC Part 15, Subpart B........................................................................................................48 7.6.1 General Requirements...........................................................................................................48 7.6.2 Additional requirements for special tapes of apparatus.........................................................56 7.7 Information about sources of disturbance, generated frequencies and EMC measures..............................................................................................................57 This test report contains only the results of a single investigation carried out on the product submitted. It is not a generally valid judgement by the VDE Testing and Certification Institute regarding the properties of similar products taken from current production. It does not apply to all VDE specifications applicable to the tested products. It does not entitle the applicant to use the VDE certification mark and the mark "GS = geprüfte Sicherheit (approved safety)". This test report may only be passed to a third party in its complete wording including this preamble and the date of issue. Any publication or reproduction require the prior written approval of the VDE Testing and Certification Institute. VDE Testing and Certification Institute File number: 586400-2240-0010/63455 (Testreport-FG43-4-63455.doc) Page 3 of 58 1 Description of the sample 1.1 General description of the EUT Type of EUT: Radio equipment (short range device): RF Identification system, consisting of a) Active transceiver with dedicated loop antenna, integrated into the main controller which is mounted behind the front panel of the commercial coffee maker CFT600S b) Handheld transponder chip (ID Tag) Intended use, typical applications: The radio equipment utilized in the coffee maker is designed to allow only authorized service personal the access to the service mode of the coffee maker for purposes of diagnostics and adjustments. It will be used indoor only. The purpose of the radio equipment is to detect the RF ID-Tag that authorized technicians carry with themselves. Brand name: N&W Model/Type Designation: The transceiver is integrated into the User Interface Board V2.0, see N&W Document No. 472816.00 (on file at the laboratory) Product variants: Not considered here Equipment Type: fix Signal flow direction: Duplex Construction of the equipment: Two units: One Transceiver built in the coffeemaker and one transponder built in a token Note: "UNIT" means a physically separate item of the equipment. The equipme…

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N & W Global Technology GmbH Ewige Weide 7, D – 22926 Ahrensburg Author: V. Böttger File: Test setup CFT600.doc Date: 13.02.2007 Page: 1 of 2 Test setup CFT600 N & W Global Technology GmbH Ewige Weide 7, D – 22926 Ahrensburg Author: V. Böttger File: Test setup CFT600.doc Date: 13.02.2007 Page: 2 of 2