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dfv 228 manualAgradecemos a compreensao! DFV 228, esta bem ruim.DFV 228, esta bem ruim.Pode ser a haste que vem do pedal do acelerador enroscando em algum lugar ou a mola de retorno da borboleta muito fraca. Tenta colocar uma mola mais forte ou prende a original em um ponto mais distante do carburador para deixa-la mais tensionada.Pode ser a haste que vem do pedal do acelerador enroscando em algum lugar ou a mola de retorno da borboleta muito fraca. Tenta colocar uma mola mais forte ou prende a original em um ponto mais distante do carburador para deixa-la mais tensionada. Asim que tiver noticias posto ai.Por aqui ja foi mais do que testado que o 446 e superior ao 2E ou 3E para o opala 4cc (se for esse seu motor).Por aqui ja foi mais do que testado que o 446 e superior ao 2E ou 3E para o opala 4cc (se for esse seu motor).Vamos ver oq vai acontecer. abracoQual a altura e daonde ate aonde que devo medir. Qual a altura e daonde ate aonde que devo medir. E bem estranho, mas funciona, melhorou bastante a falta de combustivel que eu tinha em alta (secava a cuba pois a boia estava baixa) Agora se e o mais certo a ser feito nao sei, mas no meu caso funcionou. Forte abraco!Qual a altura e daonde ate aonde que devo medir. Se estiver afogando quando inclina o jeep, vc pode tentar baixar ela um pouco. Coisa de poucos milimetros, e para isso vc pode calcar a sede da agulha, ou entortar a chapa que onde a boia e fixada (mais facil). Se estiver dando falta de combustivel, vc tem que deixar a boia mais alta, para encher mais a cuba. Essa questao de altura certa, e relativa, pois dependendo da aplicacao do Jeep, vc vai precisar corrigi-la. Se for acertar em casa, cuide para nao forcar na parte plastica, portanto pega uma alicate de bico para moldar a chapa e mude pouca coisa por vez, para nao errar muito a altura final.Se estiver afogando quando inclina o jeep, vc pode tentar baixar ela um pouco.http://dasita.com/files/bowes-radial-arm-drill-manual.xml
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Se for acertar em casa, cuide para nao forcar na parte plastica, portanto pega uma alicate de bico para moldar a chapa e mude pouca coisa por vez, para nao errar muito a altura final. Deve ser problema de boia muito alta ou pode ter algum outro tipoEquipe 4x4 Brasil Hospedado por Convex Data Center Grupo ezVoice Telecom GDPR Privacy Policy. MICROMEC - Micro Mecanica Cachoeirinha Ltda. Av. Frederico Augusto Ritter, 7501 Q CEP 94930-000 Q Dist. Gargulante Principal. Carburador: 460 CHT. Indice Gargulante da Marcha Lenta. Carburador: 450 Mini Progressivo. Linha (s): GM, Ford e VW. Diam. Calibrados: 40 - 42 - 45- 47- 50- 52- 55- 5760- 62- 65- 67- 70. Cod. MM: 045.000 Cod. Weber: 3153 Gargulante da Marcha Lenta. Gargulante da Marcha Lenta. Carburador: 228- DFV. Linha (s): GM e Ford. Diam. Calibrados: 10- 11- 12- 13- 14- 15- 16- 1718. Cod. MM: 101.220 Cod. Weber: 3001 Gargulante Principal. Linha (s): GM e Ford. Diam. Calibrados: 20 - 21 - 22 - 23- 24- 25- 2627- 28- 29- 30- 31- 32- 33- 34 - 35. Sair Giclagem Micromec 4 Indice Aplicacao. Linha (s): Fiat, GM, Ford e VW. Diam. Calibrados: 45 - 47,5- 50- 52,5- 55- 57 - 60 Gicleurs Weber. Cod. MM: 101.230 Cod. Weber: 3395 - 3404 - 62 - 65. Linha (s): Fiat, GM, Ford e VW. Diam. Calibrados: 47,5 - 50 - 52,5 - 55 - 60. Conjunto do Garg. M. Lenta. Carburador: 450 Mini Progressivo. Indice Conjunto do Garg. M. Lenta. Carburador: 460 GHT. Linha (s): Ford e VW. Diam. Calibrados: 45 - 47,5- 50- 52,5- 55- 57 - 60 - 62 - 65. Cod. MM: 104.008 Cod. Weber: 3090 5 Giclagem Micromec Gicleurs Weber. Carburador: 446. Linha (s): GM. Diam. Calibrados: 16- 23- 24- 25- 26- 27- 28- 2930- 31. Cod. MM: 104.011 Cod. Weber: 3015 Respiro. Carburador: 228 DFV. Linha (s): GM e Ford. Diam. Calibrados: 16 - 17 - 18 - 20 - 21 - 22 - 23 - 100 - 115. Sair Giclagem Micromec 6 Indice Aplicacao. Bico Injetor. Carburador: 228 DFV. Linha (s): Ford. Diam. Calibrados: 40- 50- 60 - 70. Cod. MM: 300.228 Cod. Weber: 300.228 Tubo de Partida a Frio. Linha (s): VW.http://empoweredbybenefits.com/userfiles/bowflex-2-xtreme-exercise-manual.xml Aplicacao: Gol, Voyage, Parati, Passat 1.6 Alc. Cod. MM: 104.009 Cod. Weber: 401.890.02 Tubo de Partida a Frio. Tambem sem vazao. Cod. MM: 101.210 Cod. Weber: ————- 7 Giclagem Micromec Gicleurs Weber. Porta Gicleur do Garg. M. Lenta. Carburador: 495 TLDZ. Linha (s): VW e Ford. Parafuso Regulagem da M. Lenta. Carburador: 450 Mini Progressivo. Parafuso Regulagem da M. Lenta. Carburador: 460 CHT. Linha (s): Fiat, Ford e VW. Linha (s): Fiat, Ford, GM e VW. Linha (s): Ford e GM. Carburador: TLDZ.- ALCOOL. Linha (s): Fiat, Ford e VW. Parafuso Regulagem da Marcha Lenta. Gicleurs Solex. Esguicho da Alta com Lista. Carburador: 35 Alfa-1. Linha (s): Fiat e GM. Diam. Calibrados: 130 - 135 - 137,5 - 140- 145- Cod. MM: 047.000 Cod. Solex: 160072 150 - 155 - 160 - 162,5 - 170 - 172,5. Gicleur Corretor do Ar. Linha (s): GM e VW. Diam. Calibrados: 60 - 70 - 90 - 100 - 110 - 115- Cod. MM: 048.000 Cod. Solex: 11065 120 - 125 - 130 - 135 - 140 - 145 - 150 - 155 - 160. Linha (s): GM e VW. Diam. Calibrados: 47 - 50 - 52,5 - 55 - 57,5 - 6065 - 67,5. Sair Cod. MM: 049.000 Cod. Solex: 112010 Cod. MM: 050.000 Cod. Solex: 11069 Aplicacao. Gicleur da Marcha Lenta. Carburador: 32 DIS. Linha (s): Fiat. Diam. Calibrados: 45 - 47,5 - 50 - 55 - 60 - 62,5 65. Cod. MM: 101.225 Cod. Solex: 13071 Calibrador Principal. Sair Giclagem Micromec 12 Indice Aplicacao. Gicleurs Solex. Calibrador Principal. Sair Giclagem Micromec 20 Indice Aplicacao. Linha (s): Ford e GM.Em Viton Cod. MM:101.307 Cod.WEBER: 400.802.02 Em Viton Carburador: 228 - DFV Linha (s): GM Aplicacao: Opala 4 cil. Sair Diafragmas Micromec 24 Indice Aplicacao. Linha (s): VW, Fiat e Ford. Linha (s): GM. Chevette Hatch, Marajo 1400 82; Chevette 1.4 SP Alc. Chevtte Hatch, Marajo 1600 Alc. 82 Carburador: 40 EIS. Linha (s): Ford. Jeep, Pick-Up, Rural 2.300 F-75 4cc de 75 em diante. Cod. MM: 50.003 Cod. Solex: 40.175 27 Diafragmas Micromec Solex. Carburador: 35 PDSI. Linha (s): GM, Ford e Fiat. Sair Diafragmas Micromec 28 Indice Aplicacao.http://www.raumboerse-luzern.ch/mieten/3gs-iphone-manual-pdf Carburador: 34 SEIE. Carburador: 3 E. Linha (s): VW e Ford. Carburador: 35 Alfa-1. Linha (s): GM. Cod. MM: 50.016 Cod. Solex: 160.077 Monza 1.6 82 em diante Gas. Carburador: 30 Pic., 35 PDSIT e 35 PDSI. Carburador: 40 DEIS. Carburador: 34 SEIE, 40 EIS. Linha (s): GM. Cod. MM: 50.037 Cod. Solex: 34.647 Opala 6 cil. Alc. de 84 em diante. Carburador: 35 Alfa-1. Linha (s): Fiat e GM. Sair Boias Micromec 36 Indice Aplicacao. Carburador: 190. Linha(s): Fiat e GM. Aplicacao: Fiat 147 1050 Gas. Weber 222) Gas. de 80 a 83. Cod. MM: 30.040 Cod. Solex: 20.037 Carburador: 2 E e 3E Linha(s): GM, Ford e VW. Linha(s): GM. Aplicacao: Opala, Caravan, Pick-Up (4100 6cil.) Alc. De 84 a 89. Cod. MM: 30.045 Cod. Solex: 34.633 Carburador:H-34 SEIE. Carburador: H-35 Alfa 1. Linha(s): GM e Ford. Variant II 1600 Gas de 78 a 82. Brasilia, Kombi, Sedan, Gol 1600 Gas. Indice Carburador: H-35 PDSI. Linha(s): VW. Aplicacao: Passat, Voyage 1500 Gas. Linha (s): GM. 39 Boias Micromec Weber. Sair Valvulas de Boia Micromec 40 Sair Indice Aplicacao. Linha (s): Ford, GM e VW. Sair Valvulas de Boia Micromec 42 Sair Indice Aplicacao. Weber. Calibragem da Valvula: 220 Carburador: 450. Linha (s): Fiat. Aplicacao: Fiat 1300, Fiat 147,148, Uno, Premio, Alc. De 89 a. Cod. MM: 40.310 Cod. Weber: 488.317.52 Substitui: 467.917.52 485.417.52 Calibragem da Valvula: 175 Carburador: 460. Sair Valvulas de Boia Micromec 44 Sair Indice Aplicacao. Solex. Calibragem da Valvula: 1.75 Carburador: 34 SEIE. Linha (s): GM. Aplicacao: Monza 1.8, Alc. De 85 a 86. Cod. MM: 50.130 Cod. Solex: 130.113 Calibragem da Valvula: 1.76 Carburador: 35.PDSI. Linha (s): VW. Aplicacao: Passat, Voyage 1500, Alc. Aplicacao: Brasilia 1600, Carburacao Dupla, Gas. Sair Valvulas de Boia Micromec 46 Sair Indice Aplicacao. Solex. Calibragem da Valvula: 1.51 Carburador: 32 DIS e 31 PICT. Linha (s): Fiat e VW. Aplicacao: Fiat 1050, Fiat 147, Gas. Linha (s): GM. Aplicacao: Chevette, Hatch, Marajo 1400, Alc. Linha (s): GM. Aplicacao: Caravan 4Cil.https://www.figlitornatialpadre.com/images/boston-acoustics-cr9-manual.pdf e 6 Cil., Gas. De 84 a 88. Opala, Pick Up Veraneio, Caravan 4 Cil. E 6 Cil. Motor 250 Dupla Carburacao, Alc. De 84 a. Cod. MM: 50.220 Cod. Solex: 54.109 Calibragem da Valvula: 1.51 Carburador: 34 SEIE. Aplicacao: Fiat 1300, Fiat 147, Gas. Linha (s): Ford, GM e Fiat. Sair Valvulas de Boia Micromec 48 Sair Indice Aplicacao. Solex. Calibragem da Valvula: 1.51 Carburador: 35 ALFA-1, 32 PDSI e 32 PDSIT. Linha (s): Fiat, GM e VW. Linha (s): GM e VW. Aplicacao: Chevette 1.6, Alc. De 83 a. Passat 1.5, Alc. De 81 a 82. 49 Valvulas de Boia Micromec Solex.We are a non-profit group that run this service to share documents. We need your help to maintenance and improve this website. Please make sure that the part number below matches the number in the information box on your tool. If the part number below does not match the one on your tool, please use our spare parts catalogue to search directly for the part you require. Date: 3-March-2016Date: 3-March-2016Before workingClothing must be non-static generating. Any petroleum contact with skin should beFailure to do so may void warranty or cause damage.Date: 3-March-2016This will prevent corrosion.When crimping ensure there isDo not solder the cable endsInsulate exposed screenDo not rely on common chassis grounding atMax resistance, battery ground to any. The electricalDIP200-11Z, DIP200-12Z, DIP200-13Z, DIP200-14Z connector kits can be utilised to provide thisDate: 3-March-2016. Table of ContentsDate: 3-March-2016A.2.2. IECEx Conditions of Safe Use. 87. A.2.3. ATEX Electrical Parameters for Entity Concept. 88. A.2.4. UL Electrical Parameters for Entity Concept. 89Date: 3-March-2016Date: 3-March-2016. J.1.1. Paper Indexation. 128. J.1.2. Special Print Format. 129Date: 3-March-2016DFV100 operatesLiquip to allow it to function as either a Diptronic CPU (DFV103) or a combined Diptronic andThis manual provides comprehensive installation instructions and technical information.https://pikewallis.no/wp-content/plugins/formcraft/file-upload/server/content/files/16273fa5395acd---brocade-dcx-manuals.pdf Refer to DFV103 Hardware Installation and Operation Manual for information regarding. DFV103. Both manuals should be used together when installing and configuring DFV101. DFV100 is approved for installation in hazardous areas classified as Zone 1 or Zone 2, or inMost of the EMH600, EMH500 and EMH400 functions have been retained, including:The DFV100 operates on 12V or 24V dc installations (32V maximum).Figure 1.1Date: 3-March-2016. The Model Number, Unit Serial Number and Approval Numbers are available on the labelFigure 1.2. The PCB serial number is momentarily displayed on the LCD screen when the unit isThe PCB Serial Number is necessary forIt should not be confusedThe PCB Serial Number is also found on the micro SD Memory Card PCB. This is accessibleEnsure that appropriate metrological calibration and sealing is performed when anyTo reveal PCB Serial. Number, open DFV lid,Figure 1.3: DFV Memory Card PCBA missing calibration seal mayFigure 1.4: Cal SealDate: 3-March-2016. The keypad navigation functions change depending on the menu displayed on the bottomFigure 1.5: DFV100 KeypadContact Liquip for certificate details. Table1.0: DFV Model NumbersDFV102 is obsolete and has been replaced by DFV100.Safety Approved for Installation in Zone1 Hazardous AreaRefer to Firmware Naming Convention (pg41). Refer to Loading Firmware (pg42) for instructions on how to load new firmware into the DFV. Refer to Firmware Upgrade (Extra Features) (pg43) for information regarding extra featuresRefer to DFV Firmware Version History provided on the Liquip website (www.liquip.com) forDate: 3-March-2016Never take theSee DFV Wiring Diagrams (pg101) for details.If improved water sealing is required,Follow the manufacturer’s instructions andNOTE: For further recommendations refer to the Information Pertaining to Working on a Tank. Vehicle at the start of this manual.AVANDCIE-AUTOMATION.COM/ckfinder/userfiles/files/bosch-shy56a05uc-23-manual.pdfDate: 3-March-2016Although it is possible to mount the DFV100 on the meter directly using the DFV100 mountingTanker side or rear external mounting isThe DFV100 is weather proof, vibration resistant and EMC tested.A maximum 1.8A, antisurge fuse with minimum 1500A breaking capacity is inserted inAn Infallible I.S ground be installed to the DFV100. For hazardous area applications, the power supply to the DFV100 must be in the range 9Vdc. The DFV100H is not safety approved. It differs from the DFV100 in that it has a heater elementThe installation of a fuse is not mandatory for non-hazardous applications. However, LiquipThe Infallible I.S ground must be either an insulated 4mm2 conductor, or at least two 1.5mm2Liquip’s DIP200-11Z. DIP200-12Z, DIP200-13Z, DIP200-14Z connector kits can be used for this purpose. The cable carrying the supply negative to the DFV100 must be wired into at least one of the. GND or AUX GND terminals of CON102. Note that cable screens must not be connected toInstead cables entering the DFV100 shouldRefer to DFV Wiring Diagrams (pg101) showing various wiring schemes for powering the DFV. Refer to Cables and Glands (pg96) for the recommended cables and installing instructions. Refer to Guideline for Cables and Glands (pg97) for details on terminating cable screen to. DFV enclosure.Date: 3-March-2016The sealingThe followingPhoenix Contact (with SELV approval)-All 12V and 24V SELV power supplies.Frequency Drives and motors.Date: 3-March-2016It will alsoThe DFV100 does not count backwards - even when operating in Product Return Mode (pg28)The ERP200 can be mounted directly off the meter drive shaft, on the normal drive off theThe DFV100 can be mounted where mostThe construction of ERP200 body, cover and toothed wheel and shaft is in acetal, supportedFriction damping is by an internal wave spring. The ERP200The ERP200 has a maximum speed of 1,000 rpm which is sufficient for all current applicationsThere is no minimum speed, each tooth isFigure 2.http://windcampus.com/wp-content/plugins/formcraft/file-upload/server/content/files/16273fa697d308---brocade-fabric-os-mib-reference-manual.pdf1, or an external supply. If powered from an external Non-I.S power supply (30VFigure 2.1: ERP200 Wiring. Connect cable screen to the inner part of DFV100 enclosure as shown in Guidelines for CablesRefer to ERP200 Technical-Details (pg108) for wiring diagrams and electrical specifications. Refer to Table 2.0 (pg16) describing DFV100 settings required when using the ERP200.Date: 3-March-2016Pulse signals must satisfy the following electricalIt sets the upper volume limit corresponding to the end of the slow-start batching region. RmDwn. It sets the volume limit corresponding to the beginning of slow-finish batching. The slow-flow finish region is from (B-RmDwn) to (B-Overshoot). Fup. It sets the maximum flow rate during the slow-start batching region. There is no typical value and depends on the system configuration and flow rate. If not required, set value to greater than the expected highest flow rate during the slow-start ramp up. Fmx. It sets the maximum flow rate during the fast-start batching region. If not required, set value to greater than the expected highest flow rate during fast-start ramp up. Fdn. It sets the maximum flow rate during the slow-finish ramp down region. There is no typical value and depends on the system configuration. If not required, set value to greater than the expected highest flow rate during slow-finish ramp down. TmOut. This sets the no pulse timeout period, which commences after the START button is pressed. If noIt is a safety setting preventing product flow in case of malfunction ofA typical value used is 30 seconds. Overshoot. The DFV100 switches off the flow valves before the Batch quantity (B) is reached, compensating for theIn order to find the overshoot quantity, it is recommended toDate: 3-March-2016. Figure 2.8 Relay Flow Control DiagramWhen the START button is pressed Relay1 will activateA single arrow in the top left corner of the LCD indicates that the.http://grupomarsamo.com/wp-content/plugins/formcraft/file-upload/server/content/files/16273fa7c631d8---brocade-e200-manual.pdf DFV100 Relay1 is ON (closed) and two arrows indicate both relays are ON. As the delivery proceeds, the batch quantity will decrease by the amount already deliveredBothBatch amountVolume. Delivered. Flowrate. The Batch volume can also be adjusted through the main display menu when in Standby modeBoth possibilities require that. Remote Batch (RemBAT), located within the Management Calibration menu, be set to “Y”. ToRefer to Calibration Menu Navigation (pg46) for comprehensive menu navigation. Refer to Calibration Menu and Functions (pg54) for further information on settings.Date: 3-March-2016. Table 2.3 Batch Delivery Setup. Task. Key to Use. Press CAL button on the DFV100 to enter Calibration Menu. Press CAL Button. Navigate to the Batch Preset submenu; (BATCH?N). Change Selection to “Y” Yes. Enter the Batch Preset Menu. LCD will display Batch Preset Quantity (B 00000.0). PressPress. Press. PressPressThe value can be changed by individually adjusting each digit. Save Batch Preset Quantity. Navigate to Ramp UP Volume (RmUp 000). LCD will display Ramp UP Volume value. Save Ramp UP Volume value. Press Menu to access Ramp Down Volume (RmDwn 000). LCD will display Ramp Down Volume value. Save Ramp Down Volume. Navigate to Max. Ramp Up Flow Rate (Fup00000). LCD will display Max. Ramp Up Flow Rate value. Save Max. Ramp Up Flow Rate. Navigate to Max. Full Flow Rate (Fmx00000). Delivering Flow Rate value. Save Max. Delivering Flow Rate. Navigate to Max. Ramp Down Flow Rate. Ramp Down Flow Rate value. Save Max. Ramp Down Flow Rate. Navigate to No Pulse Time Out Value. LCD will display No Pulse Time Out value (TmOut 000). Save No Pulse Time Out Value. PressDate: 3-March-2016Relay1 and Relay2 allowing the DFV100 to control connected solenoid valves. If Multiproduct.AUTOSKOLA-SCP.COM/files/bosch-shy56a05uc-14-manual.pdf Mode (pg29) is enabled, the DFV100 will first prompt the user to select a product name beforeThe relays remain activated untilPressing theThe direction of rotation of the pulserProduct Return mode is notProduct Return mode can be accessed from the Driver’s Menu (ProRet?Y) provided it is firstTable 2.4: Product Return Setup. Navigate to the Management Menu (MANAG?N). Press OK to enter Management Menu. Navigate to Product Return (PRMode?N). Press OK to save. Press CAL button to exit Calibration Menu. From Standby mode, enter Driver’s Menu. Navigate to Product Return menu (ProRet?N). Select product name (If Multiproduct is enabled). Commence product return pumping. Stop product return pumping. Print report. PressPressPress. NOTE: When Product Return is enabled, the symbolFigure 2.10: Product ReturnDate: 3-March-2016Multi-Product mode allows the product name, K-factor and the density of up to 12 products toMulti-Product mode is enabled when:Refer to Multiple Products Entry, pg52 for further details. Figure 2.11: Multiple Product Entry. The product to be delivered can be selected from the Standby Mode screen by either:Note: If the main Calibration menu is re-entered then the selected product and its K-factor willIf the DFV100 is connected to flow control solenoids, then pressingFlow and volumeIf instead, delivery is initiated independent of the DFV100 (eg.The product is printed on the Delivery Ticket provided Indexation is enabled (eg. P1 IND?Y)For Non-Batch applications, the product name appears in brackets alongside the Flow RateThe bottom line of the LCD regularly cycles between thisFor Batch applications, the Batch Volume and Flow Rate are displayed on the bottom lineNote that the product name used isDate: 3-March-2016. The Primary (or base) K0-Factor menu is supressed when Multi-Product Mode is enabled. The K-factor used by the DFV100 is that of the current selected product whose value is storedConversely, when Multi-Product Mode is disabled the K-factor usedFigure 2.13a: Multi-Product Enabled. Primary K-Factor menu suppressed. Figure 2.13b: Multi-Product Disabled. Primary K-Factor menu active. All Multi-Product Mode settings are erased whenever Flow or K-factor values are entered intoSimilarly, enabling Multi-Product mode and entering anyWhen Multi-Product mode is enabled a Touch-PC connected to the DFV100 communication. A), or set the product (using Set Command A) to be delivered from a list of products alreadyNote that the DFV100 preventsRefer to EMH Serial Communication Protocol (pg136) further details.Date: 3-March-2016For hazardous area applications it is mandatory to install antisurge fuses (2A maximum,The cable which connects the DFV100 to the solenoid must have its screen tied to the DFV100Figure 2.14 Connecting External Counter Display. If connecting these terminals to Intrinsically Safe (I.S) equipment, then the DFV100 DividerThe DFV100 Divider comes standard with all DFV100.When Pulseout and Remote Reset terminals are configured as Relay3 and Relay4, the sameThis is used for switching an air solenoid for the purpose ofThe relay is activated for a limited time at the completion ofThis time is referred to as the Air Blow. Timeout (BLOW) and can be set (to 0-99 seconds) within the BATCH Calibration menu. If Remote Reset is enabled within the Management menu (RemRes?Y) the terminal operatesDate: 3-March-2016The recommended temperature probe is Liquip. No calibration needs to be performed by the user, as the register is already pre-set with theAll three wires on the Temperature probe must be connected to the DFV100 Temperature. Probe Failure’DFV100 enclosure. The cable screen must not be connected to the GND terminal. Figure 2.15 Connecting Temperature ProbeVolume Correction for Temperature (also called Temperature Compensation) is enabled if theWhen Volume Correction for Temperature is enabled, the DFV100 can be set to operate inOperation of the two modes is summarised as follows. Mode NORM. Mode 1Date: 3-March-2016. Figure2.16a. Temperature Probe Connected. Symbol on top line not flashing. Figure2.16b. If Volume Correction for Temperature is enabled and the temperature probe is disconnected,Figure2.17a. Temperature Probe is Disconnected. Symbol on top line flashing. Figure2.17b. When Volume Correction for Temperature is disabled (ie. Register Mode setting has no effect and the message “NO TEMPER. CORRECTION” isRefer to Calibration Menu Navigation (pg46) for comprehensive menu navigation. Refer to DFV Calibration Menu and Functions (pg54) for setting details. Refer to Improved Immunity to EMI (pg98) for protection against EMI, required in someDate: 3-March-2016It incorporates an LCD. DFV100- 22 heater consists of a heating coil encapsulated in clear plastic as shown below. Figure 2.18: DFV100-22 LCD Heater. It is adhesively attached to the front of the DFV LCD display screen and has two leads whichInsert Heater Leads. Figure 2.19: Heater Insertion Location. The DFV100H heater circuitry is not controlled by firmware and is designed to ensure thatAttaching the DFV100-22 to the LCD screen is a delicate operation and it is recommendedDate: 3-March-2016The register should light up and perform a self-checkingAfter this the DFV100 enters Standby mode.Again rotate the shaft by hand and check that the register is counting.Switch on and operate C.B.At the end of these tests print a Delivery Ticket, Management. Ticket, and Setup Ticket to check the printer.Date: 3-March-2016The front panel consists of an LCD and five keypad buttons and one calibration button asRefer to DFV Operation Modes (pg38) for more information on each of the operation modes. Refer to Quick Reference Guide (pg44) for a short overview of button and register functionality.An audible beep should be heardThe following screen then appears a few seconds later. Figure 3.1: Display immediately after Power Up. At this point the user has three options:The DFV100 will automatically proceed to Firmware. Verification after waiting 5 seconds. Firmware Verification is performed by the. Bootloader and its purpose is to detect the corruption of application firmware andDate: 3-March-2016The following sequence of display screens appear in succession. Figure 3.2: Screen Transition during Quick Start. Note: Screen4 and Screen5 are test screens necessary for metrological approval.Screen5 is shown during the Firmware Verification process. If this passes then the DFV100If Firmware Verification fails, then Screen7 is displayed and the firmware will not execute. IfRefer to the Fault Finding chapter (pg72) for a recommended troubleshooting strategies.Date: 3-March-2016The DFV100 firmware has four Reset Mode settings: US, UK, CANADA and AUSTRALIA. Each Reset Mode has unique default calibration and operation settings. The Reset Mode isChanging the Reset Mode will clear all calibration and operation settings and load. Should existing settings need to beRefer to Reset Mode Default Settings, pg64 for default setting for each Reset Mode. To access the Reset Mode menu, perform the following. Enter MenuSelectionNote: “NO” will bring no changes. Exit MenuAlternatively press any other key to exit menu without saving newDate: 3-March-2016The Standby Mode is the default operation mode after power up. From Standby Mode the userThe DFV100 will automatically switch from Standby Mode to Delivery Mode if product flow isThe information displayed on the LCD dependsTable 3.0 Keypad Operation in Standby and Delivery Modes. Key. Function in Standby Mode. CAL SwitchNot used. Not used. Enter Batch volume setup (preset volume). Show initial presetShow total accumulativeModeDriver’s Calibration menu.Management Ticket is printed. Start delivery (controls relays). Stop (or interrupt)Reset volume and print delivery ticket. Show flow rate for 5 sec.Date: 3-March-2016Calibration Menu Mode is entered from Standby Mode by pressing the CAL button. The CALRemoving this sealWhile in Calibration Mode, the user can navigateTable 3.1 Keypad Operation in Calibration Mode. Function in Calibration Mode. Enter calibration mode or Exit Calibration mode. CAL Switch. Move to the next calibration item.Usually not used in calibration modeEnter Menu. Exit Menu. TOTAL key 5 times in 5 seconds while in Standby mode. Automatic if no key is pressed for 5 second. Table 3.2 Driver’s Calibration Menu (allows access to some settings without breaking CAL seal). Function. Format. Notes. Product Return. ProRet?N. Only appears in menu if Product Return is enabled within ManagementDensityLPG?Y; RemDEN?Y; Units L. ProductNote, only availableTemperature. Actual reading of temp. probe. Meter NumberPrinter. AcknowledgeShows meter number (view only)Date: 3-March-2016YY represents the version for metrological changes. XXX represents the version for non-metrological changes. Note. For example:The firmware version installed on a particular DFV unit is displayed on the LCD after powerFor example. Figure 3.7Date: 3-March-2016Version loaded. The password is valid only for 7 days from the date of issue. Liquip can provide the firmware pre-installed on a microSD card or attached within an email. In the case of the later, the file must be removed from the email and copied to a formattedSimilarly, DiprecallThe DFV1XX firmware installation process is as follows:There is a 10 sec timeout which quitsIf the password is correct, the DFV100 will load the new firmware.There is a 10 sec timeoutIf the password is correct, the DFV100 will load the new firmware. The password is valid for limited time only (7 days).Once finished, the unit willPerform Metrological sealingDate: 3-March-2016A 7-digit activation password,The password for each extra feature is manually entered via the (UPGRADE?N) menu, whichA list of purchasableIf the code entered is correct, the screen returns to the Upgrade screen and the letter indicatingEnter Code. Press OK. Wait 5sec. Figure 4.0: Example: features A, B, F are activated and feature E is purchased. Upgrade. FeatureMessage Protocol Feature. An EMH Serial Communication Protocol message can be sent to the DFV from a PLC or TouchPC to display product information for a set duration on the DFV screen, corresponding to aEMH and Diptronic Reconciliation. Diptronic measurements are continuously taken for all compartments in EMH and DIP modes. Changes in compartment levels are printed on the delivery ticket following metered custodyDFV103 Installation and Operation Manual rev B (P40275) or more recent.Refer to DFV Firmware Version History on Liquip website (www.liquip.com) to determineDate: 3-March-2016Press and hold DIPPress theNote, if noUse thePress theName of product selected is displayed in brackets on the bottom line of the LCD.To edit the Batch Volume, pressPressEdit Batch Volume as in item 4 above. Ensure the register shows “0.0” and that a ticket is inserted into the printer. Start the delivery by pressing theSelect product name (if already added to Product Database) as described in item3 above.