Crown Pulse 2650 User Manual

(2650/76) III(5)a Certificate Pursuant to section 12 of the Weights and Measures Act 1985 Certification No 2650/76 Valid Until 1 July 2016 I

104.2.2 H Frame construction - Encore 510 (Figure 14) As described in the Certificate, but having a new style enclosure designated the ‘Encor

114.2.6 Adblue Having an Adblue dispensing module, either in the form of a separate dispenser, or in addition to other modules,

124.2.12 397G Dispenser (Figure 61) As described in the certificate but having an alternative style enclosure designated 397G. This is most c

13each protected by a sealed plate which is sealed by a securing (sealing) wire (metal or plastic) and a seal. IS interface board:- (Figure 20)

14 4.6 ALTERNATIVE PULSER - SECURE INTELLIGENT PULSER (SIP) The Secure Intelligent Pulser (SIP) mounts to the C+ or V meter and determines the

15shown in Figure 60. 5 STAGE II VAPOUR RECOVERY 5.1 Construction 5.1.1 Components The systems described typically consist of a mix

165.2 Operation 5.2.1 When fuelling commences, the fuel delivered displaces the vapour contained within the vehicle fuel tank and the vapo

17cables from the Site Controller to the dispensers now passing through the TEM inside the Kiosk. No modification is required to the Site Control

18 Optionally an LCD display (figure 27) may be installed which allows access to the following data by pressing the scroll button: • Fixed Dens

196.2 Gilbarco ATC (Automatic Temperature Compensation) 6.2.1 System Description The ATC system compensates for temperature effect

2Descriptive Annex 1 INTRODUCTION This pattern is for an electrically driven liquid fuel dispensing system termed SK700. The

206.2.3.2 The temperature and non-compensated volume can be checked whilst in calibration mode by pressing key "7" on the ma

218 CONNECTION TO UK NATIONAL APPROVED POINT OF SALES SYSTEMS 8.1 The validity date of 1 July 2016 applies to the following point of sales a

22Figure 32 TVC Typical installation of temperature sensor and sealing arrangement Figure 33 TVC Typical display of measurement data using ‘Fue

23 Figure 1 SK700 Dispenser

24 4 Bolt meter cap 8 Bolt meter cap fitted with 4 bolts Figure 2 Alternative meter caps Figure 3 Analogue Solenoid Valve Figure 4 GP

25 Figure 5a GPU-90 Pumping Unit Figure 5b GPU-90 Pumping Unit Sealing Figure 6 SK700 sealing arrangement

26 Figure 7 Typical Dialface Legends Figure 8. Pump Control Node Sealing

27 Figure 9 C+ Meter Sealing Figure 10 C+ Meter Pulser Sealing Figure 11 Ecometer Pulser & Meter Sealing

28 Figure 12 Monobloc Gas Switch Sealing Figure 13 ECAL Board Sealing

29 Figure 14 General view of Encore 510 dispenser Figure 15 Encore 510 pulser securing

32.2 Hydraulics This consists of the monobloc pumping units, meters, solenoid valves and interconnecting pipework. Flow rate optio

30 Figure 16 General View of Encore 500G Figure 17 Typical Computer Head Door with Infoscreen. (Encore 500G)

31 Figure 18 Sandpiper 2 - CPU board securing (sealing) Figure 19 Sandpiper 2 - ECAL board securing (sealing)

32 Figure 20 Sandpiper 2 - IS interface board securing (sealing) Figure 21 Sandpiper 2 - IS hub securing (sealing) Figure 22 Sand

33 Figure 23 Sandpiper 2 - Ecometer securing (sealing) Figure 24 Sandpiper 2 - C+ Meter securing (sealing)

34 Figure 25 Typical vapour recovery system (Non-vapour recovery components shown within greyed area)

35 1 Power Supply connection 230V 2 Infrared Port for Data communication 3 Temperature sensor connection 4 Density block connection 5 Pulser ch

36 Figure 32 Typical installation of temperature sensor and sealing arrangement Figure 33 Typical display of measurement data using ‘Fu

37 Figure 34 Typical Single Hose Dispenser

38 Figure 35 Typical 2 Hose Dispenser

39 Figure 36 Forecourt System Diagram showing TEM Figure 37 TEM Module

42.2.4 Nozzles The following nozzles may be used: Manufacturer Model/Description Type Elaflex ZVA 4.4R for use with unleaded petrol A

40 Figure 38 TEM Block Diagram Figure 39 ATC Hub Board

41 Figure 40 ATC Manifold showing temperature sensor and test sleeve Figure 41 ATC Temperature Sensor

42 Figure 42 ATC Hub Connections Figure 43 ATC Hub mounted on hydraulic section supporting rail

43 Figure 44 ATC Hub Sealing Figure 45 ATC Temperature Sensor Sealing

44 Figure 46 Nordic Lane Dispenser RHS Figure 47 Coriolis Meter Sealing

45 Figure 48 Taller Hose Cabinet SK700 Figure 49 Horizon Dispenser

46 Figure 50 V meter sealing example Figure 51 Horizon Dispenser with integrated Spot M3

47 Figure 52 Typical Secure Intelligent Pulser (SIP) sealing Figure 53 Alternative Sealing – Tamper evident sticker seals

48 Figure 54 Combined Amount, Volume and Price per Unit Display Figure 55 Multiple Price per Unit Display

49 Figure 56 Horizon Dispenser with Hose Retraction Figure 57 Fafnir Vapour Monitor

52.2.5 Hoses The following hoses may be used: Manufacturer Model Maximum length (Metres) Elaflex, Germany Conti – Slimline 25 Low temp

50 Figure 58 DIMP Multimedia Display – typical display arrangement Figure 59 Internal display for DIMP Multimedia Display

51 Figure 60 Typical Secure Intelligent Pulser (SIP) sealing – shorter body version Figure 61 397G Dispenser © Crown copyright 2012. Nat

6The optional Battery Back up board supplies power to the electronics for a period of 15 minutes after mains power fail. Th

7 LEGEND CHARACTER HEIGHT (mm) £ 16 Litres 12 Pence Per Litre 5 Minimum Delivery 2 Litres 5 2.6 Standard Sealing 2.6.1 Pump Control

83 DISPENSER OPERATION 3.1 Operating Sequence At the start of the transaction, the dispenser displays the previous sale. When the dispen

94.1.2 Arranged to dispense from one side of the unit only, in which case without: meters, pulsers, solenoid valves and asso