FUEL DISPENSER & SPARE PARTS

FUEL DISPENSER & SPARE PARTS

Fuel dispenser are used in petroleum-retail service stations for filling lightweight oil including gasoline or diesel etc. We have taken up the production of fuel dispenser since1992. Among our gigantic business portfolio, oil transfer pumps were first put on our agenda and then mechanical fuel dispensers, electronic fuel dispenser in subsequence.

Our fuel dispensers have 3 series, namely, C series, D series and S series. All of the series share the same electronic system, which consists of flow meter, combination pump, auto nozzle etc. But C series is little in size and has a general outline with hoses from the middle. And D series contains jambs with stainless steel and hoses from the top. Then S series have a novel streamline outline and hoses from the top, which is bigger in size in comparison with the other ones.

causing noise and abnormal vibration is many, either because of fuel dispenser�or exterior elements (pipe trouble). Therefore, it is first to exclude exterior reason of fuel dispenser, then interior one when overcome the above situation. After that, examine strainer and clean dirty. Next parts being checked is overflow valve. Tight spring will stick valve core and generate large noise and vibration. In addition, don’t pursue large flow rate through adjusting spring extensively, since that will shorten the service life of fuel dispenser due to large system pressure. If noise is still large after the above maintenance, pump should be disassembled so as to examine vane and spring whether broken. If these parts are broken the outlet flow fluctuation of pump would be enh fuel dispenser anced, as well as noise and vibration. The solution method is to change a new vane and spring. Leakage Leakage is divided as two categories, namely, inner leakage and outer leakage. Under the high oil pressure in hydraulic system oil is leak from high pressure area to low area, which is called inner leakage. The abrasion of vane, rotor and frame result in extensive inner leakage so as to reduce delivery volume of fuel dispenser. The outer leakage is the one oil leak from inner hydraulic system into outer, which increase unsafe environmental elements except from affecting the normal working performance of pump. To change a new oil seal when find a leakage coming from the root of pump fuel dispenser axis. Be sure that don’t make a mistake in installing oil seal. Diagram 2-7 show the correct position ----- the labium of oil seal should face to inner chamber. In addition, tight V wheel also hurts the surface of oil seal next to pump axis so that its capacity is invalid. Diagram 2-7 The most leaking sections are the connecting face---- between pump cover and pump frame, between pump frame and vapor separator, place of cap nut of overflow valve. All of reasons are damaged seal loop or seal gasket, thus change new sealed components as soon as quickly. fuel dispenser

5 bin8 R(1-2) M　　 (1-4) W(1-2)　　 Number of price pole points defined.　　 0 = not configured　　 n = number of price poles (1 to 4)　　 6 bcd4 R(1-2) M　　 Country_Code　　 W(1-2)　　 Country where the price pole is installed. The　　 Country_Code uses the call dialling code from the country　　 where it is.　　 0030-Greece fuel dispenser 0031-Netherlands 0032-Belgium 0033-　　 France 0034-Spain 0351-Portugal 0352-Luxembourg　　 0353-Ireland 0354-Iceland 0358-Finland 0359-Bulgaria　　 0036-Hungary 0039-Italy 0040-Rumania 0041-　　 Switzerland 0042-Czech 0043-Austria 0044-United　　 Kingdom 0045-Denmark 0046-Sweden 0047-Norway　　 0048-Poland 0049-Germany 0090-Turkey　　 IDENTIFICATION DATA　　 50 asc3 R(1-2) M　　 Manufacturer_Id　　March 2000 IFSF - STANDARD FORECOURT PROTOCOL fuel dispenser FP32_111　　 PRICE POLE APPLICATION　　 Page: 17　　 PRICE POLE DATABASE　　 DB_Ad = PP_DAT (01H)　　 Data Element Name　　 Data Field Type ReadWrit MO　　 Description　　 _Id fuel dispenser

to recycle and reuse, whilst their American counterparts cannot manage such economies, should come as no surprise. ESA had a budget last year of �.9 billion, about a fifth of NASA s. Necessity, as they say, is the mother of invention. © 2006 . Nuclear power Nuclear fallout Apr 20th 2006 From The Economist print edition Arguments over the human impact of Chernobyl EPA Get article background ON THE eve of the 20th anniversary of the nuclear disaster at the Chernobyl power station a row has broken out over its true human impact. A year ago a group calling itself the Chernobyl Forum said the accident would lead fuel dispenser to far fewer deaths from cancer than had at first been predicted. The Chernobyl Forum comprises a number of United Nations agencies, including the International Atomic Energy Agency and the World Health Organisation, and also the governments of Belarus, Russia and Ukraine. The forum added that Chernobyl s real legacy was of a paralysing dread that had blighted the lives of those labelled “Chernobyl victims� However, Greenpeace, an environmental group, is challenging the forum s estimates that 9,300 people in the three countries concerned will die from cancer as a result of exposure to radiation from the plant. Blake Lee-Harwood, a spokesman for Greenpeace, said that their fuel dispenser report looked at evidence from a wide range of sources and they believe that the death toll will be 100,000, an order of magnitude higher than the Chernobyl Forum estimate. However, this figure also includes deaths from causes other than cancer. Sheltering from the storm To complicate matters further, in the case of radiation damage time does not heal all wounds. For example, a commentary in this week s Nature by Dillwyn Williams of Strangeways Research Laboratory in Cambridge and Keith fuel dispenser