U330-A LPG Nozzle

U330-A LPG Nozzle

For High-Flow, Bulk Fuel Oil Delivery Service

Materials:

Body: Aluminum

seals: Buna-N, Viton

Main stem: Stainless steel

Spout: Aluminum

Features :

Rated flow:45L/min

Rated work pressure: 2.2Mpa

Environmental Condition:-300C~500C

Coupling style:Italian style

Package:

Cross Weight Dimension

17kg/case of 10 42×40×33 cm/case of 10

tive bolt made of metal; Take out the metal; Turn the regulative bolt clockwise, each grid reduce 1cm3; Calibrate discharge result used standard gauge instrument, reassemble if accuracy is right. Usage and Maintenance As few in domestic fuel dispenser, the troubleshooting of double piston measurement transducer consult the methods of four-piston measurement transducer or maintain according to the user’s manual provided by manufacturer. Some difficult trouble should consult with special mechanician f fuel dispenser rom factory. Every time of adjusting measurement transducer should be operated by the metrology appraisal agency exclusive, whatever structure and model. Troubleshooting also need to be authorized and content by the agency, even to be appraisal and lead seal. Article IV Nozzle Nozzle is a terminal of fuel dispenser’s hydraulic system, which is tool used to refuel into tank and other container. Thus, nozzle should be characterized, by technically, as simple operation, less losses in pressure, stable flow, adjustable, good sealbility and safety. Nozzle includes general nozzle, auto-shut nozzle and nozzle with vapor recovery device. The first type is once widely used in fuel dispenser industry, even still employed currently. With the development and demand in fuel dispenser’s technology auto-shut nozzle become available in manufacturer of fuel dispenser, as this type of nozzle add auto-shut function on the basis of general nozzle. In the current years, some manufacturers have moun fuel dispenser ted vapor recovery device to nozzle, but its market share is still small. Here introduce them except the last type. General nozzle This kind of nozzle once widely used in filing station is still adapted. 1.1 Structure As illustrated in Diagram 2-27, it consist of nozzle body, main valve, vice valve, nozzle, switch handle. Diagram 2-28 shows exploded drawing. 1-Nozzle body 2-Cap 3-Spring 4-Seal 5-Main valve 6-Assistant valve 7-O-ring 8-Spout 9-Nut 10-Pin axis 11-Switch handle 12-Glang nut 13-Supporing gasket 14-Ejec fuel dispenser

d IR1087 .　　 Date Version Modifications　　 number　　June 2005 IFSF - STANDARD FORECOURT PROTOCOL FP32_114　　 PRICE POLE APPLICATION　　 Page: 5　　 January 2003 1.12 Removed contact details for IFSF Technical Support and made reference to the　　 I fuel dispenser FSF web site instead.　　 Chapter 2.1　　 References to Fuelling Point replaced with Price Pole.　　 Chapter 3.1　　 PR_ID changed address to 41H-48H .　　 Removed software download A1H .　　 Chapter 3.2　　 Entire content of this chapter removed and replaced with a reference to　　 Engineering Bulletin No.11.　　 Chapter 3.3　　 Protocol_Ver(Data_Id 58) reference to Dispenser altered.　　 Segment_Layout title amended.　　 Price_Pole_State(Data_Id 71) title amended to be consistent with other　　 specifications.　　 Chapter 3.8　　 fuel dispenser References Fuelling Point replaced with Price Pole.　　 Minor Error spare range address amended to 43H-5FH　　 Date Version Modifications　　 number　　 September 1.13 Chapter 3.8　　 2003　　 Error code database amended to standard error code range of addresses.　　 Date Version Modifications　　 number　　 June 2005 1.14 fuel dispenser

nditioner, for example, could be remotely turned down a bit when required in order to prevent a blackout. Mr Baker envisages that in a few years time, customers with smart appliances will receive electricity bills that break out power usage by device. And combining internet access with power- management services that help consumers reduce their energy bills could give BPL companies a valuable way to differentiate themselves from traditional broadband providers.  © 2006 .  fuel dispenser About sponsorship Tracking your every move Nov 30th 2006 From The Economist print edition Communications Mobile phones that can work out where they are using satellite technology are proving to have a variety of uses SCOTT MCNEALY of Sun Microsystems, a computer-maker, once said he could imagine a day when doctors would “slap a baby s bottom�and then insert a locator chip into the newborn child s neck. “That s not Big Brother; that s dad,�he said. Although they are not at the chip- insertion stage, some families in America and elsewhere have already embraced Mr McNealy s child-tracking call. They have started buying child-friendly mobile phones outfitted with GPS (Global Positioning System) technology. These phones and their related tracking services allow parents to pinpoint the location of their children with ease. Parents agree to pick up the phone bill in return for the reassurance of knowing where their children are; children are fuel dispenser prepared to put up with the snooping if they are allowed to have a phone. As in other aspects of mobile technology, Japan has claimed the lead with GPS-equipped tracking devices. Consumers can buy products ranging from trackable mobile handsets to school blazers with GPS tags attached. Mobile operators in America are now launching tracking services too. Under a federal mandate known as E911, they had to upgrade their networks to ensure that anyone dialling the 911 emergency number could be located to within 100 fuel dispenser