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

fuel dispenser Main frame installation The installation method of submersible pump fuel dispenser is similar to that of suction pump fuel dispenser. The horizontal distance from main frame to underground tank is no mo fuel dispenser re than 60m, vertical distance no exceeding 4m, delivering pipe with less 0.2% slant, elbow as few as possible. Power supply lead, control line and communicating cable a fuel dispenser re installed respectively. Main wire pipe adopts 2’�seamless steel pipe, branch 1 1/2 ‘� Pressure testing of pipe should be conducted strictly in accordance with stipulation of GB50156 because the working pressure of submersible pump is 0.25~~0.3Mpa, even 0.63Mpa in instance. Safety valve should be installed in submersible pump fuel dispenser, connecting pipe with stainless steel corrugated pipe. It should be installed at the angel iron fixed in concrete, connecting with pipe. (Illustrated in Diagram 5-11) 1.1 Electric installation Electric installation includes power supply installation and connection of fuel dispenser with junction box assembly. 1: Oil filter end 2: Gasket 3: Check valve 4: Pipe 5: Safety valve 6: U-shape bracket 7: Angle iron 8: Upper flange 9: Corrugated fuel dispenser pipe 10: Low flange Diagram 5-11: Inlet connection sketch map of fuel dispenser Power supply installation (reference to Diagram 5-12): adopting oil-resistance and erosive resistance three threads copper cable, section no less than 1mm2, outside diameter about 8mmm. User’s lines and signal cable are connected into explosion-proof junction box. 1.2 Junction box installation There are many items installed in Junction box, including terminal, power breaker (switchers of power and fuel dispensers), touch-switch, hot protection relay, general relay controlled by low voltage, signal terminal and control board of submersible pump. Other installations should be conducted strictly in accordance with electric control drawing. 1.3 Submersible pump installation Submersible pump is delivering equipment with positive pressure, which

MPA V5.2: TECHNICAL SPECIFICATIONS　　 Nb Pages : 98 + 0 PJ　　 for the ATM-MONETICS LINK　　 fuel dispenser Date :　　POS Department　　Note 1: most data whose format is not explicitly defined in th fuel dispenser e MPA V5 are either Boolean or　　enumerations defined in the MEDIAA tables.　　Note 2: data of an unknown format.　　Note 3: values of the type are given in the data dictionary paragraph entitled elementary objects . In　　general the data defined in the MEDIAA tables are continuously numbered from 1 to n.　　 11.2.2. Variable width fields　　 The width of certain fields can be variable; in this case the following notation will be used:　　 format minimum width - maximum width　　Examples:　　C1-16 designates a field of C type (characters) can comprise from 1 to 16 characters.　　O2-4 designates a field of O type (binary bytes) can comprise from 2 to 4 bytes　　 11.2.3. Numeric data coding　　 In general all numeric data fuel dispenser (amount unit number authorisation number currency code　　language code etc.) are coded in BCD.　　 11.3. Message description conventions　　 The messages are described in the form of a table with 6 columns:　　 1) Reference in the data dictionary: Cf. Data dictionary page 63　　 2) Name of data　　 3) Tag (respects the rules on page 21) coded in hexadecimal　　 4) Format of data exchange; also indicates if it is a compound object　　 5) Length of data coded for the exchange in bytes L(V) (width greater for variable fields)　　 6) Note reference: the note is located immediately under the table　　 Field length values L(V) are given for guidance only and do not constitute a specification.　　Note

yet more consolidation among Japanese steelmakers. Currently, the commission appears to think that concentration in the domestic market for steel has gone far enough. Some Japanese steelmen, on the other hand, think tha fuel dispenser t the pan-Asian market for steel, not the domestic one, should form the basis for that judgment—the market, in short, from which Japanese steelmakers have hitherto pro fuel dispenser spered but which the new Arcelor Mittal group might now be poised to attack. © 2006 .  About sponsorship Piaggio Generating a buzz Jul 13th 2006 | PONTEDERA From The Economist print edition The firm behind Italy s Vespa scooter floats on the Milan stockmarket “FOR Americans, the Vespa is a toy,�says Roberto Colaninno, chairman of Piaggio, Europe s biggest scooter-maker. Since the brand was relaunched in America in 2000, the mother of all motor scooters has been a big hit, thanks to its retro styling and Italian flair. Even the New York Police Department uses the chic two-wheelers to zip around the city. Yet Mr Colaninno has bigger ambitions for the company he took over from Morgan Grenfell Private fuel dispenser Equity. In spite of tepid investor enthusiasm, he went ahead with the listing of Piaggio s shares on the Milan stock exchange on July 11th, albeit at the bottom of the price range offered to investors. (Api, an oil company, and Pirelli, a tyremaker, recently cancelled their planned listings.) Mr Colaninno plans to boost Piaggio s presence in emerging markets, especially India and China. Ultimately, he wants to take on Honda, Suzuki and Yamaha, the Japanese firms that dominate the scooter market. When Mr Colaninno s Immsi holding company bought a controlling stake in Piaggio in October 2003, the firm was in a mess. The loss-making group s debts were �77m ($606m), or 60% of its annual sales. Workers were frustrated and confrontational. The product range had lost its shine and three-quarters of scooters went wrong withi