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

g proof of filling station including awning mostly adopt lightningproof belt based on lightning condition of building and construction. It would be more economical. Metal pipe and line that connected indoors possibly generate spark and ignite vapor in some intervals of them as being attacked by direct lightning and lightning induction, resulting in explosion or fire. Thereby, this item of regulations is necessary. According to testing the burring length exceeding 50m at outdoors or 100m indoors or at least two grounding points with no more than 20 in lead pipe will largely reduce high electric potential indoors. Article II Wiring system The power load degree in filling station is Class III. Power supply adopts 380V/220V in station. Mini internal-combustion generator is adopted as power supply. Its exhaust pipe mounts exhausting fire-resistance device. Horizontal distance from exhaust pipe to each explosion area should comply with the stipulation: if exhaust outlet under 4.5m ground the distance no less than 5m; if high than 4.5m, the distance no less than 3m. Electric line in filling station should adopt cable and burry, using steel pipe as line through vehicle road. If there are many lines a cable tunnel is suggested to use, filling with sand, exclusive other pipes. Article I fuel dispenser II Earth wire and grounding system The steel tank used for storing Class A oil should mount static-proof grounding device. The lightning conductor similarly used for this function. The starting and end point of delivery pipeline in tunnel or at ground should set static-proof and fuel dispenser lightning induction device, grounding resistance no more than 30Ω. The vehicle tank discharge area in filling station should set static-proof grounding device, resistance no more than 100Ω. The design of static—proof grounding in forecourt should comply with the relevant stipulation of current national standard The Design and construction of forecourt. Article IV Vapor-Recovery system Along with the number of vehicle and filling stati fuel dispenser

metallic tanks and equipment for storage tanks and for service stations the secretariat of which is held by DIN.　　 This European Standard shall be given the status of a national standard either by publication of an identical text or　　 by endorsement at the latest by November 2004 and conflicting national standards shall be withdrawn at the latest　　 by November 2004.　　 This document has been prepared under a mandate given to CEN by the European Commission and the European　　 Free Trade Association and supports essential requirements of EU Directive(s).　　 For relationship with EU Directive(s) see informative annexes ZA and ZB which are integral parts of this　　 -- - - ---　　 document.　　 This European Standard Petrol filling stations consists of 4 parts:　　 Part 1: Safety requirements for construction and performance of metering pumps dispensers and remote　　 pumping units　　 Part 21): Safety requirements for construction and performance of safe breaks for use on metering pumps and　　 dispenser fuel dispenser s　　 Part 31): Safety requirements for construction and performance of shear valves　　 Part 41): Safety requirements for construction and performance of swivels for use on metering pumps and　　 dispensers　　 Annex A is normative. Annex B is fuel dispenser informative.　　 According to the CENCENELEC Internal Regulations the national standards organizations of the following　　 countries are bound to implement this European Standard: Austria Belgium Cyprus Czech Republic Denmark　　 Estonia Finland France Germany Greece Hungary Iceland Ireland Italy Latvia Lithuania Luxembourg Malta　　 Netherlands N fuel dispenser

helping ANA lure passengers from JAL. The companies differing circumstances today can partly be explained by their origins more than 50 years ago. JAL was founded in 1951 as Japan s flag-carrier and—although it was privatised in 1987—still bears a hint of public-sector complacency, based on a belief that the government will never let it fail. Shades of its past can also be seen in its reputation for lacklustre service. ANA, by contrast, has always been in the private sector. Created in 1952, it initially concentrated on low-margin domestic flights, where JAL had smaller operations—eventually building up its Japanese market share to roughly 50%. JAL s much larger international operations meant that ANA had no choice but to run a smaller global network, which has been in the red for 18 of the past 20 years, dragging the company into an overall loss more often than not. But the fact that its operations were small and unprofitable forced ANA to confront its problems. It cut costs swiftly when the industry faltered after the attacks of September 11th 2001—slashing jobs, closing loss-making routes, reducing the number of flights, and switching to smaller aircraft on its international flights. The SARS health-scare and rising fuel costs strengthened ANA s resolve, and it shed so fuel dispenser me non-airline ventures. By contrast, JAL, a deeply splintered company with poor internal communications, was unable to cut costs so quickly. ANA s two house unions agreed to accept 5% wage cuts in 2004. JAL, which has to deal with nine internal unions, has only just persuaded i fuel dispenser ts biggest union to agree to a larger wage-cutting deal. Although some other unilateral wage cuts will be imposed by managers from April 1st, JAL still has eight more unions to deal with—and darkening skies lie ahead. © 2006 . Investor activism The Dutch discount Apr 6th 2006 From The Economist print edition A shareholder revolt in the Netherlands fuel dispenser