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U404 Foot Valve

U404

U404 Foot Valve

Materials:

Body: Brass

Valve: Brass

Seal : Buna-N / Viton

Features :

Valve closing speed:0.5S

Medium: Gasoline, diesel , and kerosene

Operating Temperature: -30~~+55degree

U404 Series Foot Valves are installed on the bottom of suction tubes in the fuel storage tank to maintain prime in suction system fuel lines.

Double-poppet models provide redundant protection for holding the prime, and are ideal for installations where the valve is not easily accessible.

U404 Series Foot Valves feature precision metal-to-metal sealing arrangements.U404 Series Foot Valves are recommended for use on suction lines where the pressure does not exceed 34 ft of head (approximately 15 psi).

U404 Series Foot Valves are pressured tested to ensure accuracy

Screen protects the valve from debris

100% Factory Tested.

Package:

Net Weight Cross Weight Dimension

32kg/case of 20 35kg/case of 20 30x31.2x18.5cm/case of 20

Important:

The products should be used in compliance with applicable country, province and local Laws and regulations. Products selection should be based on physical Specifications and limitations and compatibility with the environmentand materials to be handled. HONGYANG makes no warranty of fitness for a particular use. All illustrations and Specifications in this literature are based on the latest products information available at the time of publication,HONGYANG reserves the right to make changes at any time in price, materials. Specifications and models and to discontinue models without notice or obligation.

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    ystem. The valve core of overflow valve moves outward so that all pressured oil flood past the outlet of overflow valve and flow into suction chamber, realizing oil circulation in pump. The hydraulic system pressure is adjusted through increasing or reducing spring pressure. The most fragile section in hydraulic system will be damaged as the pressure reaching a certain value without a overflow valve to control pressure. The spring pressure will be increased through to add the thickness of pre-pressure ring (20a). The pressure to open overflow valve and the delivery volume of fuel dispenser are also increased. Vice versa, as the thickness is reduced. working principle of inner-cycloidal gear pump Inner-cycloidal gear pump consists of a pair of inner and outer gear joggled interactively. Inner gear is driver, called as inner rotor; outer gear is driven called as outer rotor. The figure of inner rotor is round arc curve, but the joint section of inner rotor figure and outer rotor curve is exterior cycloidal. Outer rotor exceeds one tooth than inner rotor. Sever sealed working cubage fuel dispenser are formed between teeth of inner and outer rotor. Inner rotor brings outer rotor rotation anticlockwise. At that time the cubage gradually increase, formed in suction chamber by the tooth top of inner rotor and gear vale of outer rotor. As pressured oil suck into discharge chamber the cubage formed by inner and outer gear is reducing, impelling oil out of pump. Continual suction and discharge result from the unceasing rotation of out gear driven by inner gear. 1-Vapor separator frame 2-Filter bracket 3-Filter 4-Filter bracket 5\6-O-ring 7-Gear group 8-Axis 9-Key 10-Cover 11-Oil seal 11a-Bolt 12-Screw 13-Elastic washer 14-Thread pipe 15-Joiter 16-Inlet filter 17-S fuel dispenser tainer cover 18-Seal ring 19-Voverflow valve cover 20-Spring 20a-Preloading ring 21-Voverflow valve 22-Overflow valve 23-Filter with valve 23a-Spring 24-Exhaust pipe jointer 25-Screw 26-Outlet pipe 27-O-ring 28-Pump body Diagram 2-9: One kind of inner cycloida fuel dispenser

technical specification

    ATE-MONETIQUE Date :  POS Department   13.3.1.23.Indicateur carte de test (D5022)   Format: B   Tag: DF D3 9E   Domaine: toutes cartes   Codage: 1= carte de test; 0= carte normale   D faut: carte normale   13.3.1.24.Libell dune application mon tique serveur (D5023)   Format: Cx   Tag: DF D3 9F   Domaine: toutes cartes   Note: typiquement= D5024+D5026; ce libell est utilisable en cas de choix par le porteur de   lapplication de traitement du syst ╩e dacceptation   13.3.1.25.Identification dun applicatif de paiement (D5024)   Format: C3   Tag: DF D3 A0   Domaine: toutes cartes   Codage: (liste provisoire)   Code Applicatif   EMV Carte bancaire ?puce EMV   CB0 Carte bancaire ?puce B0   IS2 Carte ?piste ISO2 (tous types)   Note: la liste est susce fuel dispenser ptible d volution mais les codes indiqu s sont fig s. Sil y a lieu de   nouveaux codes sont d finis dans des documents d di s ?des applicatifs sp cifiques.   13.3.1.26.Identification canal logique de communication (D5025)   Format: C4   Tag: DF D3 A1   Domaine: toutes cartes   Codage: ASCII; voir Identification de canal logique page 31.   N�dautomate (c � ) N�de canal (1..99)   MSB LSB MSB LSB   13.3.1.27.Num ro dapplication (D5026)   Format: C2   Tag: DF D3 A2   Domaine: tout fuel dispenser es cartes   Codage: ASCII de 1 ?99; voir Identification de lapplication page 31.  All right reserved � Imprim le 210203 13:02 fuel dispenser

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    the rate increases that the Fed voted for many meetings ago. The Fed s latest projections, unveiled last month, foresee growth of 3.25-3.5% this year and 3-3.25% next, slow enough, it thinks, to stop core inflation rising much further. Unfortunately, the American economy, though it flies with strong wings, is not very good at smooth landings. In the space of 12 months from February 1994, Mr Bernanke s predecessor raised rates from 3.25% to 6% in a successful effort to stabilise inflation without increasing unemployment. In 2000, he tried the same trick, raising rates from 5.75% to 6.5%. By March of the following year, the economy was in a recession few had expected. Mr Lacker, an inflation hawk, was the first to break formation with the new Fed chairman. But in the difficult months to come, he may find some doves peeling off in the opposite direction. © 2006 . About sponsorship Japanese banking And then there were three Aug 10th 2006 | TOKYO From The Economist print edition Japan fuel dispenser s top banks try to act normally TEN YEARS ago, Japan had 14 big commercial banks. Now, after a financial crisis and the popping of all sorts of asset bubbles, it has three. Along the way, some have collapsed, brought down by bad loans made in the late 1980s, when property and stockmarket frenzies were at their height. Others have been absorbed in a string of mergers. But this has been no beauty parade, in which only the loveliest remain to claim the grand prizes. Those that survive remain ungainly and are not profitable enough. Only now are they devising strategies to equip themselves for an economy on the mend. By any standards, the final three are large fuel dispenser . MUFG, created through a merger between Bank of Tokyo-Mitsubishi and UFJ this year, is considered one of the world s biggest banks by assets, if not the biggest; Mizuho, created in a merger of Industrial Bank of Japan, Dai-Ichi Kangyo Bank and Fuji Bank, and SM fuel dispenser