U102-A Pumping Unit

U102-A Pumping Unit

Materials:

Body: Aluminum (Spray-Painted)

seals: Buna-N

Technical Specifications:

Working Motor Power: 750 W

Maximum. Flow: 60L/min

Rotary speed of pump: 520 rip

Noise: 68db(A)

Minimum. vacuum degree: 0.054Mpa

Pressure Drop: 0.12-0.25Mpa

Separate Ability of Oil and Air: >=20%

Features :

Positive displacement, self priming, internal gear type and adjustable bypass valve.

Designed for quiet, vibration-free operation.

Reusable suction strainer filter at inlet connection.

Reverse check valve at air separator float mechanism.

Check and relief valve at outlet of pumping unit.

100% Factory Tested.

Replacement Parts:

Key Description Materials

1 Coupling Aluminum

2 Sealing O-ring φ82*24 Buna-N

3 Sealing gasket-ring Buna-N

4 Up cap Aluminum

5 Floating kits Swell Buna

6 Cap Aluminum

7 Screen kits

8 Overfill prevention valve kits

9 Graphite vane Graphite

10 Body Aluminum

11 Outler valve kits

12 Cap Brass

13 Sealing gasket Aluminum

14 Exhausting Joint Buna-N

15 Pipe Kits Aluminum

16 Sealing gasket Buna-N

17 Sealing gasket Buna-N

Package:

Product ID Net Weight Cross Weight Dimension

U102-A 17.5kg/case of 1 18.5kg/case of 1 35.5x27x33cm/case of 1

dicator is installed between nozzle and measurement transducer, by which customer observes whether foam in delivering oil. Accuracy will be affected because of much foam or bubble. Diagram 2-33 is shown a common oil indicator in domestic market. Since this kind of oil indicator has big pass section than that of two ends of pipe, velocity of flow of passing oil is reduced so as to facilitate observation. If oil transparent, that is, no foam in it, fuel dispenser is in normal state. If opaque with visible foam, it is shown that there is gas in o fuel dispenser il. Don’t refuel until foam disappears in oil indicator. If passed long time, foam in oil indicator still exists so that the accuracy of fuel dispenser is affected, some troubleshooting measures on vapor separator should be considered. Disassemble low cover and examine gasket and joint face if found leakage. Oil in pipe should be discharged completely in maintenance, keeping appropriate tightness to bolts as reassembly in case of crunching glass. 1-Frame 2-Sink-screw 3-Seal gasket 4-Glass 5-Seal 6-Cover Diagram 2-33: Ball-shaped oil indicator structure Columnar oil indicator, shown in Diagram 2-34, is installed on the top of gantry fuel dispenser, the convex end conn fuel dispenser ected with pipe jointer of fuel dispenser, the concave end of it with hose unit. Foam is observed through the glass pipe of columnar oil indicator. If found leakage, disassemble oil indicator from jointer, clean waste or replace damaged gasket. Replace glass pipe when found crackle on it. Be careful of reassemble hose jointer and oil indicator after maintenance in case of crunch glass pipe. 1-Frame 2-Glass pipe 3-Seal ring 4-O-ring Diagram 2-34: Columnar oil indicator Firstly empty oil in fuel dispenser when deal with oil indicator’s trouble, for fear of oil splashing. There is a kind of fuel dispenser method to empty here: loose bolt on corrugated pipe after start up fuel dispenser. In this state, no oil in tank is suck into fuel dispenser, but oil in fuel dispenser is discharged out continually. After stop

not available orthe EPS is not request; in case of no response again in general the　　 availableoperational system is not available (customer operated terminal　　 will switch to unoperable state following an　　 implementation specific strategy).　　 fuel dispenser Depending on the implementation some　　 intervention on the EPS is necessary before being　　 able to retry.　　Attributes Name Type Use Annotation　　 RequestType ServiceRequestType Required Gives type of request echo of request.　　 ApplicationSender ApplicationType fuel dispenser Optional Identifies the application sending the request.　　 Used only for information logging purpose.　　 (Unlikely more than one POS is present at one　　 cash desk!)　　 WorkstationID WorkstationIDType Required Identifies the logical workstation (associated to fuel dispenser 　　 the socket) receiving the response. it can be only　　

© 2006 .  About sponsorship Japan s food industry Surf n turf Aug 3rd 2006 | KAGAWA AND WAKAYAMA From The Economist print edition The traditional farming and fishing industries are reinventing themselves “COSMETICS was the furthest from our mind,�says Takashi Tokuyama, a soft-spoken former brewer of sake, a rice wine, now turned cosmetics-maker. “We just wanted to explore the untapped potential of rice.�Using a series of different yeasts and lactic acids to ferment fuel dispenser rice, Mr Tokuyama, president of Yushin Brewery, a tiny sake brewery in Kagawa, on an island in the west of Japan, created a range of rice extracts that he claims have special water-retention qualities ideal for skin-care products. His inventions, patented in 2001, sparked a bidding war in Japan s fiercely competitive beauty industry. “Previously, cosmetics used other natural ingredients like collagen—but this was truly revolutionary,� says Midori Sato of Kose, a leading cosmetics company, which won the rights. Kose uses the rice in a line of moisturisers, sales of which have boomed since they were launched in 2004. Under a scheme called the “rice power project� for fuel dispenser which Yushin received government funding, the brewery has also developed its own in-house line of skin-care products. As a result, its sales have almost quadrupled in the past three years. That is just as well sake, once Japan s top alcoholic drink, has lately been displaced by shochu, a distilled drink made from barley, rice or sweet potatoes. Rice holds tremendous marketing power because it is part of Japan s cultural identity. “Rice, to us Japanese, has a very soft and gentle image,�says Ms Sato. The popularity of rice-based cosmetics is part of a broader shift towards more “natu fuel dispenser ral�products. In particular, Japanese consumers, like those elsewhere, are now much fussier about the use of pesticides and other chemicals in food production. This has helped Japan s