U102-C2 Gear Pump

U102-C2 Gear Pump

Materials:

Body: Cast lron (Spray-Painted)

seals: Buna-N

Technical Specifications:

Power:750-1000W

Flow Rate:45~90L/min

Rotary speed :800~1000rpm

Noise:<=68dB

Vacuum :>=0.054Mpa

Pressure Drop:0.12-0.25Mpa

Air separation ability:20%

Features :

Positive displacement,self priming,internal adjustable bypass valve

Designed for quiet, vibration-free operation.Reusable suction

strainer filter and reverse check valve inside adapted

Check and relief valve inside adapted

100% tested before Ex-Factory

Package:

Product ID Net Weight Cross Weight Dimension

U102-C2 32kg/case of 1 32.5kg/case of 1 27×35× 42cm/case of 1

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 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 sep fuel dispenser arator 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-Stainer cover 18-Seal ring 19-Voverflow valve cover 20-Spring 20a-Preloading ring 21-Voverflow valve 22-Overflow valve 23-Filter wit fuel dispenser h 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

t　　 to the CWP.　　 An example would be a customer that pulls into the CWP enters a code and then　　 realises that the vehicle s window will not go up. The customer must exit the　　 wash and the CWP recognises the NO_CUSTOMER. Before triggering the event　　 the current state must send the transaction to the buffer.　　 If a transaction is in process the CWP must store it to the transaction buffer　　 before exiting.　　 If a zero transaction is required (dictated by the contents of the data element　　 ZeroTransactionMode) the transaction with a zero value must be stored in the　　 transaction buffer.　　 Action -- : The CWP state change is send as an unsolicited data array　　 CWPStatusMessage .　　 MAJOR-ERROR If a major error event occurs the CWP moves into the INOPERATIVE the.　　 If a transaction is in process the CWP must store it to the transaction buffer　　 before exiting.　　 If a zero transaction is required (dictated by the contents of the data element　　 ZeroTransactionMode) the transaction with a zero value must be stored in the　　 transaction buffer.　　 Action -- : The CWP sends the unsolicited data CW fuel dispenser PErrorTypeMessage .　　 The CWP state change is send as an unsolicited data array　　 CWPStatusMessage .　　 MINOR-ERROR If a minor error event occurs the CWP does not change the state.　　 Action -- : The CWP sends t fuel dispenser he unsolicited data CWPErrorTypeMessage .　　2.1.5 State AUTHORISED 5　〠fuel dispenser

uction eastwards without incurring the wrath of France s powerful unions. Then again, perhaps Mr Kerkorian s real goal is to find a way out of GM, an investment that has cost him a lot of money. The 89-year-old billionaire has said he is committed to the carmaker. But he said that about MGM, a film studio, shortly before selling it. Maybe Mr Kerkorian s long-term plan is really designed to be a short-term kick to GM s share price. It is a possibility Mr Wagoner, Mr Ghosn and other investors would be foolish to ignore.  © 2006 .  About sponsorship Aerospace New pilots for EADS Jul 6th 2006 | PARIS From The Economist print edition Two Frenchmen join the European aerospace group s crowded flight deck WHEN a flight encounters bad weather and things start flying around the cabin, the sensible thing for the pilot to do is to descend to calmer air before people start to worry about the wings falling off. For an international aerospace company in trouble, however, the remedy is not so straightforward. Before anything can happen, everybody has to agree on who should take over the flight deck. At the European Aeronautic Defence and Space (EADS) company there has been an unseemly scuffle outside the cockpit door. EADS struggled for 20 days to end a crisis that followed the Reuters announcement of delays to the A380 passenger jet produced by its Airbus subsidiary. Although Gustav Humbert, boss of Airbus, offered to resign as soon as the delays fuel dispenser were made public, Noël Forgeard, the co-chief executive of EADS responsible for Airbus, adamantly refused to go. When he and Mr Humbert were finally pushed out on July 2nd, he insisted in a statement that he had “no responsibility in the A380 delays.� Mr Forgeard tried to cling to his job partly because he is under investigat fuel dispenser ion by French regulators for having exercised his share options in March when he should have had an inkling about Airbus s loo fuel dispenser