U103-A Filter

U103-A Filter

This device is mainly applied in the system of dispenser to remove the solid sedimentation is the oil ,ensuring the cleaning of the oil or like ,and as a result to extend the life span and accuracy of the flow meter. In the system of dispenser ,it is fixed between the oil pump and the flow meter.

Materials:

Body: Body: Aluminum (Spray-Painted)

Seals: Buna-N

Technical Specifications:

Working pressure:0.2Mpa

Filter accuracy:30um

Flow Rate:65L/min

Rating Medium:Gasoline,Kerosene, Diesel

100% Factory Tested.

Package:

Product ID Net Weight Cross Weight Dimension

U103-A 2kg/case of1 2.2kg/case of1 20x13x14cm/case of1

hen distributing valve gets into a certain degree, another set of cylinder and piston are discharging and inputting. fuel dispenser Under varied oil pressures four pistons has accomplished a circulation, camshaft and exporting axis rotating a circumference. Oil volume in a circulation is a stable constant. Diagram 2-22 illustrates the working circulation of four—piston measurement transducer. Working in Diagram 2-22a: high pressured oil flow into Cylinder 4 via the outboard of distributing valve, impelling Piston 4 move toward center. Piston 4 drives Piston 2 moving through connecting rod, at end of cylinder the oil is flowed out from the inside port of distributing valve. Meanwhile, roller drives cam rotating clockwise, by which impel distributing valve moving. As both of them rotate at the 45 degree, operation goes into Diagram 2-22b state. Operation in Diagram 2-22b: as the time when Piston 4 and Piston 2 continue inlet and discharge, respectively, cylinder 1 and cylinder 3 start to inlet oil and discharge. Roller 4 and Roller 3 together drive cam rotating clockwise, as fuel dispenser cam and distributing valve turn around 45 degree, operation goes into Diagram 2-22c state. Operation in Diagram 2-22c: as the time when Piston 1 and Piston 3 continue inlet and dis fuel dispenser charge oil, respectively, cylinder 1start to drive cam rotating clockwise. When cam and distributing valve turn around 45 degree, operation goes into Diagram 2-22d state. Operation in Diagram 2-22d is same to that of in diagram 2-22a. Diagram 2-22: Working principle chart of four-piston measurement transducer Discharge adjustment Fuel dispenser has passed the discharge adjustment so as to meet the accuracy requirement. Due to mechanical abrasion in long period of operation real discharge would deviate from academic discharge, resulting in accuracy decline. As the deviation appears, adjusting discharge could satisfy the accuracy requirement. The detailed adjustment methods as followed: at the beginning pull out the pin on hand wheel, turn wheel clockwise to reduce di

8 NAK Message unexpected. This NAK acknowledges　　 fuel dispenser an unsolicited message with Acknowledge. This　　 premits the clear rejection of the entire message.　　 9 NAK Device already locked. This NAK is sent by a　　 device in response to other devices attempting to　　 communicate with them while they are being　　 configured.　　Table 2 Data Acknowledge Status　　 Description　　 Data_ACK　　 0 ACK Positive acknowledge: data acceptable　　 1 NAK Invalid value (too big too small)　　 2 NAK Read only data or Not Writable　　 3 NAK Command refu fuel dispenser sed in that state　　 4 NAK Data does not exist in this device　　 5 NAK Command not understood imple fuel dispenser mented　　 6 NAK Command not accepted　　NOTE　　October 2002 IFSF - STANDARD FORECOURT PROTOCOL FP2_1.83　　 COMMUNICATION SPECIFICATION　　 Page: 23　　If a recipient node receives data which is too big or too small i.e. out of boundary the node　　will reply with a NAK1. The value written should be then ignored and not updated in the　　node databases.　　FP2_1.83 IFSF STANDARD FORECOURT PROTOCOL October 2002　　 COMMUNICATION SPECIFICATION　　Page

led masses is difficult. But the department has done some things to make it harder. It has set targets—such as one t fuel dispenser o remove more failed asylum seekers than the number who enter Britain—that have led to corners being cut elsewhere. And it has produced reams of new legislation that have distracted civil servants. Mr Reid should not add any more while he rehabilitates his department. © 2006 .  About sponsorship Money laundering In a spin May 25th 2006 From The Economist print edition Britain wants to tackle money laundering. Good luck THE Serious Organised Crime Agency, Britain s newborn answer to the FBI, has an unusual way of working out if it is winning the fight against crime. Rather than measuring outputs, it watches markets. So instead of touting a big drug seizure, or crowing when it puts a kingpin behind bars, it tracks the street price of heroin. A soaring price, reflecting greater risks, is good news; a steadily falling price (which has been the rule during the past de fuel dispenser cade) is bad. By this measure, how is the struggle to separate criminals from their ill-gotten gains going? Sadly, not well. The best way of tracking the money-laundering market fuel dispenser is to focus on those people who do nothing but turn criminal proceeds into innocent-seeming cash. The going rate for cleaning, say, drug money so it can be spent on houses and fast cars without attracting suspicion is no more than 5-10%, according to Sir Stephen Lander, chairman of the Serious Organised Crime Agency. “And it s likely that we are catching the duffers,�he admits. The slicker operators may well charge less. This is striking, and sobering, because Britain has some of the world s toughest laws against money laundering. Banks, solicitors, accountants and casinos, among others, must file “suspicious activity reports�whenever a customer does something fishy. Last year, they sent in 195,000—up from 20,000 six years ago and more, per head of