U406 Breakaway

U406 Breakaway

The U406 is designed to be installed on fuel dispensing hoses,and will separate when subjected to a designed pull force. The dual valves seat automatically, stopping the flow of fuel and limiting any fuel spillage, while protecting the dispensing equipment. For proper operation, the U406-A/B should be installed with a "straightening" hose with a minimum length of 9". U406-C/D should be installed with a minimum length of 12" .

Materials:

Body: Aluminum

Main Seals: Viton

Main Spring: stainless steel

Guide and poppet: POM

Protective Sleeve: PVC

Features:

Pull force- the U406 will break away with a pull force of 250 lbs ±5%, the U406 will break away with a pull force of 300 lbs±5%.

Certainty of operation- designed to be replaced after separation, instead of reassembled, to protect against reassembly errors.

Unique double-poppet design-features low pressure drop.

Flow rate: 0-60L/Min(3/4")

0-120L/Min(1")

Working pressure: 0.18Mpa

Low pressure drop- the integral check valve design allows for minimal pressure drop for faster, high-volume fill-ups.

100% Factory Tested.

Package:

Product ID Net Weight Cross Weight Sizet

U406-A 23kg/case of 100 26kg/case of 100 26.8x48x26 cm /case of 100

U406-B 23kg/case of 100 26kg/case of 100 26.8x48x26 cm /case of 100

U406-C 19kg/case of 50 22kg/case of 50 29x29x30 cm /case of 50

U406-D 19kg/case of 50 22kg/case of 50 29x29x30 cm /case of 50

model, double model and multi-nozzle fuel dispenser (see Diagram 1-8, 1-9 ). The two categories of suction fuel dispenser and submersible fuel dispenser is divided by pump position. Diagram 1-15: Mobile fuel dispenser Diagram 1-16: Vehicle-mounted fuel dispenser Diagram 1-17; Hanging filling system Diagram 1-18: Card-controlled fuel dispenser In addition, according to special ancillary function, there are mobile fuel dispenser (Diagram 1-15 fuel dispenser ), vehicle-mounted fuel dispenser (Diagram1-16), hanging filing system (Diagram1-17), fuel dispenser with vapor recovery device (Diagram1-7), mixed product fuel dispenser available to change product label (Diagram1-10), fuel dispenser communicated with upper network (Diagram1-12), fuel dispenser subject to upper network (Diagram1-11), card-controlled fuel dispenser (Diagram1-18), etc. Article IV Basic working principle and configuration of fuel dispenser Basic working principle. The basic working principle of fuel dispenser can be illustrated by the following chart 1-19, the line with arrow presenting flow direction of oil, line denoting the transmission direction of mechanical or electric sign. Diagram 1- 19: Working process of fuel dispenser Fuel is sucked from underground tank, enter measurement transducer via vapor separator, and flow out nozzle through solenoid valve. The position movement value of axis generated by transducer is converted into relevant electric pulse sign by sensor, the indicator of electric counter display accumulative volume refueled. If in mechanical fuel dispenser, the volume refueled can be presented by the indicator device of mechanical counter by measuring the position movement of output axis of converter. The pump of submersible fuel dispenser is installed in oil in tank, which can delivery fuel to several measurement transducers, and flow out nozzle. Its counter device is similar to pump built-in fuel dispenser. The current fuel d fuel dispenser fuel dispenser

A heartbeat has been received from the CD within the expected　　 time frame (3 x Heatbeat_Interval).　　 Transaction Buffer - The finished fuelling transaction is stored in a transaction　　 buffer.　　 Payable Transaction - A Payable Transaction is a finished fuelling transaction which　　 must be cleared by a Controller Device.　　 Zero Transaction - A Zero Trans fuel dispenser action is a finished fuelling transaction where the　　 displayed volume and amount have the value of 0.　　 Outdoor Payment OPT A hardware device where the customer tenders payment for　　 Terminal fuel that is located outside a building.　　 Protocol Converter PCD A hardware device that converts the IFSF Dispenser protocol　　 Device into a proprietary pumpdispenser protocol. This enables an　　 IFSF compatible SCCD to control non IFSF compatible　　 pumps.　　 Proprietary Pump PPP A non-IFSF protocol developed and owned by the dispenser　　 Protocol manufacturer.　　 Tank Level Gauge TLG A hardware device which measures the contents of a tank.　　 Logical Node Address LNA The LNA is the address that identifies a device on the IFSF　　 network. The LNA consists of two bytes (Subnet Node　　 Address).　　 Please reference the IFSF document PART II　　 COMMUNICATION SPECIFICATION for more details.　　 Physical Node Address PNA The PNA is the physical address that is used to physically　　 addres fuel dispenser fuel dispenser

ration between the WHO and the CDC, together with IBM, a large computer firm, and over a dozen other groups. It is intended to develop “the use of advanced analytical and computer technology as part of a global preparedness programme for responding to potential infectious disease outbreaks.� One approach IBM hopes to take is to develop software that will help predict how diseases might spread. Another new group wants to turn the entire process of identifying outbreaks on its head. Larry Brilliant, a former WHO official who helped to era fuel dispenser dicate smallpox in India, dreams of an open-source, non- governmental, public-access network that would help the world move quickly whenever potential pandemics start brewing. He looks for inspiration to the Global Public Health Intelligence Network (GPHIN), an obscure programme run by the Canadian government that searches public databases in seven languages looking for early signs of disease outbreak. Dr Brilliant, who is now the head of Google s philanthropy arm, made his wish known at the Technology Entertainment Design conference, an annual gathering in California of leading entrepreneurs and thinkers from the information-technology and entertainment industries. His speech so galvanised the gathered titans that he now has the backing of Sun Microsystems, Google and several big Silicon Valley venture- capital funds and investors. They are helping to develop a new “web crawler�that will expand GPHIN to track newspapers and internet blogs in 40 to 100 languages. A reasonable objection to such a system is that it is based on press reports, not verified scientific data. Even so, its supporters argue that it could prove valuable. Press reports have the virtue of immediacy, and its results will always be subject to verification by the WHO and government authorities, of course. But its very existence might persuade them to act more promptly. After all, that is what GPHIN did a few years ago during the SARS outbreak, when it sounded the alarm and force fuel dispenser fuel dispenser