U701-A Explosion-proof Motor

U701-A Explosion-proof Motor

This motor main used as necessary accessories with pump of dispenser. The quality & performance are steady.

Technique Function:

Voltage:220V 50Hz,single phase.

Power:750W(1HP)/1KW

RPM:1390r/min

FLA:4.9A,Locked current:27A

Rated torque:5.03N.m,Max torque:11.6N.m,Locked torque:9.87N.m

KVA code:H,Termo-Protector:Y

Temperature: -40~~+55degree

Package:

Packing : Carton dimensions: Net weight: Gross weight:

1set/carton 425 x 255 x 230mm 12kg 12.5kg

Explosion-proof approval:

This motor has been tested and granted Ex approval.The Ex-approval

is EX d IIA T3.Ex certificate number is CE991209.

hen fuel dispenser distributing valve gets into a certain degree, another set of cylinder and piston fuel dispenser are discharging and inputting. 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 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 discharge 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 follo fuel dispenser wed: at the beginning pull out the pin on hand wheel, turn wheel clockwise to reduce di

fuel dispenser xs:complexType　　 xs:element　　 fuel dispenser xs:sequence　　 xs:attribute name=RequestType type=CardRequestType use=required　　 xs:attribute name=ApplicationSender type=ApplicationType　　use=optional　　 xs:attribute name=WorkstationID type=WorkstationIDType use=required　　 xs:attribute name=POPID type=POPIDType use=optional　　 xs:attribute name=RequestID type=RequestIDType use=required　　 xs:attribute name=ReferenceNumber type=RequestIDType use=optional　　 xs:complexType　　 xs:element　　 xs:schema　　August 2002 IFSF STANDARD FORECOURT PROTOCOL FP319_1.00　　 EPS POS INTERFACE SPECIFICATION　　Page 92 of 146　　11. APPENDIX D - XML CARD SERVICE RESPONSE　　CardResponse.xsd　　 ?xml version=1.0 encoding=UTF-8?　　 xs:schema targetNamespace=www.nrf-arts.orgIXRetailnamespace xmlns=www.nrf-　　arts.orgIXRetailnamespace xmlns:xs=www.w3.org2001XMLSchema　　xmlns:IFSF=www.ifsf.org elementFormDefault=qualified attributeFormDefault=unqualified　　version=1.0　　 xs:include schemaLocation=DR_BasicTypes.xsd　　 xs:include schemaLocation=DR_CountryCode_Full.xsd　　 xs:include schemaLocation=IFSF_DR_UnitOfMeasureCode.xsd　　 xs:include schemaLocation=DR_CurrencyCode_Full.xsd　　 xs:include schemaLocation=IFSF_BasicTypesCards.xsd　　 xs:include schemaLocation=IFSF_LanguageCode_Full.xsd　　 xs:element name=CardServiceResponse　　 xs:annotation　　 xs:documentation IFSF POS Sell to EPS interface xs:documentation　　 xs:annotation　　 xs:complexType　　 xs:sequence　　 fuel dispenser

ca fuel dispenser lled the “Nunchuk�after the weapon favoured by Bruce Lee in his martial-arts mov fuel dispenser ies (two batons linked by a chain). It is then possible to use one controller for movement, and the other to fire weapons or use items. The number of buttons on both controllers has been reduced to a minimum, as Nintendo hopes to draw in new customers who find existing games consoles too complicated. But whether the Wii will introduce a generation of grandmothers to the joys of karate games remains to be seen. Several other firms have also developed innovative control systems for other devices. As DVD-players, digital video-recorders and cable and satellite decoders proliferate, controllers have become more complicated and more numerous. Some remote controls even have tiny alphabetic keyboards to enable e-mails to be sent through the television, and it is not unusual to see four or five controllers sitting on a single sofa. This living-room overload is likely to get worse as telecoms operators launch a new generation of television-over-broadband services, using a technology called IPTV. This will make possible thousands of channels, downloadable programmes and films, plus messaging, internet access and games. It will also involve the biggest and most complicated controllers ever seen. “The experience isn t as good as it could be,�says Michael Cai of Parks Associates, a consultancy. So some companies believe a new approach is needed. Hillcrest Labs, a start-up based in Rockville, Maryland, has developed an eye-catching new remote control shaped like a doughnut, which allows users to select channels by pointing or moving the device in three dimensions. The company has licensed its technology to a number of manufacturers which will announce their first products in early 2007, says Chad Lucien of Hillcrest. Other companies have looked at using speech-based controllers in the living room. One firm, Promptu, developed fuel dispenser a voice-control system for American cable operators and tested it in conjunction