U501-C Pulse sensor

U501-C Pulse sensor

This incremental shaft encoder has been designed for heavy-duty application,especially for use in petroleum & diesel dispensing environments where potentially explosive atmospheres can be expected. It features a rugged and compact construction as well as a wide selection of mechanical and electronic variations.

Materials:

Housing: Die cast aluminum alloy

Bearings: Self-lubricating sintered bronze

Features :

A high advantage in reliability and adaptability.

A large selection of shaft couplings, including couplings with built-in backlash clutch facility.

Standard sealing screws.

The fuel resistant cable can be customized regarding length.

Suit the TATSUNO meter and other meters whose pulse per circle is 60 or 100.

100% EX approved and tested.

Specifications:

Power supply: 5 VDC, fixed or variable

Current Consumption: Standard 10 to 30 mA, max 90mA

Number of Channels: 2

Number of pulses: 50 ppr

Output Signal: Square wave duty cycle 50%+10%.

Phase Shift: 2 channels 90° (25% +5%)

Output Stage: NPN

Output Current: Max. 30mA

Hysteresis: Min. 0.2°

Output freq. Min. 1000Hz

Temperature range: Working -40 to 70degree

RPM: Max 3000RPM

Mounting: With 3 pcs. M4 screws

Weight: Approx. 340 gram. Excl. the cable

Wiring:

Color Channel plug

Green +5V 2

Black CH1 3

Yellow 0V 4

Blue CH2 5

Red +5V 6

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Package:

Cross Weight Dimension

150g/case of 1 130x100x15mm/case of 1

Approval:

The shaft encoder has been tested and granted Ex and EMC approval.The Ex-approval is EX d IIA T3.Ex certificate number is CE991209.

Ordering Specifications:

Product ID Product name

U501-C pulse sensor

Important:

The products should be used in compliance with applicable country, province and local Laws and regulations. Products selection should be based on physical Specifications and limitations and compatibility with the environmentand materials to be handled. HONGYANG makes no warranty of fitness for a particular use. All illustrations and Specifications in this literature are based on the latest products information lable at the time of publication,HONGYANG reserves the right to make changes at any time in price, materials. Specifications and models and to discontinue models without notice or obligation.

emperature of nozzle. tj.; Stop fuel dispenser. Readout indicating valve Vj, unit price Pu, and sale vale Pj. (keep two digitals after decimal.); Readout vernier value corresponding to nadir in measuring neck as foam and bubble disappear completely. Calculate out standard cubage VB (keep two digitals after decimal.) under 20 �? Then measure oil temperature tB in the middle of the standard measurer; Empty measurer according to stipulation; Repeat Procedure 4 to 8 at least twice; Regulat flow rate to the minimum rate Qmin, as for appraisal or period appraisal after ground installation, Qmin = 0.2 Qmax. Repeat Procedure 4 to 8 at least three times; Till now ground appraisal has been finished, namely, take six groups of data at least under two kinds of flow rate and repeat it 3 times. Data processing calculating formula Calculating formula for real volume VBt in standard measurer under testing temperature tj: VBt = VB [1+βY (tj - tB) + βB (tB-20) ] (6-1) Relative volume error formula: EV = (VJ –VBt) / VBt ×100% (6-2) Measure repeatability formula: En = EVmax �?Evmin (6-3) fuel dispenser Flow rate calculating formula: Qv = 60Vj / t fuel dispenser (6-4) Due money formula: fuel dispenser PC = Vj · Pu (6-5) Due money error formula: EP = Pj －Pc (6-6) In above six formulae: VBt──real volume valve (L) under in measurer; VB──standard cubage of measurer under 20; βY , βB──volume expansion coefficient of appraisal media oil and measurer, respectively, (gasoline: 12×10-4/�? kerosene: 9×10-4/�? light diesel oil :9×10-4/�? stainless steel:50×10-6/�? carbonized steel:33×10-6/�? brass , bronze: 53×10-6/�? tj , tB──oil temperatures in flow meter (or nozzle outlet)and standard measurer VJ── cubage value (L) under tj�?temperature EV── relative cubage error (%) n ── measuring times

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stinction. Why were some people cleverer than others? Why did intellectual distinction run in some families? And how were intellectual abilities distributed in the population? Galton came to two conclusions. The first was that ability owed more to nature than to nurture. The second was that the range of mental powers between the cleverest and the dumbest was enormous�? “reaching from one knows not what height, and descending to one can hardly say what depth�? He put these together to produce a theory of human inequality the more open society becomes, the more an aristocracy of talent will replace an aristocracy of birth. Galton s argument contained a good deal of nonsense. He understated the importance of nurture, and he ignored class privileges. But it did offer an important insight that a free market in talent could end up widening social inequalities. The rich get richer America, the country with the world s freest market in talent, is seeing a dramatic increase in inequality. Emmanuel Saez of the University of California at Berkeley and Thomas Piketty of the Ecole Normale Supérieure in Paris have dissected tax records to examine change fuel dispenser s in income distribution, and found that the share of income going to the highe fuel dispenser st-earning 1% of Americans doubled bet fuel dispenser ween 1980 and 2004, to 16%. The share going to the top 0.1% more than tripled over the same period, to 7%. Part of the reason lies in social convention Europeans have strong cultural objections to paying their CEOs the sort of salaries that American bosses get. Part of it is political inequality has risen faster under the Republicans than under the Democrats. The unions are weaker than they were. But a bigger reason is rising returns to talent and skill. This is most obvious with sports stars and Hollywood celebrities. The picture is a bit murkier when it comes to CEOs. There are well-publicised examples of company bosses who pack their board with cronies and rig their compensation so that they profit whether their