Teledyne Vacuum Cleaner HVC 282 User Manual

INSTRUCTION  
MANUAL  
MODEL HVC-282  
VACUUM CONTROLLER  
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TABLE OF CONTENTS  
SECTION 1.0 GENERAL INFORMATION........................................................................................... 5  
1.1 Descripion......................................................................................................................... 5  
1.2 Operating Principle ..................................................................................................................................... 5  
1.3 Specifications ............................................................................................................................................ 5  
1.4 Accessories ................................................................................................................................................ 6  
SECTION 2.0 GAUGE TUBES AND CABLES .......................................................................................... 7  
2.1 Gauge Tubes ............................................................................................................................................... 7  
2.2 Gauge Tube Cables ..................................................................................................................................... 7  
SECTION 3.0 INSTALLATION PROCEDURE ........................................................................................... 8  
3.1 Panel Mounting .......................................................................................................................................... 8  
3.2 Gauge Tube Installation .............................................................................................................................. 8  
SECTION 4.0 OPERATION ....................................................................................................................... 9  
SECTION 5.0 CALIBRATION AND TROUBLESHOOTING GUIDE ............................................................ 10  
5.1 Checking of Tube ........................................................................................................................................ 10  
5.2 Calibration of Gauge and Gauge Tube ........................................................................................................ 10  
5.3 Check Against Primary Standard ................................................................................................................ 11  
SECTION 6.0 NOTES ON VACUUM MEASUREMENT .............................................................................. 12  
6.1 Effects of Condensable Vapors ................................................................................................................... 12  
6.2 Outgassing ................................................................................................................................................. 12  
6.3 Effect of Thermal Conductivity ..................................................................................................................... 12  
6.4 Effects of System Conductance .................................................................................................................. 12  
SECTION 7.0 SERVICE INFORMATION..................................................................................................... 13  
7.1 Warranty Repair Policy ................................................................................................................................ 13  
7.2 Non-Warranty Repair Policy......................................................................................................................... 13  
7.3 Service Form ............................................................................................................................................... 15  
SECTION 8.0 DRAWINGS AND DIAGRAMS .............................................................................................. 17  
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1.0 GENERAL INFORMATION  
Thismanualcontainstechnicalandgeneralinformationconcerningtheinstallation,operationandcalibrationoftheHastings  
HVC-282VacuumGauge,andassociatedcomponents.  
Forproperoperation,theHastingsHVC-282VacuumGaugemustbesuitablyconnectedtoaHastingsModelDV-273Gauge  
Tube. AttemptingtousethisVacuumGaugewithanyothertransducermaydamagethegaugeandortransducer.  
1.1 Description:  
TheHVC-282vacuuminstrumentoffersadigitalreadoutof0-20Torrwith0.01Torrresolution withtwoadjustablesetpoint  
relays,usingainternationalinputpowersupplyfor115/220VAC50/60Hzoperationdependingoninternalswitchconfigura-  
tion(PleaseseeSec.4.0),allinastandard HastingsVTGaugeunit. TheDV-273Hastingsgaugetubeisruggedbut  
sensitive,specificallymadeforthisrange,andmatchedforinterchangeabilitywithoutrecalibrationgivingextraversatilityfor  
allvacuumapplications. Tubesaretemperaturecompensated,butdorespondtolarge Ttransients,requiringinsulating  
tubestoreducetemperaturetransients.  
1.2 OperatingPrinciple:  
OperationoftheHVC-282VacuumGaugeisbasedonalowvoltageDCbridgewhichheatsanoblemetalthermopile. A  
changeinpressurecreatesachangeinthethermalconductivityofgassurroundingthethermopile,thusatvacuum,little  
powerisusedtoheatthethermopileandatfullscalerequiresmaximumpower. Powerlevelisindicativeofvacuumlevel  
presentintube.  
1.3 Specifications:  
Range/Resolution .................................................................................................................. 0-20Torr/0.01Torr  
Readout ......................................................................................................................... 31/2digitLCDdisplay.  
LinearOutput .................................................................................. 0-2VDC±5%&3mVwithfinespanadjustment.  
SetPoints ..................................................0-20Torr/0.01Torr,stabilityof±3countsover00 to500 Coperationalrange.  
Accuracy ...................................................................... ±5%ofreading&±3counts. Gaugetubemustbeprotected  
fromlargetemperaturetransients.(See3.2)  
Repeatability ................................................................. ±1%ofreading&±3counts. Gaugetubemustbeprotected  
fromlargetemperaturetransients.(See3.2)  
PowerRequirements ................................................. 115VAC±15Vor220VAC±30V(Selectable)50/60Hz<4watts.  
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Hi/LoRelays............................................................................... SPDT N.O./N.C.upto125VAC10A or277VAC6A  
Withonetime10sec.delaytopreventrelaychater,  
onlyduringunitpowerup.  
OperationalLimits ....................................................................................... 00to50OC<80%RHnon-condensating.  
Storage:-200to500C(Non-operational).  
Size .......................................................................................................... HastingsCVTGaugestandardpackage  
WeightApprox. ................................................................. 20.2oz./12oz.(0.58Kg/0.33Kg)unitandcablesrespectively.  
Cables ....................................................................................... 6ft.powercableand8ftgaugetubecablesupplied.  
Gaugetubecableextensionsavailable.  
GaugeTubeOverpressure ..................................................................................... 150psiMax.(Absolutepressure)  
GaugeTubeConstruction ........................................................................... Nickel-platedsteelwithplasticoctalbase  
StockNo. ........................................................................................ HVC-282(55-282),DV-273Gaugetube(55-273)  
1.4 Accessories:  
EXTENSIONCABLES: Availablein12-ft.,25-ft.,50-ft.,and100-ft.lengths.  
STOCK# MODEL# DESCRIPTION  
65-113 TIN-8-VS 8-footreplacementcable  
55-84 VP-12-VS 12-footextensioncable  
55-85 VP-25-VS 25-footextensioncable  
55-86 VP-50-VS 50-footextensioncable  
55-87 VP-100-VS100-footextensioncable  
GAUGETUBEINSTALLATIONACCESSORIES: Quickconnects,dropouttraps,adapters,andvalvedquickconnects(see  
ProductBulletinNo.352).  
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2.0 GAUGE TUBE AND CABLES  
2.1 GaugeTubes:  
Octalsocketsofstandardmetaltubesarecolor-codedforeasyidentification;DV-273isdarkblue.Thetubesaretobe  
installedin1/8"NPTfemalethread,orinaHastingstypeOSQuickConnector.Maximumoverpressureofgaugetubeis150  
psi.ConstructionofshellisofNickel-platedsteel.Seesection1.2forOperatingPrinciple.  
2.2 GaugeTubeCables:  
Thefourcolor-codedwires(Black,Red,White,Green)areconnectedasshownonthelabelonthetopofcan. SeeFigure2.1  
forsocketconnections.  
Eachinstrumentisshippedwitha6-footpowercableandan8-footgaugetubecable. Extensiongaugetubecablesare  
available.(SeetableinSec-1.5).  
FIG.2.1  
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3.0 INSTALLATION  
3.1 PanelMounting:  
Section8ofthismanualshowsanoutlinedrawingdetailingpanelcutoutforastandardHastingsCVTGauge. Installthe  
meteronthepanelusingthesuppliedhardware.  
3.2 GaugeTubeInstallation:  
Situatethegaugetubeinaclean,dryvacuumsystemwiththeopenendpointingdownsoastobeself-drainingshouldany  
vaporscondenseinit(seeSection6.0). Screwmetaltubesinto1/8"femaleNPTthreadsusingasuitablesealant;Teflon  
tapeisrecommended,oruseHastingsQuickConnectO-ringsealsforavacuumtightinstallation. DonotuseQuick  
ConnectiftubewillseepressuresgreaterthanATM.  
ForinformationonHastingsInstallationAccessories,refertoProductBulletin#352.  
Gaugetubemaybeoperatedimmediately,butbestresultswillbeobtainedafterthetubehasoutgassedforapproximately1  
hour.  
Tubesaretemperaturecompensated,butdorespondtorapidtransientenvironmentalchanges(greaterthan5degreeC/  
min.) Tominimizetemperaturetransientseffectspleaseinsulategaugetubewithglasswraporothersuitableinsulation  
wrap.  
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4.0 OPERATION  
1) PluginpowercableintoanysingleortwophaseAClinefor115VACor220VAC50/60Hzoperation,perunitconfiguration.  
Tochangeinputvoltageconfiguration,removeallconnectingwirestorearterminalstrips,thenremovingtwosmallscrews  
atrear,removecan. OnlowerPCboardpushslideswitchtowardrearofcanfor115VAC,andtowardfrontofcanfor  
220VAC,reassembleinoppositeorder.Remarkcanastonewvoltageconfiguration. A3-wiregroundedpowercordis  
suppliedwithallgauges,ifdifferentconnectorisrequired,pleasesubstituteappropriate3-wiregroundedpowercord.  
Pleaseallow30minutesfortubetoadjusttonewambientconditionswhenmovinggaugetubefromoneenvironmentto  
another. (Seesection3.2)  
2) UnitcannowbeoperatedwithaDV-273thathasbeeninstalledasdetailedinSection3.2.  
3) RelaysetpointareadjustedbypressingswitchonfrontdisplaytowardHIorLO,andusingasmallscrewdrivertoturn  
trimpotonsamesideyourpressingswitch,toadjustandsetdesiredsetpoint. YoumayconfigureeitherN.O.orN.C.by  
choiceofconnectiononbackofterminalblock. (SeelabelontopofHVC-282can.)  
4) 0to2VDClinearoutputmaybefinelyadjustedbyturningtrimpotonleftcenterofcan.(Viewedfromfrontdisplay.)  
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5.0 CALIBRATION AND TROUBLESHOOTING GUIDE  
AllHastingsVacuumGaugesandGaugeTubeshavebeencarefullycheckedandcalibratedatthefactorybeforeshipment. If  
acalibrationcheckisdesired,themethodsinthefollowingsectionsmayprovehelpful.  
5.1 CheckingofTube:  
Thesimplestandquickestmethodofcheckingoperationandcalibrationofagaugetubeistokeepanewsparecleangauge  
tubeonhandasastandard”. Tocheckoperation,installbothnewandoldgaugetubestogetherinthesameclean,dry  
vacuumsystem,andpumpuntilasteadypressureisobtained. Plugthegaugeontobothtubesalternatelyandcheck  
readings. Iftheoldtubereadsahigherpressurethanthenewone,thisindicatesashiftintheoldtubewhichismost  
probablytheresultoftubecontamination. Calibrationcanpossiblyberestoredbygentlyswishingsolventsuchasacetone,  
orethylalcoholinthetubeend. Aftercleaning,thoroughlyairdrythetube. (Caution:Donotusehighpressureairjet,asthis  
willdamagethethermopileanddamagegaugetube.) Ifcalibrationcannotberestoredbythisprocedure,replacetheold  
tubewithanewgaugetube. Thetwotubescantrackoneanotherwithinclosetolerance,however,varianceofupto2xof  
accuracyspecificationstatedfortubemaybeseen,orcheckthegaugetubebymethoddescribedinSection5.2.  
CAUTION: DonotattempttomeasuretheresistanceofthegaugetubeelementwithaDVMwhileitisunderhardvacuum  
unlessitsupplieslessthan350mVtoperformmeasurement,ormorethan929mVat15Torr,andnevermorethan1.5Vat  
ATMbetweenpins2(Black)and8(Red). Agoodtubewillreadaround25-30ohms. Ifopenordamaged,thermocouples  
willreadmuchhigher.  
5.2 Calibration  
AllHVC-282VacuumGaugeshavebeencarefullycheckedandcalibrated,alongwithDV-273GaugeTubeswhichare  
independentlymatchedforinterchangeability. Ifforsomereasonyouneedtocalibrateeithergaugeorgaugetube,please  
carefullyfollowcalibratinginstructionsbelow.  
DV-273calibration. WedonotrecommendrecalibrationoftheDV-273gaugetubebecauseofequipmentrequirements,but  
wedoincludeasuitablemethodforyourreference. BestpossibleaccuracywillrequireaPrimaryStandardandpump  
systemwiththeabilityofpumpingdowntoatleast1mTorrorbetter. PleaserefertoFigure2.1.  
NOTE: Forbestpossibleresults,temperaturechangesmustbeminimized,i.e.;handlingmustbeminimized. (SeeSec.3.2)  
PleasereadSection3.2.  
a) Apply350mVDC±50µVtopins(+)8&(-)2.  
b) Pumpsystem/gaugetubedowntohardvacuum,<1mTorr.  
c) UsingaDVMwitha200mVorbetterscale, connectedto(+)4&(-)6andadjustcenterpotin  
gaugetubeto0.000mV±5µV.  
d) Bringsystem/gaugetubeto15.000±1mTorr.  
e) Increaseapplied350mVto929.85mV±50µ(V. CAUTION:Possiblegaugetubedamagewill  
resultif atlessthan15Torr.  
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f) Adjust outside pot to read 2.630mV ±5µV on DVM.  
g) DV-273 gauge tube is now calibrated.  
HVC-282calibration.  
Courseadjustment  
(Caution:Resistorconnectionsarenottoanypowerterminals.)  
a) Withpoweroff,connectan86.6ohm1%1/8Wresistortotubeterminalswhite&green.  
b) Connecta28ohm1%1/8Wresistortotubeterminalsredandblack.  
c) ConnectaDVMtomeasuremVacrossthe28ohmresistorwith(+)leadtoredterminal.  
d) Withpoweron, adjusttrimpotonrightsideofcan(Viewedfromfrontdisplay.)  
toset350mV±0.5mV.  
e) Setunitsdisplaytoread0.00byadjustingzeropotatrearofcan.  
f) Withpoweroff, attacha2.630mV±5µVDCsourceacross(+)white(-)greenthe86.6  
ohm resistor.  
g) Withpoweronadjustspanpotatrearofcantilldisplayreads15.00Torr.  
Hastings) HVC-282 is now coarsely calibrated.  
Fine adjustment.  
Due to bridge loading, you will need to readjust zero and span pots using a good or above calibrated DV-  
273.  
a) Connect and run unit for 30 minutes at hard vacuum (< 1mTorr) so system may out gas.  
b) Readjust zero pot at rear of can if necessary, to set display to read 0.00 Torr.  
c) Using a Primary standard, bring system up to 15.000 Torr ±1mTorr.  
d) Readjust span pot at rear of can if necessary, to set display to read 15.00 Torr.  
e) Fine Calibration is now complete.  
5.3 Check Against Primary Standard:  
If additional calibrations of the vacuum gauge are desired, an accurate measuring device such as the  
McLeod Gauge, spinning rotor gauge, or capacitance manometer may be employed as a reference.  
Please refer to manufacture for the suitability requirements. Please read Sec. 6.  
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6.0 NOTES ON VACUUM MEASUREMENT  
6.1 Effects of Condensable Vapors:  
If the readings of Hastings Vacuum Gauges are to be compared with readings of other types of gauges,  
consideration must be given to the possible effects of condensable vapors in the system on the other  
gauges. For example, none of the many types of the McLeod Gauge give correct readings if condensable  
vapors such as water, alcohol, acetone, etc., are present in the system/gauge. The McLeod Gauge  
operates by compressing residual gases and vapors to obtain a reading, thus this compression will tend to  
condense any vapors that are present. This usually results in the McLeod Gauge reading a lower pressure  
than actual. Unlike the McLeod Gauge, the Hastings Thermopile Vacuum Gauges have the very useful  
property of responding to the total pressure of all gases and vapors that are present in the system/gauge  
tube.  
To exclude vapors from the McLeod Gauge it is necessary to employ a trap of some kind that will absorb  
or condense the vapors. Water vapor is by far the most common source of difficulty. A trap cooled by  
liquid nitrogen is effective in removing vapors, also system must be given time to outgas. Reference should  
be made to the instructions furnished by the manufacture to the suitability needs of Gauge used.  
6.2 Outgassing:  
Hastings Gauge Tubes are made of materials that have been proven by years of usage to be relatively free  
from outgassing. However, all surfaces of glass and metal that are exposed to the vacuum system may  
liberate gases and vapors that were previously absorbed during exposure to the atmosphere. If the sur-  
faces are contaminated with foreign matter, this outgassing may be much more persistent than if the  
surfaces are clean. The possibility of outgassing must be considered in checking the accuracy of  
Hastings Gauges or in checking for leaks. This is especially important when working with pressure of less  
than 10 microns of mercury (or .01 millibars). In this range of pressure, outgassing from surfaces in a  
newly evacuated system may flood the enclosure. Also, if the system is being pumped continuously,  
gauges spaced at different distances from the pump will register different pressures. For reliable compari-  
son of different Vacuum Gauge, it is necessary then to insure that the vacuum system be free of any  
outgassing or other possible leaks, and that they be taped to the system near the same point. This can  
best be determined by closing the system off from the pumps and observing if there is any rise in pressure  
within the range of interest.  
6.3 Effect of Thermal Conductivity:  
All Hastings Vacuum Gauges are originally calibrated in dry air. Since this calibration is a function of  
thermal conductivity, any gas having a thermal conductivity different from that of air will also have a different  
calibration.  
6.4 Effect of System Conductance:  
Each element that makes up a vacuum system has associated with it a certain conductance (this is the  
opposite of resistance). For example, baffles, connecting tubing, and sharp turns can all cause pressure  
drops throughout the system during pumping and during the time the system is reaching static equilibrium.  
It is not an uncommon occurrence to measure different pressures at different locations in a vacuum  
system. In checking the calibration of any vacuum gauge, care must be taken to insure that the gauge  
and the reference are at the same pressure.  
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7.0 SERVICE INFORMATION  
7.1 War ranty Repair Policy  
Hastings Instruments warrants this product for a period of one year from the date of shipment to be free  
from defects in material and workmanship. This warranty does not apply to defects or failures resulting  
from unauthorized modification, misuse or mishandling of the product. This warranty does not apply to  
batteries or other expendable parts, nor to damage caused by leaking batteries or any similar  
occurrence. This warranty does not apply to any instrument which has had a tamper seal removed or  
broken.  
This warranty is in lieu of all other warranties, expressed or implied, including any implied warranty as  
to fitness for a particular use. Hastings Instruments shall not be liable for any indirect or consequential  
damages.  
Hastings Instruments, will, at its option, repair, replace or refund the selling price of the product if  
Hastings Instruments determines, in good faith, that it is defective in materials or workmanship during  
the warranty period. Defective instruments should be returned to Hastings Instruments, shipment  
prepaid, together with a written statement of the problem and a Return MaterialAuthorization (RMA)  
number. Please consult the factory for your RMAnumber before returning any product for repair.  
Collect freight will not be accepted.  
7.2 Non-War ranty Repair Policy  
Any product returned for a non-warranty repair must be accompanied by a purchase order, RMAform  
and a written description of the problem with the instrument. If the repair cost is higher, you will be  
contacted for authorization before we proceed with any repairs. If you then choose not to have the  
product repaired, a minimum will be charged to cover the processing and inspection. Please consult  
the factory for your RMAnumber before returning any product repair.  
TELEDYNE HASTINGS INSTRUMENTS  
804 NEWCOMBE AVENUE  
HAMPTON, VIRGINIA 23669 U.S.A.  
ATTENTION: REPAIR DEPARTMENT  
TELEPHONE  
(757) 723-6531  
1-800-950-2468  
FAX  
(757) 723-3925  
E MAIL  
INTERNETADDRESS  
Repair Forms may be obtained from the “Information Request” section of the  
Hastings Instruments web site.  
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7.3ServiceForm:  
Teledyne Hastings Instruments  
RMA#  
804 Newcombe Avenue  
(contact factory)  
Hampton, VA 23669 U.S.A.  
Telephone (757)723-6531 Fax (757)723-3925  
Model No.  
Name  
Company  
Address  
Serial No.  
P.O. No.  
Phone  
Date  
Zip  
City  
State  
Describe problem:  
Show a block diagram of your system including unit inlet and outlet pressures:  
Calibration range  
Power line voltage  
Ambient temperature  
Other  
Gas  
Cable length  
Variation  
Gas Temperature  
(If special modifications have been made by user, please describe):  
Application of product being returned  
Has this product been used with a hazardous material?  
YES  
NO  
If YES, please list types of gas, chemicals (common names, specific chemical), biological  
materials, or other potentially harmful materials exposed to the product during its use (attach  
additional page if necessary)  
PRODUCTS EXPOSED TO RADIOACTIVE MATERIAL CANNOT BE ACCEPTED BY HASTINGS  
INSTRUMENTS UNDER ANY CIRCUMSTANCES.  
Signature of Hazards Control Officer:  
For questions regarding use of the product and materials in contact with it:  
Name  
Phone  
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8.0 DRAWINGS and DIAGRAMS  
This section contains the schematics, parts list, and overall assembly drawings. If replacement parts are desired,  
they can be obtained from the factory by referencing the Hastings part number listed on the parts lists.  
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USEFORMOUNTINGONESINGLE-POSITION,COMPACTVACUUMGAUGE  
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