Eureka 150 Series Specifications

EUREKAProgeny, Inc.1407 Barclay Blvd.Buffalo Grove, IL 60089Tel. (847) 850-3800Fax (847) 850-3801LINEAR™ MC150-CInstallationOperationand Maintenance

The landing area of the beam will contain a radiographic image receptor located in a plane perpendicular to the beam at pre-determined distances from

1.5 ADVANCED FEATURESThe Linear MC150-C Collimator system also incorporates features required for diagnostic convenience...… Swivel mount standard for

Mechanical-Electrical Warning for Diagnostic X-Ray SystemsAll of the moveable assemblies and parts of X-Ray equipment should be operated with care.Onl

3. Inherent Filtration and Half-Value Layer:The Eureka Linear™ collimator has a minimum value of 2.0 mm aluminum equivalence at 100 kV. This

SECTION 2.0INSTALLATIONNovember 2005 ( 2 - 1 ) Linear MC150-C Collimator

MC150-C COLLIMATORINTERCONNECT MC150-C CABLE MANUALSPACER SKIN GUARD KIT KIT (OPTIONAL)COMPONENT IDENTIFICATIONFIGURE 2.1November

2.0 INSTALLATION2.1 UNPACKINGCarefully unpack the equipment and check for damage incurred during shipment. Any damage should be referred to the agenc

Determine the total thickness of the supplied spacer(s) that must be added to the collimator mounting surface to obtain a focal spot to collimator mou

2.4 INTERCONNECT WIRING24 VOLT AC SOURCE ONLY(Refer to Cabling Outline Figure 2.4)Connect the unterminated end of the supplied three wire cable and pl

2.6.1 120 VAC or 220 VAC INPUTConnect the three wire cable supplied to the VAC source as follows:Black - HotWire - NeutralGreen - GroundProgeny offer

Manufacturers of Eureka Collimators and CablesINSTALLATION ADVISORYTO: INSTALLERS, SERVICE PERSONNEL, AND USERS OF X-RAY SYSTEMSCOLLIMATOR MOUNTING I

DIMENSIONSFIGURE 2.3 COLLIMATOR MOUNTING DIMENSIONSNovember 2005 ( 2 - 7 ) Linear MC150-C Collimator

FIGURE 2.4INTERCONNECTION WIRING WHEN USING A 24 VOLT AC SOURCEFIGURE 2.5POWER CHASSIS OUTLINENovember 2005 ( 2 - 8 ) Linear MC150-C Collimator

3 COND. CABLE20 FT. HIGH ENERGY (NEC) EUREKA SUPPLIED COLLIMATOR 3 COND. 15 FT.

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SECTION 3.0OPERATIONAL CHECK-OUTPROCEDURENovember 2005 ( 3 - 1 ) Linear MC150-C Collimator

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3.0 OPERATIONAL CHECK-OUT PROCEDURE3.1 Operational Check - After the Collimator, Power Chassis and cabling have been installed, apply 24 VAC power and

3.2.1 Remove the LINEAR collimator table-top TEST PATTERN #1 from this manual and position it on the table-top with the edges parallel to the table-to

LIGHT FIELD / X-RAY FIELD CONGRUENCE TEST X1METAL MARKERLIGHT FIELD X-RAY FIELDY1 Y2 X2X1 + X2 must be less than 2% of the SIDY1 + Y2 must be les

(NO TEXT)November 2005 ( 3-6 ) Linear MC150-C Collimator

SECTION PAGE1.0 INTRODUCTION ... 1-11.1 You have Legal Obligations...

SECTION 4.0ADJUSTMENT andALIGNMENT PROCEDURESNovember 2005 ( 4 - 1 ) Linear MC150-C Collimator

CROSS-HAIR WINDOW ADJUSTMENTFIGURE 4.1November 2005 ( 4 - 2 ) Linear MC150-C Collimator

4.0 ADJUSTMENT AND ALIGNMENT PROCEDURES4.1 FIELD PROJECTION LAMP AND MIRROR ADJUSTMENTThese tests must be performed when the field projection lamp is

4.2 CROSS HAIR WINDOW ADJUSTMENTThese procedures are to be performed if the cross hair shadows are not centered to the light field (Reference Figure 4

4.4 LONG AND CROSS SIZE INDICATOR ADJUSTMENT4.4.1 Using a long allen wrench, loosen the #4-40 set screws securing the indicators to the axles.4.4.2 Sa

COVER REMOVED Mirror RetractorLamp/Lightfield Adjustment Longitudinal AdjustmentCROSS ALIGNMENT LONGITUDINAL ALIGNMENT1. Adjust two

SECTION 5.0COMPLIANCE VERIFICATIONNovember 2005 ( 5 - 1 ) Linear MC150-C Collimator

FIGURE 5.1 BRN/FDA COMPLIANCE TEST STANDFIGURE 5.2 COMPLIANCE STAND DETAILNovember 2005 ( 5 - 2 ) Linear MC150-C Collimator

5.0 COMPLIANCE VERIFICATIONIt is necessary for the assembler to verify compliance. A series of tests, when performed at th

Those authorized to operate, test, participate in or supervise the operation of the equipment must be thoroughly famil

SECTION PAGERecord Sheet... 5-216.0 THEORY OF OPERATION...

Table 5-2 ALUMINUM EQUIVALENT OF PRIMARY BEAM TOTAL FILTRATIONOperating Voltage (kVp) Total Filtration (mm Al Equivalent)Below 50...

D. VERIFICATION OF COMPLIANCEVerify that the radiation output in step 2 is greater than or equal to 50 percent of the radiation output in step 1..03

Total Added Filtration, mm AlBelow 50 kVp50 - 70kVpAbove70 kVp0.5 1.0 1.51.0 1.5 2.51.5 2.5 3.52.0 3.5 4.5The recorded data is plotted on semi-log gra

TABLE 5-4 HALF VALUE LAYERS AS A FUNCTION OF FILTRATION AND TUBE POTENTIAL FOR DIAGNOSTIC UNITS*Peak Potential (kVp)Total Filtrationmm Al30 40 50 60 7

XR 8-2.14 VISUAL DEFINITION (RADIOGRAPHIC) OF X-RAY LIGHT FIELDREQUIREMENT - Means shall be provided for visually defining the perimeter of the X-Ray

C. VERIFICATION OF COMPLIANCEFor determination of misalignment, compare the edges of the X-Ray field to the edges of the light-field as defined by the

FOCAL SPOTBRASS XSTRIPSFOCAL SPOT ASSY. IN SLOTTEST STAND 2.5”13.95”SLID ASSYIN SLOT 6TABLETOP SFIGURE 5-4 CALCULATION EXAMPLEDOTT

B. EQUIPMENT1. Plastic cassette with direct printer paper or film.2. Radio-opaque markers** Each marker is approximately .080 cm galvanized sheet

E. CALCULATIONS2.5 = XS X + 13.952.5X + (2.5) 13.95 = XS(2.5) 13.95 = XS - 2.5X34.875 = X (S - 2.5)X = 34.875S - 2.5The misalignments are calculated a

C. PROCEDURE1. Align the tube unit and image receptor and set the SID with the normal operating aids (detents, scales, lights, etc.)2. Load casset

SECTION TABLE PAGE5.0 5-1 Minimum Beam Quality Requirements... 5-45-2 Aluminum Equivalentof Primary Beam Total Filtration. 5-55-

2. The graduated template is utilized to minimize the amount of error introduced into the measurement of the X-Ray field size.3. T

Digital voltmeterC. PROCEDURE1. Remove trim covers to gain access to the lamp socket.2. Verify that the specified lamp is in the socket.3. With the li

3. Set the SID to the value determined in the actual versus indicated SID test.4. Reduce the X-Ray field to approximately 15 by 20 cm.5. Make an expos

2. Center the film cassette in the cassette tray and insert into position.3. Adjust the field size to 15 by 15 centimeters or 8 by 8 inches by means o

4. Center the source assembly over the test stand using the means provided, e.g. bucky light.5. Bring the source assembly down

Prior to performing this test, the magnification factor must be determined in accordance with the X-ray/light field alignment test

1. Determination of Half-Value LayerXR8/2.092. Visual definition of X-Ray light fieldXR8/2.143. Intensity of light-fieldXR8/2.154. X-Ray fi

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SECTION 6.0THEORY OF OPERATIONNovember 2005 ( 6 - 1 ) Linear MC150-C Collimator

(NO TEXT)November 2005 ( 6 - 2 ) Linear MC150-C Collimator6.0 THEORY OF OPERATION6.1 MECHANICAL OPERATIONThe EUREKA LINEAR™ MC150-C Collimator contain

SECTION 1.0INTRODUCTIONNovember 2005 ( 1 - 1 ) Linear MC150-C Collimator

with these knobs. Scales provided on a deadfront panel indicate all conventional film sizes for both 40”, 72”, 100 cm and 180 cm SID’s.All Eureka Li

November 2005 ( 6 - 4 ) Linear MC150-C Collimator

SECTION 7.0RENEWAL PARTS LISTNovember 2005 ( 7 - 1 ) Linear MC150-C CollimatorLINEAR™ MC150RENEWAL PARTS LISTEUREKA P/N DESCRIPTIONCOLLIMATOR70-11201

70-11236 Window - Cross Hair70-04752 Knob - Front Panel70-11246 Cover – Outer Wrap70-11250 Cover - Front 70-11248 Cover - Top70-11253 Cover - Rear70-0

SECTION 8.0APPENDIXNovember 2005 ( 8 - 1 ) Linear MC150-C CollimatorDEFINITIONSSID Source to Image receptor DistanceVSID Voltage representing SIDVCSID

X-Ray Field in the Long DimensionIR Image Receptor (Cassette Tray)VIRC Voltage from the Cassette Sensing Element representing the Image Receptor size

B150B160B1802 - 11/64”2 - 1/4”2 - 1/4” 17/64” (.637 cm) 3/16” (.477 cm) 3/16” (.477 cm)General Electric Maxiray 100HRT, MX752 - 5/16”

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This product has been tested by Underwriter’s Laboratories in conformance with standards set forth by UL 2601-1, CAN/CSA-C22.2 No. 601.1-M-90, and IEC

FILENAME: MC150C.DSNCONSENT OF PROGENY INCORPORATED.THE PROGENY INCORPORATED. THIS DRAWINGLINEAR MC150CPROGENY INCORPORATEDCHKTAK70-08358TIMER PCB SC

EurekaProgeny Inc.• 1407 Barclay Blvd. •Buffalo Grove, IL 60089BILL OF MATERIAL Bill of Material No. 70-08359 Rev. F ECN: P0690ITEM NO.QTY

EurekaProgeny Inc.• 1407 Barclay Blvd. •Buffalo Grove, IL 60089BILL OF MATERIAL Bill of Material No. 70-08359 Rev. F ECN: P0690ITEM NO.QTY

EurekaProgeny Inc.• 1407 Barclay Blvd. •Buffalo Grove, IL 60089BILL OF MATERIAL Bill of Material No. 70-08369 Rev. D ECN: P0690ITEM NO.QTY D

EurekaProgeny Inc.• 1407 Barclay Blvd. •Buffalo Grove, IL 60089BILL OF MATERIAL Bill of Material No. 70-08369 Rev. D ECN: P0690ITEM NO.QTY

Figure 1.1MANUAL OPERATION• Press the “lamp” pushbutton to activate the light-field.• Adjust the shutters (both longitudinal and cross) to a size not

This manual contains information for the assembly, installation, adjustment, testing and maintenance of the LINEAR series of radiographic/fluoroscopi