An item consisting of a rotor and a stator inductively coupled. It usually has two rotor windings displaced from each other by 90 degrees and two stator windings similarly displaced. The output voltage(s) is a trigonometric function of the input voltage(s) and the angular displacement of the rotor with respect to the stator. See also SYNCHRO (as modified) and GONIOMETER, ELECTRICAL. Excludes:TRANSOLVER, ELECTRICAL and potentiometer sine/cosine electrical resolvers.
ISAC Reply 3ACB added to MRC CRSJ.
ISAC Reply 3AEE added to MRC CRSJ.
ISAC Reply 3BFO added to MRC CRSJ.
ISAC Reply 3BFP added to MRC CRSJ.
ISAC Reply 3BFQ added to MRC CRSJ.
ISAC Reply 3HOU added to MRC CRSJ.
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ISAC Reply 3ACB added to MRC ABWV.
ISAC Reply 3ACB added to MRC ABWV.
ISAC Reply 3AEE added to MRC ABWV.
ISAC Reply 3AEE added to MRC ABWV.
ISAC Reply 3BFO added to MRC ABWV.
ISAC Reply 3BFO added to MRC ABWV.
ISAC Reply 3BFP added to MRC ABWV.
ISAC Reply 3BFP added to MRC ABWV.
ISAC Reply 3BFQ added to MRC ABWV.
ISAC Reply 3BFQ added to MRC ABWV.
ISAC Reply 3HOU added to MRC ABWV.
ISAC Reply 3HOU added to MRC ABWV.
ISAC Reply 1A deleted from MRC ABWV.
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ISAC Reply 3ACB added to MRC ABXF.
ISAC Reply 3AEE added to MRC ABXF.
ISAC Reply 3BFO added to MRC ABXF.
ISAC Reply 3BFP added to MRC ABXF.
ISAC Reply 3BFQ added to MRC ABXF.
ISAC Reply 3HOU added to MRC ABXF.
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ISAC Reply 3ACB added to MRC AEDC.
ISAC Reply 3AEE added to MRC AEDC.
ISAC Reply 3HOU added to MRC AEDC.
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ISAC Reply 3ACB added to MRC ALNF.
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ISAC Reply 3ACB added to MRC BFHF.
ISAC Reply 3AEE added to MRC BFHF.
ISAC Reply 3HOU added to MRC BFHF.
ISAC Reply 1A deleted from MRC BFHF.
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ISAC Reply 3ACB added to MRC CQWQ.
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ISAC Reply 3HOU added to MRC CQWQ.
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ISAC Reply 3ACB added to MRC CQZS.
ISAC Reply 3AEE added to MRC CQZS.
ISAC Reply 3BFO added to MRC CQZS.
ISAC Reply 3BFP added to MRC CQZS.
ISAC Reply 3BFQ added to MRC CQZS.
ISAC Reply 3HOU added to MRC CQZS.
ISAC Reply 1A deleted from MRC CQZS.
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ISAC Reply 1X deleted from MRC CQZS.
ISAC Reply 3ACB added to MRC CRHN.
ISAC Reply 3AEE added to MRC CRHN.
ISAC Reply 3BFO added to MRC CRHN.
ISAC Reply 3BFP added to MRC CRHN.
ISAC Reply 3BFQ added to MRC CRHN.
ISAC Reply 3HOU added to MRC CRHN.
ISAC Reply 1A deleted from MRC CRHN.
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ISAC Reply 1X deleted from MRC CRHN.
ISAC Reply 3ACB added to MRC CRJX.
ISAC Reply 3AEE added to MRC CRJX.
ISAC Reply 3HOU added to MRC CRJX.
ISAC Reply 1A deleted from MRC CRJX.
ISAC Reply 1B deleted from MRC CRJX.
ISAC Reply 1C deleted from MRC CRJX.
ISAC Reply 1X deleted from MRC CRJX.
ISAC Reply 3ACB added to MRC CSLT.
ISAC Reply 3AEE added to MRC CSLT.
ISAC Reply 3HOU added to MRC CSLT.
ISAC Reply 1A deleted from MRC CSLT.
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ISAC Reply 1X deleted from MRC CSLT.
ISAC Reply 3ACB added to MRC CSSD.
ISAC Reply 3AEE added to MRC CSSD.
ISAC Reply 3HOU added to MRC CSSD.
ISAC Reply 1A deleted from MRC CSSD.
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ISAC Reply 1X deleted from MRC CSSD.
ISAC Reply 3ACB added to MRC CTBP.
ISAC Reply 3AEE added to MRC CTBP.
ISAC Reply 3HOU added to MRC CTBP.
ISAC Reply 1A deleted from MRC CTBP.
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ISAC Reply 3ACB added to MRC CTJB.
ISAC Reply 3AEE added to MRC CTJB.
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ISAC Reply 3ACB added to MRC CTJK.
ISAC Reply 3AEE added to MRC CTJK.
ISAC Reply 3BFO added to MRC CTJK.
ISAC Reply 3HOU added to MRC CTJK.
ISAC Reply 1A deleted from MRC CTJK.
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ISAC Reply 3ACB added to MRC CWAC.
ISAC Reply 3AEE added to MRC CWAC.
ISAC Reply 3HOU added to MRC CWAC.
ISAC Reply 1A deleted from MRC CWAC.
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ISAC Reply 1C deleted from MRC CWAC.
ISAC Reply 1X deleted from MRC CWAC.
ISAC Reply 3ACB added to MRC CWFM.
ISAC Reply 3AEE added to MRC CWFM.
ISAC Reply 3BFO added to MRC CWFM.
ISAC Reply 3HOU added to MRC CWFM.
ISAC Reply 1A deleted from MRC CWFM.
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ISAC Reply 3ACB added to MRC CWJD.
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ISAC Reply 3ACB added to MRC AJVM.
ISAC Reply 3AEE added to MRC AJVM.
ISAC Reply 3HOU added to MRC AJVM.
ISAC Reply 1A deleted from MRC AJVM.
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ISAC Reply 3ACB added to MRC AJXA.
ISAC Reply 3AEE added to MRC AJXA.
ISAC Reply 3HOU added to MRC AJXA.
ISAC Reply 1A deleted from MRC AJXA.
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ISAC Reply 3ACB added to MRC AJYY.
ISAC Reply 3AEE added to MRC AJYY.
ISAC Reply 3HOU added to MRC AJYY.
ISAC Reply 1A deleted from MRC AJYY.
ISAC Reply 1B deleted from MRC AJYY.
ISAC Reply 1C deleted from MRC AJYY.
ISAC Reply 1X deleted from MRC AJYY.
ISAC Reply 3ACB added to MRC CWBH.
ISAC Reply 3AEE added to MRC CWBH.
ISAC Reply 3HOU added to MRC CWBH.
ISAC Reply 1A deleted from MRC CWBH.
ISAC Reply 1B deleted from MRC CWBH.
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ISAC Reply 3ACB added to MRC AKAN.
ISAC Reply 3AEE added to MRC AKAN.
ISAC Reply 3HOU added to MRC AKAN.
ISAC Reply 1A deleted from MRC AKAN.
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ISAC Reply 1X deleted from MRC AKAN.
ISAC Reply 3ACB added to MRC AKAF.
ISAC Reply 3AEE added to MRC AKAF.
ISAC Reply 3BFO added to MRC AKAF.
ISAC Reply 3HOU added to MRC AKAF.
ISAC Reply 1A deleted from MRC AKAF.
ISAC Reply 1B deleted from MRC AKAF.
ISAC Reply 1C deleted from MRC AKAF.
ISAC Reply 1X deleted from MRC AKAF.
NAMEDITEM NAME
NOUN, WITH OR WITHOUT MODIFIERS, BY WHICH AN ITEM OF SUPPLY IS KNOWN.
Enter the item name code.
(NAMED22966*)
AJSSJFREQUENCY IN HERTZ
THE CYCLES PER SECOND /HERTZ/ OF THE ALTERNATING CURRENT.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSSJB2.0*;AJSSJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CQRGDBODY MATERIAL
THE CHEMICAL COMPOUND OR MECHANICAL MIXTURE PROPERTIES OF WHICH THE BODY IS FABRICATED.
Enter the applicable reply code from the table below
(CQRGDST0303*;CQRGDALA000$DST0303*;CQRGDALA000$$DST0303*)
| Table 1 |
| Reply Code (MA01) | Reply |
| ALA000 | ALUMINUM |
| ST0303 | STEEL COMP 303 |
TTQYJTERMINAL TYPE AND QUANTITY
INDICATES THE TYPE AND NUMBER OF TERMINALS FOR PROVIDING ELECTRICAL CONNECTION.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit.
(TTQYJACC2*;TTQYJACC2$$JACC3*)
| Table 1 |
| Reply Code (AN89) | Reply |
| ACN | CONNECTOR, PLUG |
| AAM | PIN |
| ABQ | SCREW |
| AFY | SOLDER LUG W/SCREW |
| AAS | SOLDER STUD |
| ABX | TAB W/SCREW |
| ABB | TAB, SOLDER LUG |
| ABD | THREADED STUD |
| ACB | TURRET |
| ACM | WIRE HOOK |
| ACC | WIRE LEAD |
| ACD | WIRE LOOP |
Reference NotesRefer to Reference Drawings for assitance in answering this MRC.
IF STYLE/REPLY CODE(s) A1 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABKK and ABPA and AAVL and AJWQ and ABKU and ABPC and AJWX and CRSJ)
IF STYLE/REPLY CODE(s) A2 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABKK and AAVH and AAVL and AJWQ and ABKU and ABPC and AJWX and CRSJ)
IF STYLE/REPLY CODE(s) A3 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABKK and ABPA and AAVL and AAVH and ABKU and AJWQ and ABPC and AJWX and CRSJ)
IF STYLE/REPLY CODE(s) A4 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABKK and AAZW and AAVH and AAVL and ABKU and AAZX and AJWQ and AJWX and AJWV and ABPM and CRSJ)
IF STYLE/REPLY CODE(s) A5 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABKK and AAZW and AAVH and AAVL and AJWQ and AGRS and ABKU and AAZX and ABPM and AJWW and CRSJ and AJWX)
IF STYLE/REPLY CODE(s) A6 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and AGRS and ABKK and AAVH and AAVL and ABKU and AJWQ and CRSJ)
IF STYLE/REPLY CODE(s) A7 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (AJWX and ABKK and AAVH and ABKU and ABHP and ABPM and CRSJ)
IF STYLE/REPLY CODE(s) A8 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and AAZX and AAVL and AAZW and AAVH and AJWQ and AJWY and ABKU and ABKK and ABPM and CRSJ)
IF STYLE/REPLY CODE(s) A9 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (AJWX and ABKU and ABHP and AGFF and AFQN and CWCB and CRSJ and AHYF)
IF STYLE/REPLY CODE(s) A10 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and AJWT and ABKK and ABPA and AAVH and AAVL and ABKU and AJWQ and ABPC and AJWX and ABPM and CRSJ and AJWS)
IF STYLE/REPLY CODE(s) A11 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABPM and ABPA and ABKK and AAVH and AAVL and ABKU and AJWQ and ABPC and AJWX and CRSJ)
IF STYLE/REPLY CODE(s) A12 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (AJWX and ABKK and AAVH and AAVL and ABPA and ABHP and ABKU and AJWQ and ABPC and CRSJ)
IF STYLE/REPLY CODE(s) A13 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABPM and CRMR)
IF STYLE/REPLY CODE(s) A14 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and ABPM and ABKK and CRMR and AHYF and CTCW)
IF STYLE/REPLY CODE(s) A15 WERE ENTERED FOR MRC AAQL, YOU MUST ANSWER MRC (ABHP and AAZW and ABPM and AAZX and AJWX and AAVH and CRSJ)
AAQLLBODY STYLE
THE STYLE DESIGNATION INDICATING THE CONFIGURATION THAT MOST NEARLY CORRESPONDS TO THE APPEARANCE OF THE BODY.
Review the representative drawings below, find the drawing which best represents your item.Use the Physical Drawing ID (eg: AAT1001) to identify the row(s) in the table which are applicable to your drawing.Enter the applicable reply code from the table below.
(AAQLLA10)
| Table 1 |
| Physical Drawing ID | Reply Code (STYL) | Reply |
| AAS1617 | A1 | STANDARD ROUND A |
| AAS1626 | A10 | STANDARD ROUND, ROTATABLE STATOR A |
| AAS1627 | A11 | STANDARD ROUND, ROTATABLE STATOR B |
| AAS1628 | A12 | STANDARD ROUND, ROTATABLE STATOR C |
| AAS1629 | A13 | PICK-OFF A |
| AAS1630 | A14 | PICK-OFF B |
| AAS1631 | A15 | ROUND, ROTATABLE HOUSING |
| AAS1618 | A2 | STANDARD ROUND B |
| AAS1619 | A3 | STANDARD ROUND C |
| AAS1620 | A4 | STANDARD ROUND D |
| AAS1621 | A5 | STANDARD ROUND DOUBLE FLANGE A |
| AAS1622 | A6 | STANDARD ROUND DOUBLE FLANGE B |
| AAS1623 | A7 | STANDARD ROUND, ROTATABLE HOUSING |
| AAS1624 | A8 | STANDARD ROUND, REAR MOUNTING FLANGE |
| AAS1625 | A9 | ROUND, SQUARE MOUNTING FLANGE |
AJSL*ABODY SIZE
AN ALPHA AND/OR NUMERIC DESIGNATION INDICATING THE SIZE BY WHICH THE BODY IS IDENTIFIED.
Enter the alpha-numeric reply with a minimum of one character.
(AJSLAS3)
AJSN*JSTATOR INPUT VOLTAGE RATING IN VOLTS
THE VALUE OF THE PRIMARY EXCITATION VOLTAGE FOR WHICH THE STATOR IS RATED,EXPRESSED IN VOLTS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSNJC2.0*;AJSNJC2.0$$JC2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJSP*JSTATOR INPUT CURRENT RATING
THE VALUE OF THE PRIMARY EXCITATION CURRENT FOR WHICH THE STATOR IS RATED,WITH ROTOR /SECONDARY/ CIRCUIT OPEN.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSPJLC2.0*;AJSPJLC2.0$$JLC2.1*)
| Table 1 |
| Reply Code (AC30) | Reply |
| A | AMPERES |
| L | MILLIAMPERES |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJSQ*JSTATOR INPUT ELECTRICAL POWER RATING
THE VALUE OF THE PRIMARY /ELECTRICAL/ EXCITATION POWER FOR WHICH THE STATOR IS RATED.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSQJMA2.0*;AJSQJMA2.0$$JMA2.1*)
| Table 1 |
| Reply Code (AC33) | Reply |
| M | MILLIWATTS |
| W | WATTS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJSR*JROTOR INPUT VOLTAGE RATING IN VOLTS
THE VALUE OF THE PRIMARY EXCITATION VOLTAGE FOR WHICH THE ROTOR IS RATED,EXPRESSED IN VOLTS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSRJB2.0*;AJSRJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJST*JROTOR INPUT CURRENT RATING
THE VALUE OF THE PRIMARY EXCITATION CURRENT FOR WHICH THE ROTOR IS RATED,WITH STATOR /SECONDARY/ CIRCUIT OPEN.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSTJLB2.0*;AJSTJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AC30) | Reply |
| A | AMPERES |
| L | MILLIAMPERES |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJSV*JROTOR INPUT ELECTRICAL POWER RATING
THE VALUE OF THE PRIMARY /ELECTRICAL/ EXCITATION POWER FOR WHICH THE ROTOR IS RATED.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSVJWA2.0*;AJSVJWA2.0$$JWA2.1*)
| Table 1 |
| Reply Code (AC33) | Reply |
| M | MILLIWATTS |
| W | WATTS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJSW*JZRO RESISTANCE IN OHMS
THE RESISTANCE /R/ PART OF THE ROTOR IMPEDANCE WITH THE STATOR OPEN /ZRO/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSWJA2.0*;AJSWJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CQXQ*JPLUS J ZRO REACTANCE IN OHMS
THE REACTANCE (X) PART OF THE ROTOR IMPEDANCE WITH THE STATOR OPEN (ZRO).
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CQXQJC2.0*;CQXQJC2.0$$JC2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJSY*JZSO RESISTANCE IN OHMS
THE RESISTANCE /R/ PART OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN /ZSO/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJSYJC2.0*;AJSYJC2.0$$JC2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CRGZ*JPLUS J ZSO REACTANCE IN OHMS
THE REACTANCE (X) PART OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN (ZSO),EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRGZJB2.0*;CRGZJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTA*JZRS RESISTANCE IN OHMS
THE RESISTANCE /R/ PART OF THE ROTOR IMPEDANCE WITH THE STATOR SHORTED /ZRS/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTAJB2.0*;AJTAJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CRKL*JPLUS J ZRS REACTANCE IN OHMS
THE REACTANCE /X/ PART OF THE ROTOR IMPEDANCE WITH THE STATOR SHORTED /ZRS/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRKLJA2.0*;CRKLJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTC*JZSS RESISTANCE IN OHMS
THE RESISTANCE /R/ PART OF THE STATOR IMPEDANCE WITH THE ROTOR SHORTED /ZSS/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTCJA2.0*;AJTCJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CSFG*JPLUS J ZSS REACTANCE IN OHMS
THE REACTANCE /X/ PART OF THE STATOR IMPEDANCE WITH THE ROTOR SHORTED /ZSS/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CSFGJA2.0*;CSFGJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTE*JZSO-90 RESISTANCE IN OHMS
THE RESISTANCE /R/ PART OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN AND DISPLACED 90 DEGREES FROM ZERO /ZSO-90/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTEJA2.0*;AJTEJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CTDW*JPLUS J ZSO-90 REACTANCE IN OHMS
THE REACTANCE (X) PART OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN AND DISPLACED 90 DEGREES FROM ZERO (ZSO-90),EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CTDWJC2.0*;CTDWJC2.0$$JC2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTG*JZRO IMPEDANCE MAGNITUDE IN OHMS
THE MAGNITUDE PART /Z/ OF THE ROTOR IMPEDANCE WITH THE STATOR OPEN /ZRO/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTGJB2.0*;AJTGJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTH*JZRO IMPEDANCE ANGLE IN DEG
THE ANGLE PART /O/ OF THE ROTOR IMPEDANCE WITH THE STATOR OPEN /ZRO/,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTHJA2.0*;AJTHJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTJ*JZSO IMPEDANCE MAGNITUDE IN OHMS
THE MAGNITUDE PART /Z/ OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN /ZSO/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTJJB2.0*;AJTJJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTK*JZSO IMPEDANCE ANGLE IN DEG
THE ANGLE PART /O/ OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN /ZSO/,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTKJA2.0*;AJTKJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTL*JZRS IMPEDANCE MAGNITUDE IN OHMS
THE MAGNITUDE PART /Z/ OF THE ROTOR IMPEDANCE WITH THE STATOR SHORTED /ZRS/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTLJA2.0*;AJTLJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTM*JZRS IMPEDANCE ANGLE IN DEG
THE ANGLE PART /O/ OF THE ROTOR IMPEDANCE WITH THE STATOR SHORTED /ZRS/,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTMJA2.0*;AJTMJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTN*JZSS IMPEDANCE MAGNITUDE IN OHMS
THE MAGNITUDE PART /Z/ OF THE STATOR IMPEDANCE WITH THE ROTOR SHORTED /ZSS/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTNJB2.0*;AJTNJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTP*JZSS IMPEDANCE ANGLE IN DEG
THE ANGLE PART /O/ OF THE STATOR IMPEDANCE WITH THE ROTOR SHORTED /ZSS/,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTPJB2.0*;AJTPJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTS*JROTOR DC RESISTANCE IN OHMS
THE OPPOSITION THAT THE ROTOR OFFERS TO THE FLOW OF THE DIRECT CURRENT,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTSJB2.0*;AJTSJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTT*JSTATOR DC RESISTANCE IN OHMS
THE OPPOSITION THAT THE STATOR OFFERS TO THE FLOW OF DIRECT CURRENT,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTTJB2.0*;AJTTJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CSJY*JTRANSFORMATION RATIO
THE RATIO OF THE OUTPUT VOLTAGE TO THE INPUT VOLTAGE AT MAXIMUM COUPLING.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CSJYJABA2.0*;CSJYJABA2.0$$JABA2.1*)
| Table 1 |
| Reply Code (AG01) | Reply |
| AB | ROTOR TO STATOR |
| AC | STATOR TO ROTOR |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTW*JTRANSFORMATION RATIO EQUALITY IN PERCENT
THE VARIATION OF THE TRANSFORMATION RATIO FOR ALL POSSIBLE COMBINATIONS OF STATOR,ROTOR,AND COMPENSATING WINDINGS,EXPRESSED IN PERCENT.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTWJB2.0*;AJTWJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTX*DCOMPENSATION METHOD
THE MEANS UTILIZED TO VARY THE LEVEL OF SIGNAL INPUT OR RESPONSE TO ATTAIN THE DESIRED OPERATIONAL ACTION.
Enter the applicable reply code from the table below
(AJTXDAC*;AJTXDAD$$DAE*)
| Table 1 |
| Reply Code (AG03) | Reply |
| AC | NETWORK COMPENSATED |
| AD | RESISTOR COMPENSATED |
| AE | WINDING COMPENSATED |
AJVC*JCOMPENSATOR DC RESISTANCE IN OHMS
THE OPPOSITION THAT THE COMPENSATOR OFFERS TO THE FLOW OF DIRECT CURRENT,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVCJC2.0*;AJVCJC2.0$$JC2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVD*JCOMPENSATOR TRANSFORMATION RATIO IN PERCENT
THE RATIO OF THE FUNDAMENTAL COMPONENT OF THE NO-LOAD SECONDARY VOLTAGE TO THE COMPENSATOR VOLTAGE AT MAXIMUM COUPLING,EXPRESSED IN PERCENT.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVDJADA2.0*;AJVDJADA2.0$$JADA2.1*)
| Table 1 |
| Reply Code (AG01) | Reply |
| AD | ROTOR TO COMPENSATOR |
| AE | STATOR TO COMPENSATOR |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVF*JPHASE SHIFT ANGLE IN DEG
THE DIFFERENCE BETWEEN THE PHASE TIME OF TWO OR MORE VOLTAGES OR CURRENTS OF THE SAME FREQUENCY,AT THE SAME INSTANT OF TIME,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVFJABB2.0*;AJVFJABB2.0$$JABB2.1*)
| Table 1 |
| Reply Code (AG04) | Reply |
| AB | INPUT TO OUTPUT |
| AC | OUTPUT TO INPUT |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AHCG*JMAXIMUM TEMP RISE
THE MAXIMUM PERMISSIBLE TEMPERATURE INCREASE IN THE ITEM AS A RESULT OF ITS OPERATION UNDER NORMAL CONDITIONS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AHCGJF2.0*)
| Table 1 |
| Reply Code (AB36) | Reply |
| C | CELSIUS |
| F | FAHRENHEIT |
AJVG*JMAXIMUM FUNDAMENTAL NULL VOLTAGE IN MILLIVOLTS PER VOLT
THE MAXIMUM VOLTAGE,WITHOUT HARMONICS,INDUCED IN THE SECONDARY CIRCUIT AT THE NULL ANGLE ROTOR POSITION,EXPRESSED IN MILLIVOLTS PER VOLT.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVGJB2.0*)
| Table 1 |
| Reply Code (AC00) | Reply |
| B | INPUT |
| F | OUTPUT |
AJVH*BMAXIMUM TOTAL NULL VOLTAGE OUTPUT IN MILLIVOLTS PER VOLT
THE MAXIMUM VOLTAGE,INCLUDING HARMONICS,INDUCED IN THE SECONDARY CIRCUIT AT THE NULL ANGLE ROTOR POSITION,EXPRESSED IN MILLIVOLTS PER VOLT.
Enter a reply with a minimum of one digit on either side of the decimal point.
(AJVHB2.0)
AJVJ*FINTERAXIS ERROR ANGULAR RANGE IN MINUTES
THE DEVIATION FROM 90 DEGREES PERPENDICULARITY OF THE SECONDARY WINDING,WHEN EXCITATION IS APPLIED TO ONE OF THE PRIMARY WINDINGS,EXPRESSED IN MINUTES.
Enter the range of numeric values with a minimum of one digit on both sides of the decimal. Separating range values with a slash and preceding negative values with an ‘M’ and positive values with a ‘P’.
(AJVJFM2.0/P4.7*)
AJVK*FOUTPUT VOLTAGE FUNCTIONAL ERROR RANGE IN PERCENT
THE LIMITS OF PERMISSIBLE DEVIATION OF THE ACTUAL OUTPUT VOLTAGE FORM THE THEORETICAL SINUSOIDAL OUTPUT VOLTAGE DIVIDED BY THE MAXIMUM OUTPUT,EXPRESSED IN PERCENT.
Enter the range of numeric values with a minimum of one digit on both sides of the decimal. Separating range values with a slash and preceding negative values with an ‘M’ and positive values with a ‘P’.
(AJVKFM2.0/P4.7*)
AJVL*FELECTRICAL ERROR ANGULAR RANGE IN MINUTES
THE LIMITS OF PERMISSIBLE DEVIATION IN ANGULAR ARC ERROR FROM ELECTRICAL ZERO,EXPRESSED IN MINUTES.
Enter the range of numeric values with a minimum of one digit on both sides of the decimal. Separating range values with a slash and preceding negative values with an ‘M’ and positive values with a ‘P’.
(AJVLFM2.0/P4.7*)
AJVS*JACTUATOR FRICTION TORQUE AT MINUS 55 DEG CELSIUS
THE AMOUNT OF ROTARY FORCE THAT MUST BE APPLIED TO THE ACTUATOR TO CAUSE ROTATION,AT MINUS 55 DEGREES CELSIUS.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVSJAA2.0*;AJVSJAA2.0$$JAA2.1*)
| Table 1 |
| Reply Code (AA56) | Reply |
| D | CENTIMETER-GRAMS |
| A | INCH-OUNCES |
| M | MILLIMETER-MILLIGRAMS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVT*JACTUATOR FRICTION TORQUE AT PLUS 25 DEG CELSIUS
THE AMOUNT OF ROTARY FORCE THAT MUST BE APPLIED TO THE ACTUATOR TO CAUSE ROTATION,AT PLUS 25 DEGREES CELSIUS.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVTJAC2.0*;AJVTJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA56) | Reply |
| D | CENTIMETER-GRAMS |
| A | INCH-OUNCES |
| M | MILLIMETER-MILLIGRAMS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AAVH*JSHOULDER DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF A SHOULDER,AND TERMINATES AT THE CIRCUMFERENCE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AAVHJLA2.0*;AAVHJLA2.0$$JLA2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AAVL*JPILOT DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF THAT PORTION USED TO GUIDE THE ITEM AND TERMINATES AT THE CIRCUMFERENCE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AAVLJLC2.0*;AAVLJLC2.0$$JLC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AAZW*JSECOND SHOULDER DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AAZWJLB2.0*;AAZWJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AAZX*JSECOND SHOULDER LENGTH
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AAZXJAA2.0*;AAZXJAA2.0$$JAA2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABHP*JOVERALL LENGTH
THE DIMENSION MEASURED ALONG THE LONGITUDINAL AXIS WITH TERMINATED POINTS AT THE EXTREME ENDS OF THE ITEM.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABHPJLC2.0*;ABHPJLC2.0$$JLC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABKK*JFLANGE DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF A FLANGE,AND TERMINATES AT THE CIRCUMFERENCE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABKKJAB2.0*;ABKKJAB2.0$$JAB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABKU*JFLANGE THICKNESS
A MEASUREMENT OF THE SMALLEST DIMENSION OF A FLANGE,IN DISTINCTION FROM LENGTH OR WIDTH.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABKUJLB2.0*;ABKUJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABPA*JUNDERCUT DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABPAJAC2.0*;ABPAJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABPC*JUNDERCUT WIDTH
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABPCJLB2.0*;ABPCJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABPM*JBODY DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF THE BODY,AND TERMINATES AT THE CIRCUMFERENCE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABPMJAA2.0*;ABPMJAA2.0$$JAA2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AFQN*JFLANGE LENGTH
A MEASUREMENT OF THE LONGEST DIMENSION OF A FLANGE,IN DISTINCTION FROM WIDTH.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AFQNJAB2.0*;AFQNJAB2.0$$JAB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AGFF*JFLANGE WIDTH
A MEASUREMENT TAKEN AT RIGHT ANGLES TO THE LENGTH OF A FLANGE,IN DISTINCTION FROM THICKNESS.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AGFFJAC2.0*;AGFFJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AGRS*JDISTANCE BETWEEN FLANGES
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AGRSJLB2.0*;AGRSJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWQ*JPILOT LENGTH
A MEASUREMENT OF THE LONGEST DIMENSION OF A PILOT,IN DISTINCTION FROM WIDTH.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWQJLB2.0*;AJWQJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWS*JGEAR OUTSIDE DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF A GEAR,AND TERMINATES AT THE OUTSIDE CIRCUMFERENCE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWSJLB2.0*;AJWSJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWT*JGEAR THICKNESS
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWTJAC2.0*;AJWTJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWV*JAFT OF FIRST FLANGE DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWVJAA2.0*;AJWVJAA2.0$$JAA2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWW*JAFT OF SECOND FLANGE DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWWJAB2.0*;AJWWJAB2.0$$JAB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWX*JMOUNTING SURFACE TO TERMINAL END DISTANCE
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWXJLB2.0*;AJWXJLB2.0$$JLB2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJWY*JSECOND SHOULDER FACE TO REAR FLANGE DISTANCE
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWYJLC2.0*;AJWYJLC2.0$$JLC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CRMR*JBODY THRU-HOLE DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRMRJAA2.0*;CRMRJAA2.0$$JAA2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CRSY*JALIGNMENT HOLE DEPTH
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRSYJLC2.0*;CRSYJLC2.0$$JLC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CTCW*JALIGNMENT HOLE BOLT CIRCLE DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CTCWJAC2.0*;CTCWJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CWCB*JSECURING HOLE BOLT CIRCLE DIAMETER
NONE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWCBJAC2.0*;CWCBJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVW*AALIGNMENT HOLE QUANTITY
THE NUMBER OF HOLES PROVIDED FOR ALIGNING THE ITEM.
Enter the numeric reply with a minimum of one digit.
(AJVWA10*)
AHYF*ASECURING HOLE QUANTITY
THE NUMBER OF HOLES PROVIDED FOR SECURING THE ITEM IN A FIXED POSITION.
Enter the numeric reply with a minimum of one digit.
(AHYFA10*)
AKEJ*DMOUNTING FACILITY SCREW THREAD SERIES DESIGNATOR
A DESIGNATION DISTINGUISHING ONE GROUP OF SCREW THREAD DIAMETER-PITCH COMBINATIONS FROM ANOTHER BY THE NUMBER OF THREADS PER MEASUREMENT SCALE FOR A SPECIFIC DIAMETER ON THE MOUNTING FACILITY.
Enter the applicable reply code from the table below
(AKEJDJC*;AKEJDNF$$DNE*)
| Table 1 |
| Reply Code (AH06) | Reply |
| SM | ISO M |
| SS | ISO S |
| NP | NPT |
| UN | UN |
| NC | UNC |
| NE | UNEF |
| NF | UNF |
| MD | UNF-MODIFIED |
| JF | UNIFIED NATIONAL JOINT FINE (UNJF) |
| JC | UNJC |
| NM | UNM |
| NS | UNS |
| WW | WHITWORTH |
CRYY*JMOUNTING FACILITY NOMINAL SCREW THREAD DIAMETER
THE NOMINAL LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF A COAXIAL CYLINDER WHICH WOULD BOUND THE CREST OF AN EXTERNAL THREAD OR THE ROOT OF AN INTERNAL THREAD.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRYYJA2.0*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
CTLJ*BMOUNTING THREAD PITCH IN MILLIMETERS
THE DISTANCE BETWEEN CORRESPONDING POINTS ON TWO ADJACENT THREADS MEASURED PARALLEL TO THE MOUNTING THREAD AXIS,EXPRESSED IN MILLIMETERS.
Enter a reply with a minimum of one digit on either side of the decimal point.
(CTLJB2.0)
CWMS*JMOUNTING THREAD TOLERANCE CLASS
A NUMERIC-ALPHA DESIGNATOR INDICATING ESTABLISHED PITCH AND CREST DIAMETER TOLERANCE POSITION AND GRADE OF A MOUNTING THREAD.
Enter the applicable Reply Code from Table 1 below followed by a alpha-numeric reply with a minimum of one character.
(CWMSJEXT2.0*;CWMSJEXT2.0$$JEXT2.1*)
| Table 1 |
| Reply Code (AN73) | Reply |
| EXT | EXTERNAL |
| NTE | INTERNAL |
IF STYLE/REPLY CODE(s) BX OR CB WERE ENTERED FOR MRC CRSJ, YOU MUST ANSWER MRC (AJVM and AJXA)
IF STYLE/REPLY CODE(s) DX WERE ENTERED FOR MRC CRSJ, YOU MUST ANSWER MRC (AJVM and AJXA and AJYY and CWBH and AKAN and AKAF)
IF STYLE/REPLY CODE(s) DS, DT OR DW WERE ENTERED FOR MRC CRSJ, YOU MUST ANSWER MRC (AJYY and CWBH and AKAN and AKAF)
CRSJ*DSHAFT TYPE
INDICATES THE TYPE OF SHAFT INCLUDED ON THE ITEM.
Enter the applicable ISAC from Table 1 below followed by the mode code and applicable Reply Code from Table 2
(CRSJ3BFPDDR*;CRSJ3BFPDDR$DDS*;CRSJ3BFPDDR$$DDS*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3BFP | REAR SHAFT |
| 3BFQ | BOTH SHAFTS |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AF58) | Reply |
| BX | PINION |
| BM | ROUND |
| DR | ROUND W/THROUGH HOLE |
| CR | ROUND, FLAT, UNDERCUT |
| BZ | ROUND, FLATTED |
| CX | ROUND, HOLLOWED |
| DE | ROUND, SLOTTED |
| DN | ROUND, SLOTTED, UNDERCUT |
| DT | ROUND, STEPPED, THREADED |
| DQ | ROUND, TAPERED |
| DP | ROUND, TAPERED, HOLLOWED |
| DS | ROUND, TAPERED, THREADED, UNDERCUT |
| DW | ROUND, THREADED |
| DM | ROUND, UNDERCUT |
| CB | SPLINE |
| DX | SPLINE W/THREADS |
Reference Notes Refer to Reference Drawings for assitance in answering this MRC.
ABWV*JSHAFT DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF A SHAFT,AND TERMINATES AT THE CIRCUMFERENCE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABWV3ACBJAB2.0*;ABWV3ACBJAB2.0$JAB2.0*;ABWV3ACBJAB2.0$$JAB2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3BFP | REAR SHAFT |
| 3BFQ | BOTH SHAFTS |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ABXF*JSHAFT LENGTH
A MEASUREMENT OF THE LONGEST DIMENSION OF THE SHAFT,IN DISTINCTION FROM WIDTH.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABXF3AEEJAB2.0*;ABXF3AEEJAB2.0$JAB2.0*;ABXF3AEEJAB2.0$$JAB2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3BFP | REAR SHAFT |
| 3BFQ | BOTH SHAFTS |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AEDC*JSHAFT UNDERCUT WIDTH
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AEDC3AEEJAA2.0*;AEDC3AEEJAA2.0$JAA2.0*;AEDC3AEEJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
ALNF*JSHAFT HOLE DIAMETER
THE LENGTH OF A STRAIGHT LINE WHICH PASSES THROUGH THE CENTER OF THE SHAFT HOLE,AND TERMINATES AT THE CIRCUMFERENCE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ALNF3AEEJAA2.0*;ALNF3AEEJAA2.0$JAA2.0*;ALNF3AEEJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
BFHF*JDISTANCE FROM SHAFT HOLE CENTER TO END
THE DISTANCE FROM THE SHAFT HOLE CENTER TO THE END.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(BFHF3AEEJAA2.0*;BFHF3AEEJAA2.0$JAA2.0*;BFHF3AEEJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CQWQ*JSHAFT THREAD LENGTH
A MEASUREMENT OF THE EXTENT OF THE SHAFT THREADS MEASURED ON A LINE PARALLEL TO THE LONGITUDINAL AXIS.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CQWQ3AEEJAA2.0*;CQWQ3AEEJAA2.0$JAA2.0*;CQWQ3AEEJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CQZS*JSHAFT SLOT DEPTH
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CQZS3BFOJAA2.0*;CQZS3BFOJAA2.0$JAA2.0*;CQZS3BFOJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3BFP | REAR SHAFT |
| 3BFQ | BOTH SHAFTS |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CRHN*JSHAFT SLOT WIDTH
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRHN3AEEJAC2.0*;CRHN3AEEJAC2.0$JAC2.0*;CRHN3AEEJAC2.0$$JAC2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3BFP | REAR SHAFT |
| 3BFQ | BOTH SHAFTS |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CRJX*JSHAFT TAPERED END MINOR DIAMETER
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CRJX3ACBJAC2.0*;CRJX3ACBJAC2.0$JAC2.0*;CRJX3ACBJAC2.0$$JAC2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CSLT*BSHAFT TAPER ANGLE IN DEG
NONE.
Enter the applicable ISAC from the table below followed by the mode code, followed by a reply with a minimum of one digit on either side of the decimal point.
(CSLT3ACBB2.0)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
CSSD*JSHAFT STEP DIAMETER
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CSSD3AEEJAC2.0*;CSSD3AEEJAC2.0$JAC2.0*;CSSD3AEEJAC2.0$$JAC2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CTBP*JSHAFT TIP LENGTH
A MEASUREMENT OF THE LONGEST DIMENSION OF THE SHAFT TIP, IN DISTINCTION FROM WIDTH.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CTBP3ACBJAC2.0*;CTBP3ACBJAC2.0$JAC2.0*;CTBP3ACBJAC2.0$$JAC2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CTJB*JSHAFT STEP LENGTH
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CTJB3ACBJAC2.0*;CTJB3ACBJAC2.0$JAC2.0*;CTJB3ACBJAC2.0$$JAC2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CTJK*JSHAFT FLATTED PORTION THICKNESS
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CTJK3BFOJAB2.0*;CTJK3BFOJAB2.0$JAB2.0*;CTJK3BFOJAB2.0$$JAB2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CWAC*JSHAFT TAPER LENGTH
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWAC3AEEJAB2.0*;CWAC3AEEJAB2.0$JAB2.0*;CWAC3AEEJAB2.0$$JAB2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CWFM*JSHAFT FLATTED PORTION LENGTH
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWFM3BFOJAA2.0*;CWFM3BFOJAA2.0$JAA2.0*;CWFM3BFOJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CWJD*JSHAFT UNDERCUT DIAMETER
NONE.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWJD3AEEJAA2.0*;CWJD3AEEJAA2.0$JAA2.0*;CWJD3AEEJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVM*ASPLINE TOOTH QUANTITY
THE NUMBER OF INDIVIDUAL TEETH ON THE SPLINED PORTION OF THE SHAFT.
Enter the applicable ISAC from the table below followed by the mode code, followed by a numeric reply with a minimum of one digit.
(AJVM3AEEA10)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
AJXA*ASPLINE TOOTH DIAMETRAL PITCH
THE NUMBER OF TEETH THE SPLINED SHAFT HAS PER INCH OF PITCH DIAMETER.
Enter the applicable ISAC from the table below followed by the mode code, followed by a numeric reply with a minimum of one digit.
(AJXA3ACBA10)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
AJYY*DSHAFT THREAD SERIES DESIGNATOR
A DESIGNATION DISTINGUISHING ONE GROUP OF SHAFT THREAD DIAMETER-PITCH COMBINATIONS FROM ANOTHER BY THE NUMBER OF THREADS PER MEASUREMENT SCALE FOR A SPECIFIC DIAMETER.
Enter the applicable ISAC from Table 1 below followed by the mode code and applicable Reply Code from Table 2
(AJYY3ACBDSM*;AJYY3ACBDSM$DNS*;AJYY3ACBDSM$$DNS*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AH06) | Reply |
| SM | ISO M |
| SS | ISO S |
| NP | NPT |
| UN | UN |
| NC | UNC |
| NE | UNEF |
| NF | UNF |
| MD | UNF-MODIFIED |
| JF | UNIFIED NATIONAL JOINT FINE (UNJF) |
| JC | UNJC |
| NM | UNM |
| NS | UNS |
| WW | WHITWORTH |
CWBH*JSHAFT NOMINAL THREAD SIZE
THE LENGTH OF A STRAIGHT LINE PASSING THROUGH THE CENTER OF THE SHAFT THREADED PORTION,WITH TERMINATED POINTS AT THE CIRCUMFERENCE.
Enter the applicable ISAC from Table 1 below followed by the mode code, applicable Reply Code from Table 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWBH3AEEJA2.0*;CWBH3AEEJA2.0$JA2.0*;CWBH3AEEJA2.0$$JA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
AKAN*ASHAFT THREAD CLASS
A NUMERIC-ALPHA DESIGNATOR INDICATING THE PTICH DIAMETER TOLERANCE,AND AN EXTERNAL OR INTERNAL SHAFT THREAD.
Enter the applicable ISAC from the table below followed by the mode code, followed by a alpha-numeric reply with a minimum of one character.
(AKAN3AEEAQ2)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
AKAF*DSHAFT THREAD DIRECTION
THE DIRECTION OF THE SHAFT THREAD WHEN VIEWED AXIALLY. A RIGHT-HAND THREAD WINDS IN A CLOCKWISE DIRECTION WHILE A LEFT-HAND THREAD WINDS IN A COUNTERCLOCKWISE DIRECTION.
Enter the applicable ISAC from Table 1 below followed by the mode code and applicable Reply Code from Table 2
(AKAF3BFODAAL*;AKAF3BFODAAL$DAAG*;AKAF3BFODAAL$$DAAG*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3ACB | SINGLE SHAFT |
| 3AEE | OVERALL |
| 3BFO | FRONT SHAFT |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA38) | Reply |
| AAG | LEFT-HAND |
| AAL | RIGHT-HAND |
CQTM*DTERMINAL LOCATION
INDICATES THE LOCATION OF THE TERMINAL/S/ ON THE ITEM.
Enter the applicable reply code from the table below
(CQTMDSYD*;CQTMDFRN$$DRER*)
| Table 1 |
| Reply Code (AN73) | Reply |
| FRN | FRONT |
| RER | REAR |
| SYD | SIDE |
TEST*JTEST DATA DOCUMENT
THE SPECIFICATION,STANDARD,DRAWING,OR SIMILAR INSTRUMENT THAT SPECIFIES ENVIRONMENTAL AND PERFORMANCE REQUIREMENTS OR TEST CONDITIONS UNDER WHICH AN ITEM IS TESTED AND ESTABLISHES ACCEPTABLE LIMITS WITHIN WHICH THE ITEM MUST CONFORM IDENTIFIED BY AN ALPHABETIC AND/OR NUMERIC REFERENCE NUMBER. INCLUDES THE COMMERCIAL AND GOVERNMENT ENTITY (CAGE) CODE OF THE ENTITY CONTROLLING THE INSTRUMENT.
Enter the applicable Reply Code from the table below, followed by the 5-position CAGE Code, a dash, and the document identification number.
(TESTJA12345-CWX654321*; TESTJA1234A-654321$$JB5556A-663654*; TESTJAA2345-654321$JB55566-663654*)
| Table 1 |
| Reply Code (AC28) | Reply |
| A | SPECIFICATION (INCLUDES ENGINEERING TYPE BULLETINS, BROCHURES,ETC., THAT REFLECT SPECIFICATION TYPE DATA IN SPECIFICATION FORMAT; EXCLUDES COMMERCIAL CATALOGS, INDUSTRY DIRECTORIES, AND SIMILAR TRADE PUBLICATIONS, REFLECTING GENERAL TYPE DATA ON CERTAIN ENVIRONMENTAL AND PERFORMANCE REQUIREMENTS AND TEST CONDITIONS THAT ARE SHOWN AS "TYPICAL", "AVERAGE", "NOMINAL", ETC.). |
| B | STANDARD (INCLUDES INDUSTRY OR ASSOCIATION STANDARDS, INDIVIDUAL MANUFACTUREER STANDARDS, ETC.). |
| C | DRAWING (THIS IS THE BASIC GOVERNING DRAWING, SUCH AS A CONTRACTOR DRAWING, ORIGINAL EQUIPMENT MANUFACTURER DRAWING, ETC.; EXCLUDES ANY SPECIFICATION, STANDARD OR OTHER DOCUMENT THAT MAY BE REFERENCED IN A BASIC GOVERNING DRAWING) |
SPCL*GSPECIAL TEST FEATURES
TEST CONDITIONS AND RATINGS OR ENVIRONMENTAL AND PERFORMANCE REQUIREMENTS THAT ARE DIFFERENT, MORE CRITICAL, OR MORE SPECIFIC THAN THOSE SPECIFIED IN A GOVERNING TEST DATA DOCUMENT.
Enter the reply in clear text.
(SPCLGSELECTED AND TESTED FOR NAVIGATIONAL SYSTEMS*)
ZZZK*JSPECIFICATION/STANDARD DATA
THE DOCUMENT DESIGNATOR OF THE SPECIFICATION OR STANDARD WHICH ESTABLISHED THE ITEM OF SUPPLY.
Enter the applicable Reply Code from the table below, followed by the Commercial and Government Entity (CAGE) Code of the entity controlling the document, a dash, and the document designator. The agency that controls the limited coordination document must be preceded and followed by a slash following the designator. The word canceled or superseded must be preceded and followed by a slash for the designator. Professional and industrial association specifications/standards are differentiated from a manufacturer's specification in that the data has been coordinated and published by the professional and industrial association. Include amendments and revisions where applicable.
(ZZZKJT81337-30642B*;ZZZKJS81349-MIL-D-180 REV1/CANCELED/*;ZZZKJP80205-NAS1103*;ZZZKJS81349-MIL-C-1140C/CE/*;ZZZKJT81337-30642B$$JP80205-NAS1103*)
| Table 1 |
| Reply Code (AN62) | Reply |
| V | FEDERAL MOTOR VEHICLE SAFETY STANDARD |
| F | FLAMMABILITY STANDARD |
| S | GOVERNMENT SPECIFICATION |
| T | GOVERNMENT STANDARD |
| U | INTERNATIONAL STD/SPEC |
| D | MANUFACTURERS SOURCE CONTROL |
| R | MANUFACTURERS SPECIFICATION |
| N | MANUFACTURERS SPECIFICATION CONTROL |
| M | MANUFACTURERS STANDARD |
| B | NATIONAL STD/SPEC |
| A | PROFESSIONAL/INDUSTRIAL ASSOCIATION SPECIFICATION |
| P | PROFESSIONAL/INDUSTRIAL ASSOCIATION STANDARD |
ZZZW*GDEPARTURE FROM CITED DOCUMENT
THE TECHNICAL DIFFERENTIATING CHARACTERISTIC(S) OF AN ITEM OF SUPPLY THAT DEPART(S) FROM THE TEXT OF A SPECIFICATION OR A STANDARD IN THAT IT REPRESENTS A SELECTION OF CHARACTERISTICS STATED IN THE SPECIFICATION OR STANDARD AS BEING OPTIONAL OR A VARIATION FROM ONE OR MORE OF THE STATED CHARACTERISTICS OR AN ADDITIONAL CHARACTERISTIC NOT STATED IN THE SPECIFICATION OR STANDARD.
Enter the reply in clear text.
(ZZZWGAS MODIFIED BY MATERIAL*)
If the specification/standard cited in reply to MRC ZZZK is nondefinitive, reply to MRC ZZZT. This reply is the data which is not recorded in Segment C.
ZZZT*JNONDEFINITIVE SPEC/STD DATA
THE NUMBER, LETTER, OR SYMBOL INDICATING THE TYPE, STYLE, GRADE, CLASS, AND THE LIKE OF AN ITEM IN A NONIDENTIFYING SPECIFICATION OR STANDARD.
Enter the applicable Reply Code from the table below followed by the appropriate number, letter or symbol.
(ZZZTJTY1*; ZZZTJTY1$$JSTA*; ZZZTJTY1$JSTA*)
| Table 1 |
| Reply Code (AD08) | Reply |
| AL | ALLOY |
| BE | ANNEALED |
| AN | ANNEX |
| AP | APPENDIX |
| AC | APPLICABILITY CLASS |
| AR | ARRANGEMENT |
| AS | ASSEMBLY |
| AB | ASSORTMENT |
| BF | BOND |
| BX | BOX |
| CY | CAPACITY |
| CA | CASE |
| CT | CATEGORY |
| CF | CIRCUMFERENCE |
| CL | CLASS |
| CE | CODE |
| CR | COLOR |
| CC | COMBINATION CODE |
| CN | COMPONENT |
| CP | COMPOSITION |
| CM | COMPOUND |
| CD | CONDITION |
| AV | CONFIGURATION |
| CS | CONSTRUCTION |
| BG | CORE CONDITION |
| CB | CUT OFF |
| AM | DELAY CLASS |
| DE | DESIGN |
| DG | DESIGNATOR |
| DW | DRAWING NUMBER |
| DU | DUPLEX |
| EG | EDGE |
| EN | END |
| FY | FAMILY |
| FG | FIGURE |
| AK | FILE NUMBER |
| FN | FINISH |
| FB | FLAVOR |
| BH | FLUX PERCENTAGE |
| FM | FORM |
| FA | FORMULA |
| AJ | GAGE STOCK NUMBER |
| GR | GRADE |
| GA | GRADUATION |
| AX | GRANULES |
| AY | GRIT |
| GB | GROUND |
| GP | GROUP |
| HA | HEAVY DUTY |
| BA | IMAGE COLOR |
| NS | INSERT |
| TM | ITEM |
| KD | KIND |
| KT | KIT |
| LG | LENGTH |
| LV | LEVEL |
| LT | LIMIT |
| MK | MARK |
| AA | MARKER |
| AD | MASK APERTURE |
| ML | MATERIAL |
| BB | MAXIMUM DENSITY |
| TA | MEDIUM TEMPER |
| MH | MESH |
| ME | METHOD |
| BC | MINIMUM DENSITY |
| MD | MODEL |
| MT | MOUNTING |
| AQ | NATURAL |
| AU | NON-DELAY CLASS |
| NR | NUMBER |
| BL | OUTFIT NUMBER |
| PA | PARAGRAPH |
| PT | PART |
| PN | PATTERN |
| PC | PHYSICAL CONDITION |
| PS | PIECE |
| PL | PLAN |
| PR | POINT |
| PD | POLISHED |
| PB | PRESSURE RATING |
| QA | QUALITY |
| QB | QUENCHED |
| RN | RANGE |
| AE | RAPID |
| RT | RATING |
| RF | REFERENCE NUMBER |
| RA | REGULAR DUTY |
| BJ | RMA FLUX |
| SJ | SALIENT CHARACTERISTICS |
| SC | SCHEDULE |
| SB | SECTION |
| SL | SELECTION |
| BD | SERIALIZED |
| SE | SERIES |
| SV | SERVICE |
| SX | SET |
| SA | SHADE |
| SH | SHAPE |
| SG | SHEET |
| SZ | SIZE |
| AG | SLOW |
| TC | SOFT TEMPER |
| SK | SOURCE |
| PZ | SPECIES |
| SQ | SPECIFICATION SHEET |
| SD | SPEED |
| AW | STANDARD |
| SR | STRAIGHT |
| ST | STYLE |
| SS | SUBCLASS |
| SF | SUBFORM |
| SP | SUBTYPE |
| BK | SUPPORT |
| SN | SURFACE CONDITION |
| SY | SYMBOL |
| SM | SYSTEM |
| TB | TABLE |
| TN | TANNAGE |
| TP | TEMPER |
| TX | TEXTURE |
| TK | THICKNESS |
| TT | TREATMENT |
| TR | TRIM |
| TY | TYPE |
| YN | UNIT |
| AZ | UNSERIALIZED |
| VA | VARIETY |
| WT | WEIGHT |
| WD | WIDTH |
ZZZX*GDEPARTURE FROM CITED DESIGNATOR
THE VARIATION WHEN THE ITEM IS IN CONFORMITY WITH A TYPE DESIGNATOR COVERED BY A SPECIFICATION OR STANDARD, EXCEPT IN REGARD TO ONE OR MORE TECHNICAL DIFFERENTIATING CHARACTERISTICS.
Enter the reply in clear text.
(ZZZXGAS MODIFIED BY MATERIAL*)
ELCD*DEXTRA LONG CHARACTERISTIC DESCRIPTION
A DESCRIPTION THAT EXCEEDS 5000 CHARACTERS.
Enter the Reply Code from the table below.
(ELCDDA*)
| Table 1 |
| Reply Code (AN58) | Reply |
| A | ADDITIONAL DESCRIPTIVE DATA ON MANUAL RECORD |
NHCF*DNUCLEAR HARDNESS CRITICAL FEATURE
AN INDICATION OF THE NUCLEAR HARDNESS CRITICALITY OF THE ITEM.
Enter the applicable reply code from the table below
(NHCFDCY)
| Table 1 |
| Reply Code (AD05) | Reply |
| CY | HARDENED |
AJWG*JSHAFT MAXIMUM RADIAL PLAY
THE MAXIMUM SHAFT DISPLACEMENT PERPENDICULAR TO THE SHAFT AXIS DUE TO REVERSAL OF A SPECIFIED FORCE APPLIED PERPENDICULAR TO THE SHAFT AXIS,AND MEASURED AT A SPECIFIED DISTANCE FROM THE FRONT SURFACE OF THE UNIT.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWGJA2.0*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
AJWE*JSHAFT RADIAL PLAY TEST POINT
THE MEASUREMENT TAKEN FROM THE BEARING FACE TO THE POINT ON THE SHAFT WHERE THE WEIGHT /LOAD/ IS APPLIED.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWEJAC2.0*;AJWEJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CWXK*JSHAFT RADIAL PLAY DETERMINING WEIGHT
THE FORCE (LOAD) APPLIED PERPENDICULAR TO THE SHAFT AXIS TO DETERMINE RADIAL PLAY.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWXKJBA2.0*)
| Table 1 |
| Reply Code (AG67) | Reply |
| BA | GRAMS |
| AN | OUNCES |
AJWH*JSHAFT END PLAY
THE AXIAL SHAFT DISPLACEMENT DUE TO REVERSAL OF A SPECIFIED AXIAL FORCE,MEASURED AT THE END OF THE SHAFT.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJWHJAC2.0*;AJWHJAC2.0$$JAC2.1*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 2 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CWYF*JSHAFT END PLAY DETERMINING WEIGHT
THE FORCE (LOAD) APPLIED PARALLEL TO THE SHAFT AXIS TO DETERMINE END PLAY.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CWYFJBA2.0*)
| Table 1 |
| Reply Code (AG67) | Reply |
| BA | GRAMS |
| AN | OUNCES |
AJXB*JSHAFT MAXIMUM RUNOUT
THE ECCENTRICITY OF THE SHAFT DIAMETER WITH RESPECT TO THE ROTATIONAL AXIS OF THE SHAFT,MEASURED AT A SPECIFIED DISTANCE FROM THE END OF THE SHAFT,WHEN THE BODY OF THE ITEM IS HELD FIXED AND THE SHAFT IS ROTATED.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJXBJA2.0*)
| Table 1 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
AEBZ*LSCHEMATIC DIAGRAM DESIGNATOR
A DESIGNATOR INDICATING A GRAPHIC REPRESENTATION,IN STANDARD AND ACCEPTED SYMBOLS,OF ESSENTIAL ELECTRICAL-ELECTRONIC ELEMENTS AND RELATED CONNECTIONS ON THE ITEM.
Review the representative drawings below, find the drawing which best represents your item.Use the Physical Drawing ID (eg: AAT1001) to identify the row(s) in the table which are applicable to your drawing.Enter the applicable reply code from the table below.
(AEBZLD14)
| Table 1 |
| Physical Drawing ID | Reply Code (STYL) | Reply |
| AAS1659 | D1 | 2 ROTOR, 2 STATOR |
| AAS1668 | D10 | 2 ROTOR, 2 STATOR |
| AAS1669 | D11 | 1 T-ROTOR, 2 STATOR |
| AAS1670 | D12 | 2 ROTOR, 2 STATOR, 2 RESISTOR |
| AAS1671 | D13 | 2 ROTOR, 2 STATOR, 2 COMPENSATOR, 2 RESISTOR |
| AAS1672 | D14 | 2 ROTOR, 2 STATOR, 2 RESISTOR |
| AAS1673 | D15 | 2 ROTOR, 1 STATOR, 1 COMPENSATOR |
| AAS1674 | D16 | 2 ROTOR, 2 STATOR |
| AAS1675 | D17 | 2 ROTOR, 2 STATOR |
| AAS1676 | D18 | 2 ROTOR, 2 STATOR, 2 COMPENSATOR, 4 RESISTOR |
| AAS1677 | D19 | 2 ROTOR, 3 STATOR, 3 RESISTOR, 5 CAPACITOR |
| AAS1660 | D2 | 2 ROTOR, 2 STATOR |
| AAS1678 | D20 | 2 WINDING, 2 RESISTOR |
| AAS1679 | D21 | 2 ROTOR, 2 STATOR, 2 COMPENSATOR, 2 RESISTOR |
| AAS1680 | D22 | 2 ROTOR, 2 STATOR |
| AAS1681 | D23 | 1 ROTOR, 2 STATOR |
| AAS1682 | D24 | 2 ROTOR, 1 STATOR |
| AAS1683 | D25 | 1 ROTOR, 2 STATOR, 2 COMPENSATOR |
| AAS1684 | D26 | 1 Y-ROTOR, 2 STATOR |
| AAS1685 | D27 | 1 Y-ROTOR, 1 STATOR |
| AAS1686 | D28 | 1 ROTOR, 1 STATOR |
| AAS1687 | D29 | 1 ROTOR, 2 STATOR, 2 COMPENSATOR |
| AAS1661 | D3 | 2 ROTOR, 1 STATOR |
| AAS1688 | D30 | 1 ROTOR, 1 STATOR, 1 COMPENSATOR |
| AAS1689 | D31 | 2 ROTOR, 2 STATOR, 2 COMPENSATOR |
| AAS1690 | D32 | 2 ROTOR, 2 STATOR |
| AAS1662 | D4 | 2 ROTOR, 2 STATOR |
| AAS1663 | D5 | 2 ROTOR, 2 STATOR, 2 COMPENSATOR |
| AAS1664 | D6 | 2 ROTOR, 1 STATOR |
| AAS1665 | D7 | 2 ROTOR, 2 STATOR |
| AAS1666 | D8 | 2 ROTOR, 2 STATOR, 2 RESISTOR |
| AAS1667 | D9 | 2 ROTOR, 2 STATOR, 1 RESISTOR |
AJWP*HTERMINAL DESIGNATOR AND SCHEMATIC POSITION
A DESIGNATION IDENTIFYING THE ELECTRICAL CONNECTION FACILITY PROVIDED FOR EACH TERMINATION OF THE ITEM,AND ITS LOCATION ON THE SCHEMATIC DIAGRAM.
Enter the applicable Reply Code from Tables 1 & 2 below.
(AJWPHBDAL2.0*;AJWPHBDAL2.0$HBDAL2.0*;AJWPHBDAL2.0$$HBDAL2.1*)
| Table 1 |
| Reply Code (AG07) | Reply |
| CB | CONNECTION C1 |
| CC | CONNECTION C2 |
| CD | CONNECTION C3 |
| CE | CONNECTION C4 |
| CF | CONNECTION C5 |
| CG | CONNECTION C6 |
| AB | CONNECTION R1 |
| AC | CONNECTION R2 |
| AD | CONNECTION R3 |
| AE | CONNECTION R4 |
| AF | CONNECTION R5 |
| AG | CONNECTION R6 |
| AH | CONNECTION R7 |
| AJ | CONNECTION R8 |
| AK | CONNECTION R9 |
| BB | CONNECTION S1 |
| BC | CONNECTION S2 |
| BD | CONNECTION S3 |
| BE | CONNECTION S4 |
| BF | CONNECTION S5 |
| BG | CONNECTION S6 |
| BH | CONNECTION S7 |
| BJ | CONNECTION S8 |
| BK | CONNECTION S9 |
| Table 2 |
| Reply Code (AG12) | Reply |
| AB | POSITION A |
| AC | POSITION B |
| AD | POSITION C |
| AE | POSITION D |
| AF | POSITION E |
| AG | POSITION F |
| AH | POSITION G |
| AJ | POSITION H |
| AK | POSITION J |
| AL | POSITION K |
| AM | POSITION L |
| AN | POSITION M |
| AP | POSITION N |
| BX | POSITION P |
| BY | POSITION Q |
AJTY*JZCO RESISTANCE IN OHMS
THE RESISTANCE PART /R/ OF THE COMPENSATOR IMPEDANCE WITH THE ROTOR OPEN /ZCO/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTYJB2.0*;AJTYJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
CSPK*JPLUS J ZCO REACTANCE IN OHMS
THE REACTANCE (X) OF THE COMPENSATOR IMPEDANCE WITH THE ROTOR OPEN (ZCO),EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CSPKJA2.0*;CSPKJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVA*JZCO IMPEDANCE MAGNITUDE IN OHMS
THE MAGNITUDE PART /Z/ OF THE COMPENSATION IMPEDANCE WITH THE ROTOR OPEN /ZCO/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVAJA2.0*;AJVAJA2.0$$JA2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVB*JZCO IMPEDANCE ANGLE IN DEG
THE ANGLE PART /O/ OF THE COMPENSATOR IMPEDANCE WITH THE ROTOR OPEN /ZCO/,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJVBJB2.0*;AJVBJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJVE*BCOMPENSATOR RESONANT FREQUENCY IN HERTZ
THE POINT WHERE THE OUTPUT VOLTAGE OF THE COMPENSATOR IS A MAXIMUM VALUE AND PHASE SHIFT IS MINUS 90 DEGREES,EXPRESSED IN HERTZ.
Enter a reply with a minimum of one digit on either side of the decimal point.
(AJVEB2.0)
AEEF*ACONNECTOR MANUFACTURER PART NUMBER
THE IDENTIFYING PART NUMBER ASSIGNED TO THE ELECTRICAL CONNECTOR RECEPTACLE.
Enter the alpha-numeric reply with a minimum of one character.
(AEEFAS4)
AEEE*ACONNECTOR MANUFACTURER CODE
THE IDENTIFYING NUMERIC CODE OF THE ORIGINATOR THAT CONTROLS OR MANUFACTURES THE ELECTRICAL CONNECTOR RECEPTACLE.
Enter the alpha-numeric reply with five character(s) exactly.
(AEEEAQ6B0U)
CBME*JCUBIC MEASURE
A MEASUREMENT OF VOLUME TAKEN BY MULTIPLYING THE LENGTH BY THE WIDTH BY THE HEIGHT OF AN ITEM AND RENDERED IN CUBIC UNITS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(CBMEJCN2.0*)
| Table 1 |
| Reply Code (AN76) | Reply |
| CC | CUBIC CENTIMETERS |
| CN | CUBIC INCHES |
AJTQ*JZSO-90 IMPEDANCE MAGNITUDE IN OHMS
THE MAGNITUDE PART /Z/ OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN AND DISPLACED 90 DEGREES FROM ZERO /ZS0-90/,EXPRESSED IN OHMS.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTQJB2.0*;AJTQJB2.0$$JB2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
AJTR*JZSO-90 IMPEDANCE ANGLE IN DEG
THE ANGLE PART /O/ OF THE STATOR IMPEDANCE WITH THE ROTOR OPEN AND DISPLACED 90 DEGREES FROM ZERO /ZSO-90/,EXPRESSED IN DEGREES.
Enter the applicable Reply Code from Table 1 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(AJTRJC2.0*;AJTRJC2.0$$JC2.1*)
| Table 1 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
PRMT*DPRECIOUS MATERIAL
IDENTIFICATION OF THE PRECIOUS MATERIAL CONTAINED IN THE ITEM.
Enter the applicable reply code from the table below
(PRMTDRHA000*;PRMTDRTA000$DPTA000*;PRMTDRTA000$$DPTA000*)
| Table 1 |
| Reply Code (MA01) | Reply |
| AUA000 | GOLD |
| IRA000 | IRIDIUM |
| AZA000 | OSMIUM |
| PDA000 | PALLADIUM |
| PTA000 | PLATINUM |
| RHA000 | RHODIUM |
| RTA000 | RUTHENIUM |
| AGA000 | SILVER |
PMWT*JPRECIOUS MATERIAL AND WEIGHT
AN INDICATION OF THE PRECIOUS MATERIAL CONTAINED IN THE ITEM,AND THE AMOUNT PER A MEASUREMENT SCALE.
Enter the applicable Reply Code from Tables 1 & 2 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(PMWTJPTA000R2.0*;PMWTJPTA000R2.0$JPTA000R2.0*;PMWTJPTA000R2.0$$JPTA000R2.1*)
| Table 1 |
| Reply Code (MA01) | Reply |
| AUA000 | GOLD |
| IRA000 | IRIDIUM |
| AZA000 | OSMIUM |
| PDA000 | PALLADIUM |
| PTA000 | PLATINUM |
| RHA000 | RHODIUM |
| RTA000 | RUTHENIUM |
| AGA000 | SILVER |
| Table 2 |
| Reply Code (AG14) | Reply |
| E | GRAINS, TROY |
| R | GRAMS |
| F | OUNCES, TROY |
PMLC*JPRECIOUS MATERIAL AND LOCATION
AN INDICATION OF THE PRECIOUS MATERIAL AND ITS LOCATION IN THE ITEM.
Enter the applicable Reply Code from Table 1 below followed by a alpha-numeric reply with a minimum of one character.
(PMLCJIRA0002.0*;PMLCJIRA0002.0$JIRA0002.0*;PMLCJIRA0002.0$$JIRA0002.1*)
| Table 1 |
| Reply Code (MA01) | Reply |
| AUA000 | GOLD |
| IRA000 | IRIDIUM |
| AZA000 | OSMIUM |
| PDA000 | PALLADIUM |
| PTA000 | PLATINUM |
| RHA000 | RHODIUM |
| RTA000 | RUTHENIUM |
| AGA000 | SILVER |
SUPP*GSUPPLEMENTARY FEATURES
CHARACTERISTICS OR QUALITIES OF AN ITEM NOT COVERED IN ANY OTHER REQUIREMENT THAT ARE CONSIDERED ESSENTIAL INFORMATION FOR ONE OR MORE FUNCTIONS, EXCLUDING NSN ASSIGNMENT.
Enter the reply in clear text.Separate multiple replies with a semicolon.
(SUPPGMAY INCL HOLE IN UPPER SUPPORT FOR MTG DURING SHIPMENT* SUPPGMAY INCL HOLE IN UPPER SUPPORT FOR MTG DURING SHIPMENT; BLADE TIEDOWN*)
This MRC replaced MRC ZZZP
The FSCM identifies the manufacturer or Government agency whose number appears in the Part Number column. When an FSCM does not appear in the current issue of H4-1, H4-2, or H4-3 Cataloging Handbooks, the word "None" will appear in the FSCM column and the name and address of the manufacturer or Government agency will be shown in parentheses following the item description.
PDNB*APURCHASE DESCRIPTION IDENTIFICATION
THE CONTROLLING ACTIVITY AND IDENTIFICATION OF A DOCUMENT USED IN LIEU OF A SPECIFICATION IN THE PROCUREMENT OF AN ITEM OF SUPPLY.
Enter the manufacturers 5-Digit Commercial and Government Entity (CAGE) Code listed in the FEDERAL SUPPLY CODE FOR MANUFACTURERS (FSCM) handbook, followed by a dash and the identifying number of the document, followed by a dash and the identifying number of the document.
(PDNBA81A37-30624A*)
AFJN*DFRAGILITY FACTOR
THE MEASURE OF SENSITIVITY OF THE ITEM TO BE PACKAGED. A FACTOR USED BY PACKAGING ENGINEERS IN DEVISING PROPER CUSHIONING IN A PACKAGE.
Enter the applicable reply code from the table below
(AFJNDE)
| Table 1 |
| Reply Code (AD40) | Reply |
| D | DELICATE |
| B | EXTREMELY FRAGILE |
| E | MODERATELY DELICATE |
| F | MODERATELY RUGGED |
| G | RUGGED |
FCLS*AFUNCTIONAL CLASSIFICATION
THE ALPHA-NUMERIC DESIGNATION THAT IDENTIFIES THE CLASSIFICATION OF THE ITEM ACCORDING TO THE CATEGORY OF FUNCTIONS PERFORMED.
Enter the alpha-numeric reply with a minimum of one character.
(FCLSAP3)
SFTT*DSURFACE TREATMENT
THE METALLIC,NONMETALLIC,AND/OR CHEMICAL PROPERTIES WITH WHICH THE ITEM IS PLATED,DIPPED,AND/OR COATED.THE TREATMENT IS DESIGNED TO PROTECT THE SURFACE(S) AND CANNOT BE WIPED OFF.
Enter the applicable reply code from the table below
(SFTTDANA000*;SFTTDANA000$DANA000*;SFTTDANA000$$DANA000*)
| Table 1 |
| Reply Code (SF01) | Reply |
| ANA000 | ANODIZE |
FTLD*GFUNCTIONAL DESCRIPTION
DESCRIBES THE CAPABILITIES,INTENDED USE,AND/OR PURPOSE FOR WHICH THE ITEM IS PROVIDED.
Enter the reply from the applicable document.
(FTLDGUSED TO INSTALL/REMOVE ENGINE NACELLE*)
TMDN*ATYPE/MODEL DESIGNATION
THE ALPHA-NUMERIC-ALPHA DESIGNATION USED TO IDENTIFY THE TYPE AND/OR MODEL OF THE BASIC ITEM.
Enter the alpha-numeric reply with a minimum of one character.
(TMDNAV1)
RTSE*GRELATIONSHIP TO SIMILAR EQUIPMENT
INDICATES THE RELATIONSHIP,SUCH AS CONSTRUCTION,CAPABILITIES,AND THE LIKE,OF THE ITEM TO A SIMILAR ITEM.
Enter concise statement for similar item including name and identifying data.
(RTSEGSIMILAR TO LOCKHEED OVERWING ENGINE HOIST P/N 61521-58*)
RDAL*GREFERENCE DATA AND LITERATURE
LITERATURE AND REFERENCES AVAILABLE FOR INFORMATION PERTAINING TO THE ITEM.
Enter data appropriate and in a concise manner to identify informational references covering the item.
(RDALGNAAVAIROIA/VFK58 A-2.2.9*)
NTRD*AENTRY DATE
INDICATES THE DATE THE ITEM WAS ENTERED INTO MIL-HDBK-300.
Enter the date structured in three hyphenated 2 position segments to indicate the last 2 digits of the calendar year, month, and day.
(NTRDA80-05-28*)
Reply to this MRC in accordance with Volume 3.
AGAV*GEND ITEM IDENTIFICATION
THE NATIONAL STOCK NUMBER OR THE IDENTIFICATION INFORMATION OF THE END EQUIPMENT FOR WHICH THE ITEM IS A PART.
Enter the reply in clear text.
(AGAVG3930-00-000-0000*; AGAVGFORKLIFT TRUCK, SMITH CORPORATION, MODEL 12, TYPE A*)
ZZZV*GFSC APPLICATION DATA
THE JUSTIFICATION FOR THE ASSIGNMENT OF A FEDERAL SUPPLY CLASS /FSC/ TO AN ITEM BASED ON THE CLASSIFICATION OF THE NEXT HIGHER CLASSIFIABLE ASSEMBLY.
Enter the name of the next higher classifiable assembly in clear text.
(ZZZVGFUEL SYSTEM, GASOLINE ENGINE, NONAIRCRAFT*)
FEAT*GSPECIAL FEATURES
THOSE UNUSUAL OR UNIQUE CHARACTERISTICS OR QUALITIES OF AN ITEM NOT COVERED IN THE OTHER REQUIREMENTS AND WHICH ARE DETERMINED TO BE ESSENTIAL FOR IDENTIFICATION ON ONE OR MORE OTHER FUNCTIONS.
Enter the reply in clear text. Separate multiple replies with a semicolon.
(FEATGADJUSTABLE NOSE CLIP*; FEATGADJUSTABLE NOSE PIECE; DISPOSABLE*)
ZZZY*GREFERENCE NUMBER DIFFERENTIATING CHARACTERISTICS
A FEATURE OF THE ITEM OF SUPPLY WHICH MUST BE SPECIFICALLY RECORDED WHEN THE REFERENCE NUMBER COVERS A RANGE OF ITEMS.
Enter the reply in clear text.
(ZZZYGCOLOR CODED LEADS*; ZZZYGAS DIFFERENTIATED BY MATERIAL*)
Reply to this requirement only if the header record for the item identification for the item being identified has been coded as critical.
CRTL*ACRITICALITY CODE JUSTIFICATION
THE MASTER REQUIREMENT CODES OF THOSE REQUIREMENTS WHICH ARE TECHNICALLY CRITICAL BY REASON OF TOLERANCE,FIT,PERFORMANCE,OR OTHER CHARACTERISTICS WHICH AFFECT IDENTIFICATION OF THE ITEM.
Enter the Master Requirement Code for the requirement, the reply to which renders the item as being critical.
(CRTLAAKJA*; CRTLAAKJA$$ACSGS*)
If document availability code B, D, F, OR H, reply to MRC PRPY.
PRPY*APROPRIETARY CHARACTERISTICS
IDENTIFICATION OF THOSE CHARACTERISTICS INCLUDED IN THE DESCRIPTION FOR WHICH A NON-GOVERNMENT ACTIVITY HAS IDENTIFIED ALL OR SELECTED CHARACTERISTICS OF THE ITEM AS BEING PROPRIETARY AND THEREFORE RESTRICTED FROM RELEASE OUTSIDE THE GOVERNMENT WITHOUT PRIOR PERMISSION OF THE ORIGINATOR OF THE DATA.
Enter the MRC codes of the individual characteristics of the description which are marked proprietary on the technical data, using and coding ($) for multiple characteristics. If all the MRCS are proprietary, enter the reply PACS. If none of the MRCS is proprietary, enter the reply NPAC.
(PRPYAPACS*;PRPYANPAC*; PRPYAMATL$$ASURF*)
ELRN*GEXTRA LONG REFERENCE NUMBER
A REFERENCE NUMBER EXCEEDING 32 POSITIONS.
Enter the entire reference number. Do not include the 5-position Commercial and Government Entity (CAGE) Code unless there is more than one extra long reference number on the NSN.If there is more than one extra long reference number on the NSN, include the CAGE or NCAGE and separate each reference by using the "&" character.
(e.g., CAGE112036BIL060557LEN313605UZ62365 & CAGE112036BIL060557LEN313605UZ62365)
In determining quantity of characters in the reference number, count will be made after modification in accordance with Volume 2, Chapter 9, FLIS Procedures Manual, DoD 4100.39-M.
Reply to this requirement only if the MRC for Material has been answered and there is additional standard specifications that need to be identified on the Material reply.
MDCL*JMATERIAL DOCUMENT AND CLASSIFICATION
THE SPECIFICATION, STANDARD, OR MANUFACTURER'S REFERENCE AND THE CLASSIFICATION DESIGNATION, SUCH AS CLASS, CONDITION, TEMPER, AND THE LIKE, THAT IDENTIFIES THE MATERIAL.
Enter the applicable Reply Code from Tables 1 & 2 below followed by an alpha-numeric reply with a minimum of one character as in the first, second, and third examples. If ISAC coding is authorized for this requirement, enter the applicable ISAC from Table 1 below followed by the mode code and applicable Reply Code from Tables 2 & 3 below followed by an alpha-numeric reply with a minimum of one character as in the fourth, fifth, and sixth examples.
(MDCLJEATEXT1234*;MDCLJEATEXT1234$$JEATEXT1234*;MDCLJEATEXT1234$JEATEXT1234*;MDCL1BJEATEXT1234*;MDCL1BJEATEXT1234$$JEATEXT1234*;MDCL1BJEATEXT1234$JEATEXT1234*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3AAT | BODY |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AP33) | Reply |
| Q | AEROSPACE MATERIAL SPEC STD |
| J | AMERICAN SOCIETY FOR TESTING AND MATERIALS (ASTM) |
| G | ASSN STD |
| A | COMMERCIAL ITEM DESCRIPTION |
| K | DEF STAN/SPEC |
| B | FED SPEC |
| C | FED STD |
| L | GOVERNMENT STD/SPEC |
| N | INTERNATIONAL STD/SPEC |
| F | MFR REF |
| D | MIL SPEC |
| E | MIL STD |
| H | NATIONAL SPEC |
| P | NATIONAL STD |
| M | NATIONAL STD/SPEC |
| Table 3 |
| Reply Code (AP18) | Reply |
| M | 10TH MATERIAL RESPONSE |
| N | 11TH MATERIAL RESPONSE |
| P | 12TH MATERIAL RESPONSE |
| Q | 13TH MATERIAL RESPONSE |
| R | 14TH MATERIAL RESPONSE |
| S | 15TH MATERIAL RESPONSE |
| T | 16TH MATERIAL RESPONSE |
| U | 17TH MATERIAL RESPONSE |
| W | 18TH MATERIAL RESPONSE |
| X | 19TH MATERIAL RESPONSE |
| B | 1ST MATERIAL RESPONSE |
| Y | 20TH MATERIAL RESPONSE |
| Z | 21ST MATERIAL RESPONSE |
| V | 22ND MATERIAL RESPONSE |
| C | 2ND MATERIAL RESPONSE |
| D | 3RD MATERIAL RESPONSE |
| E | 4TH MATERIAL RESPONSE |
| F | 5TH MATERIAL RESPONSE |
| H | 6TH MATERIAL RESPONSE |
| J | 7TH MATERIAL RESPONSE |
| K | 8TH MATERIAL RESPONSE |
| L | 9TH MATERIAL RESPONSE |
| G | ALL MATERIAL RESPONSES |
| A | SINGLE MATERIAL RESPONSE |
CXCY*GPART NAME ASSIGNED BY CONTROLLING AGENCY
THE NAME ASSIGNED TO THE ITEM BY THE GOVERNMENT AGENCY OR COMMERCIAL ORGANIZATION CONTROLLING THE DESIGN OF THE ITEM.
Enter the reply in clear text.
(CXCYGLINE PROCESSOR CONTROL BOARD*)
ABRY*JLENGTH
A MEASUREMENT OF THE LONGEST DIMENSION OF ANY OBJECT,IN DISTINCTION FROM WIDTH.
Enter the applicable ISAC from Table 1 below followed by the mode code, the applicable Reply Code from Tables 2 & 3 below followed by a numeric reply with a minimum of one digit, a decimal and a minimum of one digit.
(ABRY3CFJJAA2.0*;ABRY3CFJJAA2.0$JAA2.0*;ABRY3CFJJAA2.0$$JAA2.1*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3AEE | OVERALL |
| 3CFJ | SHOULDER |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (AA05) | Reply |
| A | INCHES |
| L | MILLIMETERS |
| Table 3 |
| Reply Code (AC20) | Reply |
| A | NOMINAL |
| B | MINIMUM |
| C | MAXIMUM |
MATT*DMATERIAL
THE CHEMICAL COMPOUND OR MECHANICAL MIXTURE PROPERTIES OF WHICH THE ITEM IS FABRICATED.
Enter the applicable ISAC from Table 1 below followed by the mode code and applicable Reply Code from Table 2
(MATT3AATDALB000*;MATT3AATDALB000$DPCA000*;MATT3AATDALB000$$DPCA000*)
| Table 1 |
| ISAC Field Indicator (5000) | Location |
| 3AAT | BODY |
| 3AEE | OVERALL |
| 3HOU | LOCATION NOT OTHERWISE SPECIFIED |
| Table 2 |
| Reply Code (MA01) | Reply |
| ALA000 | ALUMINUM |
| ALB000 | ALUMINUM ALLOY |
| CUB000 | COPPER ALLOY |
| PCA000 | PLASTIC |
| STB000 | STEEL CORROSION RESISTING |
CLQL*GCOLLOQUIAL NAME
A COMMON USAGE NAME BY WHICH AN ITEM IS KNOWN.
Enter the reply in clear text.
(CLQLGWOVEN WIRE CLOTH*)