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| issue date = 04/14/1981 | | issue date = 04/14/1981 | ||
| title = Rev a to Acceptance Test Procedure ATP444-1, PT174-1-Q2 Thermometer Signal Conditioner. | | title = Rev a to Acceptance Test Procedure ATP444-1, PT174-1-Q2 Thermometer Signal Conditioner. | ||
| author name = | | author name = Kamerman L | ||
| author affiliation = VALIDYNE ENGINEERING SALES CORP. | | author affiliation = VALIDYNE ENGINEERING SALES CORP. | ||
| addressee name = | | addressee name = | ||
Line 17: | Line 17: | ||
=Text= | =Text= | ||
{{#Wiki_filter:( | {{#Wiki_filter:( | ||
: *FDR ADOCK osooo2so . *PDR | AlidyNE ENGINau,_ COllll'O-ffON REVISIONS LTR ECO DESCRIPTION DATE APPROVED f841ps41120()431--*a4Tio5 | ||
: *FDR ADOCK osooo2so | |||
. *PDR DATE TITLE | |||
* NORTHRIDGE. | .*// i PT174-l*Q2 PROO TEST 1/ | ||
CA 91324 * (213) 886-8488 | VI -,.If". | ||
* Telex No. 65-1303 VEC 304-11/80 | ,... Thermometer Signal Conditioner C:Gl,:NE::E,:Rl,:NG:__~:;2QM~~:.._.LLttL---I~~!.::...~ NUMBER REV | ||
(. | |||
UAL CONTROL ATP444-l A SHEET 1 OF 10 8626 WILBUR AVENUE | |||
* NORTHRIDGE. CA 91324 * (213) 886-8488 | |||
* Telex No. 65-1303 VEC 304-11/80 | |||
AlidyNE ENGINUIIING COllll'OIIA'nON | |||
This document defines the Acceptance Test Procedure (ATP) for the PT174-1-Q2 Resistance Thermometer Signal Conditioner. | ( | ||
The ATP performs functional tests of operating characteristics. | 1.0 SCOPE This document defines the Acceptance Test Procedure (ATP) for the PT174-1-Q2 Resistance Thermometer Signal Conditioner. The ATP performs functional tests of operating characteristics. A sample of the Test Report to be used with this ATP is contained in Appendix A. | ||
A sample of the Test Report to be used with this ATP is contained in Appendix A. 2.0 EQUIPMENT REQUIRED Table 1 lists the test equipment required to perform the ATP. Table 1. Equipment Required for ATP Part No. Description Manufacturer or Model Alternate MCl (Test) Validyne None Extender Card (MCl-MCl | 2.0 EQUIPMENT REQUIRED Table 1 lists the test equipment required to perform the ATP. | ||
*Equivalent Oscilloscope B & K 1470 Commercial Equivalent Function Generator Interstate . F47 Commercial Equivalent Frequency Counter Hewlett Packard 5314A Commercial Equivalent | Table 1. Equipment Required for ATP Part No. | ||
Description Manufacturer or Model Alternate MCl (Test) Validyne None Extender Card (MCl-MCl 70) Validyne None PTl 74-1 Tester Validyne TllOO None Digital Multimeter (DMM) Data Precision 245 Commercial | |||
*Equivalent Oscilloscope B &K 1470 Commercial Equivalent Function Generator Interstate . F47 Commercial Equivalent Frequency Counter Hewlett Packard 5314A Commercial Equivalent 3.0 PRELIMINARY PROCEDURE 3.1 Plug extender card into front panel connector on MCl. | |||
3.2 Refer to figure 1 and set 3W/4W switch SlA/SlB to 4W; ensure resistors R1 and R7 are the correct value for the customer specified probe | |||
.(nickel or platinum). | |||
3.3 Plug Pt174-l-Q2 into extender card cable connecto~. | |||
3.4 Using tester cable, connect PT174-1 tester to input connector on rear of MCl; set the 3W/4W switch on PT174-1 tester to 4W. | |||
3.5 If necessary, connect MCl to 115 Vac and press MCl power switch; observe that power-on indicator lights * | |||
*6 Set PT174-l tester FUNCTION switch to LINEARITY. | |||
NUMBER REV ATP444-l A l | |||
= | ( | ||
-M1.t1,..,_0'I_Mw"J-O'I-M1,,t,r,..c,i 301S ij]Q10S -----NNNNN 3Q IS .LN3NOdWOJ _N,...,.l"l"'-"'-.;!,..~-=..~...~-~..i::...~-~..le-;l 47K e-OD-e 47K | |||
~ | |||
...iii!.... | |||
( | |||
I 5 | |||
@ ~@ :O ~, NUMBER ATP444-l SHEET 3 OF 10 REV A | |||
Alid)'NE ENGINa... lNG CORPORATION 4.0 INITIAL TEST SETUP 4.1 Connect DM}1 to MCl as shown in figure 2; set.DMM to read DC voltage. | |||
MCl (TEST) | |||
PT174-l TESTER | |||
[ 11LJ TESTER CABLE ( | |||
D | |||
-_ EXTENDER CARD | |||
,. ... PT174-l-Q2 L ..... ... ... | |||
I OUTPUT AI BLACK :> :> RED | |||
!COM! HI DMM NOTE: BOXED CALLOUT jxxxl INDICATES PANEL MARKINGS Figure 2. Initial Test Setup NOTE: Unless otherwise indicated, controls referred to in the ATP procedures that follow are located on the PT174-l-Q2; see figure 1 for locations. | |||
NUMBER REV ATP444-l A | |||
AlidyNE l!NGIN . .!IIING COIIPOIIAT10N | |||
( | |||
5.0 FUNCTIONAL TESTS The nominal resistance and type of probe (nickel or platinum to be used with each PT174-l-Q2 is specified by the customer. Perform all tests and in order given. See Table 3 for the resistance versus temperature for platinum probe used in standard PT174-l-Q2. | |||
5.1 4-Wire/3-Wire Zero Setting 5.1.1 Set PT174-l tester °F switch to O (-17.8°C); adjust ZERO control Rl4 for 0.000 (+/-0.002)V DC on DMM. | |||
5.1.2 Set PT174-1 tester °F switch to 1000 (538°C); adjust SPAN control R25 for | |||
-- | +10.000 (+/-0.002) V DC on DMM. | ||
: 5. 1. 3 Repeat steps 5. 1. 1 and 5. 1. 2 as necessary to obtain. _desired readings. | |||
.. ... .. | 5 .1. 4 Set PTl 74-1 tester Op switch to O, and 3W/4W switch to* 3W. | ||
5.1.5 On PT174-1 set 3W/4W switch SlA/SlB to 3W. | |||
5.1.6 Adjust potentiometer R33 for 0.000 (+/-0.002) V DC on DMM. | |||
5.1.7 On PT174-1 set 3W/4W switch SlA/SlB to 4W; on PT174-1 tester, set the 3W/4W switch to 4W . | |||
. 1.8 Adjust ZERO control R14 for 0.000 (+/-0.002) V DC on DMM. | |||
Repeat steps 5.1.4 thru -5.1.8 as necessary to obtain desired readings. | |||
5.2 Output Noise 5.2.1 Set DMM to read AC millivolts. | |||
5.2.2 Set PT174-1 tester Op switch to 1000; the output indication on the DMM should be 10 mV AC maximum. Indicate acceptance on test report with checkmark. | |||
5.2.3 On PT174-l-Q2, set 3W/4W switch SlA/SlB to 3W; set PT174-l tester 3W/4W switch to 3W. The output.indication on the DMM should be 10 mV/ AC maxi-mum. Indicate acceptance on test report with checkmark. | |||
5.3 Linearity 5.3.1 On PT174-1-Q2, set 3W/4W switch SlA/SlB to 4W; set PT174-l tester 3W/4W switch to 4W. | |||
5.3.2 Set DMM to read DC volts. | |||
5.3.3 Perform the steps in Table 2 to check the linearity of the PT174-1-Q2; for each step set the PT174-1 tester op switch as indicated, and indicate acceptance on test report with checkmark. | |||
(_ | |||
NUMBER REV ATP444-l A SHEET 5 OF 10 | |||
AlidyNE ENOINEl!IUNG CDIIPOIIATION Table 2. Linearity Check PT174-I-02 Tester .Output Specification Step ~F Switch on DMM (VDC) 1 -300 (-184°C) -3.000+/-0.015 2 0 (-17.8°C) 0.000+/-0.002 3 500 (260° C) +5.000+/-0.012 4 1000 (538° C) +10.000+/-0.002 5.3.4 On PT174-1-Q2, set 3W/4W switch SlA/SlB to 3W: set PT174-l tester 3W/4W switch to 3W. AdJust, if necessary, the SPAN potentiometer for 10.000+/- | |||
0.002 Vdc on DMM. | |||
5.3.5 Repeat step 5.3.3. | |||
NUMBER ATP444-l | 5.4 Filter 5.4.1 Connect function generator, frequency counter, and oscilloscope as shown in figure 3 * | ||
* 4.2. Set PT174-1 tester FUNCTION switch to FILTER CHECK. | |||
~4.3 Set function generator output to 1.0 Hz, as indicated on the frequency counter; set oscilloscope for DC coupling *. | |||
PT174-1 MCl(TEST) | |||
TESTER EXTENDER PT174-1-02 CARD REDCJ---- I OUTPUT AI | |||
!DMM I BLACK RED BLACK o-.----i OUTPUT | |||
[]B]J I INPUT fSYNCl LQ!!I..J @JJ FREQUENCY FUNCTION COUNTER GENERATOR OSCILLOSCOPE | |||
* NOTE: BOXED CALLOUT lxxxj INDICATES PANEL MARKINGS Figure 3. Filter Test Setup NUMBER REV ATP444-l A | |||
Alid)'NE INQINaUUNG COIIPO-TION 5.4.4 Adjust the amplitude of the function generator output for a 16V peak-to-peak display on CH 1 9f oscilloscope; note amplitude of display on CH 2 of oscilloscope. | |||
5.4.5 Raise the frequency of the function generator until! the display is 11.3V peak-to-peak on CH 1 of oscilloscope. (Make sure amplitude on CH 2 is the same as in step 5.4.4) this should occur at 10+/-2.5Hz. Indicate acceptance on test report with checkmark. | |||
* 5.4.6 Set function generator output to 30 Hz., as indicated on the frequency counter; adjust the amplitude of the function generator output until the CH 2 display on oscilloscope is the same as noted in 5.4.4., and observe that the display on CH 1 of oscilioscope is 930 +/- 300 mV peak-to-peak . .,. | |||
Indicate acceptance on test report with checkmark. | |||
5.5 Remote Calibration Circuit 5.5.1 Connect DMM to MC! OUTPUT A and set DMM to read DC volts. | |||
5.5.2 On PT174-1-Q2, connect pin 28 of connector (Figure 1) to signal ground (Pin 24); the output indication on DMM should be 5.750+/-0.220V. Indicate acceptance on test report with checkmark. | |||
5.3 Remove Ground from pin 28 of PT174-l-Q2 connector. | |||
6 Current Consumption 5.6.1 Connect the DMM leads"to the MCI *+15V current and voltage test jacks (Figure 5); set DMM to read DC mA. | |||
5.6.2 Set the MC! +15V I TEST switch (Figure 5) to +15; the DMM indication should not exceed 22 mA. Indicate acceptance with checkmark on test report. | |||
* 5.6.3 | |||
* Set the MC! +15V I TEST switch to the unmarked position; disconnect the DMM leads from the MC!. | |||
5.6.4 Connect the DMM leads to the MC! -15V current and voltage test jacks (Figure 5). | |||
5.6.5 Set the MC! -15V I TEST switch (Figure 5) to -15; the DMM indication should not exceed 22 mA. Indicate acceptance with checkmark on test report. | |||
5.6.6 Set the MC! -15V I TEST switch to the unmarked position; disconnect the DMM leads from the MC!. | |||
5.6.7 Unplug PT174-l-Q2 from extender card cable connector. | |||
NUMBER REV ATP444 -l A | |||
AlidyNE ENOIN.l!RINO CORPORATION | |||
( | |||
MCl(TEST) | |||
EXTENDER CARD PT174-l R CAL TESTER I OUTPUT A PT174-1-Q2 BLK RED HI DMM NOTE: BOXED CALLOUT jxxxj INDICATES PANEL MARKINGS Figure 4. Remote Calibration Circuit Test Setup | |||
+lSV I TEST SWITCH ~----!-~~ | |||
OUTPUT * | |||
-lSV I TEST SWITCH - | |||
-----..... TEST A B | |||
+lSV VOLTAGE | |||
* @ TEST JACK | |||
~,sv VOLTAGE TEST JACK | |||
* +15 | |||
* MCl TEST | |||
(~EC~NNECT DMM COM LEAD TO CURRENT TEST JACK AND HI LEAD TO VOLTAGE TEST JACK Figure 5. MCl (Test) ~lSV Current Test Switch and Jack Locations NUMBER REV ATP444-l A | |||
AlidyNE l!NGl-alll- COIIPOIIAT10N TABLE 3 Platinum Resistance Versus Temperature in °F International Practical Temnerature. Scale of 1968 (IPTS-68) | |||
T emperature OF . Ohms | |||
-300 23.74 | |||
-250 35. 71. | |||
-200 47.46 | |||
-150 59.01 | |||
-100 70.42 | |||
- so 81. 71 0 92.89 32 100.00 so 103.98 100 114.97 150 125.87 200 136.68 250 147.39 300 158.02 350 168.55 400 179.00 450 . _189.35 500 199.61 550 209.79 600 219.87 650 229.87 700 239.78 750 249.59 800 259.32 850 268.95 900 278.50 950 287.95 1000 297.31 | |||
** NUMBER REV ATP444 -1 A t'UCCT n nc , ,... | |||
AlidyNE ENGIIN.ERINGI CORPORATION APPENDIX A | |||
. SAMPLE TEST REPORT | |||
* NUMBER REV ATP444-l A | |||
* | |||
TEST REPORT PT174-1-02 Resistance ASSY Thermomet"er Signal Conditioner S/0 CUSTOMER W/0 SERIAL NO. | |||
TESTED BY DATE Paragraph/Step Accepted Specification 5.2 Output Noise 5.2.2 DMM Indication 10 mV AC max. | |||
+5.000(+/-0.012)V | 5.2.3 DMM Indication 10 mV AC max. | ||
+10.000(:t0.002)V | Linearity Table 2 Step Indication 1 DMM -3.000(:t0.015)V 2 DMM O.OOO(:t0.002)V 3 DMM +5.000(+/-0.012)V 4 DMM +10.000(:t0.002)V 5.3.S Table 2 Step Indication 1 DMM -3.000(:t0.015)V 2 DMM O.OOO(:t0.002)V 3 DMM +5.000(:t0.012)V 4 DMM +10.000(:t0.002)V | ||
-3.000(:t0.015)V O.OOO(:t0.002)V | - 5 .4 Filter | ||
+5.000(:t0.012)V | .4.5 3 dB frequency 10+/-2.SHz | ||
+10.000(:t0.002)V 10+/-2.SHz 930 +/- 300 mV P-P REV | (.4.6 Output at 30Hz 930 +/- 300 mV P-P NUMBER REV ATP444-l A QC | ||
v~!.~.~J~~ . TEST REPORT PT174-l-Q2 Resistance ASSY Thermometer Signal Conditioner S/0 CUSTOMER W/0 SERIAL NO. | |||
TESTED BY DATE Paragraph/Step Accepted Specification 5.5 Remote Calibration Circuit 5.5.2 DMM Indication +S. 750 +/-0. 220 V 5.6 Current Consumption 5.6.2 DMM Indication 22 mA max. | |||
6.5 DMM Indication 22 mA max; | |||
+S. 750 +/-0. 220 V 22 mA max. 22 mA max; REV A OF 2 .....}} | (. | ||
NUMBER REV ATP444-l A oc OF 2 .....~~}} |
Latest revision as of 00:43, 3 February 2020
ML18142A108 | |
Person / Time | |
---|---|
Site: | Surry, 05000000 |
Issue date: | 04/14/1981 |
From: | Kamerman L VALIDYNE ENGINEERING SALES CORP. |
To: | |
Shared Package | |
ML18130A405 | List: |
References | |
ATP444-1, NUDOCS 8411200431 | |
Download: ML18142A108 (12) | |
Text
(
AlidyNE ENGINau,_ COllll'O-ffON REVISIONS LTR ECO DESCRIPTION DATE APPROVED f841ps41120()431--*a4Tio5
- *FDR ADOCK osooo2so
. *PDR DATE TITLE
.*// i PT174-l*Q2 PROO TEST 1/
VI -,.If".
,... Thermometer Signal Conditioner C:Gl,:NE::E,:Rl,:NG:__~:;2QM~~:.._.LLttL---I~~!.::...~ NUMBER REV
(.
UAL CONTROL ATP444-l A SHEET 1 OF 10 8626 WILBUR AVENUE
- NORTHRIDGE. CA 91324 * (213) 886-8488
- Telex No. 65-1303 VEC 304-11/80
AlidyNE ENGINUIIING COllll'OIIA'nON
(
1.0 SCOPE This document defines the Acceptance Test Procedure (ATP) for the PT174-1-Q2 Resistance Thermometer Signal Conditioner. The ATP performs functional tests of operating characteristics. A sample of the Test Report to be used with this ATP is contained in Appendix A.
2.0 EQUIPMENT REQUIRED Table 1 lists the test equipment required to perform the ATP.
Table 1. Equipment Required for ATP Part No.
Description Manufacturer or Model Alternate MCl (Test) Validyne None Extender Card (MCl-MCl 70) Validyne None PTl 74-1 Tester Validyne TllOO None Digital Multimeter (DMM) Data Precision 245 Commercial
- Equivalent Oscilloscope B &K 1470 Commercial Equivalent Function Generator Interstate . F47 Commercial Equivalent Frequency Counter Hewlett Packard 5314A Commercial Equivalent 3.0 PRELIMINARY PROCEDURE 3.1 Plug extender card into front panel connector on MCl.
3.2 Refer to figure 1 and set 3W/4W switch SlA/SlB to 4W; ensure resistors R1 and R7 are the correct value for the customer specified probe
3.3 Plug Pt174-l-Q2 into extender card cable connecto~.
3.4 Using tester cable, connect PT174-1 tester to input connector on rear of MCl; set the 3W/4W switch on PT174-1 tester to 4W.
3.5 If necessary, connect MCl to 115 Vac and press MCl power switch; observe that power-on indicator lights *
- 6 Set PT174-l tester FUNCTION switch to LINEARITY.
NUMBER REV ATP444-l A l
(
-M1.t1,..,_0'I_Mw"J-O'I-M1,,t,r,..c,i 301S ij]Q10S -----NNNNN 3Q IS .LN3NOdWOJ _N,...,.l"l"'-"'-.;!,..~-=..~...~-~..i::...~-~..le-;l 47K e-OD-e 47K
~
...iii!....
(
I 5
@ ~@ :O ~, NUMBER ATP444-l SHEET 3 OF 10 REV A
Alid)'NE ENGINa... lNG CORPORATION 4.0 INITIAL TEST SETUP 4.1 Connect DM}1 to MCl as shown in figure 2; set.DMM to read DC voltage.
MCl (TEST)
PT174-l TESTER
[ 11LJ TESTER CABLE (
D
-_ EXTENDER CARD
,. ... PT174-l-Q2 L ..... ... ...
I OUTPUT AI BLACK :> :> RED
!COM! HI DMM NOTE: BOXED CALLOUT jxxxl INDICATES PANEL MARKINGS Figure 2. Initial Test Setup NOTE: Unless otherwise indicated, controls referred to in the ATP procedures that follow are located on the PT174-l-Q2; see figure 1 for locations.
NUMBER REV ATP444-l A
AlidyNE l!NGIN . .!IIING COIIPOIIAT10N
(
5.0 FUNCTIONAL TESTS The nominal resistance and type of probe (nickel or platinum to be used with each PT174-l-Q2 is specified by the customer. Perform all tests and in order given. See Table 3 for the resistance versus temperature for platinum probe used in standard PT174-l-Q2.
5.1 4-Wire/3-Wire Zero Setting 5.1.1 Set PT174-l tester °F switch to O (-17.8°C); adjust ZERO control Rl4 for 0.000 (+/-0.002)V DC on DMM.
5.1.2 Set PT174-1 tester °F switch to 1000 (538°C); adjust SPAN control R25 for
+10.000 (+/-0.002) V DC on DMM.
- 5. 1. 3 Repeat steps 5. 1. 1 and 5. 1. 2 as necessary to obtain. _desired readings.
5 .1. 4 Set PTl 74-1 tester Op switch to O, and 3W/4W switch to* 3W.
5.1.5 On PT174-1 set 3W/4W switch SlA/SlB to 3W.
5.1.6 Adjust potentiometer R33 for 0.000 (+/-0.002) V DC on DMM.
5.1.7 On PT174-1 set 3W/4W switch SlA/SlB to 4W; on PT174-1 tester, set the 3W/4W switch to 4W .
. 1.8 Adjust ZERO control R14 for 0.000 (+/-0.002) V DC on DMM.
Repeat steps 5.1.4 thru -5.1.8 as necessary to obtain desired readings.
5.2 Output Noise 5.2.1 Set DMM to read AC millivolts.
5.2.2 Set PT174-1 tester Op switch to 1000; the output indication on the DMM should be 10 mV AC maximum. Indicate acceptance on test report with checkmark.
5.2.3 On PT174-l-Q2, set 3W/4W switch SlA/SlB to 3W; set PT174-l tester 3W/4W switch to 3W. The output.indication on the DMM should be 10 mV/ AC maxi-mum. Indicate acceptance on test report with checkmark.
5.3 Linearity 5.3.1 On PT174-1-Q2, set 3W/4W switch SlA/SlB to 4W; set PT174-l tester 3W/4W switch to 4W.
5.3.2 Set DMM to read DC volts.
5.3.3 Perform the steps in Table 2 to check the linearity of the PT174-1-Q2; for each step set the PT174-1 tester op switch as indicated, and indicate acceptance on test report with checkmark.
(_
NUMBER REV ATP444-l A SHEET 5 OF 10
AlidyNE ENOINEl!IUNG CDIIPOIIATION Table 2. Linearity Check PT174-I-02 Tester .Output Specification Step ~F Switch on DMM (VDC) 1 -300 (-184°C) -3.000+/-0.015 2 0 (-17.8°C) 0.000+/-0.002 3 500 (260° C) +5.000+/-0.012 4 1000 (538° C) +10.000+/-0.002 5.3.4 On PT174-1-Q2, set 3W/4W switch SlA/SlB to 3W: set PT174-l tester 3W/4W switch to 3W. AdJust, if necessary, the SPAN potentiometer for 10.000+/-
0.002 Vdc on DMM.
5.3.5 Repeat step 5.3.3.
5.4 Filter 5.4.1 Connect function generator, frequency counter, and oscilloscope as shown in figure 3 *
- 4.2. Set PT174-1 tester FUNCTION switch to FILTER CHECK.
~4.3 Set function generator output to 1.0 Hz, as indicated on the frequency counter; set oscilloscope for DC coupling *.
PT174-1 MCl(TEST)
TESTER EXTENDER PT174-1-02 CARD REDCJ---- I OUTPUT AI
!DMM I BLACK RED BLACK o-.----i OUTPUT
[]B]J I INPUT fSYNCl LQ!!I..J @JJ FREQUENCY FUNCTION COUNTER GENERATOR OSCILLOSCOPE
- NOTE: BOXED CALLOUT lxxxj INDICATES PANEL MARKINGS Figure 3. Filter Test Setup NUMBER REV ATP444-l A
Alid)'NE INQINaUUNG COIIPO-TION 5.4.4 Adjust the amplitude of the function generator output for a 16V peak-to-peak display on CH 1 9f oscilloscope; note amplitude of display on CH 2 of oscilloscope.
5.4.5 Raise the frequency of the function generator until! the display is 11.3V peak-to-peak on CH 1 of oscilloscope. (Make sure amplitude on CH 2 is the same as in step 5.4.4) this should occur at 10+/-2.5Hz. Indicate acceptance on test report with checkmark.
- 5.4.6 Set function generator output to 30 Hz., as indicated on the frequency counter; adjust the amplitude of the function generator output until the CH 2 display on oscilloscope is the same as noted in 5.4.4., and observe that the display on CH 1 of oscilioscope is 930 +/- 300 mV peak-to-peak . .,.
Indicate acceptance on test report with checkmark.
5.5 Remote Calibration Circuit 5.5.1 Connect DMM to MC! OUTPUT A and set DMM to read DC volts.
5.5.2 On PT174-1-Q2, connect pin 28 of connector (Figure 1) to signal ground (Pin 24); the output indication on DMM should be 5.750+/-0.220V. Indicate acceptance on test report with checkmark.
5.3 Remove Ground from pin 28 of PT174-l-Q2 connector.
6 Current Consumption 5.6.1 Connect the DMM leads"to the MCI *+15V current and voltage test jacks (Figure 5); set DMM to read DC mA.
5.6.2 Set the MC! +15V I TEST switch (Figure 5) to +15; the DMM indication should not exceed 22 mA. Indicate acceptance with checkmark on test report.
- 5.6.3
- Set the MC! +15V I TEST switch to the unmarked position; disconnect the DMM leads from the MC!.
5.6.4 Connect the DMM leads to the MC! -15V current and voltage test jacks (Figure 5).
5.6.5 Set the MC! -15V I TEST switch (Figure 5) to -15; the DMM indication should not exceed 22 mA. Indicate acceptance with checkmark on test report.
5.6.6 Set the MC! -15V I TEST switch to the unmarked position; disconnect the DMM leads from the MC!.
5.6.7 Unplug PT174-l-Q2 from extender card cable connector.
NUMBER REV ATP444 -l A
AlidyNE ENOIN.l!RINO CORPORATION
(
MCl(TEST)
EXTENDER CARD PT174-l R CAL TESTER I OUTPUT A PT174-1-Q2 BLK RED HI DMM NOTE: BOXED CALLOUT jxxxj INDICATES PANEL MARKINGS Figure 4. Remote Calibration Circuit Test Setup
+lSV I TEST SWITCH ~----!-~~
OUTPUT *
-lSV I TEST SWITCH -
..... TEST A B
+lSV VOLTAGE
- @ TEST JACK
~,sv VOLTAGE TEST JACK
- +15
- MCl TEST
(~EC~NNECT DMM COM LEAD TO CURRENT TEST JACK AND HI LEAD TO VOLTAGE TEST JACK Figure 5. MCl (Test) ~lSV Current Test Switch and Jack Locations NUMBER REV ATP444-l A
AlidyNE l!NGl-alll- COIIPOIIAT10N TABLE 3 Platinum Resistance Versus Temperature in °F International Practical Temnerature. Scale of 1968 (IPTS-68)
T emperature OF . Ohms
-300 23.74
-250 35. 71.
-200 47.46
-150 59.01
-100 70.42
- so 81. 71 0 92.89 32 100.00 so 103.98 100 114.97 150 125.87 200 136.68 250 147.39 300 158.02 350 168.55 400 179.00 450 . _189.35 500 199.61 550 209.79 600 219.87 650 229.87 700 239.78 750 249.59 800 259.32 850 268.95 900 278.50 950 287.95 1000 297.31
- NUMBER REV ATP444 -1 A t'UCCT n nc , ,...
AlidyNE ENGIIN.ERINGI CORPORATION APPENDIX A
. SAMPLE TEST REPORT
- NUMBER REV ATP444-l A
TEST REPORT PT174-1-02 Resistance ASSY Thermomet"er Signal Conditioner S/0 CUSTOMER W/0 SERIAL NO.
TESTED BY DATE Paragraph/Step Accepted Specification 5.2 Output Noise 5.2.2 DMM Indication 10 mV AC max.
5.2.3 DMM Indication 10 mV AC max.
Linearity Table 2 Step Indication 1 DMM -3.000(:t0.015)V 2 DMM O.OOO(:t0.002)V 3 DMM +5.000(+/-0.012)V 4 DMM +10.000(:t0.002)V 5.3.S Table 2 Step Indication 1 DMM -3.000(:t0.015)V 2 DMM O.OOO(:t0.002)V 3 DMM +5.000(:t0.012)V 4 DMM +10.000(:t0.002)V
- 5 .4 Filter
.4.5 3 dB frequency 10+/-2.SHz
(.4.6 Output at 30Hz 930 +/- 300 mV P-P NUMBER REV ATP444-l A QC
v~!.~.~J~~ . TEST REPORT PT174-l-Q2 Resistance ASSY Thermometer Signal Conditioner S/0 CUSTOMER W/0 SERIAL NO.
TESTED BY DATE Paragraph/Step Accepted Specification 5.5 Remote Calibration Circuit 5.5.2 DMM Indication +S. 750 +/-0. 220 V 5.6 Current Consumption 5.6.2 DMM Indication 22 mA max.
6.5 DMM Indication 22 mA max;
(.
NUMBER REV ATP444-l A oc OF 2 .....~~