ML20070B523: Difference between revisions

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Form NEL 012
..__ - ~ _. --
                      .      -                                                                                                                                    RSC Approval:5/2598 SEn5 ANNUAL THERMAL POWER CAUBRATION CALCULATION SHEET
Form NEL 012 RSC Approval:5/2598 SEn5 ANNUAL THERMAL POWER CAUBRATION CALCULATION SHEET 1.
: 1.     Water level before power run (rneasured from the top of the tar.k).                                                                         L=1               cm
Water level before power run (rneasured from the top of the tar.k).
: 2.     Two sets of thermocouple readings taken before the power run.
L=
TC#0                         TC#1                           TC#2                               TC#3
cm 1
                                                              ._                                                                            Reading 1 Sum au readings and divide by 8.                                                                                                         T=t                 *C
2.
: 3.     Time when power run was started (decimal hours)                                                                                           t=
Two sets of thermocouple readings taken before the power run.
i
TC#0 TC#1 TC#2 TC#3 Reading 1 T=
: 4.     Power meter readingo during the run                                                                                             % Pows =                     %
*C Sum au readings and divide by 8.
Unear Power =                               kW Log Power =                       kW
t 3.
: 5.     Time when the reactor was scrammed (decimal hours)                                                                                     1" 2
Time when power run was started (decimal hours) t=
: 6.     Water level aher power run                                                                                                             L=
i 4.
2                   cm
Power meter readingo during the run
: 7.     Two sets of thermocouple readings taken after the power run.
% Pows =
TC#0                         TC#1                           TC#2                               TC#3
Unear Power =
                        .,,                          .                                                                                      Reading 1 Sum au readings and divide by 8                                                                                                         T=2                   *C
kW Log Power =
: 8.     Vj = (731.52 L 1) 4.2895 x Id                                                                                                           Vj =               cm3 .
kW 5.
: 9.     Vj = (731.52 L )2 4.2895 x 104                                                                                                          V=
Time when the reactor was scrammed (decimal hours) 1" 2
2                 cm3
6.
: 10. Mt = V /(apoeirc t                volume at TI )*                                       vt -                                                 My =             grams
Water level aher power run L=
: 11. M2* V /(apoeircvolume 2                          at T2)                                       V2 "                                                 M=
cm 2
2               grams
7.
: 12. M Mj M2
Two sets of thermocouple readings taken after the power run.
: 13.                                       3 Oevap = (M)(2.003 x 10 ) 4 (4.184)(M)(T                       2IT ).                                                             O, yap =               Joules
TC#0 TC#1 TC#2 TC#3 Reading 1 T=
: 14. Ocap"(M 21    T ' MjT )(4.184)1                                                                                                     Ocap =               }oulos
*C Sum au readings and divide by 8 2
: 15.                                      3                                                                                                  time =                sec time = (12* 1 )(3.6 x 10 )
8.
: 16. Power = (Ocap + Owap)/ time                                                                                                       Power =                   kW
Vj = (731.52 L ) 4.2895 x Id Vj =
: 17. Power meter caibration required 7                                         (if yes, use Form NEL-013.)
cm.
18.'   Attach datalogger output if used.
3 1
I               19. Date power calibration completed:
4 3
: 20. Senior Operator signature:
9.
Vj = (731.52 L ) 4.2895 x 10 V=
cm 2
2 M = V /(apoeirc volume at T )*
vt -
My =
grams 10.
t t
I M
* V /(apoeircvolume at T )
V2 "
11.
M=
grams 2
2 2
2 12.
M Mj M2 3
13.
Oevap = (M)(2.003 x 10 ) 4 (4.184)(M)(T T ).
O, yap =
Joules 2I cap"(M T ' MjT )(4.184)
O 14.
O 21 1
cap =
}oulos 3
time = (1
* 1 )(3.6 x 10 )
time =
sec 15.
2 1 16.
Power = (Ocap + Owap)/ time Power =
kW 17.
Power meter caibration required 7 (if yes, use Form NEL-013.)
18.'
Attach datalogger output if used.
I 19.
Date power calibration completed:
20.
Senior Operator signature:
* Interpolate from table on back side of calculation sheet.
* Interpolate from table on back side of calculation sheet.
l l               Form approved by Reactor Safety Committee:
l l
Form approved by Reactor Safety Committee:
R8 actor Administrator:
R8 actor Administrator:
e-M                                         F             s Dab: May 25.128 9101310216 880831 PDR     ADOCK 05000407 Q                                   PDR
M F
                                                                              . - - -                            .                . . _ , - - _ . . . .}}
Dab: May 25.128 e-s 9101310216 880831 PDR ADOCK 05000407 Q
PDR
.. _, - - _....}}

Latest revision as of 10:03, 16 December 2024

Form NEL-012, Semiannual Thermal Power Calibr Calculation Sheet
ML20070B523
Person / Time
Site: University of Utah
Issue date: 05/25/1988
From:
UTAH, UNIV. OF, SALT LAKE CITY, UT
To:
Shared Package
ML20070B459 List:
References
NEL-012, NEL-12, NUDOCS 9101310216
Download: ML20070B523 (1)
v • d • e


Text

.

..__ - ~ _. --

Form NEL 012 RSC Approval:5/2598 SEn5 ANNUAL THERMAL POWER CAUBRATION CALCULATION SHEET 1.

Water level before power run (rneasured from the top of the tar.k).

L=

cm 1

2.

Two sets of thermocouple readings taken before the power run.

TC#0 TC#1 TC#2 TC#3 Reading 1 T=

  • C Sum au readings and divide by 8.

t 3.

Time when power run was started (decimal hours) t=

i 4.

Power meter readingo during the run

% Pows =

Unear Power =

kW Log Power =

kW 5.

Time when the reactor was scrammed (decimal hours) 1" 2

6.

Water level aher power run L=

cm 2

7.

Two sets of thermocouple readings taken after the power run.

TC#0 TC#1 TC#2 TC#3 Reading 1 T=

  • C Sum au readings and divide by 8 2

8.

Vj = (731.52 L ) 4.2895 x Id Vj =

cm.

3 1

4 3

9.

Vj = (731.52 L ) 4.2895 x 10 V=

cm 2

2 M = V /(apoeirc volume at T )*

vt -

My =

grams 10.

t t

I M

  • V /(apoeircvolume at T )

V2 "

11.

M=

grams 2

2 2

2 12.

M Mj M2 3

13.

Oevap = (M)(2.003 x 10 ) 4 (4.184)(M)(T T ).

O, yap =

Joules 2I cap"(M T ' MjT )(4.184)

O 14.

O 21 1

cap =

}oulos 3

time = (1

  • 1 )(3.6 x 10 )

time =

sec 15.

2 1 16.

Power = (Ocap + Owap)/ time Power =

kW 17.

Power meter caibration required 7 (if yes, use Form NEL-013.)

18.'

Attach datalogger output if used.

I 19.

Date power calibration completed:

20.

Senior Operator signature:

  • Interpolate from table on back side of calculation sheet.

l l

Form approved by Reactor Safety Committee:

R8 actor Administrator:

M F

Dab: May 25.128 e-s 9101310216 880831 PDR ADOCK 05000407 Q

PDR

.. _, - - _....

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