SK-54-1750 Data (RockSim)
Accuracy of this data file:
|
This File |
Certified |
± |
Diameter |
54 mm |
54 mm |
= |
Length |
492 mm |
492 mm |
= |
Prop. Weight |
878 g |
862 g |
+2% |
Total Weight |
1,737 g |
— |
|
Avg. Thrust |
574.5 N |
555.0 N |
+4% |
Max. Thrust |
936.5 N |
— |
|
Total Impulse |
1,309.7 Ns |
1,300.0 Ns |
+1% |
Burn Time |
2.3 s |
2.4 s |
−3% |
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Data Graph
File Notes
rocsim file
| Koen Loeven
| December 4, 2006
| |
from the Apogee website rocsim ver 8 file, thrust curve is slightly different from rasp file provided by manufacturer not sure which represents the official certification data
|
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Raw Data
<engine-database>
<engine-list>
<engine mfg="Animal Motor Works" code="K555SK" Type="reloadable" dia="54." len="492."
initWt="1737." propWt="878.4" delays="1000" auto-calc-mass="1" auto-calc-cg="1"
avgThrust="560.673" peakThrust="936.468" throatDia="0." exitDia="0."
Itot="1309.73" burn-time="2.34" massFrac="50.57" Isp="152.04" tDiv="10"
tStep="-1." tFix="1" FDiv="10" FStep="-1." FFix="1" mDiv="10" mStep="-1."
mFix="1" cgDiv="10" cgStep="-1." cgFix="1">
<comments>AMW K555 RASP.ENG file from Robert at AMW.</comments>
<data>
<eng-data t="0." f="0." m="878.4" cg="246."/>
<eng-data t="0.061" f="508.351" m="868.001" cg="246."/>
<eng-data t="0.141" f="538.032" m="839.93" cg="246."/>
<eng-data t="0.222" f="573.058" m="809.751" cg="246."/>
<eng-data t="0.302" f="604.249" m="778.167" cg="246."/>
<eng-data t="0.383" f="631.13" m="744.612" cg="246."/>
<eng-data t="0.463" f="666.503" m="709.8" cg="246."/>
<eng-data t="0.544" f="696.284" m="672.784" cg="246."/>
<eng-data t="0.624" f="741.988" m="634.2" cg="246."/>
<eng-data t="0.705" f="787.186" m="592.664" cg="246."/>
<eng-data t="0.786" f="832.036" m="548.682" cg="246."/>
<eng-data t="0.866" f="869.416" m="503.038" cg="246."/>
<eng-data t="0.947" f="880.989" m="455.493" cg="246."/>
<eng-data t="1.027" f="912.349" m="407.383" cg="246."/>
<eng-data t="1.108" f="933.915" m="357.235" cg="246."/>
<eng-data t="1.188" f="936.468" m="307.058" cg="246."/>
<eng-data t="1.269" f="880.77" m="257.698" cg="246."/>
<eng-data t="1.349" f="784.951" m="213.012" cg="246."/>
<eng-data t="1.43" f="679.973" m="173.222" cg="246."/>
<eng-data t="1.511" f="572.224" m="139.209" cg="246."/>
<eng-data t="1.591" f="482.275" m="110.92" cg="246."/>
<eng-data t="1.672" f="407.793" m="86.7442" cg="246."/>
<eng-data t="1.752" f="347.675" m="66.4774" cg="246."/>
<eng-data t="1.833" f="286.395" m="49.2547" cg="246."/>
<eng-data t="1.913" f="235.942" m="35.242" cg="246."/>
<eng-data t="1.994" f="189.94" m="23.6742" cg="246."/>
<eng-data t="2.074" f="145.318" m="14.6802" cg="246."/>
<eng-data t="2.155" f="107.471" m="7.81394" cg="246."/>
<eng-data t="2.236" f="70.697" m="2.97451" cg="246."/>
<eng-data t="2.316" f="32.145" m="0.215587" cg="246."/>
<eng-data t="2.336" f="0." m="0." cg="246."/>
</data>
</engine>
</engine-list>
</engine-database>
You can also download the raw data points as a CSV file.