User Contributed MET/CAL PROCEDURE ============================================================================= INSTRUMENT: Data-Instruments FS-380/SP150: Position Indicator DATE: 08-Feb-96 AUTHOR: User Contributed REVISION: ADJUSTMENT THRESHOLD: 70% NUMBER OF TESTS: 1 NUMBER OF LINES: 296 ============================================================================= STEP FSC RANGE NOMINAL TOLERANCE MOD1 MOD2 3 4 CON # Equipment # 691-1219-1, -2, -3 Equip. Type:Indicator Position # Notes: Data Instruments FS-380/SP150 # # Review Approval:_____________________________ Release Date:____/___/____ # Revision Description. 1.001 ASK+ M X 1.002 ASK- R N P F W 1.003 HEAD Setup #PIC should go here 1.004 DISP Zero the UUT as follows: 1.004 DISP Using misc. plates and a V-Block, position the sensor 1.004 DISP so that the MIC head and sensor tip are aligned and 1.004 DISP level 1.005 DISP Set the MIC at 0.5000" and move the sensor so the 1.005 DISP center scribe mark on the core is just visible. 1.006 DISP Move the MIC throughout the range of the sensor. Be 1.006 DISP careful not to over extend the MIC in either direction. 1.007 DISP There will be some variance in the sensors core. You 1.007 DISP will need to check the setup a few times to find an 1.007 DISP acceptable reference point. 1.008 HEAD Initial Zero 1.009 DISP Set the MIC so the UUT DISPLAY indicates 0.0000 1.010 MEMI Enter the MIC position. 1.011 MEME >1 1.012 IEEE [@34401A] *rst 1.013 IEEE [@34401A] *cls 1.014 IEEE [@34401A]conf:volt:dc 10,min 1.015 IEEE [@34401A]trig:sour imm 1.016 IEEE [@34401A]read? 1.017 IEEE [@34401A][I] 1.018 RSLT = 1.019 RSLT =Initial ZERO VDC output =[mem]VDC 1.020 RSLT = # Initial ZERO micrometer reading stored in m[100] for reference 1.021 MATH m[100]=m[1] # Begin tests 1.022 HEAD 1st reading 1.023 MATH mem=m[1]-0.05 1.024 DISP Move the MIC IN to [mem]". You will be pushing the 1.024 DISP UUT core IN. 1.025 MEMI Enter the UUT display indication 1.026 MEME >19 1.027 IEEE [@34401A]read? 1.028 IEEE [@34401A][I] 1.029 MEME >36 1.030 HEAD 2nd reading 1.031 MATH mem=m[1]-0.10 1.032 DISP Move the MIC IN to [mem]". You will be pushing the 1.032 DISP UUT core IN. 1.033 MEMI Enter the UUT display indication 1.034 MEME >20 1.035 IEEE [@34401A]read? 1.036 IEEE [@34401A][I] 1.037 MEME >37 1.038 HEAD 3rd reading 1.039 MATH mem=m[1]-0.15 1.040 DISP Move the MIC IN to [mem]". You will be pushing the 1.040 DISP UUT core IN. 1.041 MEMI Enter the UUT display indication 1.042 MEME >21 1.043 IEEE [@34401A]read? 1.044 IEEE [@34401A][I] 1.045 MEME >38 1.046 HEAD 4th reading 1.047 MATH mem=m[1]-0.20 1.048 DISP Move the MIC IN to [mem]". You will be pushing the 1.048 DISP UUT core IN. 1.049 MEMI Enter the UUT display indication 1.050 MEME >22 1.051 IEEE [@34401A]read? 1.052 IEEE [@34401A][I] 1.053 MEME >39 1.054 HEAD 5th reading 1.055 MATH mem=m[1]-0.25 1.056 DISP Move the MIC IN to [mem]". You will be pushing the 1.056 DISP UUT core IN. 1.057 MEMI Enter the UUT display indication 1.058 MEME >23 1.059 IEEE [@34401A]read? 1.060 IEEE [@34401A][I] 1.061 MEME >40 1.062 HEAD 6th reading 1.063 MATH mem=m[1]-0.30 1.064 DISP Move the MIC IN to [mem]". You will be pushing the 1.064 DISP UUT core IN. 1.065 MEMI Enter the UUT display indication 1.066 MEME >24 1.067 IEEE [@34401A]read? 1.068 IEEE [@34401A][I] 1.069 MEME >41 1.070 HEAD 7th reading 1.071 MATH mem=m[1]-0.35 1.072 DISP Move the MIC IN to [mem]". You will be pushing the 1.072 DISP UUT core IN. 1.073 MEMI Enter the UUT display indication 1.074 MEME >25 1.075 IEEE [@34401A]read? 1.076 IEEE [@34401A][I] 1.077 MEME >42 1.078 HEAD 8th reading 1.079 MATH mem=m[1]-0.40 1.080 DISP Move the MIC IN to [mem]". You will be pushing the 1.080 DISP UUT core IN. 1.081 MEMI Enter the UUT display indication 1.082 MEME >26 1.083 IEEE [@34401A]read? 1.084 IEEE [@34401A][I] 1.085 MEME >43 1.086 HEAD 9th reading 1.087 DISP Move the MIC until the UUT display indicates 0.0000 1.087 DISP The core will be close to the center scribe mark. 1.088 MEMI Enter the UUT display indication 1.089 MEME >18 1.090 IEEE [@34401A]read? 1.091 IEEE [@34401A][I] 1.092 MEME >35 1.093 HEAD 10th reading (Return to ZERO) 1.094 MATH mem=m[1]+0.05 1.095 DISP Move the MIC IN to [mem]". You will be moving the 1.095 DISP UUT core OUT 1.096 MEMI Enter the UUT display indication 1.097 MEME >17 1.098 IEEE [@34401A]read? 1.099 IEEE [@34401A][I] 1.100 MEME >34 1.101 HEAD 11th reading 1.102 MATH mem=m[1]+0.10 1.103 DISP Move the MIC IN to [mem]". You will be moving the 1.103 DISP UUT core OUT. 1.104 MEMI Enter the UUT display indication 1.105 MEME >16 1.106 IEEE [@34401A]read? 1.107 IEEE [@34401A][I] 1.108 MEME >33 1.109 HEAD 12th reading 1.110 MATH mem=m[1]+0.15 1.111 DISP Move the MIC IN to [mem]". You will be moving the 1.111 DISP UUT core OUT. 1.112 MEMI Enter the UUT display indication 1.113 MEME >15 1.114 IEEE [@34401A]read? 1.115 IEEE [@34401A][I] 1.116 MEME >32 1.117 HEAD 13th reading 1.118 MATH mem=m[1]+0.20 1.119 DISP Move the MIC IN to [mem]". You will be moving the 1.119 DISP UUT core OUT. 1.120 MEMI Enter the UUT display indication 1.121 MEME >14 1.122 IEEE [@34401A]read? 1.123 IEEE [@34401A][I] 1.124 MEME >31 1.125 HEAD 14th reading 1.126 MATH mem=m[1]+0.25 1.127 DISP Move the MIC IN to [mem]". You will be moving the 1.127 DISP UUT core OUT. 1.128 MEMI Enter the UUT display indication 1.129 MEME >13 1.130 IEEE [@34401A]read? 1.131 IEEE [@34401A][I] 1.132 MEME >30 1.133 HEAD 15th reading 1.134 MATH mem=m[1]+0.30 1.135 DISP Move the MIC IN to [mem]". You will be moving the 1.135 DISP UUT core OUT. 1.136 MEMI Enter the UUT display indication 1.137 MEME >12 1.138 IEEE [@34401A]read? 1.139 IEEE [@34401A][I] 1.140 MEME >29 1.141 HEAD 16th reading 1.142 MATH mem=m[1]+0.35 1.143 DISP Move the MIC IN to [mem]". You will be moving the 1.143 DISP UUT core OUT. 1.144 MEMI Enter the UUT display indication 1.145 MEME >11 1.146 IEEE [@34401A]read? 1.147 IEEE [@34401A][I] 1.148 MEME >28 1.149 HEAD 17th reading 1.150 MATH mem=m[1]+0.40 1.151 DISP Move the MIC IN to [mem]". You will be moving the 1.151 DISP UUT core OUT. 1.152 MEMI Enter the UUT display indication 1.153 MEME >10 1.154 IEEE [@34401A]read? 1.155 IEEE [@34401A][I] 1.156 MEME >27 1.157 RSLT = 1.158 RSLT =The UUT sensor has been checked against a known 1.159 RSLT =dimensional standard. The UUT voltage output is 1.160 RSLT =shown at 0.0500" increments in both directions from 1.161 RSLT =the sensor cores center scribe mark. Moving the core 1.162 RSLT =IN from the center reference results in an increment 1.163 RSLT =setting of -0.0500". Moving the core OUT from the 1.164 RSLT =center reference results in an increment of +0.0500". 1.165 RSLT =applied. 1.166 RSLT = 1.167 RSLT =For accurate readings you MUST set up the indicator 1.168 RSLT =to obtain the EXACT VDC indication listed at the ZERO 1.169 RSLT =position reading shown in the table below. 1.170 RSLT = Values are for reference ONLY. 1.171 RSLT = 1.172 RSLT =Test Data Table 1.173 RSLT = 1.174 RSLT = Inches Display VDC output 1.175 MATH mem=m[10] 1.176 MATH mem1=m[27] 1.177 RSLT = +0.4000 [mem] [mem1]VDC 1.178 MATH mem=m[11] 1.179 MATH mem1=m[28] 1.180 RSLT = +0.3500 [mem] [mem1]VDC 1.181 MATH mem=m[12] 1.182 MATH mem1=m[29] 1.183 RSLT = +0.3000 [mem] [mem1]VDC 1.184 MATH mem=m[13] 1.185 MATH mem1=m[30] 1.186 RSLT = +0.2500 [mem] [mem1]VDC 1.187 MATH mem=m[14] 1.188 MATH mem1=m[31] 1.189 RSLT = +0.2000 [mem] [mem1]VDC 1.190 MATH mem=m[15] 1.191 MATH mem1=m[32] 1.192 RSLT = +0.1500 [mem] [mem1]VDC 1.193 MATH mem=m[16] 1.194 MATH mem1=m[33] 1.195 RSLT = +0.1000 [mem] [mem1]VDC 1.196 MATH mem=m[17] 1.197 MATH mem1=m[34] 1.198 RSLT = +0.0500 [mem] [mem1]VDC 1.199 MATH mem=m[18] 1.200 MATH mem1=m[35] 1.201 RSLT = 0.0000 [mem] [mem1]VDC 1.202 MATH mem=m[19] 1.203 MATH mem1=m[36] 1.204 RSLT = -0.0500 [mem] [mem1]VDC 1.205 MATH mem=m[20] 1.206 MATH mem1=m[37] 1.207 RSLT = -0.1000 [mem] [mem1]VDC 1.208 MATH mem=m[21] 1.209 MATH mem1=m[38] 1.210 RSLT = -0.1500 [mem] [mem1]VDC 1.211 MATH mem=m[22] 1.212 MATH mem1=m[39] 1.213 RSLT = -0.2000 [mem] [mem1]VDC 1.214 MATH mem=m[23] 1.215 MATH mem1=m[40] 1.216 RSLT = -0.2500 [mem] [mem1]VDC 1.217 MATH mem=m[24] 1.218 MATH mem1=m[41] 1.219 RSLT = -0.3000 [mem] [mem1]VDC 1.220 MATH mem=m[25] 1.221 MATH mem1=m[42] 1.222 RSLT = -0.3500 [mem] [mem1]VDC 1.223 MATH mem=m[26] 1.224 MATH mem1=m[43] 1.225 RSLT = -0.4000 [mem] [mem1]VDC 1.226 HEAD 1.227 DISP ÿ P R O C E D U R E 1.227 DISP ÿ ÿ COMPLETED!