DXSL45-30 Solenoid: Quality Inspection Report

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Overall Dimensions: 386mm(L) x 386mm(W) x 248mm(H)

Weight: 19.3kg

 

Performance test report
 Introduction
    1. Test purpose
Through the analysis of the test results, the evaluation of the product performance is obtained;
Evaluate whether the test product meets the technical requirements;
Provide reference data for product design and after-sales service, and provide a strong basis for leaving the factory.
    2. Basic information
 Product Name:
Solenoid		 Product model: DXSL45-30
Test time: Feb. 17, 2025
    3. Testing environment
The detection environment is closer to the actual environmental conditions used by the user, including factors such as lead wire length and ambient temperature. The time is selected in the time interval where the fluctuation of the geomagnetic field is small. Before the test, the instruments required for the test were turned on and warmed up in advance and the measurement environment was recorded, as shown in Table 1.
Measurement environment
Environment
temperature		 Product initial
temperature		 Lead length Environmental
magnetic field
13.0℃ 13.0℃ - 0~30000nT
Table 1 Measurement environment data
Magnetic field parameter test
    1. Using the device
DX-F2031 power supply
DX-180 Gauss Meter
    2. Magnetic field measurement
This product uses the following measurement methods:
Fixed-point measurement: measure the magnetic field at the target point
Magnetic field strength
Measuring point position Display current (A) Display voltage Voltage (V) Magnetic field
strength（Gs）
0，0，0 10 - 19.16
0，0，0 20 - 38.60
0，0，0 30 - 58.05
Table 2 Magnetic field strength data
Electrical parameter test
    1. Using equipment
Digital multimeter
Impedance analyzer
    2. Test method
The digital instrument with bridge circuit and voltammetry is used for measurement. The measurement results are shown in the table below.
Resistance R measurement
Environment temperature Product temperature Measuring resistance ResistanceR@20℃ ResistanceR@85℃
13.0℃ 13.0℃ 0.217Ω 0.224Ω 0.291Ω
Table 3 Resistance R data
Inductance Ls, reactance Z measurement (test level 5V)
Ls MIN[H] FREQ[Hz] Ls MAX[H] FREQ[Hz]
 6.88938u  1.00000k  664.197u 20
Z  MIN[Ω] FREQ[Hz] Z  MAX[Ω] FREQ[Hz]
0.11713 955.9 0.45317 20
Table 4 inductance Ls and reactance Z data
Inductance Ls, reactance Z-scan measurement
POINTS FREQ[Hz] Ls Z  POINTS FREQ[Hz] Ls Z 
1 20  664.197u 0.45317 102 514.9  21.0271u 0.14721
2 24.9  604.473u 0.44846 103 519.8  20.7962u 0.14679
3 29.8  540.024u 0.441 104 524.7  20.5838u 0.1464
4 34.7  552.781u 0.42618 105 529.6  20.3624u 0.14595
5 39.6  473.387u 0.41487 106 534.5  20.1795u 0.1459
6 44.5  514.283u 0.41813 107 539.4  19.9178u 0.1451
7 49.4  546.640u 0.40547 108 544.3  19.5355u 0.14665
8 54.3  473.738u 0.40154 109 549.2  19.3190u 0.14565
9 59.2  480.952u 0.40882 110 554.1  19.1038u 0.14561
10 64.1  427.100u 0.38143 111 559  18.8538u 0.14497
11 69  408.167u 0.36961 112 563.9  18.5984u 0.14448
12 73.9  375.410u 0.35319 113 568.8  18.4832u 0.14409
13 78.8  358.308u 0.35016 114 573.7  18.2817u 0.14361
14 83.7  338.784u 0.34165 115 578.6  18.0817u 0.14309
15 88.6  323.209u 0.33215 116 583.5  17.8804u 0.14248
16 93.5  308.843u 0.32409 117 588.4  17.7152u 0.1419
17 98.4  292.745u 0.31748 118 593.3  17.4570u 0.14137
18 103.3  271.818u 0.30868 119 598.2  17.2713u 0.14094
19 108.2  256.894u 0.30058 120 603.1  17.0732u 0.14031
20 113.1  242.346u 0.29236 121 608  16.8809u 0.13972
21 118  228.876u 0.28405 122 612.9  16.6902u 0.13912
22 122.9  219.580u 0.27826 123 617.8  16.4600u 0.13864
23 127.8  204.440u 0.27001 124 622.7  16.2762u 0.13802
24 132.7  193.452u 0.26332 125 627.6  16.0791u 0.1375
25 137.6  183.764u 0.25713 126 632.5  15.8953u 0.13688
26 142.5  173.335u 0.25102 127 637.4  15.6697u 0.13626
27 147.4  165.259u 0.24492 128 642.3  15.4903u 0.13583
28 152.3  156.359u 0.24121 129 647.2  15.3594u 0.13525
29 157.2  148.077u 0.23499 130 652.1  15.1483u 0.13473
30 162.1  141.025u 0.23058 131 657  14.9307u 0.13409
31 167  134.327u 0.22608 132 661.9  14.7359u 0.13346
32 171.9  126.584u 0.22407 133 666.8  14.5777u 0.13304
33 176.8  120.764u 0.21925 134 671.7  14.3845u 0.13254
34 181.7  114.979u 0.21514 135 676.6  14.2056u 0.13199
35 186.6  109.171u 0.21167 136 681.5  14.0409u 0.13147
36 191.5  104.585u 0.20788 137 686.4  13.8592u 0.13095
37 196.4  100.004u 0.20452 138 691.3  13.6882u 0.13046
38 201.3  95.3650u 0.20126 139 696.2  13.5093u 0.12998
39 206.2  91.1934u 0.1981 140 701.1  13.3421u 0.12952
40 211.1  87.5469u 0.1949 141 706  13.1819u 0.12909
41 216  83.6772u 0.19243 142 710.9  13.0279u 0.12865
42 220.9  80.6734u 0.18979 143 715.8  12.8634u 0.12825
43 225.8  77.0122u 0.18759 144 720.7  12.7102u 0.12787
44 230.7  73.9536u 0.18549 145 725.6  12.5435u 0.12741
45 235.6  71.3810u 0.18328 146 730.5  12.3918u 0.12709
46 240.5  68.3942u 0.18157 147 735.4  12.2602u 0.12666
47 245.4  66.1256u 0.17968 148 740.3  12.1224u 0.12631
48 250.3  63.5682u 0.17874 149 745.2  11.9435u 0.12597
49 255.2  61.3931u 0.17647 150 750.1  11.8608u 0.12564
50 260.1  59.2574u 0.1745 151 755  11.6595u 0.12516
51 265  57.4073u 0.17372 152 759.9  11.5313u 0.1249
52 269.9  55.5588u 0.17238 153 764.8  11.3673u 0.12451
53 274.8  53.4123u 0.17092 154 769.7  11.2500u 0.1243
54 279.7  51.9926u 0.16989 155 774.6  11.1303u 0.12397
55 284.6  50.4482u 0.16879 156 779.5  10.9977u 0.12364
56 289.5  48.7036u 0.16773 157 784.4  10.8718u 0.12344
57 294.4  47.3670u 0.1672 158 789.3  10.7060u 0.12327
58 299.3  45.9660u 0.16658 159 794.2  10.5452u 0.12225
59 304.2  44.3016u 0.16679 160 799.1  10.4801u 0.12219
60 309.1  43.0896u 0.1661 161 804  10.3605u 0.12198
61 314  41.8783u 0.16507 162 808.9  10.2362u 0.12171
62 318.9  40.7996u 0.16407 163 813.8  10.1399u 0.12145
63 323.8  39.7796u 0.16325 164 818.7  10.0189u 0.12126
64 328.7  38.6806u 0.16283 165 823.6  9.90694u 0.12101
65 333.6  37.6964u 0.16217 166 828.5  9.79881u 0.12079
66 338.5  36.5495u 0.16114 167 833.4  9.69724u 0.12062
67 343.4  35.9231u 0.16092 168 838.3  9.61498u 0.12042
68 348.3  34.9712u 0.16051 169 843.2  9.48700u 0.12021
69 353.2  34.2940u 0.16007 170 848.1  9.39134u 0.11998
70 358.1  33.5656u 0.15949 171 853  9.30265u 0.11973
71 363  32.7442u 0.15862 172 857.9  9.20407u 0.11952
72 367.9  32.0923u 0.15824 173 862.8  9.08780u 0.11937
73 372.8  31.4914u 0.15764 174 867.7  9.01241u 0.11924
74 377.7  30.8257u 0.15706 175 872.6  8.91920u 0.11904
75 382.6  30.2441u 0.15657 176 877.5  8.83209u 0.11889
76 387.5  29.6722u 0.15617 177 882.4  8.74191u 0.1187
77 392.4  29.1797u 0.15564 178 887.3  8.65815u 0.11865
78 397.3  28.7064u 0.15507 179 892.2  8.57392u 0.1184
79 402.2  28.1505u 0.15484 180 897.1  8.48774u 0.11827
80 407.1  27.6608u 0.15438 181 902  8.41443u 0.11814
81 412  27.2919u 0.15405 182 906.9  8.33115u 0.11796
82 416.9  26.7810u 0.15369 183 911.8  8.25600u 0.11783
83 421.8  26.4101u 0.15339 184 916.7  8.18114u 0.11776
84 426.7  26.0316u 0.1531 185 921.6  8.08496u 0.11753
85 431.6  25.6592u 0.15273 186 926.5  8.02260u 0.11749
86 436.5  25.3268u 0.1523 187 931.4  7.95222u 0.11737
87 441.4  25.1107u 0.15222 188 936.3  7.88091u 0.11721
88 446.3  24.5418u 0.15144 189 941.2  7.81675u 0.11723
89 451.2  24.3178u 0.1514 190 946.1  7.75727u 0.11715
90 456.1  24.0205u 0.15115 191 951  7.66448u 0.11722
91 461  23.8691u 0.15112 192 955.9  7.60283u 0.11713
92 465.9  23.3931u 0.15056 193 960.8  7.37464u 0.11849
93 470.8  23.2220u 0.15023 194 965.7  7.32172u 0.11828
94 475.7  22.9175u 0.14995 195 970.6  7.27759u 0.11816
95 480.6  22.6573u 0.14966 196 975.5  7.20511u 0.11804
96 485.5  22.4156u 0.14939 197 980.4  7.14060u 0.11788
97 490.4  22.2001u 0.14896 198 985.3  7.06446u 0.11776
98 495.3  21.8837u 0.14867 199 990.2  7.01256u 0.11766
99 500.2  21.6774u 0.14824 200 995.1  6.95375u 0.11752
100 505.1  21.4678u 0.14793 201  1.00000k  6.88938u 0.11728
101 510  21.2181u 0.14751 　 　 　 　
Table 5 Detailed frequency data of inductance Ls and reactance Z
 
Conclusion
The magnetic field and electrical performance of the product meet the requirements of the corresponding technical parameters. The final performance of the product is subject to this document.

 

 

 

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Dexinmag® • 2025

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