IDEC SR (Test Report) Technical Document
Summary
Discover reliable performance for your electrical assemblies with SR Series Sockets. This technical documentation provides comprehensive certification data, verifying that the sockets meet rigorous industry standards across diverse operational conditions. The report details successful testing—including insulation resistance, dielectric strength, and stability through extreme temperature ranges (hot/cold), humidity, vibration, and shock. Essential for engineers and purchasing professionals requiring verified quality assurance for power control applications using IDEC components.
Page 1 Text Content
No.OT304-JE22068
TEST REPORT
製品名: SR シリーズソケット Product Name: SR Series Sockets
形番: SR①P-05②
SR①P-06B Part Number:
定格: 定格絶縁電圧 / Rated Insulation Voltage 250V Rating: 定格通電電流 / Rated Current 10A
適用規格: UL508
Applicable Standards: CSA C22.2 No.14 EN61810-1
テスト結果: 合格 Test Result: Passed
備考: Remarks:
承認/ Approved by: 照査/ Checked by : 担当/ Tested by :
Masaaki Fujii Shuhei Yamamoto Masashi Sugiyama
Reliability Evaluation Group Reliability Evaluation Group Reliability Evaluation Group Quality Assurance Department Quality Assurance Department Quality Assurance Department
IDEC CORPORATION
FH304-002,2021 Page1/5
Page Summary Contents For IDEC SR (Test Report) Technical Document
Manual Details
| Brand | IDEC |
|---|---|
| Pages | 5 |
| File Size | 145.05 KB |
| Published | June 03, 2026 |
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Frequently Asked Questions
What are the core electrical ratings of the SR Series Sockets?
The sockets have a rated current of 10A and a rated insulation voltage of 250V.
Which accessories are compatible with which socket models?
Specific pairings exist; for example, SR3P-06B is compatible with Timer GT3(11 Pin) SFA-203.
Did the sockets pass environmental durability tests?
Yes, they passed operation tests in extreme conditions, including -30°C to +70°C and 85% RH humidity.
Was the dielectric strength of the socket tested?
The unit passed dielectric strength testing at 2,000V AC for one minute, confirming no dielectric breakdown occurred.