AZSR190-1AE-12D

AZSR190 90/100 AMP MINIATURE POWER RELAY FEATURES: • Dielectric strength 5000Vrms • 90 Amp switching (version“T”100Amp) • Contact gap :> 3.6 mm • Clearance / creepage > 10mm • Insulation: class F • UL :E365652 • TUV: B088793008 • CQC: 17002178200 CONTACTS Arrangement SPST (1 Form A) Ratings Resistive load: Max. switched power: 44000VA 48000VA (“T” version) Max. switched current: 90A 100A(“T” version) Max. continuous current: 90A 100A (“T” version) Max. switched voltage: 800VAC Rated Load UL/TUV/CQC 90A at 277 VAC, Res., 1k cycles, 85℃ [1] 100A at 277 VAC, Res., 1k cycles, 85℃ [1] (T version only) 55A at 480 VAC, Res., 30k cycles, 85℃ [1] 30A at 480 VAC, Res., 50k cycles, 85℃ [1] 55A at 690 VAC, Res., 20k cycles, 85℃ [1] Minimum operations 1000,000 cycles Min. 55A at 480 VAC, Res., 30k cycles, 85℃ [1] 55A at 690 VAC, Res., 30k cycles, 85℃ [2] Operate Time 40 ms Max. at nominal coil voltage Release Time 10 ms Max. at nominal coil voltage (with no coil suppression) Dielectric Strength 5000 Vrms(coil to contacts) (at sea level for 1min.) 2500 Vrms(between open contacts) 10KV @1.2/50μs (coil to contacts) Surge Voltage Insulation Resistance 1,000MΩ min. at 20℃ 500VDC 50% RH Greater than 40% of nominal coil voltage Dropout Greater than 10% of nominal coil voltage Ambient Temperature Operating Storage At rated coil voltage Vibration 1.5mm DA at 10-55 Hz Silver Nickel [1], Silver Tin Oxide [2] Shock 10g ＜100mΩ initially (at 6V, 1A, voltage drop method) Enclosure P.B.T, Polyester Terminals Tinned copper alloy, P.C. Max. Solder Temp. 270℃(518℉) Max. solder time 5 seconds Weight 85g 55A at 800 VAC, Res., 1k cycles, 85℃ [1][2] Resistance Life Expectancy Mechanical Electrical Holding voltage 90A at 480 VAC, Res., 1k cycles, 85℃ [2] 100A at 480 VAC, Res., 1k cycles, 85℃ [2] (T version only) 55A at 690 VAC, Res., 30k cycles, 85℃ [2] 80A at 277VAC Res., 10k cycles, 85℃ [2] Material GENERAL DATA ＜10 mΩ initially (at 10A, voltage drop method) COIL Power At pickup Voltage Max. Continuous Dissipation Temperature Rise 1080 mw (typical) 2.32 W at 20℃(68℉) ambient Temperature Max. 155℃(311℉) class F 70℃ Max. at Rated voltage,85℃ -40℃(-40F )to 85℃(185℉) -40℃(-40F )to 105℃(221℉) NOTES 1.All values at 20℃(68℉) 2.Relay may pull in with less than “Must Operate” value 3.Specifications subject to change without notice. ZETTLER RELAY (XIAMEN) CO., LTD. www.zettlercn.com 5F,No.6 , Xinjin Road , Xinyang Industrial Zone, Haicang District, Xiamen, China.Tel:(0592)2631523 Fax: (0592)2631599 3/19/19 AZSR190 RELAY ORDERING DATA COIL SPECIFICATIONS @ 20℃ Nominal Coil VDC 6 9 12 24 Must Operate VDC 4.5 6.75 9 18 Min. holding VDC 2.4 3.6 4.8 9.6 Max. Continuous VDC 6.6 9.9 13.2 26.4 Coil Resistance Ω±10% 18.8 42.2 75 300 ORDER NUMBER AZSR190-1A-6D AZSR190-1A-9D AZSR190-1A-12D AZSR190-1A-24D *Add suffix “T” to AZSR190 for high current version. Add suffix “L” for short version (see mechanical data). NOMENCLATURE AZSR190 - 1A E -12D L (XXX) I II III IV I. Basic Series II. Contact Form III. Contact Material IV. Coil Voltage V. Base height VI. Special code MECHANICAL DATA V VI AZSR190 or AZSR190T 1A: 1 form A Blank: AgNi E: AgSnO2 6, 9, 12, 24VDC. Blank: basic height L: short height (see mechanical data) Additional numbers or letters, which does not designate construction features or ratings PC BOARD LAYOUT Viewed toward terminals WIRING DIAGRAM Nominal version：L=43, D=3 Short version: L=41.5, D=1.5 Tolerance: ±0.5mm Viewed toward terminals Disclaimer: The specification is for referenece only. We could not evalue all the performance and all the parameters for every possible application.Thus the user should evaluate and select the suitable product for their own application. If there is any query, please contact ZETTLER. However, it is the user's responsibility to determine which product should be used only. 免责声明：此规格书仅用于参考。我们不能评估所有可能的应用条件下的性能和参数，所以用户需根据自己的应用评估 和选择合适的产品。如有疑问，可以咨询赛特勒；但仍然是用户的责任来选择和使用产品。 ZETTLER RELAY (XIAMEN) CO., LTD. www.zettlercn.com 5F,No.6 , Xinjin Road , Xinyang Industrial Zone, Haicang District, Xiamen, China.Tel:(0592)2631523 Fax: (0592)2631599 3/19/19