RELAYS Panasonic

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Panasonic is part of a large worldwide groupselling relays and associated switching products under different brand names in different territories.The conditions of use in some territories may differ from those customary in Europe. In particular there are often major differences in regard to national and international specifications, such as UL, CSA, VDE, SEV, EVE, SEMKO, etc. Thus, when considering contact loads as stated in this catalogue (e.g. 10 A, 30 VDC for the SP relay) its hould be understood that these values are not necessarily an absolute maximum but tested ratings. Mostly the stated value has been tested for a certain life expectancy as stated by the manufacturer or the respective test house. Thus, under different conditions, the stated “maximum” may, in practice, be safely exceeded.

Vydal: Panasonic Electric Works Czech s.r.o. Autor: Panasonic

Strana 539 z 1090

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switchingcurrent 6A(AC) Nominal operatingpower 170mW(5to24VDC), 217mW(48VDC), 175mW(60VDC) Min. 5x104,N. andnominal switchingcapacity) N.: Min.H.5mm Expectedlife Mechanical Min.18oz *1Thisvaluecanchangeduetotheswitchingfrequency,environmentalconditions,anddesiredreliabilitylevel,thereforeitisrecommendedtocheckthiswiththeactualload. Specifications Characteristic Item Specifications Contact Arrangement 1FormA 1FormC Contact resistance(Initial) Max. 5x106(at 180times/min.) Destructive 10to55Hzatdoubleamplitudeof 1. Referto“6.) Vibrationresistance Functional 10to55Hzatdoubleamplitudeof 1mm(Detectiontime: 10|as.: Min. °C ds_61C16_en_pf: 070313D 337 20 40 20 Power . 100mQ(Byvoltagedrop6VDC1A) Contact material AgNi type, AgNitype/Au-plated Rating Nominal switchingcapacity(resistiveload) 6A250VAC Max. switchingcapacity(Referencevalue)”1 100mA5VDC(withoutAu-plated), 1mA1VDC(withAu-plated) Electrical characteristics Insulationresistance(Initial) Min.O. 98m/s2 (Half-wavepulseofsinewave: 11ms; detectiontime: 10|as) Min. 2. 8ms (Nominal coil voltageappliedtothecoil, excludingcontact bouncetime. Breakdownvoltage (Initial) Betweenopencontacts 1,000Vrmsfor 1min. (Notfreezingandcondensingat lowtemperature) Unitweight Approx. switching capacity LoadLimitCurve 3.) (withoutdiode) Mechanical characteristics Shockresistance Functional Min. switchingpower(resistiveload) 1,500VA Max.O.O.(APF) 2. andnominal switchingcapacity) Conditions Conditionsforoperation, transport andstorage”4 Ambienttemperature: -40°Cto+85°C-40°Fto+185°F; Humidity: 5to85%R. 1,000MQ(at500VDC) Measurement atsamelocationas“Initial breakdownvoltage”section. 5x104 (at resistiveload, 6times/min. REFERENCE DATA 1. side.) Operatetime(at20°C68°F) Max. 45°C113°F (Byresistivemethod, nominal coil voltageappliedtothecoil; contact carryingcurrent: 6A. 980m/s2(Half-wavepulseofsinewave: 11ms.7.) Electrical*3 N. ofops.C. (Detectioncurrent: 10mA) Surgebreakdownvoltage (Betweencontact andcoil)”2 6,000V(initial) Temperaturerise(at20°C68°F) Max. AC15andDC13complywithIEC-60947-5-1testingconditions. *2Waveisstandardshockvoltageof±1.2x50p,saccordingtoJEC-212-1981 *3Forcyclelifetime, referto“CautionsforUse4)”inNOTES(page338) *4Theupperoperationambienttemperaturelimit isthemaximumtemperaturethat cansatisfythecoil temperaturerisevalue. Electrical life Testedsample:APF30224 Loadtype Voltage Current Ambienttemperature No.) Releasetime(at20°C68°F) Max. Resistiveload 250VAC 850C185°F 30,000 Inductiveload AC15 250VAC 250C77°F 20,000 DC13 24VDC 25°C77°F 6,000 Notes: Switchcontactsareall onN. Usage, StorageandTransport Conditions”inAMBIENTENVIRONMENT(page626). Coil temperature rise Testedsample:APF30224 Measuredportion: Insidethecoil Ambienttemperature: 28°C82°F 4.7 ' 85 - Ambient temperature. Ambient temperature Testedsample:APF30224, characteristics 6pcs. switchingvoltage 250VAC Max. 5g. 49m/s2 (Half-wavepulseofsinewave: 11ms; detectiontime: 10|as) Destructive Min. 4ms (Nominal coilvoltageappliedtothecoil, excludingcontact bouncetime. 3x104 (at resistiveload, 6times/min. ►Current [A] o g & £ 1 1 Î -40 -2 14y 15 Pick-upvoltage 1'\ J Drop-out voltage . (Detectioncurrent: 10mA) Betweencontact andcoil 4,000Vrmsfor 1min. 2.7. Max.: Min