Rotary cam switches

1 1769 Rotary cam switchesNA12FC5T0012221770 VYVYVYVYVYVYVY10204080125200AR 16 VDE 0110V750660750660660660660 CSA 22-2-14 VUL 508 NFC 63130A10205016 IEC 408 AVDE 0660 CSA 22-2-14A10204080125250UL 4 10 25502 x 2,5 AWG12 12 6 00380-415 VA87160300600-660 VA50100175220-240 VA701288008001000380-415 VA70128240500500600500-550 VA250250250600-660 VA4072140200200200VY1001000518600 V500 V380 V220 V380 V220 V660 V550 V415 V240 V415 V240 V6006006006006006006001 x 1061 x 10610525 x 10425 x 1045 x 1041 x 1065 x 1045 x 10425 x 103125 x 102125 x 10225 x 1025 x 16 PlePlePlePlePlePlePlePlekW AkW AkWAkWAkWAkWAkWAkW AAC1-AC211020 80 125 100 30165 16 50 8052 125 55 50 8052 125 30228037 125 55165 50 8090 125 143 12 38225022503060AC1-AC21102038407680 119 125 190

2 8 15251525152515 408380 130 125 208 1015 25 25 8 11201120112011 20AC/DCMechanical life(number of on-off operations)Electrical life(number of on-off operations)One-second rating(max. cross-section of conductors)Max. short circuit currentKAwithstand with switch closedpeakKApeakRatedinsulationvoltageTh ermalcurrentMax. crosssection ofconductorsMaking capacity220-660 VBreakingcapacitytested inaccordancewith IEC 408class AC 3 Switch typeM 10bolt onflangeSwitch typeUtilization categoryaccording to IEC 408 andIEC 337-1 THREE-PHASESINGLE- PHASET echnical characteristicsAC performanceMax. short circuit currentwithstand at makingENTRELEC cam switches are designed according to therequirements of the following standards :IEC 408, IEC 337, NBN 222, VDE 0660, VERITAS Bureau,CSA 22-2 N 14, UL 508, GL 91 552 HH - 558 HH,NFC 63-130 carry the following approvals:LR 23701 for VY 10 to 200UL file N 57541 forVY 20 to 200file N 66 494 for VY 10 All switches are rated 600 VAC/DC nonswitching, at , VERITAS Bureau, CEBEC, GL, INSPEKT,Lloyds approval (for VY 40 - 80 - 125 - 200).

3 Possibility to connect a link with the same cross-section. Higher ratings are power ratings given in the table (left) are for standardmotors as shown on the rating allow for a normal power factor and the efficiencycorresponding to each rated values of the ENTRELEC switches correspond tothe electrical input power of the motor and are thus greaterthan those corresponding to the mechanical VY 10 to VY 200 switches are equipped with utilization characteristics:- Standard power: W or VAMinimum voltage: 5 VMinimum current: 50 mA1771VY1002VY 10VY 20VY 40VY 80VY 125VY 200 VY AR 16 HPHPHPHPHPHPHP120 V1 V5152020240 V3 V10600 V15120 V5101515200/208 V102530303240 V25103040405480 V510204050503600 V25VY 10VY 20VY 40VY 80VY 125VY 200 VY AR 16 HPHPHPHPHPHPHP240 V215300 V5600 categoryaccording to UL 508 Utilization category accordingto CSA 22-2-14 Technical characteristicsAC performanceoverload curves at cross-sectiontr.

4 : no-load : overload period tw + tr is repeated until the temperature at theterminals reaches a steady 70 C (158 F), the permissiblelimit according to IEC : max. permissible ambient temperature range for all switches is:-30 C (-22 F) to +60 C (140 F).The characteristics above are given for information onlyand can be changed without 10VY 20VY 40VY 80VY 125VY 200VY AR 1612202202502502502502180180220220220220 4115115160160160160595951201201201201085 8510510510510516100100100100209595959525 9090909030858585854080808080507575756070 7070806565651006060125555515052175482004 5119019022522522522521451451601601601604 1001001201201201205858511011011011010707 0909090901685858585208080808025757575753 0727272724068686868506464646060606080545 4541004848125434315038175342003011451451 4514514514521051051051051051054909090905 8585858510757575751668686868206363636325 5858585830545454544045454545504040406036 3636803030301002222125181815014175122001 0DC 2DC 3DC 4DC 5DC 22DC 23DC

5 21DC 1 Technical characteristicsMaximum switching voltage per contact on DCRated utilizationcurrentAUtilizationcategoryMa ximum voltage per contact (V)ResistiveloadInductiveloadUL/CSAAll switches rated at 600 VDC nonswitching consult us for maximum switching voltage per contact,refer to this 1AC 2AC 2'AC 3AC 4AC 20AC 21AC 22AC 23AC 11AC le1 msDC1DC 2DC 3DC 4DC 5DC 20DC 21DC 22DC 23DC le1 le4 le4 le4 le4 le15 le__ _ _ _4 le4 le15 le40 lele 17 A10 le8 A le 100 A6 lele10 le8 >100 A8 le6 17 A12 le10 A < le 100 A6 le6 le12 le10 > 100 A10 le8 _ _ 17 A10 le8 A < le 100 A10 le8 > 100 A8 le6 lele10 le10 lele11 le11 le4 ms3 le3 le4 le4 * characteristicsUtilization categories for switches on ACNoninductive or slightly inductive loads,resistance furnacesSlip-ring motors.

6 Starting, pluggingSquirrel-cage motors:Starting, switching off motorsduring runningConnecting and disconnecting under no-load conditionsSwitching of resistive loads including moderate overloadsSwitching of mixed resistive and inductive loads,including moderate overloadsControl of electro-magnetsControl of electro-magnetsCurrent Normal conditionsFault conditionsTypical applicationsPowerMakeBreakMakeBreakfacto rcos Utilization categories for switches on DCUtilizationcategorySquirrel-cage motors:Starting, plugging, inching*1* 1/ Inching : energizing a motor once or repeatedly for short periods to obtain small movements of the driven : stopping by reversing motor primary connections while the motor is running.

7 * 2/ le : rated operational of motor loadsor other highly inductive loadsVDE 0660part 2 408 57660 part. 107 IEC 408 0660 part 1 57660 part. 107 Current Normal conditionsFault conditionsTypical applicationsL/RMakeBreakMakeBreakTimecon stantUtilizationcategoryNoninductive or slightly inductive loads,resistance furnacesstartingswitching off motors during runningShunt motors: startingplugginginchingstartingswitching off motors during runningSeries motors: startingplugginginchingConnecting and disconnecting under no-load conditionsSwitching of resistive loads,including moderate overloadsSwitching of mixed resistive and inductive loadsincluding moderate overloads ( , shunt motors)Switching of highly inductive loadsControl of electro-magnetsIEC 337-1 VDE 0660part 1 0660part2 408 57660 part.

8 107 IEC 408 0660 part 1 57660 part. 107le = nominal current