nemic-lambda jws 150 a160-01-01a model items 1 nominal output voltage v 2 maximum output current a 3 maximum output power w 4 efficiency (typ) (*1) % 5 input voltage range (*2) - 6 input current (100/200vac)(typ) (*1) a 7 inrush current(typ) - 8 pfhc - 9 power factor (100/200vac)(typ) (*1) - 10 output voltage range v 11 maximum ripple & noise 0 ~ +60c mv (*3) -10 ~ 0c mv 12 maximum line regulation (*4) mv 13 maximum load regulation (*5) mv 14 temperature coefficient - 15 over current protection (*6) a 16 over voltage protection (*7) v 17 hold-up time (typ) (*8) - 18 leakage current (*9) - 19 remote sensing - 20 parallel operation - 21 series operation - 22 operating temperature (*10) - 23 operating humidity - 24 storage temperature - 25 storage humidity - 26 cooling - 27 withstand voltage - 28 isolation resistance - 29 vibration - 30 shock (in package) - 31 safety (*11) - 32 conducted emission - 33 radiated emission - 34 weight(typ.) g 35 size (w x h x d) mm *read instruction manual carefully, before using the power supply unit. =notes= *1. at 100/200vac, ta=25c and maximum output power. *2. for cases where conformance to various safety specs (ul, csa, en) are required, input voltage range will be 100 ~ 240vac(50/60hz). *3. measure with eiaj rc-9131 probe, bandwise of scope :100mhz. *4. 85 ~ 265vac , constant load. *5. no load-full load, constant input voltage. *6. constant current limit with automatic recovery. *7. ovp circuit will shut down output, manual reset (line recycle). *8. at 100/200vac nominal output voltage and maximum output current. *9. measured by the each measuring method of ul,csa,en and dentori(at 60hz). *10. ratings - derating at standard mounting. - load (%) is percent of maximum output power or maximum output current, whichever is greater. - as for other mountings, refer to derating curve (a160-01-02_). specifications 99 67 150 75 JWS150 -3 JWS150 -5 5 30 3.3 30 JWS150 -12 12 13 156 80 JWS150 -15 15 10 156 77 150 78 158.4 80 JWS150 -24 JWS150 -48 48 3.3 24 6.5 85 ~ 265vac (47 ~ 63hz) or 120 ~ 330vdc 1.5/0.75 2.0/1.0 25a at 100vac, 50a at 200vac, ta=25c, cold start built to meet en61000-3-2 0.99/0.95 2.85~3.63 120 10.8~13.2 150 21.6~26.4 150 160 20 40 4.5~5.5 120 160 20 40 180 48 96 13.5~16.5 150 180 60 120 180 96 150 43.2~52.8 200 240 192 240 less than 0.02%/c 31.5 ~ 3.79~4.95 31.5 ~ 5.75~6.75 13.65 ~ 13.8~16.2 10.5 ~ 17.3~20.3 6.82 ~ 27.6~32.4 3.46 ~ 55.2~64.8 20ms 0.75ma max, 0.2ma(typ) at 100vac / 0.44ma(typ) at 230vac possible - possible -10 ~+60c ( -10 ~+50c:100%, +60c:60%) 30 ~ 90%rh (no dewdrop) -30 ~ +85c 10 ~ 95%rh (no dewdrop) convection cooling input - fg : 2kvac (20ma), input - output : 3kvac (20ma) output - fg : 500vac (100ma) for 1min more than 100m w at 25c and 70%rh output - fg ... 500vdc at no operating, 10 ~ 55hz (sweep for 1min) 19.6m/s 2 constant, x,y,z 1hour each. less than 196.1m/s 2 approved by ul1950, csa950, en60950,vde0160. 65 x 92 x 198 ( refer to outline drawing ) built to meet dentori. built to meet en55011/en55022-b, fcc-classb, vcci-b. built to meet en55011/en55022-b, fcc-classb, vcci-b. 850
nemic-lambda jws 150 a160-01-02 ta(c) mounting a mounting b mounting c -10 ~+40 100 100 100 45 100 80 80 50 100 60 60 55 80 - - 60 60 - - output derating load(%) mounting b mounting c don't use output derating curve 0 20 40 60 80 100 -10 0 10 20 30 40 50 60 ta(c) load(%) mounting a mounting b,c mounting a (standard mounting) don't use
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