SPECIFICATIONS (CONVECTION COOLING)

Size: px

Start display at page:

Download "SPECIFICATIONS (CONVECTION COOLING)"

Moris Doyle
5 years ago
Views:

1 /-B SPECIFICTIONS (CONVECTION COOLING) MODEL ZWQ / ZWQ / 1 Nominal Output Voltage V Minimum Output Current (Convection) (*1) Minimum Output Current (Peak pplica(*1) Maximum Output Current Total llowable Output Power (*2) W Maximum Peak Output Current (*3) Total llowable Peak Output Power (*2) W Efficiency (Typ) (*4) % 72 9 Input Voltage Range (*5) - 85 ~ 265VC (47 ~ 63Hz) or 120 ~ 370VDC 10 Input Current (100/200VC) (Typ) (*4) 2.0/ Inrush Current (Typ) (*6) - 14 at 100VC, 28 at 200VC, Ta=25 o C, Cold Start 12 PFHC - Built to meet IEC Power Factor (100/200VC) (Typ) (*4) / Output Voltage Range V /15-12/ /15-12/ Output Voltage ccuracy - - ±5% ±5% - - ±5% ±5% - 16 Maximum Ripple & Noise(*7) 0 o C <Ta< 50 o C mv <Ta< 0 C mv Maximum Line Regulation (*7,8) mv Maximum Load Regulation (*7,9) mv Temperature Coefficient - Less than 0.02% / o C 20 Over Current Protection (*10) - More than 152W of Total Output Power More than 173W of Total Output Power 21 Over Voltage Protection (*11) V 5.7~ ~ ~ ~ ~ ~ ~ ~ Hold-Up Time (Typ) (*12) - 20 ms 23 Leakage Current (*13) m MX,0.2m(Typ) at 100VC / 0.44m(Typ) at 230VC 24 Remote ON/OFF Control Parallel Operation Series Operation Operating Temperature (*14) ~ 50 o C (-10 ~30 o C : 100%, 50 o C : 50%) 28 Operating Humidity - 30 ~ 90%RH (No Dewdrop) 29 Storage Temperature ~ 85 o C 30 Storage Humidity - 10 ~ 95%RH (No Dewdrop) 31 Cooling - Convection Cooling 32 Withstand Voltage Input - FG : 2kVC(20m), Input - Output : 3kVC (20m) Output - FG : 500VC(100m), for 1min. 33 Isolation Resistance - More than 100MΩ at 25 o C and 70%RH Output - FG : 500VDC 34 Vibration - t no operating, 10-55Hz (Sweep for 1min) 19.6 m/s 2 Constant, X, Y, Z 1hour each. 35 Shock (In package) - Less than m/s 2 36 Safety (*15) - pproved by UL1950, CS950, EN60950, EN50178 Built to meet DENTORI 37 EMI - Built to meet EN55011/EN55022-B, FCC-ClassB, VCCI-B 38 Immunity (*16) - Built to meet EN , -3, -4, -5, -6, -8, Weight (Typ) g Size (WxHxD) mm x 44.5 x 250 (Refer to Outline Drawing) *1. For V2, V3,V4 stability, require minimum output current and above of V1. *10. Constant current limit with automatic recovery. Refer to test data ( _). *2. llowable output power is changed according to V4 voltage Not operate at over load or dead short condition for more than 30 seconds. refer to derating table ( /_). *11. OVP circuit will shut down all outputs, manual reset (Line recycle). *3. Operating period at peak current is less than 10sec. (Duty < 0.35) *12. t 100/200VC, nominal output voltage and total allowable output power. *4. t 100/200VC, Ta=25 o C and total allowable output power. *13. Measured by the each method of UL, CS, EN and DENTORI (at 60Hz), Ta=25 o C. *5. For cases where conformance to various safety specs (UL, CS, EN) are required, *14. t standard mounting. to be described as VC(50/60Hz). - Load (%) is percent of total allowable output power or *6. Not applicable for the inrush current to Noise Filter for less than 0.2ms. each maximum output current, whichever is greater. *7. Refer to output measuring ( /_) for line & load regulation For other mountings, refer to derating curve ( /_). and ripple voltage. *15. s for DENTORI, built to meet at 100VC. * VC, constant load. *16. Refer to test data( _). *9. Minimum load - Full load, constant input voltage.

2 /-B SPECIFICTIONS (FORCED IR COOLING) MODEL ZWQ / ZWQ / 1 Nominal Output Voltage V Minimum Output Current (*1) Maximum Output Current Total llowable Output Power (*2) W Input Current (100/200VC) (Typ) (*3) 2.0/1.0 6 Operating Temperature (*4) ~ 60 o C (-10 ~40 o C : 100%, 60 o C : 50%) 7 Cooling (*5) - Forced ir Cooling *For other items, refer to convection cooling specifications ( /_). *1. For V2, V3,V4 stability, require minimum output current and above of V1. When it is using under condition of convection cooling, V1 minimum output current is same as convection cooling. *2. llowable output power is changed according to V4 voltage, refer to derating table ( /_). *3. t 100/200VC, Ta=25 o C total allowable output power. *4. t standard mounting. - Load (%) is percent of total allowable output power or each maximum output current, whichever is greater. For other mountings, refer to derating curve ( /_). *5. ir flow > 0.85m 3 /min(30cfm)

3 SPECIFICTIONS (CONVECTION COOLING) /- MODEL ZWQ / ZWQ / 1 Nominal Output Voltage V Minimum Output Current (Convection) (*1) Minimum Output Current (Peak pplicatio (*1) Maximum Output Current Total llowable Output Power W Maximum Peak Output Current (*2) Total llowable Peak Output Power W Efficiency (Typ) (*3) % 72 9 Input Voltage Range (*4) - 85 ~ 265VC (47 ~ 63Hz) or 120 ~ 370VDC 10 Input Current (100/200VC) (Typ) (*3) 2.0 / Inrush Current (Typ) (*5) - 14 at 100VC, 28 at 200VC, Ta=25 C, Cold Start 12 PFHC - Built to meet IEC Power Factor (100/200VC) (Typ) (*3) / Output Voltage Range /15-12/ /15-12/ Output Voltage ccuracy - - ±5% ±5% - - ±5% ±5% - 0 C <Ta< 50 C mv Maximum Ripple & Noise (*6) -10 <Ta< 0 C mv Maximum Line Regulation (*6,7) mv Maximum Load Regulation (*6,8) mv Temperature Coefficient - Less than 0.02% / C 20 Over Current Protection (*9) More than 173W of Total Output Power 21 Over Voltage Protection (*10) V 5.7 ~ ~ ~ ~ ~ ~ ~ ~ Hold-Up Time (Typ) (*11) - 20 ms 23 Leakage Current (*12) m MX,0.2m(Typ) at 100VC / 0.44m(Typ) at 230VC 24 Remote ON/OFF Control Parallel Operation Series Operation Operating Temperature (*13) ~ 50 C (-10 ~30 C : 100%, 50 C : 50%) 28 Operating Humidity - 30 ~ 90%RH (No Dewdrop) 29 Storage Temperature ~ 85 C 30 Storage Humidity - 10 ~ 95%RH (No Dewdrop) 31 Cooling - Convection Cooling 32 Withstand Voltage Input - FG:2kVC(20m), Input - Output:3kVC (20m) Output - FG:500VC(100m), for 1min. 33 Isolation Resistance - More than 100MΩ at 25 C and 70%RH Output - FG:500VDC 34 Vibration - t no operating, 10-55Hz (Sweep for 1min) 19.6 m/s 2 Constant, X, Y, Z 1hour each. 35 Shock (In package) - Less than m/s 2 36 Safety - pproved by UL1950, CS950, EN60950, EN50178 Built to meet DENTORI 37 EMI - Built to meet EN55011/EN55022-B, FCC-ClassB, VCCI-B 38 Immunity (*15) - Built to meet EN , -3, -4, -5, -6, -8, Weight (Typ) g Size (WxHxD) mm x 44.5 x 250 (Refer to Outline Drawing) (*14) *1. For V2, V3,V4 stability, require minimum output current and above of V1. *9. Constant current limit with automatic recovery. Refer to test data ( _). *2. Operating period at peak current is less than 10sec. (Duty<0.35) Not operate at over load or dead short condition for more than 30 seconds. *3. t 100/200VC, Ta=25 o C and total allowable output power. *10. OVP circuit will shut down all outputs, manual reset (Line recycle). *4. For cases where conformance to various safety specs (UL, CS, EN) are required, *11. t 100/200VC, nominal output voltage and total allowable output power. to be described as VC(50/60Hz). *12. Measured by the each method of UL, CS, EN and DENTORI (at 60Hz), Ta=25 o C. *5. Not applicable for the inrush current to Noise Filter for less than 0.2ms. *13. t standard mounting. *6. Refer to output measuring ( /_) for line & load regulation - Load (%) is percent of total allowable output power or and ripple voltage. each maximum output current, whichever is greater. * VC, constant load. For other mountings, refer to derating curve ( /_). *8. Minimum load - Full load, constant input voltage. *14. s for DENTORI, built to meet at 100VC. *15. Refer to test data( _).

4 ZWQ130/ SPECIFICTIONS (FORCED IR COOLING) /- MODEL ZWQ / ZWQ / 1 Nominal Output Voltage V Minimum Output Current (*1) Maximum Output Current Total llowable Output Power W Input Current (100/200VC) (Typ) (*2) 2.0 / Operating Temperature (*3) ~ 60 o C (-10 ~40 o C : 100%, 60 o C : 50%) 7 Cooling (*4) - Forced ir Cooling *For other items, refer to convection cooling specifications ( /_). *1. For V2, V3,V4 stability, require minimum output current and above of V1. When it is using under condition of convection cooling, V1 minimum output current is same as convection cooling. *2. t 100/200VC, Ta=25 o C total allowable output power. *3. t standard mounting. - Load (%) is percent of total allowable output power or each maximum output current, whichever is greater. For other mountings, refer to derating curve ( /_). *4. ir flow > 0.85m 3 /min(30cfm)

5 OUTPUT DERTING (CONVECTION COOLING) / LOD (%) llowable output power 5225/ 5223/ Ta( o C) MOUNTING MOUNTING B,C,D MOUNTING E B C B C -10 ~ V 170W 130W 3.3V 149.6W 130W V 146W 130W 3V 146W 130W V 134W 130W 2V 134W 130W : V4 setting voltage C : Total llowable Output Power B : Total llowable Peak Output Power * The period of peak current at Convection Cooling is limited less than 10sec. (Duty < 0.35) For peak current application, refer to note ( /_). OUTPUT DERTING CURVE FOR CONVECTION COOLING LOD (%) MOUNTING MOUNTING B,C,D 40 MOUNTING E Ta ( C) Please refer to Instruction manual. * Load (%) is percent of total allowable output power or each maximum output current, whichever is greater. MOUNTING MOUNTING B MOUNTING C MOUNTING D MOUNTING E PROHIBIT (STNDRD MOUNTING)

6 /- OUTPUT DERTING (FORCED IR COOLING) LOD (%) llowable output power 5225/ 5223/ Ta( o C) MOUNTING,B,C,D,E B B -10 ~ V 170W 3.3V 149.6W V 146W 3V 146W V 134W 2V 134W : V4 setting voltage B : Total llowable Output Power * ir flow > 0.85m 3 /min(30cfm) ir must flow through component side OUTPUT DERTING CURVE FOR FORCED IR COOLING LOD (%) MOUNTING,B,C,D,E Ta ( C) Please refer to Instruction manual. * Load (%) is percent of total allowable output power or each maximum output current, whichever is greater. MOUNTING MOUNTING B MOUNTING C MOUNTING D MOUNTING E PROHIBIT (STNDRD MOUNTING)

7 / Output Measuring NOTE P.S. V1 G1 V2 G2 V3 V4 G3 150mm WG18 C1 C2 C3 C4 Measuring Point for Ripple & Noise. C5 C6 C7 C8 RL1 RL2 RL3 RL4 Measuring Point for Vo and Line/Load Regulation. Measure with EIJ RC-9131 probe. Bandwidth of scope : 100MHz Capacitance C1,C2,C3,C4 : Film Cap. 0.1 µf C5 : Elec. Cap µf C6,C7,C8 : Elec. Cap. 100 µf Peak Output Current (Convection Cooling) Ip 0 τ T Im a 0 Ip τ T Im Ip : Peak output current ( ) Iav : verage output current ( ) ( Maximum output current (Convection) in Spec. ) Im : verage output current ( ) t : Pulse width of peak output current ( sec ) ( Operating time at peak output ) T : Period ( sec ) : more than 10ms Iav Im = Ip τ Τ ( Ip a) τ Iav Im = a Τ * The period of peak current at Convection Cooling is limited less than 10sec.. (Duty < 0.35) * Take V1 minmum output current more than 2.1.

WIDE SELECTION OF LINE UP RANGE FROM GENERAL INDUSTRIAL, MEDICAL, HEAVY DUTY TO POWER SUPPLY WITH PEAK OUTPUT HWS

HWSSeries WIDE SELECTION OF LINE UP RANGE FROM GENERAL INDUSTRIAL, MEDICAL, HEAVY DUTY TO POWER SUPPLY WITH PEAK OUTPUT HWS Series put together the concept of "Environment-friendly", "User-friendly", and