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PULS
PULS

Power supply 1-phase, 24 V dc Miniline 2 Series

  • Output current of 0.6 A, 1.3 A and 2.5 A
  • Up to 89.7% efficiency
  • Width of 22.5 mm
  • AC and DC input voltage

Product description

Pulse Mini Line 2 is the latest developed the Mini Line series consisting of the small power supply with very compact dimensions and low weight. The units have high efficiency, low EMC interference and good protection against mains transients, making them useful in almost all electrical environments.

Very low quiescent current and high efficiency even at loads down to 60% makes the aggregates at a good energy and environmental choices.

 

 

 

Output characteristics

ML15.241. (0.6 A)

ML30.241. (1.3A)

ML60.241. (2.5 A)

Output characterisitcs ML15.241. (0.6 A)

Output characteristics ML30.241. (1.3A)

Output characteristics

 

 

Number of variants matching filter 3/3 |

Part numbers

Parts Price Inrush current at 120 V ac typical Inrush current at 230 V ac typical Power factor at 120 V ac, full load. Typical Power factor at 230 V ac, full load. Typical Output current Power Efficiency at 120 V ac, full load, typical Efficiency at 230 V ac, full load, typical Lifetime at 120 V ac, full load and +40 ° C Lifetime at 230 V ac, full load and +40 ° C MTBF (IEC 61709) 230 V ac, max load, 40 ° C Width Weight Hold time at 120 V ac, typical full load Hold time at 230 V ac, typical full load Power consumption 120 V ac Power consumption 230 V ac Power drop from +60 °C to + 70 °C
13 A 26 A 0,51 0,44 0,63 A 15 W 86,1 % 85,1 % 200000 h 196000 h 4369000 h 22,5 mm 0,13 kg 47 ms 196 ms 0,28 A 0,17 A 0,4 W/°C
18 A 35 A 0,52 0,49 1,3 A 30 W 88 % 89,4 % 171000 h 174000 h 2405000 h 22,5 mm 0,14 kg 31 ms 141 ms 0,54 A 0,3 A 0,8 W/°C
16 A 32 A 0,58 0,5 2,5 A 60 W 87,8 % 89,7 % 93000 h 128000 h 1916000 h 45 mm 0,25 kg 24 ms 107 ms 0,98 A 0,58 A 1,5 W/°C

Part

ML15.241
PSU 100-240V ac I/P 24V dc 0.63A 15W O/P

Technical data

Input data

Input voltage ac 100-240 V
Input voltage ac min 85 V AC
Input voltage ac max 264 V AC
Input voltage dc 110-300 V
Input voltage dc min 88 V DC
Input voltage dc max 375 V DC
Inrush current at 120 V ac typical 13 A
Inrush current at 230 V ac typical 26 A
Input voltage range Wide-range
Power factor at 120 V ac, full load. Typical 0,51
Power factor at 230 V ac, full load. Typical 0,44
Number of phases 1

Output data

Output voltage 24 V DC
Output voltage min 24 V DC
Output voltage max 28 V DC
Output current 0,63 A
Power 15 W

Efficiency / Lifetime / MTBF

Efficiency at 120 V ac, full load, typical 86,1 %
Efficiency at 230 V ac, full load, typical 85,1 %
Lifetime at 120 V ac, full load and +40 ° C 200000 h
Lifetime at 230 V ac, full load and +40 ° C 196000 h
MTBF (IEC 61709) 230 V ac, max load, 40 ° C 4369000 h

Dimensions

Width 22,5 mm
Height 75 mm
Depth 91 mm
Weight 0,13 kg

Other

Approvals ABS, CB, CE, CSA, EAC, GL, NEC Class 2, UL
Hold time at 120 V ac, typical full load 47 ms
Hold time at 230 V ac, typical full load 196 ms
IP class IP20
Clamp type Screw on
Material protection ABS plastic
Supply frequency 50-60 ±6 %
Ripple max 50 mV pp
Series Miniline
Power consumption 120 V ac 0,28 A
Power consumption 230 V ac 0,17 A
Power drop from +60 °C to + 70 °C 0,4 W/°C
Temperature min without derating -10 °C
Temperature max without derating 60 °C
Type Power Supply AC-DC
Active Transient Yes

Measurements and connections

Technical illustrations

  • For good cooling free space of 40 mm above and 20 mm under the power supply is recommended. The sides 0 mm unless neighbouring products are a heat source, for example, a power supply unit. Leave then a 15 mm air gap.

    For good cooling free space of 40 mm above and 20 mm under the power supply is recommended. The sides 0 mm unless neighbouring products are a heat source, for example, a power supply unit. Leave then a 15 mm air gap.

  • For good cooling free space of 40 mm above and 20 mm under the power supply is recommended. The sides 0 mm unless neighbouring products are a heat source, for example, a power supply unit. Leave then a 15 mm air gap.

    For good cooling free space of 40 mm above and 20 mm under the power supply is recommended. The sides 0 mm unless neighbouring products are a heat source, for example, a power supply unit. Leave then a 15 mm air gap.

Resource

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