PULS

Power supply 1-phase, 24V dc Low Power Piano Series

The latest and smallest representatives of the PIANO product family are currently the 24V DIN rail power supplies PIM36 (36W), PIM60 (60W) and PIM90 (90W).

Mini power supplies. New space opportunities.

 

The new PIANO Mini (PIM) power supplies create space in your systems or machines and allow you a more flexible planning. A 90W DIN rail power supply in a 36 x 90 x 91mm (WxHxD) housing is currently unique in the market. The width of the 36W version is only 22.5mm - so literally a thumb's width. This results in completely new space opportunities for you.

 

Focus on core features.

 

The most important characteristic of the PIANO devices is their focus on the core features of a power supply:  efficiency, lifetime, reliability and size. The very high PULS quality is maintained in each of these features.

 

An example is the high efficiency of 91.8% (PIM60) and 93.8% (PIM90) at full load and +40°C ambient temperature. This means lower heat losses. It makes the power supplies more durable and reduces your costs for the cooling of your system.

 

Push-in or screw terminals - you decide.

 

For the PIM60 and PIM90 you can choose between push-in and screw terminals. The push-in terminals reduce installation time, and are very reliable in environments prone to shock and vibration. In addition, they are ideally suited for robot-assisted wiring processes.

 

The screw terminals, that accommodate large diameter wires, are still popular in environments with minimal shock and vibration.

 

Growing power supply family.

 

With the new PIANO Mini products, PULS now provides a complete, cost-oriented product family in the 36-480W power range.

Read more
  • Output current between 1.5 A to 3.8 A
  • Push-in or screw terminals
  • Up to 93.8% efficiency
  • Low no-load power losses

Selected variant

Selected variant

Specifications

Input voltage AC 100-240 V
Input voltage ac min 90 V AC
Input voltage ac max 264 V AC
Inrush current at 120 V ac typical 14 A
Inrush current at 230 V ac typical 40 A
Input voltage range Wide-range
Power Factor at 120 V AC, full load. Typical 0.53
Power Factor at 230 V AC, full load. Typical 0.46
Number of phases 1
Output voltage 24 V DC
Output voltage min 24 V DC
Output voltage max 28 V DC
Output Current 1.5 A
Effect 36 W
Efficiency At 120 V AC, full load. Typical 90.5 %
Efficiency At 230 V AC. Typical 88.2 %
Efficiency At 230 V AC, full load. Typical 90.6 %
Lifetime at 120 V ac, full load and +40 ° C 162000 h
Lifetime at 230 V ac, full load and +40 ° C 161000 h
MTBF (IEC 61709) 230 V AC, Maximum Load, 40 ° C 2081000 h
Width 22.5 mm
Height 90 mm
Depth 91 mm
Weight 0.14 kg
Approvals CB, CE, cULus, NEC Class 2
Hold-up time at 120 V AC, full load. Typical. 37 ms
Hold-up time at 230 V AC, full load. Typical. 162 ms
IP Class IP20
Clamp type Push in
Material Protection Polycarbonate
Supply Frequency 50-60 ±6 %
Ripple. max 50 mV pp
Series Piano
Power Consumption At 120 V AC 0.63 A
Power Consumption At 230 V AC 0.38 A
Power Reduction Of 60 To 70 ° C 0.96 W/°C
Temperature Range Without Derating From -10 °C
Temperature Range Without Derating To 60 °C
Type Power Supply AC-DC

Product description

The latest and smallest representatives of the PIANO product family are currently the 24V DIN rail power supplies PIM36 (36W), PIM60 (60W) and PIM90 (90W).

Mini power supplies. New space opportunities.

 

The new PIANO Mini (PIM) power supplies create space in your systems or machines and allow you a more flexible planning. A 90W DIN rail power supply in a 36 x 90 x 91mm (WxHxD) housing is currently unique in the market. The width of the 36W version is only 22.5mm - so literally a thumb's width. This results in completely new space opportunities for you.

 

Focus on core features.

 

The most important characteristic of the PIANO devices is their focus on the core features of a power supply:  efficiency, lifetime, reliability and size. The very high PULS quality is maintained in each of these features.

 

An example is the high efficiency of 91.8% (PIM60) and 93.8% (PIM90) at full load and +40°C ambient temperature. This means lower heat losses. It makes the power supplies more durable and reduces your costs for the cooling of your system.

 

Push-in or screw terminals - you decide.

 

For the PIM60 and PIM90 you can choose between push-in and screw terminals. The push-in terminals reduce installation time, and are very reliable in environments prone to shock and vibration. In addition, they are ideally suited for robot-assisted wiring processes.

 

The screw terminals, that accommodate large diameter wires, are still popular in environments with minimal shock and vibration.

 

Growing power supply family.

 

With the new PIANO Mini products, PULS now provides a complete, cost-oriented product family in the 36-480W power range.

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Articles Input voltage AC Input voltage ac min Input voltage ac max Inrush current at 120 V ac typical Inrush current at 230 V ac typical Input voltage range Power Factor at 120 V AC, full load. Typical Power Factor at 230 V AC, full load. Typical Number of phases Output voltage Output voltage min Output voltage max Output Current Effect Efficiency At 120 V AC, full load. Typical Efficiency At 230 V AC. 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, Maximum Load, 40 ° C Width Height Depth Weight Approvals Hold-up time at 120 V AC, full load. Typical. Hold-up time at 230 V AC, full load. Typical. IP Class Clamp type Material Protection Supply Frequency Ripple. max Series Power Consumption At 120 V AC Power Consumption At 230 V AC Power Reduction Of 60 To 70 ° C Temperature Range Without Derating From Temperature Range Without Derating To Type Power Supply
100-240 V
90 V AC
264 V AC
14 A
40 A
Wide-range
0.53
0.46
1
24 V DC
24 V DC
28 V DC
1.5 A
36 W
90.5 %
88.2 %
90.6 %
162000 h
161000 h
2081000 h
22.5 mm
90 mm
91 mm
0.14 kg
CB, CE, cULus, NEC Class 2
37 ms
162 ms
IP20
Push in
Polycarbonate
50-60 ±6 %
50 mV pp
Piano
0.63 A
0.38 A
0.96 W/°C
-10 °C
60 °C
AC-DC
100-240 V
90 V AC
264 V AC
15 A
36 A
Wide-range
0.55
0.47
1
24 V DC
24 V DC
28 V DC
2.5 A
60 W
90.7 %
90.7 %
91.8 %
131000 h
148000 h
36 mm
90 mm
91 mm
0.22 kg
CB, CE, cULus, NEC Class 2
24 ms
113 ms
IP20
Push in
Polycarbonate
50-60 ±6 %
100 mV pp
Piano
1 A
0.6 A
1.44 W/°C
-10 °C
60 °C
AC-DC
100-240 V
90 V AC
264 V AC
15 A
36 A
Wide-range
0.55
0.47
1
24 V DC
24 V DC
28 V DC
2.5 A
60 W
90.7 %
90.7 %
91.8 %
131000 h
148000 h
36 mm
90 mm
91 mm
0.22 kg
CB, CE, cULus, NEC Class 2
24 ms
113 ms
IP20
Screw
Polycarbonate
50-60 ±6 %
100 mV pp
Piano
1 A
0.6 A
1.44 W/°C
-10 °C
60 °C
AC-DC
100-240 V
90 V AC
264 V AC
18 A
40 A
Wide-range
0.58
0.45
1
24 V DC
24 V DC
28 V DC
3.8 A
90 W
92.1 %
92 %
93.8 %
64000 h
102000 h
102000 h
36 mm
90 mm
91 mm
0.27 kg
CB, CE, cULus
25 ms
119 ms
IP20
Push in
Polycarbonate
50-60 ±6 %
100 mV pp
Piano
1.45 A
0.95 A
2.4 W/°C
-10 °C
60 °C
AC-DC
100-240 V
90 V AC
264 V AC
18 A
40 A
Wide-range
0.58
0.45
1
24 V DC
24 V DC
28 V DC
3.8 A
90 W
92.1 %
92 %
93.8 %
64000 h
102000 h
102000 h
36 mm
90 mm
91 mm
0.27 kg
CB, CE, cULus
25 ms
119 ms
IP20
Screw
Polycarbonate
50-60 ±6 %
100 mV pp
Piano
1.45 A
0.95 A
2.4 W/°C
-10 °C
60 °C
AC-DC
100-240 V
90 V AC
264 V AC
18 A
40 A
Wide-range
0.58
0.45
1
24 V DC
24 V DC
28 V DC
3.8 A
90 W
92.1 %
92 %
93.8 %
64000 h
102000 h
1446000 h
36 mm
90 mm
91 mm
0.27 kg
CB, CE, cULus, NEC Class 2
25 ms
119 ms
IP20
Screw
Polycarbonate
50-60 ±6 %
100 mV pp
Piano
1.45 A
0.95 A
2.4 W/°C
-10 °C
60 °C
AC-DC

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