Phoenix Contact TRIO POWER Switched Mode DIN Rail Power Supply, 400V ac ac Input, 72V dc dc Output, 14A Output, 1.008kW

Subtotal (1 unit)*

£445.64

(exc. VAT)

£534.77

(inc. VAT)

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RS Stock No.:
240-1035
Distrelec Article No.:
303-09-458
Mfr. Part No.:
1076188
Brand:
Phoenix Contact
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Brand

Phoenix Contact

Series

TRIO POWER

Type

Switched Mode

Electrical Phase

3

AC or DC Input Voltage

ac

Input Voltage

400V ac

AC or DC Output Voltage

dc

Output Voltage

72V dc

Output Current

14A

Width

110mm

Depth

160mm

Height

130mm

Maximum Temperature

+70°C

Minimum Temperature

-25°C

Model

TRIO-PS-2G/3AC/72DC/14

Standards Met

CE

MTBF

1730000h

Efficiency

94.6%

Ripple And Noise

300mV Pk-Pk

Mounting Type

DIN Rail

COO (Country of Origin):
CN

Phoenix Contact TRIO-PS Series PSU, 14A Output Current - 1076188


This high-power DIN Rail power supply from Phoenix Contact is designed to provide a reliable conversion from AC to DC voltage. With a power rating of 1.008 kW, this industrial power supply unit offers reliable performance in a compact form factor. Ideal for use in machine building applications, it ensures a steady and efficient power supply for all loads.

Features & Benefits


• Primary-switched power supply suitable for DIN rail mounting
• Dynamic boost technology for enhanced output capacity
• Tool-free fast connection technology for easy installation of conductors
• Robust design for reliable operation under challenging ambient conditions
• High efficiency rating of over 94.6% for energy savings

Applications


• Designed for use in machine building applications
• Ideal for industrial automation systems
• Suitable for use in electrical and mechanical industries

Can it handle a wide range of input voltages?


Yes, it can operate within a 3x 400 V AC to 500 V AC input voltage range.

Will it provide stable output voltage under varying loads?


It ensures a stable output voltage of 72 V DC with minimal deviations.

Is it suitable for installation in harsh environmental conditions?


Yes, it features a robust design to withstand challenging ambient temperatures and pollutant levels.

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