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

Height

130mm

Width

110mm

Depth

160mm

Ripple And Noise

300mV Pk-Pk

Model

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

Minimum Temperature

-25°C

Standards Met

CE

Maximum Temperature

+70°C

MTBF

1730000h

Mounting Type

DIN Rail

Efficiency

94.6%

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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