PSG480E中文資料伊頓數(shù)據(jù)手冊PDF規(guī)格書

Product Description

Eaton’s PSG Series of power

supplies is designed to be

a high-performance, highquality

line of products

covering a majority of 12 Vdc

and 24 Vdc control

applications. With global

certifications, a compact

size and an impressive

operating temperature range,

the PSG Series fits a wide

variety of applications at a

competitive price.

Our expansive 22 model

offering is able to provide

solutions for most

applications with PSG

outputs ranging from 12 Vdc

at 1.25A up to 24 Vdc at 40A,

plus redundancy and buffer

modules to ensure uptime.

Application Description

The PSG Series is a line of

general-purpose power

supplies for use in a wide

variety of industrial control

applications. Applications

include communication

networks, sensors, PLCs

and many other electrical

systems. Each model is

equipped with the options

of a rugged metal or plastic

housing, heavy-duty screw

or finger-safe terminals and

a variety of protection

features, making the PSG

one of the most versatile

industrial power supply lines

on the market.

Features, Benefits and

Functions

l Universal input voltages:

100–240 Vac for singlephase

units, 400–500 Vac

for three-phase units

with available ranges up

to 600 Vac

l General-purpose 12 Vdc

and 24 Vdc adjustable

output

l 150% power surge output

l Wide operating temperature

range: –20°C to +80°C

l MTBF up to 1,000,000

hours ensures uptime

and reliability

l Protection from overvoltage,

overcurrent and overtemperature

conditions

l Rugged aluminum and

plastic housings provide

the durability required to

stand up to harsh

environments

l All-metal DIN rail mounting

hardware

l Heavy-duty screw and

finger-safe terminals

l LED indicating light for

DC OK simplifies

troubleshooting

l Conformal coated

electronics

l Hazardous Location Class I,

Division 2 rated models

l NEC? Class II rated model

l Redundancy modules keep

loads up and running in the

event of a device failure

l Buffer module has the

stored power needed to

keep loads running through

a power failure