Buy EA Elektro Automatik EA-PS 2084-05B Bench PSU (adjustable voltage) 0 - 84 V DC 0 - 5 A 160 W USB remote controlled No. o

The image shows a digital laboratory power supply with a display indicating voltage and current. It features rotary controls, a USB port, and switches.

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Highlights & Details

EA Elektro Automatik EA-PS 2084-05B Bench PSU (adjustable voltage) 0 - 84 V DC 0 - 5 A 160 W USB remote controlled No. of outputs 1 x

EA order no. 39200117
Compact design
Convenient housing design
Safety output sockets
Ideal for schools and training centres

Technical specifications

Type: EA-PS 2084-05B

Product type: Bench PSU (adjustable voltage)

No. of outputs: 1 x

: 160 W

Technology: SMPSU

Interfaces: USB

Features: remote controlled

Dim: (W x H x D) 174 x 82 x 240 mm

: Manufacturer's standards (no certificate)

Weight: 2.7 kg

Connections: 4 mm Banana jack

Type: Bench

Output voltage (max.): 84 V DC

Output voltage (min.): 0 V DC

Max. output current: 5 A

Output current (min.): 0 A

Inputs: Cold-device socket

Load balance: < 0.05 %

Type: Switched Mode

Width: 174 mm

Height: 82 mm

Residual ripple: < 7 mARMS

Output current 1: 0 - 5 A

Depth: 240 mm

: 160 W

Output rating: 160 W

Input voltage: 90 - 264 V AC

Output voltage 1: 0 - 84 V DC

Documents & Downloads

Datasheet

Datasheet 513319 EA Elektro Automatik EA-PS 2084-05B Bench PSU (adjustable voltage) 0 - 84 V DC 0 - 5 A 160 W USB remote controlled No. o

User & Safety Instructions

User & Safety Instructions 513319 EA Elektro Automatik EA-PS 2084-05B Bench PSU (adjustable voltage) 0 - 84 V DC 0 - 5 A 160 W USB remote controlled No. o

Description

The EA-PS 2000B series laboratory power supply unit is distinguished by its compact design and a favourable price-performance ratio. Apart from overvoltage protection (OVP), the connected consumers are also protected against high voltage and now it is available with a selectable over current protection. It switches off the output as soon as the 0...110% adjustable threshold of nominal current is reached and protects the consumer from developing a defect due to over current and thus prevent damage.
The set values of current and voltage are mutually adjusted so that the max. power from P = U x I is not exceeded. This allows you to work with either a high output voltage or high output current.
You can monitor and control the device with remote via the standard built-in USB port. You can even connect it serially to other devices with the help of separately available license extension. Thus the devices become particularly suitable for education and training companies, industrial and systems applications, factories and development laboratories and institutes.