Automation and control

Description

The Line-EDS-PS is a gateway with PowerStudio embedded. This module, by itself, lets you set up a supervisory and telemanagement (SCADA) system. By using the expansion modules of the line range or any Modbus (TCP or RTU) device on the market, it is able to integrate any process signal that is to be measured.

By programming the device with PowerStudio, you can incorporate any actuating logic for analogue or digital outputs, allowing you to create an automated management system that performs actions based on the input signals.

The device can be connected via cabled (Ethernet) or wireless (Wi-Fi) networks. The data displays, screens and reports can be accessed via the PowerStudio client or via a web browser thanks to the integrated web server

The Line-EDS-PS device has three models with different capabilities:

	Line-EDS-PS	Line-EDS-PSS	Line-EDS-PSS PRO
Customized SCADA displays	-	2	5
Customized reports	-	2	5
Event scheduling	10	20	40
Programming of calculated variables	10	20	40
CIRCUTOR Modbus RTU and TCP slave devices or generic	5	10	20

The PSS and PSS PRO variants offer the ability to program screens and reports, which allows you to have a SCADA system with a single device, without the need for PCs, servers or licences.

Applications

The ease of programming in the PowerStudio environment allows a multitude of applications to be quickly integrated. Some possibilities are listed below by way of example:

• Electricity consumption monitoring system with active alarm management by e-mail (cos φ, maximum power, harmonics, etc.), sectorization of consumption, load management, invoice simulation, allocation of production costs, etc.
• Efficient management of systems through hourly schedules (HVAC, lighting, etc.)
• Efficient management of HVAC systems by regulating the supply setpoints.
• Control of pumping systems.
• Monitoring of industrial processes.
• Management of multipoint consumption (electricity, water, gas, etc.)
• Analysis of equipment performance (compressed air, HVAC, etc.)

AC power supply

DC power supply

Digital transistor outputs

Wireless communication

Serial communication

Communication Network

User interface

Environmental characteristics

Mechanical characteristics

Standards

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