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Eaton easyE4 Integrated Web Editor & Web Server

Integrated Web Editor & Web Server

For remote control and visualization including web editor

Powerful visualization

Integration of Remote Touch Display Advanced

Hardware security module

Encrypt all device communications with a certificate

Big operating range

Base devices and expansion modules available in DC, AC and UC voltages

Large extension

Up to 11 local I/O expansion modules per easyE4

Communication solutions

easyNet, Modbus TCP, Modbus RTU, SmartWire-DT

Various languages

Four programming languages in easySoft: EDP,LD,FBD,ST

Automatic message

E-mail notifications in case of any deviations

EPAS

Digital Data pass enables digital access to product information

More flexibility with less components

The easyE4 base devices and input/output expansion modules are available with DC,

AC and UC (universal) voltage, which makes the devices ideal for use in machine

building or building applications. By means of up to 11 expansion modules, the base

devices can be expanded to max. 188 inputs/outputs. All the expansions can be mixed

and combined as required. Thanks to the clever plug-in technology, the expansion

modules can be quickly connected or replaced.

The easyE4 control relay from Eaton’s Moeller series

The easyE4 control relay from Eaton’s Moeller series is ideally suited for

implementing the control and regulation of small to medium complex 

applications efficiently and flexibly. It offers a wide range of custom and

simple visualization options: whether on mobile devices thanks to the web

server including the integrated web-editor or with the easyE Remote Touch Displays.

The device can also be connected directly to Amazon Web Services (AWS).

The easyE4 series offers a wide range of communication options via the integrated

Ethernet interface featuring the functions of a mini-PLC for machine and system control.

With the integrated Modbus TCP client and server functionality, components of different

levels can be integrated. The communication modules for Modbus RTU and SmartWire-DT

make the easyE4 to a smart relay enabling the monitoring machines and systems.

Many other functions make the easyE4 a powerful micro controller that can also be

integrated into IoT system architectures.

Eaton easyE4 nano programmable logic controllers core features

easyE4 nano programmable logic controllers core features

• Maximum flexibility, with up to 11 local expansion modules per base unit

• The 188 available inputs/outputs within a single easyE4 system provide coverage

for a broad range of applications

• A compact product with a large voltage range (DC, AC and UC)

• Base units with different voltage types can be combined as required by means of the

available expansion modules, which makes handling the easyE4 devices even more effortless

• The integrated Ethernet interface allows for a broad range of communication options

• A user-friendly programming environment with four programming languages

(ST, FBD, LD, EDP) to choose from

• Various display and visualization options, the integrated display, web server,

and Ethernet options make visualization on mobile devices possible

• The integrated micro SD card facilitates data logging and customized startup displays

• Display with three background colors (red, green, white) for visualization of

different device statuses

• Real-time clock as well as Ethernet services ensure highly precise date and time indication

• The interrupt function enables fast event recognition and rapid response times

• Communication modules available for field bus protocols such as Modbus RTU and Smartwire-DT

Eaton easyE4 Think differently about effortless control

Think differently about effortless control

The easyE4 PLC has 12 I/O and can be expanded to a network of up to 188 I/O points,

providing the ideal solution for lighting, energy management, industrial control, irrigation,

pump control, HVAC and home automation. In whatever your application, the compact and

flexible easyE4 enables control systems that are efficient and effortless to implement.

After the easyE4 is installed, changes are easily accomplished through front panel

programming, which eliminates the need to change wiring and minimizes downtime.

Gain effortless control with the easyE4.

• Various display and visualization options, the integrated display, web server,

and Ethernet options make visualization on mobile devices possible

• The integrated micro SD card facilitates data logging and customized startup displays

• Display with three background colors (red, green, white) for visualization of

different device statuses

• Real-time clock as well as Ethernet services ensure highly precise date and time indication

• The interrupt function enables fast event recognition and rapid response times

• Communication modules available for field bus protocols such as Modbus RTU and Smartwire-DT

Eaton COOPER POWER SERIES DirectConnect elbow arrester

Look to Eaton’s Cooper PowerE series 600 A 35 kV class DirectConnect

elbow arrester to offer wind farm customers significant cost savings and

ease of installation.

This new deadbreak design replaces three components:

bushing extender, loadbreak reducing tap plug and the traditional 200 A

elbow arrester. The DirectConnect elbow arrester is available in two design

options: VariGAP and M.O.V.E. Eaton values your trust in our experience to

engineer products that save you money.

Reliability, cost savings and ease of installation

Eaton is now combining their 40+ year track record in separable connectors

and 27 years in underground arresters to introduce the 600 A DirectConnect

elbow arrester.

Eaton offers a cost-effective design with a shorter stacking height.

With this design, you no longer have to worry about clutter or not being able to

fit your cable accessories into smaller enclosures. The DirectConnect elbow arrester

replaces three components with one and is over 50% smaller in size than the

traditional offering, cutting installation time by 80%.

Not only does this design save you money on direct material costs, but it also

reduces overall labor expenses.

The DirectConnect elbow arrester utilizes the design expertise and manufacturing

know-how that contractors, developers and owners alike have come to rely on from

Eaton. Specific for 35 kV wind farm applications, the VariGAP design option provides

enhanced temporary overvoltage (TOV) characteristics for superior MCOV performance

over time. The VariGAP design is available in 27 kV and the standard M.O.V.E. design

is available in 27 kV and 30 kV ratings. Installation is easy. Simply thread the adapter

into a standard 600 A bushing and install the DirectConnect elbow arrester onto the

bushing. The probe inside the arrester latches into the adapter.

Eaton COOPER POWER SERIES Design features and benefits

Design features and benefits

• Replace three components with one DirectConnect elbow arrester

• Save material costs with the DirectConnect arrester over bushing extender,

loadbreak reducing tap plug, and 200 A elbow arrester

• Reduce stocking requirements

• Shorter stacking height

• Decrease stacking height more than 50%

• Fits into smaller enclosures

• Reduces pulling force due to elimination of cantilever effect

• Easily retrofittable to existing 600 A installations

• Simply replace the bushing extender, loadbreak reducing tap plug and 200 A elbow

arrester with an adapter and a DirectConnect elbow arrester

• TOV performance

• Enhanced temporary overvoltage characteristics

• 36 kV—highest TOV in the industry

• Arresters that will survive higher AC overvoltages, reducing downtime

• Increased system reliability

• EPDM molded rubber deadfront construction

• 40+ years of experience in EPDM rubber cable accessories and 27+ years

of elbow arrester technology

• Eaton is the only separable connector manufacturer that mixes and blends its own

insulation in-house

• Eaton’s chemists maintain control of the formulation at all times

• Ease of installation

• Cuts installation time by 80% versus installing three components

• Visually can verify contact with threads, which reduces chance of cross threading

• No special training required for linemen or contractors

Standard design tests

• IEEE Std 386E separable insulated connector systems

• IEEE Std C62.11 metal oxide surge arresters for AC power circuits

Bently Nevada The series of Integrated Electronics Piezo-Electric (IEPE)

This series of Integrated Electronics Piezo-Electric (IEPE)

accelerometers are optimized for obtaining high quality

vibration signals in harsh industrial environments. Their piezo

sensing elements provide exceptional dynamic range,

frequency range and linearity, while their integrated

amplifiers boost the signal, making them relatively immune

to electrical noise.

Features

• Rugged stainless design, corrosion resistant

• Hermetic seal, case isolated

• ESD protection

• Reverse wiring protection

• EMI / RFI shielded

• Hazardous area certifications

Benefits

• Able to fit in small spaces

• Light weight for walk around programs

• Cross wiring does not harm sensor

• Prevents ground loops in permanent mount applications

• Can be hosed down or submersed with proper connector

• Can be used in applicable certified hazardous areas Compliance

• See individual accelerometers for compliance.

Bently Nevada IEPE Accelerometer Series

Description

This series of Integrated Electronics Piezo-Electric (IEPE)

accelerometers are optimized for obtaining high quality

vibration signals in harsh industrial environments. Their piezo

sensing elements provide exceptional dynamic range,

frequency range and linearity, while their integrated

amplifiers boost the signal, making them relatively immune

to electrical noise.

They require an industry standard constant-current power

supply, and provide an output voltage proportional to the

acceleration signal. So they can interface to a wide variety of

condition monitoring systems.

Within the series are options for 100 or 500 mV/g sensitivity,

top-exit or side-exit connector, and several hazardous-area

certification levels.

Bently Nevada Velocity Sensors & Accelerometers

Overview

The evolution of our accelerometer sensors, velocity-sensing tools, pressure sensors,

and vibration sensors can be traced back to our velocity sensors.

These high-sensitivity units offer a self-generating moving-coil design used by geologists

to measure movement in the Earth’s crust. Today, we still refer to “seismic” sensors for

condition monitoring or general purpose in a nod to their origin.

These early sensors led to the introduction of different types of accelerometers,

including rugged solid-state piezoelectric accelerometers, ushering in today’s integrated

capacitive configurations that deploy signal processing circuitry for output signals using

velocity rather than acceleration.

Our capacitive calibration experience and expertise in how accelerometers work across

the dynamic range, developed over decades, offer a selection of first-rate, high-sensitivity

casing-mounted capacitive accelerometers and velocity sensors with a variety of models

for specific applications.

Bently Nevada’s line of accelerometers, velometers, and other acceleration and velocity

sensing tools each come with features to help keep your machinery in its best condition.

Both can handle extreme heat. The velocity sensor is made to be self-powered,

radiation-resistant, and flexible to suit your plant, while the acceleration sensor protects

from electrical hazards and offers portable data collectors.

• Withstands Extreme Heat

• Flexible and Reliable

• Radiation Resistant

• Sense Low-Frequencies

• Isolates Electricity

• Withstands Extreme Heat

• Monitors Gearmesh Frequencies

• Fully Compatible with Portable Data Collectors

Bently Nevada ADRE System Product Features

ADRE System Product Features

The ADRE comes with a variety of features to best suit your needs, including easy-to-create

database software and a 3500 rack based configuration importer to provide high-speed

communication with the monitoring system.

Quick Configuration Software – Allows even novice users to create an Sxp-ready database

to configure ADRE and begin receiving data within minutes.

Impact Hammer Kit – Determines the transfer function and other response characteristics of

rotating machines and mechanical structures.

3500 Rack Importer – Sxp software with time-saving 3500 rack-based machine monitoring

system configuration importer ensures seamless communication with 3500 Series monitoring system.

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