Category: Eaton

The PR 6423 is commonly used to measure vibration of

machine shafts, eccentricity, thrust (axial displacement), differential

expansion, valve position, and air gaps.

• Non-contact measurement of static and dynamic shaft displacement

– Axial and radial shaft displacement (position)

– Shaft eccentricity

– Shaft vibration (motion)

• Meets international standards, DIN 45670. ISO 10817-1 and API 670

• Rated for explosive area, Eex ib IIC T6/T4

• Other displacement sensor selections include PR 6422. PR 6423.

PR 6424 and PR 6425

• Select converter, such as CON 011/91. 021/91. 041/91. and cable for

complete transducer system

The possibility to create your own user defined controls with

parameter interface (tags, text, images, script assignments,

…) improves reusability and graphical consistency across the

project, saving time during the development phase.

By activating the web visualization functionality of Galileo,

remote devices such as PC’s, tablet’s or smartphones can easily

access the XV-102 visualization. Based on the HTML5-standard

all common web browsers (Safari, Chrome, Edge) are supported.

It is possible to make an existing visualization web-accessible

with just a few simple configuration clicks, or to design a

specially tailored visualization for web purposes (e.g., tailored

content for portrait mode view, reduced functionality for web

access).

The Galileo Design Tool offers a simulator with which the

created visualization can be easily tested on the developer PC.

Galileo is an intuitive and powerful engineering environment

that takes small effort to master and meets every requirement

involved in today‘s on-site machine operation. It is custom

tailored to the needs of the international machine and systems

building industry and reflects the latest developments in

visualization technology.

The comprehensive integrated communication protocols

make it possible to provide visualization for all common

PLCs resp. controllers.

Visualization controls like value display, gauge, graph charts, lists

and many more offers great design possibilities for visualizing

PLC tag values. At the same time, controls like value entry

with modern looking on-screen keyboard, slider, list selection

box, recipe and more facilitate the changing of PLC variables.

Navigation between the different visualization visualization

image pages can be designed attractively using animated

screen changes, pull-out menus and dynamic dialogs. Additional

functionalities like scripting, trigger script execution on events

and a built-in user management complete the broad range of

customization.

In addition, visually appealing screen displays can be

quickly implemented to further emphasize the high quality

of the machine.

Embedded Linux was specially developed for embedded

systems in the context of modern machine automation.

It makes the devices future-proof, particularly in terms of cyber

security. As before, PLC programming is carried out using

CODESYS, the established and industry-wide standard for

programming control systems.

The devices are housed in a plastic casing and can also be used

in portrait format. The integrated non-volatile memory can be

easily expanded via an SD card, if required. In addition to the

Ethernet interface, CANopen, RS232 and RS485 interfaces are

also available, depending on the device type.

At a glance

• Screen sizes include 3.5-inch-, 5.7-inch- (4:3 format)

and 7.0-inch variants (16:9 format)

• Resistive touch technology

• 800 MHz ARM CPU

• SD card slot, USB-Host

• Ethernet and optional CANbus, RS485 and RS232 interfaces

• Programming with GALILEO V11. optionally with XSOFT-CODESYS 3

• Approvals: UL, DNV

XV-102 Touch Display – Compact, powerful and flexible

The XV-102 touch display range from Eaton’s MoellerTM Series

offers a compact, powerful and flexible solution for automation

applications where space is at a premium. The devices offer the

modern, future-proof Embedded Linux operating system with

advanced cyber security features and even faster processors,

while maintaining form, fit and function. They can be used

either as HMI operating panels or optionally with integrated

PLC functionality.

Thanks to the resistive touch screen, the devices can be

operated with thick work gloves and are extremly robust against

electrical interferences. The XV-102 devices are equipped with

electronics, based on state-of-the-art industrial components

with high availability.

XV-102 Compact and powerful operating and control devices

Eaton operates an independent development center, the ‘Cybersecurity

Center of Excellence’ (CCoE), specifically designed to combat the threats

posed by cyber attacks. All Eaton products are regularly qualified for

secure operation.

The XV-102 devices with an Embedded Linux operating system

seamlessly integrate into Eaton CCoE’s ‘Defense in Depth’ cybersecurity

concept. The devices boot from a write protected memory, and only

operating system software updates signed by Eaton can be installed

on the devices. All device settings and interfaces are secured via

password entries, which also withstand a brute force attack.

Communication channels can be selectively activated and encrypted

for the required tasks. However, cybersecurity and usability are not

mutually exclusive. Guided by the first-boot agent, the prepared

application software and device configuration are installed easily and

efficiently via a USB memory during machine or system commissioning.

The application software and process data can optionally be installed

on an encrypted SD card, and in the event of a device replacement,

the application-specific data can simply be taken over to the replacement

device.

Power Quality Health Index

(an Eaton exclusive)

Protect the integrity of your most critical systems with Eaton’s patented PQ

Health Index, which provides an intelligent read-out of circuit health based

on statistical analysis of power quality events and disturbances.

Bringing it all together

With 2-minute RMS, 120 cycle waveform, and +/- 0.1 ms event sequencing

recording, PXQ automatically categorizes sags and swells by severity, then

displays the totals on the industry standard ITIC plot. SEMI-F47 is supported

as well.

Enhanced Capture Module (PXQ-ENH)

• Detects and records high-speed voltage transients, which are short, high

-intensity surges that can cause equipment degradation. Transients can cause

costly disruptions and premature equipment failure

• Captures high-speed voltage transients as short as 100ns duration and up

to 10kV magnitude

• Provides detailed waveform data with 1 cycle (17ms)

COMTRADE at 167.000 samples per cycle

Expanded Input Module (PXQ-SER)

• Supports up to 40 digital inputs: 8 built-in, and up to 2 expansion modules

with 16 inputs each)

• Monitors and alerts on the statuses of breakers, UPS, generators, and more.

Meter integration of inputs simplifies switchgear design and root cause analysis

• High accuracy time stamps and historical recording help recreate timelines

around faults or disturbances for efficient root cause analysis

• Pulse counting converts inputs from other utility meters and provides an

integrated view of multiple utilities with a built-in WAGES dashboard

Unparalleled performance.

Unmatched potential.

PXQ not only enhances efficiency, accuracy, and visibility in root cause

analysis, but it does all these things within a system that was intentionally

designed to grow and adapt with the user. With PXQ, unmatched potential

meets unparalleled performance.

PXQ combines ANSI C12.20 Class 0.1 accuracy with stringent power quality

standards and context-driven visualizations, culminating in a modular system

that doesn’t only work better, but with seamless and intuitive functionality.

What’s included

With on-board analytics, remote system access, advanced cybersecurity,

and future-focused interactive functionality, PXQ was designed to simplify

and fine tune your root cause and data analysis processes, empowering

you to do your best work your way.

How it works

Power, performance, and productivity at-a-glance. PXQ streamlines analysis

and data management with on board analytics, interactive reporting, and

a proactive alert system.

Applications requiring 5A Current Transformer outputs require the

use of the CS005 Class 10 Current Sensor as an interposing sen

sor which reduces the input to the meter module to <10ma .  ANSI

C12 .20 class 0 .5% accuracies may be achieved using either the

Eaton CSXXX 10 mA or PXMP-CSXXX 100 mA current sensors and

direct voltage metering .  Interposing Potential and current transform

ers may introduce additional error .

The PXMP Meter supports a variety of current sensors .  Eaton offers

some sensors specially designed for use with our products .  We also

support the use of industry standard current sensors .  When specify

ing current sensors, in general, note that:

• Solid core sensors tend to have higher accuracy than split core

designs .

• Split core sensors are often installed in Retrofit applications where

it is not practical to disconnect the load conductors in order to

mount a solid core sensor .

• Current loop output sensors tend to have accuracy and noise

immunity advantages over 333 mV output sensors .

• 333 mV sensors are very useful since they eliminate open circuit

risks and are available in a wide range of primary current ratings .

• Eaton’s CS005 enables the PXMP Meter to interface to standard

5 A current transformers, either split core or solid core .

Ordering Information

The PXMP Meter system offers the flexibility to be used in a variety

of applications and can be customized, using the modular compo

nents, to fit most installations .  Table 1 lists the modular components

available for the PXMP Meter system

Metering Compatibility

Direct Mains Voltage Monitoring with the PXMP Meter is possible

up to a system maximum rating of:

• 480VL:G (corner grounded Delta)

• 347VL:N & 600VL:L maximum for Wye applications

• 480VL:G & L:L maximum on grounded Delta applications

Higher Voltage ratings or floating Delta applications will require the

use of interposing potential transformers to stay within the PXMP

maximum voltage ratings .

PXMP Load Current measurements are directly compatible with

current sensor (instrument transformers) outputs in three ranges of

secondary maximum outputs by using matching range PXMP Meter

Modules:

• 10 mA;

• 100 mA; or

• 333 mV .