Erbessd Reliability EIMU Specifications

Real-Time Monitoring Unit

Your

machinery

condition.

Anytime,

Anywhere.

EIMU REAL-TIME MONITORING UNIT

Only for illustrative purposes.

Overview

EIMU is the easiest to deploy, modular, machinery condition
surviellance system available on the market. Now you can easily, and
cost eectively monitor all of your rotating assets from anywhere,
anytime...
With continuous monitoring you can minimize constant operator
monitoring. All data collected is sent continuously through WiFi or
intranet/internet to the DigivbeMX server, and this information can be
sent, and processed any time from anywhere in the world.

Features & Advantages

Low cost
Real time measurements
Remote analysis from anywhere* in the world
Ideal for diicult to access machines
Easy to install & compact design
Free soware with a friendly interface
Low energy consumption
Programmable alarms
Unbeatable training & support

2

EIMU REAL-TIME MONITORING UNIT

Access to all
your data,
when need it.

How does it work?

Each EIMU® records 2 simultaneous channels (of the 12 available) and
sends the information through the net (intranet or internet) to a server
where it’s stored. Once the data is saved, the EIMU switches to the next 2
channels and records them doing the same process until completing the
whole sequence.

The data stored in the server’s database is converted to the
DigivibeMX file format for analysis. At the same time this data can be
uploaded to a database on the net and can be analyzed in real time
from anywhere in the world through our website www.eianalytic.com.

Database

EIMU works with a MySQL
database and all data can be
exported to dierent types of
databases (SQL, MS Access, etc.)
to meet the needs of a website
or other type of server. Erbessd
Instruments has created a specific website called EI Analytic that allows
the user to remotely access this data and thus determine the condition
of the machinery in real time from anywhere in the World.

3

EIMU REAL-TIME MONITORING UNIT

Remote, but not so far...

What do you need to use EIMU System?

When you purchase the EIMU System, you just install the soware on your
server computer (you can get help from manuals and our video tutorials).
The server computer should always be connected to a defined network
via a gateway router. The router should connect all EIMU’s together
wirelessly or through ethernet cable or through other routers connected
on the same network.

Easy to install, easy to use

Just mount it on a surface close to the machine and install the
accelerometers on the machine where you want to monitor. Plug int the
network cable or the configure the WiFi connection to configure each EIMU®.
Many EIMUs can be added to the same
monitoring network. The soware for
Analysis and Monitoring is DigivibeMX for
EIMU. It has many features that allow you to
analyze the recorded signals from the EIMU
System. The data collected from a traditional
route in field can also be analyzed with
same soware keeping it
familiar to your technicians.

4

EIMU REAL-TIME MONITORING UNIT

Functions

&Tools

It’s advanced

functions allow

you to make

informed

decisions

anytime...

Real 3D Waterfall

A waterfall is a time-varying spectral
representation (forming a 3D plot) that
shows how the spectral density of a
signal varies in time. In DigivibeMX For
EIMU you can now enjoy the new Real
3D waterfall tool which can be easily
created and rotated when dragging
the mouse over the graph like in
common 3D soware.

anywhere...

FFT Spectra

Most spectral tools in DigivibeMX for EIMU are based
on the FFT algorithm, capable of measuring low
frequencies (1 Hz) up to 10 kHz. The accuracy of the
spectrum varies according to the needs, reaching
many million of resolution lines.

1 Million LOR
3D spectra
Onboard Analytics

5

EIMU REAL-TIME MONITORING UNIT

Dual Channel Functions Compatibility

Dual channel analysis has huge advantages, not
only because it saves time data collection, but
also because it allows you to obtain information
that could not be acquired with a single channel.
For example: Orbits, run down analysis to analyze
critical frequencies, crosschannel phase and more...

Orbit analysis
Cross Power

Spectrum

Frequency
Response Function
Coherence Function

Machinery Database

DigivibeMX for EIMU allows you to save all
your machines features in order to make route
analysis.

DigivibeMX for EIMU can export to 3 universal
formats: WAV (audio), ASCII and universal file
format UFF58.

ASCII files
UFF58 files
ANL BAL files

Bearings Database
& Automatic Reports

DigivibeMX for EIMU has an expandable database
with information about more than 20,000
bearings. Also, it’s able to generate automatic
reports in Microso Word format, this way it is
easy to add necessary information or remove
useless data.

Name, Area&
Company
Measurement
Points
Coupling joint
ISO Class

Predictive Analysis Tools

DigivibeMX for EIMU allows the user to perform predictive analysis
of any machine located in the Machines Database.

Machines database and routes
+ 20,000 bearings database with dimensions
Speed Interpretation and intelligent diagnostic tools
Cascade spectra

Advanced Analysis Functions

The advanced vibration analysis
features allow the diagnosis of
complex failures, relation between
points, vibration modes and
structure analysis.

6

Crest Factor
BODE Diagram
RPM vs Time
Amplitude vs Time
Bump Test

ODS
Analysis is

now an easy
task

EIMU REAL-TIME MONITORING UNIT

Technical Information

Channels 12

Channels recorded simultaneously 2

Recording length 1-9 sec

Sample Rate 44100 Hz (covers all the accelerometer range from 0.4 Hz to 13 kHz)

Recording Cycle Times 30 sec- 24 hrs

Types of recording types Tendency (only numerical values) and Analysis (full signal)

Recoding Modes

Maximum number of recordings

Storage capacity

Data Transfer

Type of sensors

Axes

Powered sensors
(switch ON )

Non powered sensors
( switch OFF )

All necessary routes while the command list is not overflowed (a red flag

EIMU doesn’t store, the signals are sent integrally to the server once they

Dual channel (H-V, A-A): Orbits

Phase Analysis (reference point): ODS, Bode, Nyquist, Balancing

shows up in the server desktop when this situation occurs)

are recorded so they are available immediately.

It doesn’t transmit permanentely

TCP/IP

Wireless / Ethernet

Accelerometer

Velocimeter

Proximeter

Tachometer

Monoaxial (Default)

Triaxial (Optional)

18 - 30V

2 - 8mA

Analogic input: 0 - 3 VAC

Maximum cable length 100 m (Check sensor specs)

Electrical specs

Input: 117/230 V 50 ~ 60 Hz - 1A

Output: 9/18 VDC - 2A

7

ervice & Support Engineer

S

1-877-223-4606 /[phone] / 7592-2130

[e-mail]

[e-mail]

Sales

[e-mail]

[e-mail]

BUY ONLINE

www.erbessd-instruments.com

www.erbessdreliability.com/

ALL IMAGES ARE FO

ON THE VERSION AND/OR THE IMPROVEMENTS MADE TO THE DEVICES OR COMPONENTS

R ILLUSTRATIVE PURPOSES ONLY. THE FINAL PRODUCT MAY VARY DEPENDING

© 2017 ERBESSD RELIABILITY INSTRUMENTS

G-2017.0202.16