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Portable Vibration Analysis System

Meeting the stringent demands of the professional rotating machinery condition analyst

Easy to use Instant setup and analysis

Portable Light weight, compact, easy to carry

Complete Transient analysis, mul channel simultaneous data collec on, runup/coast down

Real Time High speed data collec on across mul ple channels

Typical system con gura on

User friendly graphical interface

Ethernet

XJ-2000Analysis Software

KJ-2000Portable Data Acquisition Unit

Buffered signals(Via BNC connector on the monitor front)

Monitor

Sensors

1

Portable Vibration Analysis System

Features

High speed data collec on- Vibra on amplitude and phase data ..... Every 0.1 sec. (fastest)

- Vibra on waveform data ....................... Every 0.1 sec. (fastest)

* Depends on the numbers of spectrum lines and inputs.

High resolu on- Input range…... ±20 V

- A/D resolu on... 24 bit

Multiple graph display pages that are already

arranged and configured can be displayed

interchangeably by switching the tabs.

User defined graphs can be easily created and

saved for future use.

Graph display switch tab

Displays various analytical graphs, including

waveform plots, Lissajous (orbit) and waveform

plots, machine train diagrams, waterfall plots,

Bode plots, vector (polar) plots, spectrum plots,

etc.

Complete range of analysis func ons

A desired graph can be displayed in no time by

drag and drop from the graph tree.

* Actual product appearance, including screen shots, may differ from the images shown in this document. 2

Carrying caseSpecially designed carrying case allows for easy transportation and setup.

Data for any measuring point can be displayed

instant ly by drag and drop the des i red

measuring point from the Measuring Point

Selection tree with a hierarchical structure to

the display area.

Quick data pick on the tree

Portable Data Acquisi on Unit KJ-2000

The bode plot displays amplitude and phase in separate graphs to allow for easy identification of phase/amplitude changes during start-up/shut-down. Overlay of current data on past data and switchable display between 1X and 2X enhances the analytical capabilities.

Bode plotWaterfall plot

This plot is used to analyze changes in frequency components that occur over time. Waterfall plots are color coded to allow for easy identification of amplitude and frequency changes over time or speed. Enhanced graph functions allow for rotation of waterfall and highlight of key frequencies.

Printed in Japan 10904E1.2-11XXX

Contact to: Published in Jun. 2011

3rd Fl. Shin-kojimachi Bldg.3-3 Kojimachi 4-chome, Chiyoda-kuTokyo 102-0083, JapanPhone : 81-3-3263-4417 Fax : 81-3-3262-2171 WEB : http://www.shinkawa.co.jp/

4355 Ferguson Drive Suite 215 Cincinnati, Ohio 45245, USAPhone : 1-877-586-5690 Fax : 1-513-297-9003e-mail : info@sec-america.comWEB : http://www.sec-america.com

4-22 Yoshikawa-kogyodanchi, Higashihiroshima 739-0153, JapanPhone : 81-82-429-1118 Fax : 81-82-429-0804WEB : http://www.sst-shinkawa.co.jp

* Specifications, outline drawings and other written information can be changed without notice.

Data Display Examples

*1 Intel is a registered trademark of Intel Corporation or its subsidiaries in the United States and other countries.*2 Windows and DirectX are registered trademarks of Microsoft Corporation in the United States and other countries.*3 Actual acquisition interval may differ depending on the number of channels and/or system requirements.

Dimensions : 150 (W) x 234 (H) x 191 (D) mm

Weight : 3.0 kg *4

Environmental conditionOperating temperature: 0°C to +45°C

Relative humidity: 20 to 90% RH (non-condensing, non-submerged)

Power : DC 24 V ±10% (Dedicated AC adapter: operated at between 85 to 264 VAC)

InterfaceCommunication : Ethernet 100 Base-TX

Connector : RJ-45

Input Vibration signal input # : up to 24 *5

Phase mark signal input # : none, 4, 8

Input voltage range : ±20 V

Sensors supported : non-contact displacement / velocity /

acceleration / phase mark

Connector : BNC connector

Sampling A/D resolution : 24 bit

Sampling frequency : up to 51.2 kHz

FFT line # : 400/800/1600

OutputTrend data:

Rotation speed, GAP, OA amplitude, 0.5X amplitude/phase,

1X amplitude/phase, 2X amplitude/phase, nX amplitude*6/phase,

Not 1X amplitude, fX amplitude, Sp-p max amplitude

Waveform data:

Synchronous waveform, asynchronous waveform

System requirementsProcessor : Intel® Core i5 2.4 GHz or greater *1

Memory : 4 GB or greater is recommended

Display : Resolution at 1280×800 or greater is recommended

Graphic card : DirectX 9.0C supported *2

HDD : Available hard disk drive space of 250 GB or more is

recommended

Drive : DVD-ROM drive

Network : Ethernet 100 Base-TX

OS : Microsoft® Windows® XP (32bit) Professional SP3 or later *2

Microsoft® Windows® 7 (32/64bit) Professional *2

ConnectionConnectable units : KJ-2000 Portable Data Acquisition Unit

Number of connectable units : 1

CommunicationAcquisition interval Trend data : 0.1 sec (fastest) *3

Waveform data : 0.1 sec (fastest) *3

DisplayTrend graph Bar graph

Vector (polar) plot Waveform plot

Lissajous (orbit) & waveform plots Shaft centerline plot

Spectrum plot X-Y plot

Waterfall plot S-V plot

Bode plot Cascade plot

Full spectrum plot

List view

(Recent value list, system history, alarm history, alarm setting value)

Machine train diagram

*4 Weight does not include the AC adapter and the carrying case.*5 Maximum sum of vibration signal # and phase mark signal #. *6 “n” of “nX” can be set to any number between 0.01 and 10.00 in 0.01X step.

Kenjin XJ-2000 Analysis So ware Speci ca ons Kenjin KJ-2000 Portable Data Acquisi on Unit Speci ca ons