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JR-1000/1001 Data Loggers

1

Copyright © 2010 ACR Systems Inc.  All Rights Reserved.

SECTION 1   JR-1000/1001 Data Loggers

1.1

Introduction to JR-1000/1001

The JR-1000/1001 data loggers is an easy-to-use, battery-powered data logger.  Pocket-sized

and rugged, it can be used in a wide range of environmental and industrial applications.  The

JR-1000/1001 directly measures and records temperature variables.  It can reliably record

time-based data for later analysis by TrendReader software.

TrendReader software must be installed and ready to run prior to making use of the setup

instructions in this section of the guide.

1.1.1

Features

JR-1000/1001 data loggers features make them a useful tool for data collection: 

·

Pocket-sized

·

Solid-state components - no moving parts

·

Low-power microprocessor controlled circuitry

·

8-bit high resolution readings

·

Precision on-board thermistor temperature sensor

·

High capacity lithium battery

·

Quartz clock crystal

·

Magnetic backing

·

Rugged polyurethane encapsulation

1.1.2

Description

JR-1000/1001 loggers can run continuously, constantly measuring and recording readings

from its temperature channel. They can also start logging at a specified time.  Self-powered by

a long-life lithium battery that will provide years of reliable operation, your JR-1000/1001 can

work independently from any external power supply or computer.  When you are ready to look

at the data it has collected, you can transfer all information to your computer through the use

of TrendReader software.

Summary of Contents for JR-1000

Page 1: ...Copyright 2010 ACR Systems Inc All Rights Reserved Reference Guide IMPORTANT JR Data Loggers Test Equipment Depot 800 517 8431 99 Washington Street Melrose MA 02176 TestEquipmentDepot com...

Page 2: ...e author make no claim to these trademarks For more information regarding trademarks see the Trademark Notices section of this manual ACR Systems Inc assumes no responsibility for errors or omissions...

Page 3: ...TrendReader is a Registered Trademark of ACR Systems Inc TRADEMARK NOTICES...

Page 4: ......

Page 5: ...s Take Readings 3 How to Use JR Loggers 5 Specifications 6 Product Approvals 7 2 JR 1000 1001 Software Driver 8 Logger Status 8 Logger Sampling 9 Logger Memory 10 Logger Channels 10 Channel Informatio...

Page 6: ...frequently refers to TrendReader Standard conventions and procedures To get the most from your logger please take time to familiarize yourself with TrendReader Standard and its Reference Guide For im...

Page 7: ...oggers features make them a useful tool for data collection Pocket sized Solid state components no moving parts Low power microprocessor controlled circuitry 8 bit high resolution readings Precision o...

Page 8: ...ry using one of two sampling methods 1 First in First out FIFO In this method the logger continues to take readings when its memory is full to make room it discards the oldest reading every time it ad...

Page 9: ...puter s serial port or via a serial cable Set Sample Rate Always confirm the sample rate how often the logger saves readings to make sure it will be acceptable for your application You can alter the f...

Page 10: ...nditions you can protect your logger simply by placing it in a zip lock plastic bag When you place your JR 1000 1001 logger in a cold environment make sure condensation will not settle on the logger w...

Page 11: ...full Fill then stop Sample Intervals User selectable rates from every 8 seconds to 34 minutes Sampling Mode 1 Average over sample interval except for 8 second interval 2 Spot Resolution 8 bit 1 part i...

Page 12: ...rd EN61326 1977 A1 1998 European Emissions and Immunity covering Radiated Electromagnetic Field ESD and RFI Meets FCC standard 47 CFR Part 15 Subpart B 1999 Class B US Radiated and Conducted Emissions...

Page 13: ...ntains information about sampling memory and logger description The channel of the logger contains information about the channel type temperature equation and Realtime value and calibration associated...

Page 14: ...which a logger stores readings to memory The Sampling subsection indicates what the sample rate is In normal sampling the rates available are from once every 8 seconds to once every 34 minutes To set...

Page 15: ...channels see Appendix A Sample Rates To set how the logger stores its data click on the Usage field and select FIFO or Stop When Full To set the compression method click on the Compression field and...

Page 16: ...will default to the closest time sampling within 8 seconds of the selected time 1 2 2 Logger Channels The Channels section indicates provides information specific to the channel The channel on the lo...

Page 17: ...urther information To set the equation click on the Equation field and select the equation from the drop down list To help you select the proper equation the Realtime value using the currently selecte...

Page 18: ...ger in order to make the output more accurate To set each calibration value click on the appropriate calibration field and enter the value The factory equations for the JR 1000 1001 use the Low Mid an...

Page 19: ...ded plug the logger into the serial port of your computer and begin downloading and viewing the logged data 1 3 2 Setup Once the logger is connected to your computer select the communications port in...

Page 20: ...o heat or humidity sources people equipment moisture solar gain etc can contribute to a wide variance in conditions even within a small confined area The individual sensor associated with your JR 1000...

Page 21: ...its memory Otherwise if the sampling mode is set to Spot the logger still takes readings every 8 seconds but only stores the reading taken at the selected interval 1 4 2 Sample Rate Tables The followi...

Page 22: ...0 6 1 4 0 56 sec 0 10 13 52 0 2 min 0 22 16 0 0 4 min 56 sec 0 55 21 52 0 10 min 0 113 8 0 0 20 min 0 226 16 0 0 30 min 1 88 8 0 0 Table B 3 JR 1000 1001 Sample Rate Table with Compression 5 times Sam...

Page 23: ...001 Data Loggers 17 Copyright 2010 ACR Systems Inc All Rights Reserved 32 sec 0 12 2 8 0 56 sec 0 21 3 44 0 2 min 0 45 8 0 0 4 min 56 sec 0 111 19 44 0 10 min 0 226 16 0 0 20 min 1 88 8 0 0 30 min 1 3...

Page 24: ...provals 6 Channel Calibration 12 Channel Information 10 Channels 10 Data Logger 1 Description 1 Features 1 How to Use 3 Introductions 1 Logger 1 Memory 9 Operation 2 Readings 2 Sampling 7 8 Setup 7 So...

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