Fourier MultiLogPRO User manual

User Guide
including
MultiLab™
MultiLogPRO™
Put the world of scientific data at the fingertips of your students
The perfect combination between
a graphic calculator and a data
logger
New & Improved!
12b resolution & timing module
New & Improved!
12b resolution & timing module
Integrating student
computing & science

MultiLogPRO
User Guide
Fourier Systems
Eleventh Edition
First Print
Printed in July 2006

Contents
Introduction .............................................................................................. 1
Chapter 1 MultiLogPRO ............................................................................ 3
1.1. General......................................................................................... 3
1.1.1. MultiLogPRO System Contents ................................................... 3
1.1.2. External Connections ................................................................ 4
1.1.3. Battery ................................................................................... 5
1.1.4. AC/DC Adaptor ........................................................................ 5
1.1.5. Automatic Shut-off................................................................... 5
1.2. Standalone Operation ..................................................................... 6
1.2.1. Front Panel Layout ................................................................... 6
1.2.2. Input Modes............................................................................ 7
1. Auto ID ......................................................................... 7
2. 8 Inputs ........................................................................ 7
1.2.3. Quick-Start ............................................................................. 7
1.2.4. Working with the MultiLogPRO Menus ....................................... 10
1. Turning MultiLogPRO On and Off ..................................... 10
2. Main Menu Display ........................................................ 10
3. Menu Buttons ............................................................... 10
4. Menu Icons and Commands............................................ 11
1.2.5. Graphic Display ..................................................................... 13
1. The Cursor ................................................................... 13
2. Zooming ...................................................................... 13
1.2.6. Measuring Timing Events ........................................................ 13
1. Stopwatch.................................................................... 14
2. Time and Speed............................................................ 15
3. Time, Speed and Acceleration ......................................... 16
1.2.7. Select Sensors Manually.......................................................... 17
1.2.8. Load the Last Setup ............................................................... 18
1.2.9. Configure Your MultiLogPRO .................................................... 18
1. Input Mode .................................................................. 18
2. Clear Memory ............................................................... 19
3. DO2Sensor Calibration .................................................. 19
4. Screen Contrast ............................................................ 19
5. Connect to a Computer or to a TI Calculator ..................... 19
1.2.10. Internal Clock and Calendar..................................................... 19
1.2.11. Clear the Memory .................................................................. 20
1.2.12. Choose the Right Setup .......................................................... 20
1.2.13. Programming Rules and Limitations .......................................... 21
1. Sampling Points ............................................................ 21
2. Sampling Rate .............................................................. 22
3. Continuous Sampling..................................................... 22
1.3. Sensor Calibration ........................................................................ 23
1.3.1. Hardware Offset Calibration..................................................... 23
1.3.2. MultiLogPRO Automatic Zero Calibration .................................... 23
1.3.3. pH Temperature Compensation ................................................ 24
1.3.4. DO2Calibration...................................................................... 24
1.3.5. MultiLab Sensor Calibration ..................................................... 24

1.3.6. Factory Calibration (No Calibration Required) ............................. 24
Chapter 2 MultiLab Software................................................................... 25
2.1. Installing the Software .................................................................. 25
2.1.1. System Requirements............................................................. 25
1. Windows...................................................................... 25
2. Mac OS........................................................................ 25
2.1.2. MultiLab Installation ............................................................... 26
1. Windows OS (instructions based on WinXP) ...................... 26
2. Mac OS........................................................................ 28
2.2. Overview..................................................................................... 29
2.2.1. MultiLab On-screen Layout ...................................................... 29
2.2.2. MultiLab Window Layout ......................................................... 29
2.2.3. Working with Projects ............................................................. 30
2.3. Getting Started ............................................................................ 31
2.3.1. Set up a Recording Session ..................................................... 31
1. Prepare MultiLogPRO ..................................................... 31
2. Enable Video Recording.................................................. 31
3. Setup the MultiLogPRO .................................................. 32
4. Start Recording............................................................. 32
2.3.2. Data Recording Options .......................................................... 32
1. Single Measurement ...................................................... 32
2. Replace ....................................................................... 32
3. Add............................................................................. 32
2.3.3. Manual Sampling ................................................................... 32
2.3.4. Online Video.......................................................................... 33
1. Online Video................................................................. 33
2. Recording .................................................................... 33
3. Replaying an Experiment................................................ 33
4. Video and Audio Properties ............................................. 33
2.3.5. Download Data ...................................................................... 34
2.3.6. The Timer Module .................................................................. 35
1. Working with the Timer Module Wizard............................. 35
2. Measuring Methods ....................................................... 36
3. Time Schemes and Calculations ...................................... 38
2.3.7. Save Data............................................................................. 40
2.3.8. Open a File ........................................................................... 40
2.3.9. Create a New Project .............................................................. 40
2.3.10. Import Data .......................................................................... 40
2.3.11. Print..................................................................................... 41
1. Print a Graph................................................................ 41
2. Print a Table................................................................. 41
2.4. Viewing the Data.......................................................................... 43
2.4.1. Display Options ..................................................................... 43
2.4.2. Graph Display........................................................................ 43
1. Split Graph View ........................................................... 44
2. The Cursor ................................................................... 44
3. Zooming ...................................................................... 45
4. Panning ....................................................................... 46
5. Edit the Graph .............................................................. 46

6. Format the Graph ......................................................... 47
7. Change the Graph’s Units and its Number Format .............. 47
8. Add Annotations to the Graph ......................................... 48
9. Add a Graph to the Project ............................................. 49
2.4.3. The Table Display................................................................... 49
1. Editing Data Values ....................................................... 49
2. Editing the Table........................................................... 49
3. Formatting the Table ..................................................... 50
4. Add a Table to the Project .............................................. 50
2.4.4. Meters.................................................................................. 51
2.4.5. Data Map.............................................................................. 51
1. Control the Display with the Data Map ............................. 51
2. Understanding Data Map Icons........................................ 52
2.4.6. Export Data to Excel............................................................... 53
1. Export File Settings ....................................................... 53
2.4.7. Copy the Graph as a Picture .................................................... 53
2.5. Programming MultiLogPRO............................................................. 54
2.5.1. Setup ................................................................................... 54
1. Quick Setup ................................................................. 54
2. Defining Sensor Properties ............................................. 55
3. Setting the Zero Point of a Sensor ................................... 56
4. Presetting the Display.................................................... 57
5. Presetting the Graph’s X-axis.......................................... 58
6. Triggering .................................................................... 58
2.5.2. Start Recording ..................................................................... 60
2.5.3. Stop Recording ...................................................................... 60
2.5.4. Clear MultiLogPRO’s Memory.................................................... 60
2.5.5. Edit MultiLogPRO’s Experiment Notes ........................................ 60
2.5.6. Calibrating the Sensors........................................................... 61
2.5.7. Define a Custom Sensor.......................................................... 61
2.5.8. Communication Setup............................................................. 62
2.6. Analyzing the Data ....................................................................... 65
2.6.1. Reading Data Point Coordinates ............................................... 65
2.6.2. Reading the Difference between two Coordinate Values ............... 65
2.6.3. Working with the Analysis Tools ............................................... 65
2.6.4. Smoothing ............................................................................ 65
2.6.5. Statistics .............................................................................. 66
2.6.6. Most Common Analysis Functions ............................................. 66
1. Linear Fit ..................................................................... 66
2. Derivative .................................................................... 66
3. Integral ....................................................................... 67
2.6.7. The Analysis Wizard ............................................................... 67
1. Using the Analysis Wizard .............................................. 67
2. Curve Fit...................................................................... 67
3. Averaging .................................................................... 68
4. Functions ..................................................................... 69
5. Editing a Function ......................................................... 70
2.6.8. Available Analysis Tools .......................................................... 70
1. Curve Fit...................................................................... 70
2. Averaging .................................................................... 71

3. Functions ..................................................................... 71
2.6.9. Online Analysis ...................................................................... 74
2.6.10. Manual Curve Fitting .............................................................. 76
2.7. Video Motion Analyzer................................................................... 78
2.7.1. Overview .............................................................................. 78
2.7.2. Getting Started...................................................................... 78
1. Video Motion Analyzer Basics .......................................... 78
2. Saving a New Movie ...................................................... 78
3. Opening a Stored Movie ................................................. 79
4. Saving a Video Motion Analyzer Project ............................ 79
5. Opening a Video Motion Analyzer Project .......................... 79
2.7.3. Capturing a New Movie ........................................................... 79
1. From a Device Attached to your Computer........................ 79
2. From an External Source through a Video Board ................ 80
2.7.4. Capturing Position and Time .................................................... 80
1. Scaling ........................................................................ 81
2. Set Coordinate System .................................................. 81
3. Set Step ...................................................................... 83
4. Mark the Video ............................................................. 83
5. Changing the Colors of the Marker and the Axes................ 86
2.7.5. Analyzing the Data................................................................. 86
2.8. Workbook.................................................................................... 87
2.8.1. Working with Workbook .......................................................... 87
2.8.2. Opening a Worksheet ............................................................. 87
2.8.3. Create Your Own Worksheet .................................................... 88
1. Create an HTML Document with Word .............................. 88
2. Create a Configuration File ............................................. 88
2.9. Special Tools ............................................................................... 90
2.9.1. Predicting ............................................................................. 90
2.9.2. The Timing Wizard ................................................................. 90
1. Overview ..................................................................... 90
2. Working with the Timing Wizard ...................................... 91
3. Measuring Methods ....................................................... 92
4. Time Schemes and Calculations ...................................... 94
5. Tips on using the Timing Wizard...................................... 97
2.9.3. Crop Tool.............................................................................. 98
1. To Trim all Data up to a Point ......................................... 98
2. To Trim all Data Outside a Selected Range........................ 98
2.9.4. Capture Tool ......................................................................... 98
1. Preparing the Capture Table ........................................... 99
2. Capturing Data ........................................................... 100
3. Displaying the Captured Data on the Graph .................... 100
2.10. Communicating with the Nova5000............................................... 102
2.11. Toolbar Buttons.......................................................................... 104
2.11.1. Main (Upper) Toolbar............................................................ 104
2.11.2. Graph Toolbar ..................................................................... 105
2.11.3. Table Toolbar ...................................................................... 106
2.11.4. Video Motion Analyzer Toolbar ............................................... 106
2.11.5. Capture New Movie Toolbar ................................................... 107
Chapter 3 Working with a TI Calculator .................................................. 109

3.1. Overview................................................................................... 109
3.2. Installing the Software ................................................................ 109
3.3. Getting Started .......................................................................... 109
1. Prepare MultiLogPRO ................................................... 109
2. Run MultiLab on a TI Calculator..................................... 110
3. Setup MultiLogPRO...................................................... 110
4. Start Recording........................................................... 111
5. View the Data............................................................. 112
6. Downloading Data....................................................... 112
3.4. The Graph Display ...................................................................... 112
1. The Cursor ................................................................. 112
2. Zooming .................................................................... 112
3. Rescaling ................................................................... 113
4. Auto Scaling............................................................... 113
5. X – Axis Scaling .......................................................... 114
6. Y – Axis Scaling .......................................................... 114
7. Choosing the X–axis .................................................... 115
3.5. Analyzing the Data ..................................................................... 115
1. Applying an Analysis Tool ............................................. 115
2. Curve Fit.................................................................... 116
3. User Curve Fit ............................................................ 117
4. Statistics ................................................................... 117
5. Integral ..................................................................... 118
3.6. Data Collection Modes................................................................. 119
1. Log Data.................................................................... 120
2. Time Graph ................................................................ 120
3. Events with Entry........................................................ 120
4. Single Point................................................................ 120
5. Selected Event............................................................ 121
3.7. Conditioned Data Collection ......................................................... 121
1. To Enable Triggering.................................................... 121
2. To Disable the Triggering Condition ............................... 122
3.8. Calibrating the Sensors ............................................................... 122
1. To Calibrate a Sensor .................................................. 122
2. To Restore the Default Calibration Values ....................... 123
Chapter 4 Troubleshooting Guide........................................................... 125
Chapter 5 Specifications....................................................................... 129
5.1. The MultiLogPRO Data Logger ...................................................... 129
5.2. Sensors .................................................................................... 131
5.3. Accessories................................................................................ 133
5.4. MultiLab Software (Windows and Mac OS)...................................... 134
5.5. MultiLab Software (TI-83 PLUS Calculator) ..................................... 135
Appendix A: Figures ............................................................................... 137
Appendix B: Adding a Code Resistor to a Custom Sensor ............................. 138
Index .......................................................................................... 139

Introduction 1
Introduction
The Fourier Systems MultiLogPRO is a powerful standalone 12-bit data logger with a
clear LCD graphic display and a 128K internal memory. Recorded data is displayed
in the form of graphs, tables, meters or digital displays, and can be analyzed with a
number of pre-programmed analysis functions.
The MultiLogPRO’s internal memory stores experiment notes and instructions for
carrying out the experiment, which can be edited or expanded at any time. These
features enable MultiLogPRO to function independently from a computer - a perfect
solution for when there is a shortage of computers in the laboratory.
MultiLogPRO can record data from up to 8 sensors simultaneously; it is capable of
recording at rates of up to 21,000 samples per second, and of collecting up to
100,000 samples in its internal memory.
MultiLogPRO is very easy to use because all its functions are broken down into 8
icon menus, and its four buttons can browse every menu and execute any of the
commands. In addition, when a sensor is plugged in, the MultiLogPRO automatically
recognizes the type of sensor, and will record the data with the appropriate units.
A rechargeable battery powers the data logger, which shuts off automatically after 15
minutes have passed since the time of the last data recording, since the time the last
button was pressed, or since the time the last communication with the PC.
MultiLogPRO includes a built-in, easy to use, accurate Timer module that enables
the measuring of several types of timing events.
The MultiLogPRO system combines with the powerful MultiLab software. MultiLab
can be installed on Windows ™or Mac operating systems and also on TI–83 Plus
calculators.
When the MultiLogPRO is connected to a computer, live displays can be viewed at
rates of up to 100/s, and automatic downloads can be carried out at higher rates. The
Windows ™or Mac-based software can display the data in graphs, tables or meters,
can analyze data with various mathematical tools, and can show live or recorded
video movies of the actual experiment.
MultiLab also includes a Video Motion Analyzer module that enables you to capture
position and time from video movies and analyze the data with MultiLab’s analysis
tools.
Together with the TI–83 Plus calculator, MultiLogPRO becomes a complete portable,
handheld data collection and analysis system.
The large variety of sensors with which MultiLogPRO is compatible makes the unit a
true digital Lab, which can measure scientific phenomena from the fields of Physics,
Chemistry, Biology and the environmental sciences.
MultiLab can also be used to communicate with Fourier’s Nova5000 and run the
Nova5000’s built-in MultiLogPRO data logger. This allows Nova5000 users to extend
the MultiLab CE features to the full featured MultiLab for PC edition.
This manual is divided into five chapters:
•Chapter 1 is dedicated to the data logger itself. Topics include:
Connecting sensors, configuration through the data logger keypad, and

2 Introduction
using the LCD graphic display to take measurements when working
offline.
•Chapter 2 gives a comprehensive overview of the MultiLab for Windows
and Mac OS software. Topics include: How to download data from the
data logger to a PC, analyzing the data both graphically and
mathematically, using the MultiLab software to program the data logger
when working online, working with the video tool and communicating with
the Nova5000.
•Chapter 3 guides you in how to operate the MultiLogPRO and TI–83 Plus
system, how to setup MultiLogPRO via the TI calculator, how to download
the data and how to analyze it.
•Chapter 4 contains a comprehensive troubleshooting guide that gives
answers to common questions.
•Chapter 5 includes the specifications of the MultiLogPRO system
software and hardware.

Chapter 1 MultiLogPRO 3
Chapter 1
MultiLogPRO
This section will focus on the MultiLogPRO’s data collection device: The data logger.
The section includes:
•How to operate the MultiLogPRO’s keypad
•How to set up MultiLogPRO
•How to connect MultiLogPRO to your PC
1.1. General
1.1.1. MultiLogPRO System Contents
Figure 1: Contents of the MultiLogPRO system
1. The MultiLogPRO data logger
2. Sensors (see your package list)
3. Four sensor mini-din cables
4. Communication cables (see your package list)
5. Web camera (optional)
6. MultiLab software installation CD
7. An AC-DC adaptor
1
2
3
4
5
6
7

4 Chapter 1 MultiLogPRO
1.1.2. External Connections
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Figure 2: MultiLogPRO external connections
1. Sensor input/output (I/O) sockets marked (I/O-1 I/O-2 I/O-3 and I/O-4): These
sockets are used to connect the sensors. Normally, all four sockets can be
used simultaneously.
To connect a sensor to the MultiLogPRO use one of the mini-din cables. Plug one
end of the cable into the data logger - arrow facing up, and the other end into the
sensor - arrow facing down.
If you are using one sensor only connect it to input 1. If you are using two sensors
connect them to inputs 1 and 2, and so on.
In order to connect more than 4 sensors at a time, use the splitter cables, which
will enable the connection of up to 8 sensors simultaneously. When a splitter cable
is connected, it must be connected to the socket in the correct numerical order
(e.g. for 5 sensors, connect the splitter cable to I/O-4). One of the two splitter
cables is marked with arrows - that is the main input (the lower I/O number), the
second line is marked with the letter S (split) - indicating that it is the secondary
input (the higher I/O number). Connect up to four input splitters (DT011) to split
2a. PC serial
connection
socket
3. Power input
(DC 9–12V)
1. Sensor
inputs 1st
input
2nd
input
3rd
input
4th
input
2b. PC USB
connection
socket

Chapter 1 MultiLogPRO 5
the MultiLogPRO’s inputs starting with I/O-4 (the splitters must be connected in
order):
•I/O-4 splits into I/O-4 and I/O-5
•I/O-3 splits into I/O-3 and I/O-6
•I/O-2 splits into I/O-2 and I/O-7
•I/O-1 splits into I/O-1 and I/O-8
Note: Before connecting the mini-din cable to the data logger or the sensor
sockets, make sure that the mini-din plug is correctly positioned in front of the
socket. Connecting the cable in an awkward position might cause damage to the
cable pins.
2. a) PC serial communication socket: Connect the 9-pin Type D cable between
this port and one of the computer’s PC COM Ports. At the back of the computer
you will find a 9-pin Type D male socket. If your computer is using this port for
the mouse, look for a 25-pin D shell male socket near the mouse. Use the RS-
232 9 to 25-pin adaptor to connect the MultiLogPRO serial cable to the 25-pin
port (the adaptor is included with the MultiLogPRO).
b) PC USB communication socket (optional). Connect the USB Type B plug to
the MultiLogPRO and the USB Type A plug to the PC (see page 26 for USB
driver installation).
3. External DC power supply socket: Plug in an AC/DC 9-12V adaptor whenever
you want to save battery power, or to charge the battery when necessary.
Connecting external power to the MultiLogPRO automatically charges the
internal battery. The adaptor should meet the required specifications (see
section 1.1.4).
1.1.3. Battery
MultiLogPRO is equipped with a 7.2V NiCad rechargeable battery. Before you first
start working with MultiLogPRO, charge the unit for 10 to 12 hours while it is turned
off. Battery life is approximately 24 hours between charges.
If the data logger’s main battery runs out, the internal 3V Lithium battery backs up
the memory, so no data will be lost.
Note: Before storing the data logger make sure you have unplugged all the sensors
and pressed the OFF key.
1.1.4. AC/DC Adaptor
•Output: Capacitor filtered 9 to 12 VDC, 400mA.
•Female plug, center Negative.
1.1.5. Automatic Shut-off
MultiLogPRO shuts off automatically after 15 minutes have passed since the time of
the last data recording, the time the last button was pressed, or the time the last
communication was made with the PC.

6 Chapter 1 MultiLogPRO
1.2. Standalone Operation
One way to program the MultiLogPRO is to use its keypad and screen (the other way
is to use the MultiLab software - see Chapter 2). The keypad allows us to set all the
parameters for data collection, while the LCD screen displays the setting values.
1.2.1. Front Panel Layout
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Figure 3: MultiLogPRO front panel
LCD Display
Backward
Button
Forward
Button
On/Off
Buttons
Enter/Run
Button
Escape/Stop
Button

Chapter 1 MultiLogPRO 7
1.2.2. Input Modes
MultiLogPRO has two Input Modes. The default mode is Auto ID and the
MultiLogPRO is in this mode when turned on for the first time. When using more than
4 sensors, when using VERNIER sensors, or if you’ve defined your own sensor,
switch to the 8 inputs mode. Select the system configuration menu in the MAIN
MENU and choose the mode you want (see page 18).
MultiLogPRO saves the current mode selection and will open in that mode the next
time you turn it on.
1. Auto ID
Automatic sensor identification –just plug in the sensors and the MultiLogPRO
prepares itself to collect data from these sensors.
While in this mode you can work with up to 4 sensors simultaneously.
2. 8 Inputs
This mode enables data logging from up to 8 sensors simultaneously. Connect up to
four input splitters (DT011) to multiply the MultiLogPRO’s inputs starting with I/O-4
(the splitters must be connected in order):
•I/O-4 splits into I/O-4 and I/O-5
•I/O-3 splits into I/O-3 and I/O-6
•I/O-2 splits into I/O-2 and I/O-7
•I/O-1 splits into I/O-1 and I/O-8
In the splitter cable, one of the two wires is marked with arrows - that is the main
input (the lower I/O number). The second wire is marked with the letter S (split) -
indicating that it is the secondary input (the higher I/O number).
To learn how to switch to 8 inputs mode please refer to section 1.2.9 on page 18.
In this mode there is no automatic sensor identification. Select the sensors manually
either from the MultiLogPRO setup menu (see section 1.2.6 on page 13) or using the
MultiLab software (see section 2.5.1 on page 54).
Use this mode if you want to work with more than 4 sensors or if you are using
VERNIER sensors.
1.2.3. Quick-Start
Before you first use MultiLogPRO, charge the unit for 10 to 12 hours while it is turned
off.
1. Turn on MultiLogPRO
Press the on button . You will see the initialization screen. MultiLogPRO
performs a brief self-check and displays its status including battery level. At this point
you can load the last setup you used (see page 18). If you need a new setup wait
until you see the Main Menu screen:

8 Chapter 1 MultiLogPRO
2. Plug in the Sensors
Start with the first input on the right. If MultiLogPRO is in Auto ID mode (the default
mode) it will display the setup menu and will identify the sensors you’ve plugged in.
In–1: Microphone
In–2: Light
In–3:
In–4:
→RATE = 10/s
SAMPLES = 500
DISPLAY = numeric
Note: Sensors must be added successively, starting with input-1. If a single sensor is
used it must be connected to I/O-1. If two sensors are used in an experiment, they
must be connected to I/O-1 and I/O-2.
The arrow indicates that MultiLogPRO is ready to accept a new sampling rate.
If the MultiLogPRO is in 8 input mode, you have to select the sensors manually (see
page 13).
3. Select Rate
Use the Forward and Backward arrow buttons to select the desired
rate, and then press the Enter button .
In–1: Microphone
In–2: Light
In–3:
In–4:
RATE = Every sec
→SAMPLES = 500
DISPLAY = numeric
MultiLogPRO automatically switches to the next step in the setup process and the
arrow moves to the samples row.

Chapter 1 MultiLogPRO 9
4. Select Total Number of Samples
Use the Forward and Backward arrow buttons to select the number
of samples, and then press the Enter button .
In–1: Microphone
In–2: Light
In–3:
In–4:
RATE = Every sec
SAMPLES = 200
→DISPLAY = numeric
5. Choose Display
Use the Forward and Backward arrow buttons to select the type of
display, and then press the Enter button .
In–1: Microphone
In–2: Light
In–3:
In–4:
SAMPLES = 200
DISPLAY = graphic
→START = ( > ).
6. Start Recording
Press the Forward arrow button to start recording.
Or press the Enter button if you want to go back to the first item (Rate).
You can stop recording any time by pressing the Escape button .

10 Chapter 1 MultiLogPRO
1.2.4. Working with the MultiLogPRO Menus
1. Turning MultiLogPRO On and Off
On Turn MultiLogPRO on
Off Turn MultiLogPRO off
Note: Pressing OFF will not erase the sample memory. The data stored in the
memory will be kept for up to 10 years.
2. Main Menu Display
When turned on, MultiLogPRO opens with a system information window and then
displays the main menu:
MultiLogPRO has 9 menus. Use the Forward or Backward Arrow buttons to highlight
a menu and press the Enter button to select it. Then use the Arrow buttons to scan
the options. Press the Enter button to select an option. The MultiLogPRO
automatically executes the command.
3. Menu Buttons
Forward Move to the next menu or to the next menu options
Backward Move to the previous menu or menu options

Chapter 1 MultiLogPRO 11
Enter (Start)
Enter the selected menu or select the current menu
option and move to the next menu command or start
recording
Escape
(Stop) Return to the main menu or stop recording
4. Menu Icons and Commands
Start Start recording
Press the Enter button to start recording
Setup Setup MultiLogPRO in 4 steps:
Rate –Select recording rate
Samples –Select the total number of recording points
Display –Select the way MultiLogPRO will display the data (at a
rate of up to 10 samples per second):
•Numeric - Displays the sensor values and the sample number
•Meter - Displays all active sensors in a bar meter display
along with their values
•Table - Displays the last 6 values of all the active sensors in a
table
•Graphic - Displays a graphic representation of the sampled
sensors
At rates higher then 10/s the MultiLogPRO will display the data in
a graph at the end of the logging period.
Start –Press the Forward arrow to start recording
Function Display statistics of the current data
•Minimum – The minimum graph value
•Maximum – The maximum graph value
•Average – The graph average
Open Open a stored data in graphic display
Use the Forward and Backward Arrow buttons to browse the
stored files,
press the Enter button to open a file