OHAUS MB45 User manual

Instruction Manual
MB45 Moisture Analyzer
On/Off
Test Menu
Display
SetupEnterPrint
TARE
START/STOP
MB45

Leerseite

Ohaus Corporation, 19A Chapin Road, P.O. Box 2033, Pine Brook, NJ, 07058 2033, USA
Declaration of Conformity We, Ohaus Corporation, declare under our sole responsibility that the balance models listed below marked with
CE are in conformity with the directives and standards mentioned.
Balance model (s) Moisture Analyzer MB45
Marked with: EC Directive (Including applicable amendments) tandard
73/23/EC EN61010-1:1993 + A2: 1995
Electrical equipment for use within specified voltage limits Safety requirements for Electrical Equipment for Measurement, Control
Laboratory Use, Part 1: General Requirements
89/336/EC EN61326:1997 (class B)
Electromagnetic compatibility EMC Emissions, residential, commercial and light industry.
EN61326:1997 + A1:1998 (minimal requirements)
EMC Immunity: Minimum test requirements.
EN61000-3-2:1995 + A1:1998 + A2: 1998; EN61000-3-3:1995
EMC Part 3 (for equipment rated input current < or=16A)
Limits Section 2: Limits for harmonic current emissions
Limits section 3: Limitation of voltage fluctuations and flicker in low
voltage supply systems
Last two digits of the year in which the CE marking was affixed: 00
Additional tandards
CAN/C A-C22.2 No. 1010.1-92; UL td. No. 3101-1
Safety requirements for Electrical Equip. for measurement, Control and Laboratory Use, Part 1; General Requirements
FCC FCC, Part 15, class A Emission
A /NZ 4251.1 A /NZ 4252.1 Emission and Immunity
I O 9001 Registration for Ohaus Corporation. Ohaus Corporation, USA, was examined and evaluated in 1994 by the Bureau Veritas Quality International,
BVQI, and was awarded ISO 9001 registration. This certifies that Ohaus Corporation, USA, has a quality system that conforms with the international standards
for quality management and quality assurance (ISO 9000 series). Repeat audits are carried out by BVQI at intervals to check that the quality system is
operated in the proper manner.
FCC NOTE: THIS EQUIPMENT HAS BEEN TESTED AND FOUND TO COMPLY WITH THE LIMITS FOR A CLASS A DIGITAL DEVICE, PURSUANT TO
PART 15 OF THE FCC RULES.
THESE LIMITS ARE DESIGNED TO PROVIDE REASONABLE PROTECTION AGAINST HARMFUL INTERFERENCE WHEN THE EQUIPMENT IS
OPERATED IN A COMMERCIAL ENVIRONMENT. THIS EQUIPMENT GENERATES, USES, AND CAN RADIATE RADIO FREQUENCY ENERGY
AND, IF NOT INSTALLED AND USED IN ACCORDANCE WITH THE INSTRUCTION MANUAL, MAY CAUSE HARMFUL INTERFERENCE TO RADIO
COMMUNICATIONS. OPERATION OF THIS EQUIPMENT IN A RESIDENTIAL AREA IS LIKELY TO CAUSE HARMFUL INTERFERENCE IN WHICH
CASE THE USER WILL BE REQUIRED TO CORRECT THE INTERFERENCE AT HIS OWN EXPENSE.
Ohaus Corporation, Pine Brook, NJn
THIS DIGITAL APPARATUS DOES NOT EXCEED THE CLASS A LIMITS FOR RADIO NOISE EMISSIONS FROM DIGITAL APPARATUS AS SET OUT IN
THE INTERFERENCE CAUSING EQUIPMENT STANDARD ENTITLED DIGITAL APPARATUS, ICES 003 OF THE DEPARTMENT OF COMMUNICA
TIONS CANADA.
CET APPAREIL NUMERIQUE RESPECTE LES LIMITES DE BRUITS RADIOELECTRIQUES APPLICABLES AUX APPAREILS NUMERIQUES DE CLASSE
A PRESCRITES DANS LA NORME SUR LE MATERIEL BROUILLEUR: APPAREILS NUMERIQUES, NMB 003 EDICTEE PAR LE MINISTRE DES
Unauthorized changes or modifications to this equipment are not permitted.

5
Contents
OVERVIEW OF CONTROL ................................................................................................................. 8
1. GETTING TO KNOW YOUR MOI TURE ANALYZER ................................................................................. 9
1.1 Introduction ...................................................................................................................................... 9
1.2 Overview of the Moisture Analyzer ....................................................................................................... 9
1.3 What is a Moisture Analyzer ? ............................................................................................................. 9
1.4 Safety is first ................................................................................................................................... 11
1.5 What you should know about these instructions ................................................................................. 13
2. IN TALLATION ................................................................................................................................14
2.1 Unpacking and checking the standard equipment ............................................................................... 14
2.2 Selecting the location ....................................................................................................................... 15
2.3 Installing the heat shield, draft shield and pan support ........................................................................ 15
2.4 Leveling the Moisture Analyzer .......................................................................................................... 16
2.5 Connecting to a power supply........................................................................................................... 16
2.6 Switching the Moisture Analyzer on or off ........................................................................................... 17
3. MAKING A IMPLE MEA UREMENT ................................................................................................ 18
4. THE MENU ................................................................................................................................... 22
4.1 What are the menus? ....................................................................................................................... 22
4.2 Menu operation ............................................................................................................................... 23
5. ANALYZER ETUP ........................................................................................................................... 25
5.1 Lockout .......................................................................................................................................... 25
5.2 Weight calibration ........................................................................................................................... 26
5.3 Temperature calibration .................................................................................................................... 27
5.4 Language setting ............................................................................................................................. 28
5.5 Audible signal level ......................................................................................................................... 28
5.6 Time and date setting ....................................................................................................................... 28
5.7 RS232 settings ............................................................................................................................... 30
5.8 Setting print and GLP printing on or off ............................................................................................... 32
5.9 Adjusting display contrast and brightness .......................................................................................... 33
5.10 Factory reset ................................................................................................................................... 34
Contents

6
Contents
6. OPERATING YOUR MOI TURE ANALYZER .......................................................................................... 35
6.1 The operating concept ...................................................................................................................... 35
6.2 Entering test ID ................................................................................................................................ 35
6.3 Setting the drying profile ................................................................................................................... 36
6.4 Setting the drying temperature ........................................................................................................... 38
6.5 Selecting the switch off criterion ........................................................................................................ 39
6.6 Result ............................................................................................................................................ 41
6.7 Custom units .................................................................................................................................. 41
6.8 Target weight .................................................................................................................................. 44
6.9 Print interval ................................................................................................................................... 44
6.10 Saving test setup ............................................................................................................................. 45
6.11 Exiting test setup and not saving changes .......................................................................................... 45
6.12 Running test setup or after completion ............................................................................................... 45
6.13 Displaying data during run mode ...................................................................................................... 48
6.14 Statistical data ................................................................................................................................ 48
7. U ING THE LIBRARY ....................................................................................................................... 49
8. HOW TO OBTAIN THE BE T RE ULT ................................................................................................ 50
8.1 Measurement principle of the Halogen Moisture Analyzer ..................................................................... 50
8.2 Sampling and sample preparation..................................................................................................... 51
8.3 Selection of the drying temperature .................................................................................................... 54
8.4 Selection of the drying program......................................................................................................... 55
8.5 Selection of the drying time ............................................................................................................... 57
8.6 Analysis of the drying profile ............................................................................................................. 58
9. PRINTING TE T DATA ...................................................................................................................... 59
9.1 RS232 command table .................................................................................................................... 61
9.2 RS232 Pin out ................................................................................................................................ 61
10. CARE AND MAINTENANCE ............................................................................................................... 62
10.1 Cleaning interior/exterior components ................................................................................................ 62
10.2 Replacing power line fuse ................................................................................................................ 64
10.3 Troubleshooting .............................................................................................................................. 65
10.4 Error detection ................................................................................................................................. 66
10.5 Service information .......................................................................................................................... 66

7
Contents
10.6 Accessories .................................................................................................................................... 66
10.7 Specifications.................................................................................................................................. 67
A1 APPENDIX - APPLICATION EXAMPLE .............................................................................................. 68

Overview
8
On/Off
TestM
enu
Display
SetupEnterPrint
TARE
START/STOP
MB45
Overview of controls
4
2
5
10
3
12
7
9
8
6
11
No. Designation Function
1 Turns ON/OFF display and fan. ON returns with last screen. (All modes)
2 Test Menu button When pressed, selects Test Library screen.
3 Display button When pressed, will return to the current test or cycles through several display
screens (run mode).
4Setup button When pressed, brings up analyzer setup menu.
5
5 Start/Stop button When pressed, either starts or stops drying process.
6 button When pressed, travels up through menu options and selects alphanumeric
characters.
7 button When pressed, travels to the left through displays.
8 button When pressed, travels to the right through displays.
9 button When pressed, travels down through menu options and selects alphanumeric
characters.
110 Enter/Print button When pressed, accepts selection/input (select mode) or sends print command
during a test (run mode).
11 Tare button When pressed, performs a tare function. Pressing during a test has no effect.
12 Leveling feet Used to level the Moisture Analyzer.
1
On/Off
Test Menu
Display
Setup Enter Print
TARE
START/STOP
MB45
11

9
Section 1 Getting to know your Moisture Analyzer
1. Getting to know your Moisture Analyzer
This section provides you with essential information on your MB45 Moisture Analyzer. Please read through the
section carefully even if you have previous experience with OHAUS Moisture Analyzers and be sure to familiarize
yourself with the safety notes.
1.1 Introduction
Thank you for deciding to purchase a MB45 Halogen Moisture Analyzer from Ohaus. Behind your instrument stands
OHAUS, a leading manufacturer of precision Moisture Analyzers, Balances, Scales and Indicators. An Aftermarket
Department with trained instrument technicians is dedicated to provide you with the fastest service possible in the
event your instrument requires servicing. OHAUS also has a Customer Service Department to answer any inquiries
regarding applications and accessories.
To ensure you make full use of the possibilities offered by your Moisture Analyzer, please read the manual completely
before installation and operation.
1.2 Overview of the Moisture Analyzer
The Moisture Analyzer offers a high level of operating convenience and useful functions to make accurate measure
ments.
The Moisture Analyzer has the following features:
 Up to twice as fast as IR Moisture Analyzers.
 Fully programmable with front panel controls.
 Extremely rugged and chemically resistant construction.
 Ergonomic operating controls and a large, easily readable display.
 Easy to follow menus for simplified operation.
 Built in functions for manual, automatic timing, printing intervals, and custom units.
 Built in selectable drying profiles.
 Able to set step heating levels to accommodate a variety of sample types.
 Built in library stores up to 50 samples complete with setup parameters and statistics.
 Built in RS232 communication interface.
 Any of five languages (English, Spanish, French, German, Italian) are selectable on the display.
 Display contains all test data during drying process.
 A variety of accessories includes disposable pan liners, calibration mass, temperature calibration kit, interface
communication cables, printer, and a security device.
1.3 What is a Moisture Analyzer?
The Ohaus Halogen Moisture Analyzer can be used to determine the moisture content of practically any substance.
The instrument operates on the thermogravimetric principle: At the start of the measurement, the Moisture Analyzer
determines the weight of the sample; the sample is then quickly heated by the integral halogen dryer unit and mois
ture vaporizes. During the drying operation, the instrument continuously determines the weight of the sample and
displays the result. On completion of drying, result is displayed as % moisture content, % solids, weight or %
regain.

10
Getting to know your Moisture Analyzer Section 1
Of particular importance in practice is the rate of heating. In comparison with conventional infrared heating or the
drying oven method, for example, the halogen dryer of your instrument needs a shorter time to reach its maximum
heating power. It also allows the use of high temperatures; an additional factor in shortening the drying time. Re
sponse times for the control of production are shorter resulting in increased productivity.
All parameters of a measurement (drying temperature, drying time, etc.) can be pre selected. The Moisture Analyzer
offers many other possibilities. A few of these are listed here:
 The integrated database for drying procedures stores the settings for your samples.
 The drying characteristics can be matched to the type of sample.
 You can choose between various types of result displays at any time.
 Your settings and measurement results can be recorded and stored.
 Built in battery backup stores valuable data during a power failure.
Even though the Moisture Analyzer contains many functions, operation remains simple. The three button controls on
the front panel: Test Menu, Display and Setup allows entry into a variety of displays which includes a test library
where previous samples are recorded along with the test parameters so that a similar sample can be run without the
need to enter all new data. There are additional displays which indicate the test ID number, selected temperature,
actual temperature, time, initial weight and moisture content in percent, solids in percent, grams or custom unit, %
regain and a graphical display which illustrates the time and percentage.
Your Moisture Analyzer conforms with all common standards and directives. It supports standard procedures, work
techniques and records as required by GLP (Good Laboratory Practices) and SOP (Standard Operating Procedure).
We recommend the use of the OHAUS AS 142 Printer. Your Moisture Analyzer has a CE declaration of conformity and
OHAUS is registered to ISO 9001 Quality Management System.

11
Section 1 Getting to know your Moisture Analyzer
Your Moisture Analyzer employs state of the art technology and meets the latest demands
regarding instrument safety. Improper operation can endanger personnel and can cause
property damage. For safe and dependable operation, please comply with the following
instructions:
 The Moisture Analyzer is used for determination of the moisture in samples. Please use
the instrument exclusively for this purpose. Any other type of use can endanger person
nel and damage the instrument or other property.
 The Moisture Analyzer must not be operated in a hazardous environment and only under
ambient conditions specified in these instructions.
 The Moisture Analyzer may be operated only by trained personnel who are familiar with
the properties of the samples used and with the handling of the instrument.
 Your Moisture Analyzer is supplied with a 3 pin power cable with an equipment ground
ing conductor. Only extension cables which meet the relevant standards and also have
an equipment grounding conductor may be used. Intentional disconnection of the
equipment grounding conductor is prohibited.
1.4 afety is first
The Halogen Moisture Analyzer works with heat!
 Ensure sufficient free space around the instrument to avoid heat accumulation and
overheating (approximately 1 m free space above the instrument).
 Never place flammable materials on, below or next to the instrument as the area around
the dryer unit warms up.
 Exercise caution when removing the sample. The sample itself, the sample chamber and
any sample containers may still be very hot.
 During operation, you should never open the dryer unit as the ring shaped heating
element or its protective glass can reach 400°C! If you have to open the dryer unit on
occasion, disconnect the instrument from the power supply and wait until the dryer unit
has cooled down completely.

12
Getting to know your Moisture Analyzer Section 1
Certain samples require special care!
With certain types of samples, there is a possibility of danger to personnel or damage to
property through:
Fire or explosion:
 Flammable or explosive substances;
 Substances containing solvents;
 Substances which release flammable or explosive vapors when heated.
With such samples, work at a drying temperature that is low enough to prevent the
formation of flames or an explosion and wear protective goggles. Should there be
any uncertainty regarding the flammability of a sample, always work with a small
sample (maximum. 1 gram). In such cases, never leave the instrument unattended! In
cases of doubt, perform a careful risk analysis.
Poisoning, burning:
 Substances which contain toxic or caustic components. Such substances may be dried
only in a fume hood.
Corrosion:
 Substances which release corrosive vapors when heated (e.g. acids). In the case of
such substances, we advise you to work with small amounts of samples as the vapor
can condense on cooler housing parts and cause corrosion.
Please note that the user always takes responsibility and assumes liability for damage
caused by use of the types of samples mentioned above!
 Never make any modifications or constructional alterations to the instrument and use
only original spare parts and optional equipment from Ohaus Corporation.
 Your Moisture Analyzer is a rugged, precision instrument  but you should still treat it
carefully; it will then provide you with many years of trouble free operation.
 Please comply with all notes and instructions in these operating instructions. Keep the
instructions in a safe place where they are immediately at hand if any points are unclear.
If you lose these instructions, please contact your OHAUS dealer for an immediate re
placement.
APPLICATION DI CLAIMER:
 Moisture determination applications must be optimized and validated by the user
according to local regulations. Application specific data provided by Ohaus is provided
for reference purposes only. Ohaus waives all liability for applications based on this
data.

13
Section 1 Getting to know your Moisture Analyzer
1.5 What you should know about these instructions
These instructions guide you step by step through the operation of your Moisture Analyzer. Section 2 provides detailed
installation instructions. Section 3 allows you to perform a simple measurement. Section 4 explains the menu
operation. Section 5 explains how to set the analyzer up. Section 6 covers the configuring and operation of the
analyzer. Section 7 explains the use of the built in library. Section 8 explains how to obtain the best results. Section 9
details printing operations. Section 10 covers maintenance. A1 is an appendix with application samples.
The following graphic orientation aids represent certain functions, notices and controls. These graphic aids are not
meant to be step by step operational procedures but simply a guide.
This hand symbol indicates pressing a button.
This representation symbolizes the current display of your Moisture Analyzer.
This symbol indicates safety and hazard instructions which must be complied
with. Nonconformance with such instructions can lead to personal injuries to
the user, damage to the Moisture Analyzer or other tangible assets or to
malfunctions.
This symbol indicates additional information and instructions which facilitate
your handling of the Moisture Analyzer and contribute to proper and eco
nomical use.

14
Installation Section 2
2. Installation
In this section, you will learn how you unpack and install your new Moisture Analyzer and prepare it for operation. On
completion of the steps described in this section, your Moisture Analyzer is ready for operation.
2.1 Unpacking and checking the standard equipment
Open the package and remove the instrument and the accessories. Check the completeness of the delivery. The
following accessories are part of the standard equipment of your new Moisture Analyzer.
 1 Box, Aluminum sample pans
 1 Pan support
 1 Pan handler
 1 Specimen sample (circular, absorbent cellulose disk)
 1 Draft shield element
 1 Heat shield
 1 Power cable
 1 Set of operating instructions
 1 Warranty card
Remove packing material from the instrument.
Check the instrument for transport damage. Immediately inform your Ohaus dealer if you have complaints or
parts are missing.
Store all parts of the packaging. This packaging guarantees the best possible protection for the transport of your
instrument.

15
Section 2 Installation
2.2 electing the location
The Moisture Analyzer should always be used in an environment which is free from excessive air currents, corrosives,
vibration, and temperature or humidity extremes. These factors will affect displayed weight readings.
DO NOT install the Moisture Analyzer:
 Next to open windows or doors causing drafts or rapid
temperature changes.
 Near air conditioning or heat vents.
 Near vibrating, rotating or reciprocating equipment.
 Near magnetic fields or equipment that generate
magnetic fields.
 On an unlevel work surface.
 In confined areas, allow sufficient space around the
instrument for ease of operation and keep away from
radiating heat sources.
On/Off
TestM
enu
Display
SetupEnterPrint
TARE
START/STOP
MB45
On/Off
TestMenu
Display
SetupEnterPrint
TARE
START/STOP
MB45
On/Off
TestMenu
Display
Setup EnterPrint
TARE
START/STOP
MB45
Lift the cover straight up and Install the heat shield in the base of the
heating chamber.
Install the draft shield element (only one position possible) on top of the
heat shield.
Install the pan support into postion. Turn the pan support until it engages. In
the locked position, the rear arm of the pan support points directly towards
the rear of the analyzer.
2.3 Installing the heat shield, draft shield and pan support
PAN SUPPORT
DRAFT SHIELD
HEAT SHIELD

16
Installation Section 2
2.5 Connecting to a power supply
Check to ensure the voltage identification label on the Moisture Analyzer
matches your local line voltage. If this is not the case, do not connect the
Moisture Analyzer to the power supply, contact your responsible OHAUS
dealer.
The halogen dryer unit is designed to operate at a specific line voltage
(120 V ac or 240 V ac). The dryer unit is installed at the factory and is
matched to the particular line voltage of the country of destination.
Connection to a line voltage that is too high can lead to burning out the
halogen heater, whereas, a supply voltage that is too low will prolong the
drying process and the instrument may not operate properly.
2.4 Leveling the Moisture Analyzer
Exact horizontal positioning and stable installation are prerequisites for repeatable results. To compensate for small
irregularities or inclinations at the location, the instrument can be leveled.
Adjust the leveling feet at the rear of the Moisture Anlyzer until the air bubble
in the indicator is centered. The level indicator is located under the cover
towards the rear of the Moisture Analyzer.
NOTE: The instrument should be leveled each time its location is changed.
Leveling
Foot
Leveling
Indicator

17
Section 2 Installation
Connect the power cord supplied to the three pin connector located at the
rear of the Moisture Analyzer and to a power source. The Moisture Analyzer
becomes operational as soon as power is applied. The display will remain
off until the On/Off button is pressed.
WARNING:
If the power cable supplied is not long enough, use only a 3-pin extension
cable with equipment grounding connector.
Allow the Moisture Analyzer to warm up for at least 30 minutes to enable
it to adapt itself to the ambient conditions. If the Moisture Analyzer has been
stored in a very cold environment before installation, it may require several
hours for it to stabilize.
2.6 witching the Moisture Analyzer on and off
Your Moisture Analyzer is on at all times when connected to a power source. The display can be turned on or off.
To switch the Moisture Analyzer on, press the On/Off button. An internal
diagnostic test is performed; the display lights and the logo and product
name appears followed by the initial display.
To switch the Moisture Analyzer off, press the On/Off button. After the
analyzer has been switched off, it is in the standby mode. If you wish to
perform a test, press the On/Off button again.
As your Moisture Analyzer needs no warm up time when in the standby
mode and is immediately ready for testing samples, we advise you to switch
the display off by use of the On/Off button and not to disconnect it from the
power supply. This also ensures that the Moisture Analyzer is always in
thermal equilibrium.
On/Off CLEAR
PAN
PRESS
TARE
TEST ID: DEFAULT
TEMP/TIME: 100C / 10:00
TARG. WGT: 1 GRAMS
0.000
* GRAMS

18
Making a simple measurement Section 3
3. Making a simple measurement
With your Moisture Analyzer powered on, you are ready to operate for the first time and perform a simple measur
ment. For this simple test, you will enter the Test Menu and enable the test. By doing this test, you will become
familiar with the instrument and the various displays.
Included with your Moisture Analyzer is a specimen sample for your first measurement. This sample is an absorbent
glass fiber pad. During your first measurement, the instrument operates with the factory settings.
If the display is not visible and the unit is plugged into a power source, press
the On/Off button.
The display indicates the parameters for DEFAULT settings. Follow the instruc
tions on the lower left side of the display.
NOTE: If the unit has been operated, the default test settings may have
changed. If required, see ection 6 to reset the test parameters.
On/Off
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
TARG. WGT: 1 GRAMS
0.000
GRAMS
CLEAR
PAN,
PRESS
TARE
For this simple test, the default settings are:
Drying temperature is set to: 100°C
Profile is set to: standard
Switch Off is set to: timed 10:00 minutes
Display is set to: % moist
Print interval is set to: OFF
Target weight is set to: 1 grams
Save is set to: NO
Open the cover on the Moisture Analyzer.
Clear the pan.
*
Place the empty sample pan in the pan handler (this is possible without
tilting the sample pan if you insert this in the pan handler from the side
directly below the round flange). Place the pan handler in the sample
chamber. Ensure that the tongue of the pan handler fits exactly in the slot of
the draft shield element. The sample pan must lie flat in the pan handler.
Note: It is advisable for you to work with the pan handler at all times. The
pan handler is ergonomic, safe and provides protection against possible
burns due to a hot sample pan.

19
Section 3 Making a simple measurement
Place the specimen sample in the sample pan (glass fiber pad).
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
TARG. WGT: 1 GRAMS
0.930
* GRAMS
CLOSE
COVER
Wet the specimen sample with a 0.5 to 1 gram of water.
NOTE: Minimum sample size must be greater than 0.5 gram.
Close the cover.
START/STOP
tarting the test
Press the tart/ top button. The Moisture Analyzer starts the drying and
measurement process.
Press the Tare button. This sets the Moisture Analyzer to zero. A new display
now appears with instructions.
TARE

20
Making a simple measurement Section 3
Observing the test progress
There are six displays available when the Moisture Analyzer is running a test. The Display button on the front panel
when pressed repeatedly accesses each of the six displays during the run mode of the Analyzer and cycles though
each display in the order shown below.
The displays indicate the Test ID, Temperature/Time, Initial Weight, actual temperature, elapsed time duration of the
test, either moisture, solids, grams, percent regain, a graph representing the actual test progress and statistics at the
end of the test.
Press the Display button repeatedly to view the progress of the sample test with different displays.
The test automatically stops at the end of 10:00 minutes. If you want to end the test sooner, press the TART/ TOP
button.
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
INITIAL WT: 0.930 G
70°C
00:20 4.04
%MOISTURE
Drying and measurement
You are now able to follow the progress of the drying cycle on the display.
This first display comes up automatically when the test was started.
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
INITIAL WT: 0.930 G
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
INITIAL WT: 0.930 G
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
INITIAL WT: 0.930 G
08:11 08:11
08:11
100.00
%MOISTURE
0.00
%SOLIDS
0.000
GRAMS
*
08:11 0.000G 100.00%
**
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
INITIAL WT: 1.000 G
%MOISTURE
TEST
OVER...
Congratulations!
You have just performed your first measurement with your new Moisture
Analyzer.
100°C 100°C
100°C
10:00
100.00
*
*
1000.00
*% REGAIN
100°C
08:11
SAMPLE N: 0
LAST DATA: 0.00
MEAN X: 0.00
STD. DEV S: N<5
MIN X: 0.00
MAX X: 0.00
STATISTICS
TEST ID: DEFAULT
TEMP / TIME: 100°C / 10:00
INITIAL WT: 0.930 G