Dr meter MKL-W01 Moisture Meter Humidometer User Manual
- June 16, 2024
- Dr meter
Table of Contents
- Dr meter MKL-W01 Moisture Meter Humidometer User Manual
- Open the probe cover (Attention! Slowly open the probe cover to prevent
- Digital Temperature and Moisture Meter
- 1. Buttons Introduction
- 2.1LCD Display Introduction
- 3. Technical Parameters
- 4. Operational Instruction
- 4.1 Cautions
- 4.2Install the battery
- 4.3 Scan to measure moisture content
- 6. Technical Interpretation
- 6.2 What is the difference between inductive and prob moisture meters?
- 6.3 What is the difference between softwood and hardwood?
- FCC
- Read More About This Manual & Download PDF:
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Dr meter MKL-W01 Moisture Meter Humidometer User Manual
Open the probe cover (Attention! Slowly open the probe cover to prevent
being hurt by the probes.)
Digital Temperature and Moisture Meter
1. Buttons Introduction
1.1 Button 1#: Short press it to switch on the instrument and the instrument
enters DRYWALL (gypsum board wall) moisture scanning mode by default, Pess and
hold itfor seconds to switch off the device.
12Button 2¢ o Button 4#:Short press Button 2o select the previous mode or
Button 4 to select the next mode.
The preset order after startup is DRYWALL molsture scanning mode, MASONRY
(concete wall mosture scanning mode, SOFTWOOD moisture scanning mode, HARDWOOD
moisture scanning mode, WOOD maisture prod detection mode, BLDG (building
materials)maisture prod detection mod, °L or ®F is ambient temperature.
1.3 Button 3¢: moisture data lock button. Short press it to lock current
moisture data.
12Button 2¢ o Button 4#:Short press Button 2o select the previous
mode or Button 4 to select the next mode. The preset order after startup is
DRYWALL molsture scanning mode, MASONRY (concete wall mosture scanning mode,
SOFTWOOD moisture scanning mode, HARDWOOD moisture scanning mode, WOOD
maisture prod detection mode, BLDG (building materials)maisture prod detection
mod, °L or ®F is ambient temperature.
1.3 Button 3¢: moisture data lock button. Short press it to lock current moisture data.
2.1LCD Display Introduction
3. Technical Parameters
4. Operational Instruction
4.1 Cautions
1.Choose the right mode before measurement. 2.When measuring building
materials under scanning mode, be sure to dling tothe target object It highiy
recommended to test under prod mode.
area of wood moisture meter. 4.In scanning mode hold the two ends of the
device when measuring. Do ot touchits sensing area. 5. Select the right
measuring mode. For example,is incorrect to testa softwood using hardwood
measuring mode. 6. Rest the unt for at least 15 minutes before measurement
when changing the surroundings from indoors to outdoors or vice versa. 7.1 the
prod mode, the meter willalarm and no readings will be displayed ifthe target
object is too dry or too wet to exceed the set imit, 8.When testing plaster
under prod mode, make sure the two are in good contact,
4.2Install the battery
Open the battery cover, and correctly instal the batteries according to indication on the battery cover.
4.3 Scan to measure moisture content
Select the corresponding scanning measurement mode according to the. properties of objects to be tested (., chaose the MASONRY mode to test the concrete wall. Please keep the probe cover closed during measurement, and the LCD screen displays the corresponding measuring mode. At this time, place the bottom of instrument o the surface of the object to be tested, then its moisture content will be displayed on the screen. Keep the instrument stilland short press the button 3¢ to lock the current measurement value. You can remove the device and record the value now. Short press the button 3# again to unlock the data for continuing measurement or shutdown.
4.4 Use the prod to measure the moisture content
4.1 Pres the button 24 or 4 to seect the wood mosture measuring mode, then the
() symbol isdisplayed on the screen. Open the probe cover,stab the probes
into the wood, and the wood moisture data can be displayed on the screen.
Short press the button 3¢ to lock the data. Remove the device and record the
data. Press the button 3# again to unlock the value and continue to measue the
other objects.
442 Use the same way to measure building material. et the device enter
building materials measuring mode by press the button 24 or 4f, and stab the
probes nto the materials to get the value. Short press button 34 to lock the
data and record the value. Short press the button 3# again to unlock and
continue to measure others.
443 To measure the ambient temperature, press the button 26 or button 4# to
enter amblent measuring mode. The instrument automatically detects the
temperature of the current environment.
5. Notes
» Keep the instrument dry. » Keep the probes dry and clean. P Keep the
instrument away from children’s reach. > Some factors such as the type and
temperature of materials, an affect the moisture measuring results. The
measuring value of this instrument s only for reference
Do not test it for professional usage » When the symbol appears, its time for
you o replace the batteries n time.
6. Technical Interpretation
6.1 How many methods are there for measurement of moisture content rate?
‘There are drying method, electrometric method, dry distllation method,
titration method, and moisture method. Drying method and electrometric method
are normally used n the production test.
Asfor the drying method, the moisture content ratio s obtained by measuring
the difference of moisture content of timber specimen before and after drying
(absolutely dry). Having a high accuracy and being time-consuming and tedious,
it is usually used in laboratories
Inthe electrometric method, the misture content ratio is measured according to
some electrical properties of timber.It i quick and convenient but less
accurate than that of drying method, which can meet the production process
requirements and is applicable to manufacturing of timber and bamboo products
on a arge scale.
6.2 What is the difference between inductive and prob moisture meters?
‘The electrometric method is mainly divided into DC resistance type (probe
type) and AC dielectric type (inductive type)
s for the probe type, a probe is inserted into the inner layer of timber to
measure the resistance between the two electrodes, which can be affected by
factors lke tree species,texture direction, temperature and insertion depth.
Normally, the displayed data is smaller in the horizontal direction than in
the texture direction, and production testis often based on horizontal
direction. The density of tree types does not influence moisture content to a
great extent. For instance, Chinese fir a softwood) and oak (a hardwood)
differ greatly with respect to density, but equilibrium moisture contents are
about the same. The advantage of probe typeis quick response, strong anti-
interference, and high accuracy.
Inductive type i the AC dielectric type. Such meters adopt tabular electrodes
or punch electrodes. During measurement, the polar plate clings to the timber
surface. Such meters allow quick and easy operation, but their measurement
accuracy is not as good as that of probe type.
One ofits important advantages i that it does not cause damage o the. surface
of timbers. If you want to measure valuable wooden furiture or valuable wood,
or don’t want to leave measurement marks on a smooth wall, and your accuracy
requirements are not very high, this measurement method is highly recommended.
Due to the different measurement area and depth between probe type and
inductive type (the maximum depth of inductive type is 20mm while. the probe
type depends on the insertion depth), we won’t suggest you to determine their
accuracy by comparing the test data. Please select the suitable way according
to your actual requirements.
6.3 What is the difference between softwood and hardwood?
Generally speaking, softwood, the coniferous timber, is made of cypress plants
including pine, spruce, cedar, fir larch, Douglas fir, hemlock, cypress,
California rosewood, yew, etc.
Hardwood refers to those fine and hard timbers, mainly including deciduous.
fine-leaf trees,including oak, mahogany, birch, red oak, hard maple, red
birch, beech, and boxwood.
Since there are so many kinds of tree species, they cannot be listed one by
one.Ifthere is anything rough, please kindly understand us.
FCC
“This device complies with Part 15 of the FCC Rules, Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and(2) this device must accept any interference received, including interference that may cause undesired operation.