GREISINGER GMH 3810 User manual

H60.0.01.6C-04
Operating Manual
Resistive material moisture measuring
GMH 3810Version 1.1
with integrated measuring needles

H60.0.01.6C-04 Operating Manual GMH3810 page 2
CONTENTS
1 IN GENERAL.............................................................................................................................................................................2
1.1 SAFETY INSTRUCTIONS .........................................................................................................................................................2
1.2 OPERATING AND MAINTENANCE ..........................................................................................................................................3
1.3 DISPOSAL NOTICE .................................................................................................................................................................3
1.4 DISPLAY ELEMENTS ..............................................................................................................................................................3
1.5 PUSHBUTTONS ......................................................................................................................................................................3
2 DEVICE CONFIGURATION...................................................................................................................................................4
2.1 'SORT': LIMITATION OF THE MATERIAL SELECTION.................................................................................................................4
2.2 'SOR.X': SELECTABLE MATERIALS (NOT AVAILABLE IF SORT = OFF) ......................................................................................4
2.3 'UNIT T': SELECTION OF TEMPERATURE UNIT °C /°F.............................................................................................................4
2.4 'ATC': AUTOMATIC TEMPERATURE-COMPENSATION.............................................................................................................4
2.5 'AUTO-HOLD': AUTOMATICALLY FREEZING THE STEADY MEASURE VALUE ...........................................................................4
2.6 'POWER.OFF': SELECTION OF POWER-OFF DELAY..................................................................................................................4
3 SOME BASICS OF PRECISION MATERIAL MOISTURE MEASURING ......................................................................5
3.1 MATERIAL MOISTURE ...........................................................................................................................................................5
3.2 SPECIAL FEATURES OF THE DEVICE........................................................................................................................................5
3.3 AUTO-HOLD FUNCTION.........................................................................................................................................................5
3.4 AUTOMATIC TEMPERATURE-COMPENSATION ('ATC').............................................................................................................5
3.5 MEASURING IN WOOD: MEASURING WITH TWO MEASURING-PIKES ....................................................................................5
3.6 MEASURING OTHER MATERIALS...........................................................................................................................................6
3.6.1 ‘Hard‘ Materials (concrete or similar):.......................................................................................................................6
3.6.2 ‘Soft‘ Materials: ...........................................................................................................................................................6
3.6.3 Measuring bulk cargo, bales and other special measures ...........................................................................................6
3.7 MEASURING OF MATERIALS, HAVING NO CHARACTERISTIC CURVES STORED.........................................................................6
4 HINTS FOR THE SPECIAL FUNCTIONS ............................................................................................................................7
4.1 MOISTURE ESTIMATION ('WET' - 'MEDIUM' - 'DRY') .....................................................................................................7
4.2 PRE-SELECTION OF FAVOURITE MATERIALS ('SORT') .............................................................................................................7
5 FAULT AND SYSTEM MESSAGES.......................................................................................................................................7
6 INSPECTION OF THE ACCURACY / ADJUSTMENT SERVICES ..................................................................................7
7 SPECIFICATION ......................................................................................................................................................................8
APPENDIX A: SORTS OF WOOD .................................................................................................................................................9
APPENDIX B: ADDITIONAL MATERIALS ..............................................................................................................................14
1 In General
1.1 Safety Instructions
This device has been designed and tested in accordance to the safety regulations for electronic devices.
However, its trouble-free operation and reliability cannot be guaranteed unless the standard safety measures and special safety advises given in
this manual will be adhered to when using it.
1. Trouble-free operation and reliability of the device can only be guaranteed if it is not subjected to any other climatic conditions than those
stated under “Specification”.
2. Transporting the device from a cold to a warm environment condensation may result in a failure of the function. In such a case make sure the
device temperature has adjusted to the ambient temperature before trying a new start-up.
3. The circuitry has to be designed most carefully if the device should be connected to other devices. Internal connection in third party devices
(e.g. connection GND and earth) may result in not-permissible voltages impairing or destroying the device or another device connected.
4. Warning: Operating the device with a defective mains power supply (e.g. short circuit from mains voltage to output voltage) may result in
hazardous voltages at the device (e.g. at sensor socket)
5. Whenever there may be a risk whatsoever involved in running it, the device has to be switched off immediately and to be marked accordingly
to avoid re-starting. Operator safety may be a risk if:
- there is visible damage to the device or the device is not working as specified
- the device has been stored under unsuitable conditions for a longer time
In case of doubt, please return device to manufacturer for repair or maintenance.
6. Warning: Do not use these product as safety or emergency stop device, or in any other application where failure of the product could result in
personal injury or material damage.
Failure to comply with these instructions could result in death or serious injury and material damage.
7. Risk of injury! The used measuring heads are very sharp, use thoroughly during your measuring to eliminate a possible risk of injury.

H60.0.01.6C-04 Operating Manual GMH3810 page 3
1.2 Operating And Maintenance
•Battery Operation
The battery has been used up and needs to be replaced, if and „bAt“ are shown in lower display. The device
will, however, continue operating correctly for a certain time.
the battery has been completely used up, if ´bAt´ is shown in the upper display.
The battery has to be removed, when storing device above 50°C.
Hint: We recommend removing the battery if device is not used for a longer period of time! Risk of Leakage
•Mains Operation
Attention: When using a power supply unit please note that operating voltage has to be 10.5 to 12 V DC. Do not
apply over voltage!! Simple 12V-power supplies often have excessive no-load voltage. We, therefore, recommend
using regulated voltage power supplies. Trouble-free operation is guaranteed by our power supply GNG10/3000.
Prior to connecting the plug power supply with the mains supply make sure that the operating voltage stated at the
power supply is identical to the mains voltage.
•Treat device and probes carefully. Use only in accordance with above specification. (do not throw, hit against etc.).
Protect plugs and sockets from soiling.
•To disconnect sensor plug do not pull at the cable but at the plug.
•When connecting the probe the plug will slide in smoothly if plug is entered correctly.
•Selection of Output-Mode: The output can be used as serial interface or as analogue output. This choice has to
be done in the configuration menu.
1.3 Disposal Notice
•Dispense exhausted batteries at destined gathering places.
•Send the device directly to us, if it should be disposed. We will dispose the device appropriate and non-polluting.
1.4 Display Elements
1 = Main Display: Currently measured material moisture
[percent by weight]
HLD: Measure value is ‘frozen‘ (Button 6)
2 = Auxiliary Display: Currently selected material
(or temperature when pressing Button 3)
Special display elements:
3 = Moisture estimation: Estimation of the material condition: via top
arrows: DRY - MEDIUM - WET
4 = Warning triangle: Indicates low battery
5 = Corr.-arrow:Indicates that correction factor is activated
All remaining arrows have no function in this version.
1.5 Pushbuttons
key 1: On/Off key
key 4: Set/Menu
press (Menu) for 2 sec.: configuration will activated
key 2, 5: During measure: select a material
p.r.t: 4.2 Pre-selection of favourite materials ('Sort')
List of selectable materials: Appendix A, Appendix B
With manual temperature compensation:
When displaying temperature (call via button 3 ‚Temp‘):
Input of temperature
up/down for configuration:
to enter values or change settings
Key 6: Store/↵
↵↵
↵:
-Measurement:
with Auto-Hold off: Hold current measuring value ('HLD' in display)
with Auto-Hold on: Start a new measure, which is ready when 'HLD' appears in the display
p.r.t. chapter 3.3 Auto-Hold Function
-Set/Menu or temperature input:
confirming of selected input, return to measure
Key 3: During the measure: shortly displaying temperature or changing to temperature input.
!

H60.0.01.6C-04 Operating Manual GMH3810 page 4
2 Device Configuration
For configuration of the device press "Menu"-key (key 4) for 2 seconds, the first menu will be shown.
Choose between the individual values that can be set by pressing the "Menu"-key (key 4) again.
The individual values are changed by pressing the keys "5" (key 2) or "6" (key 5).
Use key "Store/↵
↵↵
↵" (key 6) to leave configuration and to store settings.
2.1 'Sort': limitation of the material selection
off:Unrestricted material selection via key 2 and 5
1...8:Material selection in-between 1 up to 8 selectable materials.
2.2 'Sor.X': selectable materials (not available if Sort = off)
Depending on the number that had been entered at ‚Sort‘ menu settings from Sor.1 up to Sor.X will be available.
Select the desired material that should be available during the measure via key 2 and 5, p.r.t: 4.2
Pre-selection of favourite materials ('Sort').
2.3 'Unit t': Selection of Temperature Unit °C /°F
°C:All temperature values are in degrees Celsius
°F:All temperature values are in degrees Fahrenheit
2.4 'ATC': Automatic temperature-compensation
oFF:Atc off: Manual input of the temperature for temperature-compensation
via keys.
on:Atc on: temperature-compensation via temperature of the internal
temperature measuring or with an external temperature probe.
2.5 'Auto-Hold': Automatically freezing the steady measure value
oFF:Auto-HLD off: continuous measuring.
on:Auto-HLD on: when reaching a stable measuring result, this will be frozen
with HLD. When pressing the Store-key a new measure will be initiated.
2.6 'Power.off': Selection of Power-Off Delay
1...120:Power-off delay in minutes.
Device will be automatically switched off as soon as this time has elapsed
if no key is pressed/no interface communication takes place
oFF:Power-off function inactive (necessary for continuous operation)
Hint: The settings will be set to the settings ex works, if keys ‘Set‘ and ‘Store‘ are pressed
simultaneously for more than 2 seconds.

H60.0.01.6C-04 Operating Manual GMH3810 page 5
3 Some Basics Of Precision Material Moisture Measuring
3.1 Material Moisture
The material moisture is a measure for the water content of a material:
material moisture = (weight wet – weight dry ) / weight dry *100
3.2 Special features of the device
464 wood specimens and 28 building materials are stored directly in the memory of the device:
Thus more exact measurements could be reached than common devices with group selections would ever reach.
Even the use of involved conversion tables for building materials will cease to exist!
Example: Common wood-moisture-measuring-devices use one single group for spruce and oak, in reality the deviation
of these characteristic curves is more than 3%! Base for this statement are complex statistical surveys, considered
measuring range 7-25%). This random error will not occur for the whole GMH38xx series, with the help of individual
characteristic curves highest resolution is achieved.
Extreme wide measuring range: 4.0-100.0% (depending on characteristic curve) percent by weight in wood.
Moisture estimation: Additionally to the measuring value, an individual moisture estimation will be displayed
simultaneously.
3.3 Auto-Hold Function
Particularly when measuring dry wood, electrostatic charges and other similar noise could dither the measuring value.
With activated auto-hold function the device will acquire an exact measuring value automatically. During that, the
device could be put down to avoid noise through discharge of the clothing etc. After having acquired the measuring
value, the display will change to ‘HLD’: The value will be frozen as long as a new measuring is initiated by pressing
button 6 (store).
3.4 Automatic temperature-compensation ('Atc')
An exact temperature compensation is important for a reliable wood-moisture-measuring. These devices feature a high
quality thermocouple-input for type k thermocouples. Thus you could connect common surface-temperature-probes –
The needed measuring-time ‘afield’ will be drastically lowered compared to common (non-surface-)temperature-probes
The used temperature-value therefor is:
Menu Used temperature-value
Atc on Device-internal temperature-measuring
Atc off Manual input of temperature: shortly press Temp-Button then use 5(button 2) or 6(button 5) to input the
temperature confirm selection with ‘Store‘(button 6)
Table 4.2: Using of the temperature-compensation
3.5 Measuring In Wood: Measuring With Two Measuring-Pikes
For measuring wood, punch in the measuring-pikes across to the wood-grain, having a good contact between the pikes
and the wood (measuring along wood-grain deviates minimal).
DO NOT HIT ONTO THE DEVICE OR PUNCH THE NEEDLES IN PEPPY
The device may be damaged.
Select correct wood-sort (see Appendix A).
Ensure measuring the correct temperature (see chapter 3.4).
Now read the measuring-value or when having activated the auto-hold-function initiate a new measuring by pressing
Store/↵
↵↵
↵(button 6) .
The measured resistance will be extremely high when measuring dry wood (<15%) thus the measuring will need more
time to achieve its terminal value among other things static discharge could momentarily falsify the measuring.
Therefore beware of static discharge and wait long enough until a stable measuring value is displayed (unstable: „%“
blinking) or use the auto-hold-function (see chapter 3.3 Auto-Hold Function).
Extreme accurate measures can be carried out within the range of 6 to 30%.
Beyond this range the acquirable accuracy will lessen, but the device will deliver reference values still sufficient for the
practitioner.
It is measured between the measuring-pikes insulated among each other. Requirements for an exact measurement:
-choose correct place to measure: place should be free of irregularities like resin–clusters, knurls, rifts, etc.
-choose correct measure depth: Recommendation: for trimmed timber: punch in the pikes up to 1/3 of the material
thickness.
-Perform multiple measurements: the more measurements will be averaged, the more exact the result will be.
-Pay attention to temperature-compensation: the temperature-probe should be measuring the temperature of the
moisture-measuring-place when measuring with external temperature-probe (Atc on).
Without temperature-probe: let the device adapt to the temperature of the wood (Act on) or enter the exact
temperature manually (Act off).

H60.0.01.6C-04 Operating Manual GMH3810 page 6
Frequent sources of errors:
-Attention with oven-dried wood: the moisture dispersion may be irregular, often in the core is more moisture than
on the edge.
-Surface-moisture: The wood-edge could be more humid than the core if the wood had been stored outside and
e.g. was in rain.
-Wood preservative and other treatment could falsify the measuring.
-Fouling at the connections and round the pikes could result in erroneous measurement, especially with dry wood.
3.6 Measuring Other Materials
3.6.1 ‘Hard‘ Materials (concrete or similar):
The needles are not intended for measuring hard building materials. For measuring those materials we suggest you
the adapter cable GMK3810 and the brush probes GBSL91.
Unscrew the needle holder and mount the adapters for the banana jacks. The red jack has to be connected to the
right-hand socket, this decreases susceptibility of electromagnetic interference.
Measuring concrete with brush probe GBSL91
Drill two 6 mm holes at intervals of 8 to 10cm into the material to
be measured. Do not use edgeless drills: the resulting heat will
evaporate the moisture which will result in faulty measures. Wait
for at least 10min, blow out the holes to clean them from dust.
Apply conductivity compound on the brush-type probes and
stick them into the holes. Choose correct material (see
Appendix B), read the measuring value. Observe that the holes
dry out by-and-by, and the device will measure a value too low,
if you want to use them several times.
This effect can be compensated by using conductivity
compound: insert profuse conductivity compound between the
holes and the brush-type probe, and let the electrode stick in the
hole for about 30min before measuring (with the device
switched off ). Temperature-compensation plays no role when
using the building material measuring.
3.6.2 ‘Soft‘ Materials:
The most important thing is a good contact between the materials and the measuring needles. Whenever this is not
possible because of the material texture, we suggest you to use the adapter cable GMK3810 with appropriate
electrodes, such as impact electrode GSE91 or GSG91, reciprocating piston electrode GHE91.
Unscrew the needle holder and mount the adapters for the banana jacks. The red jack has to be connected to the
right-hand socket, this decreases susceptibility of electromagnetic interference.
Procedure as described in chapter measuring in wood.
3.6.3 Measuring bulk cargo, bales and other special measures
Usable probes e.g. injection probe GSF38 with additional measuring cable GMK38 or measuring pins GMS 300/91
mounted on GSE91 or GSG91 with adapter cable GMK3810 (red connector to the right-hand socket).
Measuring of splints, wood chips, humus, insulating material and similar:
When using injection probes or measuring pins oscillating movements have to be avoided when pushing in the probes.
Otherwise hollows between the probes and the material may falsify the measuring. The material should be sufficiently
compressed. When in doubt repeat the measuring a few times: the highest measuring value is the most exact one.
Especially when using the injection probe pay attention having a foulness-free plastic insulator (situated immediately
underneath the measuring-pike).
Measuring bale of straw and hay bale: Always inject the electrodes form the plain side of the bale, never from the round
side, the probe can be inserted much more slightly.
3.7 Measuring of materials, having no characteristic curves stored
Choose the representative universal material group „h.A“, „h.b“, „h.c“ und „h.d“(for example corresponding to A,B,C
and D of the GHH91) if a conversion table exists.
Attention: The moisture evaluation wet/dry of these material groups is only valid for wood!
Please keep in mind the following when using the temperature-compensation:
Automatic temperature-compensation should always be activated when measuring wood (Act on), with all other
materials the automatic temperature-compensation should be switched off (Act off) and a manual temperature of 20°C
should be entered.
Additionally at GMH3850: The GMH3850 can store up to 4 additional user characteristic curves. For this the
corresponding reference point measurements for the respective material has to be carried out, from which the exact

H60.0.01.6C-04 Operating Manual GMH3810 page 7
moisture content has to be dedicated with the Darr-Probe or the CM-Method. The Results can be stored in the device
with the help of the GMHKonfig-Software, and can be accessed by the device directly .
4 Hints For The Special Functions
4.1 Moisture estimation ('WET' - 'MEDIUM' - 'DRY')
Additionally to the measuring value, an individual moisture estimation will be displayed simultaneously: The decision
either wet or dry has no longer be affiliated from literature and tables for the most applications. This moisture
estimation is only a guidance value, the final evaluation is depending on the application of the material.
Corresponding Standards and Instructions must be observed!
The Device can only complement the skill of a tradesman or investigator but cannot replace it!
4.2 Pre-selection of favourite materials ('Sort')
A pre-selection of different materials (up to 8) can be selected from the menu for an effective working with the device.
For example you can set the Menu Sort to 4 and save the desired materials in Sor.1, Sor.2, Sor.3 and Sor.4 if you only
measure 4 different materials. (see 2.2 'Sor.X': selectable materials (not available if Sort = off))
Only the 4 desired materials can be selected via the buttons up and down, when exiting the menu, a changing during
the measurement can be done comfortably. All materials will be available when setting Sort to off. Sor.1 to Sor.4 will
still be available in the ‘background’, when setting the menu Sort to 4 the limited selection of the 4 entered materials will
be active again. You only want to measure one material: set the menu Sort to 1 you cannot change to another
material, thus a faulty operation is impossible.
5 Fault and System Messages
Display Meaning Remedy
low battery voltage, device will continue to work for a short
time
replace battery
If mains operation: wrong voltage replace power supply, if fault continues to
exist: device damaged
low battery voltage replace battery
If mains operation: wrong voltage Check/replace power supply, if fault continues
to exist: device damaged
low battery voltage replace battery
If mains operation: wrong voltage Check/replace power supply, if fault continues
to exist: device damaged
system error Disconnect battery or power supply, wait
some time, re-connect
No display
or
weird display
Device does not
react on keypress device defective return to manufacturer for repair
Sensor error: no valid signal, charge at the probe, device will
discharge (resp. at dry wood)
Wait until probe has discharged----
Sensor broken or device defective return to manufacturer for repair
Value exceeding measuring range Check: Is the value exceeding the measuring
range specified? ->temperature too high!
Err.1
Probe or device defective return to manufacturer for repair
Value below display range Check: Is the value below the measuring
range specified? -> temperature too low!
Err.2
Probe, cable or device defective return to manufacturer for repair
Err.7 system error return to manufacturer for repair
6 Inspection of the accuracy / Adjustment Services
Accuracy can be inspected with the testing adapter GPAD 38 (extra equipment).
To check precision select material characteristic curve “.rEF” and connect the testing adapter to the needles.
The device must display the printed value for the GMH3830/3810.
If the precision is no more corresponding to the imprint of the GPAD 38, we suggest to send the device to the
manufacturer for a new adjustment.

H60.0.01.6C-04 Operating Manual GMH3810 page 8
7 Specification
Measuring Channel1 Channel2
Principle Resistive material-moisture-measuring Temperature-measuring via NTC
matching DIN EN 13183-2: 2002
Char. curve 464 different kinds of wood
28 different building materials
Probe connection BNC Plug
Meas. range 4.0...100.0% by weight -30.0... +75.0°C / -22.0... + 167.0°F
(depending on characteristic curve)
equal to ca. 3kOhm ... 2TerraOhm
Resolution 0.1% by weight 0.1°C / 0.1°F
Estimation Estimation of the material condition in 9 steps from DRY to WET
Accuracy (Device) ±1Digit (at nominal-temperature)
Wood: ±0.2% by weight (deviation from ± 0.3°C
characteristic curve, range 6..30%)
building mat.: : ±0.2% by weight (dev. from
char. curve, range depending on char. curve)
Temperature drift < 0.005% percent by weight per 1K 0.005% of measure value per 1K
Nominal temperature 25°C
Ambient Temperature -25 ... +50°C (-13 .. 122°F)
Relative humidity 0 ... 95%r.F. (non condensing)
Storage temperature -25 ... +70°C (-13 ... 158°F)
Housing Dimension: 142 x 71 x 26 mm (L x B x D)(L = 175 with measuring needles)
impact resistant ABS, membrane keyboard, transparent panel.
Front side IP65, integrated pop-up-clip for table top or suspended use
Weight approx. 175 g
Power Supply 9V-Battery, type IEC 6F22 (included) as well as additional d.c. connector (diameter of internal pin 1.9 mm)
for external 10.5-12V direct voltage supply. (suitable power supply: GNG10/3000)GNG10/3000)
Power Consumption 2.3mA
Display Two 4 digits LCD’s (12.4mm high and 7 mm high) for material moisture temperature or characteristic curve,
hold function, etc. as well as additional pointing arrows.
Pushbuttons 6 membrane keys for on/off switch, menu operation, characteristic curve, hold-function etc.
Hold Function Press button to store current value.
Automatic-Off-Function Device will be automatically switched off if no key is pressed/no interface communication takes place for
the time of the power-off delay. The power-off delay can be set to values between 1 and 120 min.; it can be
completely deactivated.
EMC: The GMH3810 corresponds to the essential protection ratings established in the Regulations of the Council for the
Approximation of Legislation for the member countries regarding electromagnetic compatibility
( 2004/108/E G)
EN61326 +A1 +A2 (Appendix B, class B), additional error: < 1% FS

H60.0.01.6C-04 Operating Manual GMH3810 page 9
Appendix A: Sorts of wood
Select kind of wood you want to measure, enter number on the device, e.g. birch = h. 60
Identification Number Comment Range
Group A h. A Wood-group A (equal to GHH91 selector “A”) 0..82%
Group B h. B Wood-group B (equal to GHH91 selector “B”) 1..95%
Group C h. C Wood-group C (equal to GHH91 selector “C”) 2..107%
Group D h. D Wood-group D (equal to GHH91 selector “D”) 3..121%
AS/NZS 1080.1 h. AS Australian reference characteristic curve 4..91%
Group Spruce-Pine-Fir h.402 Softwood-Group 6..99%
GMH38 reference .rEF Internal reference for determining additional characteristic curves /
calculation tables (without temperature-compensation)
Abura Hallea ciliata h.2 7..50%
Afrormosia Pericopsis elata h.3 6..47%
Afzelia Afzelia spp. h.4 8..42%
Agba Gossweilerodendron
balsamiferum h.426 6..64%
Albizia / Iatandza, New
Guinea Albizia falcatara h.8 5..88%
Albizia / Iatandza,
Solomon Island Albizia falcatara h.9 4..72%
Alder, Blush Solanea australis h.10 5..65%
Alder, Brown Caldcluvia paniculosa h.11 7..69%
Alder, Common Alnus glutinosa h.131 2..107%
Alder, Rose Caldcluvia
australiensis h.12 6..71%
Alerce Fitzroya cupressoides h.13 7..61%
Amberoi Pterocymbium beccarii h.14 5..67%
Amoora, New Guinea Amoora cucullata h.15 3..94%
Andiroba Carapa guianensis h.16 5..59%
Antiaris, New Guinea Antiaris toxicaria h.7 6..83%
Apple, Black Planachonella australis h.17 7..62%
Ash Silvertop Eucalyptus sieberi h.27 2..90%
Ash, American Fraxinus americana h.132 5..79%
Ash, Bennet's Flindersia bennettiana h.18 6..76%
Ash, Crow's Flindersia australis h.19 7..69%
Ash, European Fraxinus excelsior h.133 7..56%
Ash, Hickory Flindersia ifflaiana h.20 6..71%
Ash, Japanese Fraxinus mandshurica h.134 4..79%
Ash, Red Flindersia excelsa h.21 5..67%
Ash, Scaly Ganophyllum falcatum h.22 5..90%
Ash, Silver (Northern) Flindersia schottina h.23 7..70%
Ash, Silver (Queensland) Flindersia bourjotiana h.24 6..88%
Ash, Silver (Southern) Flindersia schottina h.25 7..82%
Ash, Silver, New Guinea Flindersia amboinensis h.26 5..82%
Aspen, Hard Acronychia laevis h.28 5..66%
Ayan Distemonanthus
benthamianus h.285 7..54%
Balau Shorea laevis h.31 4..54%
Balau, red Shorea guiso h.32 4..68%
Balsa Ochroma pyramidale h.33 4..91%
Basralocus / Angelique Dicorynia guianensis h.34 6..55%
Basswood Tilia americana h.228 4..85%
Basswood, Fijian Endospermum
macrophyllum h.35 4..63%
Basswood, Malaysian Endospermum
malacense h.36 5..116%
Basswood, New Guinea Endospermum
medullosum h.37 5..76%
Basswood, Silver Polyscias elegans h.38 7..72%
Basswood, Solomon
Island Polyscias elegans h.39 4..65%
Bean, Black Castanosperum
australe h.40 6..87%
beech, damped Fagus sylvatica h.87 6..55%
beech, european - Fagus sylvatica h.86 5..85%
Beech, Myrtle Nothofagus
cunninghamii h.41 6..76%
Beech, New Zeeland Red
(hearted untreated) Nothofagus fusca h.42 7..87%
Beech, New Zeeland Red
(sapwood boron) Nothofagus fusca h.43 2..97%
Beech, New Zeeland Red
(sapwood untreated) Nothofagus fusca h.44 5..84%
Beech, Silky Citronella moorei h.45 8..66%
Beech, Silver Nothofagus menziesii h.46 8..58%
Beech, Silver (sapwood
tanalith) Nothofagus menziesii h.47 6..76%
Beech, Silver (sapwood
untreated) Nothofagus menziesii h.48 4..92%
Beech, Wau Elmerrilla papuana h.49 7..96%
Beech, White (Fiji) Gmelina vitiensis h.50 5..77%
Beech, White
(Queensland) Gmelina leichardtii h.51 6..81%
Bintangor / Calophyllum,
Fijian
Calophyllum
leucocarpum h.53 5..81%
Bintangor / Calophyllum,
Malaysian Calophyllum curtisii h.54 6..76%
Bintangor / Calophyllum,
New Guinea
Calophyllum
papuanum h.55 4..98%
Bintangor / Calophyllum,
Phillipines
Calophyllum
inophyllum h.56 6..78%
Bintangor / Calophyllum,
Solomon Islands Calophyllum kajewskii h.57 6..85%
Binuang Octomeles sumatrana h.130 5..73%
Birch, American Betula lutea h.59 7..72%
Birch, European Betula pubescens h.60 5..96%
Birch, White Schizomeria ovata h.58 7..75%
Bishop Wood (Fiji) Bischofia javanica h.61 5..73%
Blackbutt Eucalyptus pilularis h.62 4..92%
Blackbutt, Western
Australia Eucalyptus patens h.63 6..88%
Blackwood Acacia melanoxylon h.64 6..75%
Bloodwood, Red Corymbia gunmifera h.66 7..78%
Bollywood Litsea reticulata h.67 5..78%
Bossime Drypetes spp, h.70 7..62%

H60.0.01.6C-04 Operating Manual GMH3810 page 10
Box Grey Eucalyptus moluccana h.75 8..73%
Box Grey Coast Eucalyptus bosistoana h.76 7..76%
Box, Black Eucalyptus lafgiflorens h.71 5..92%
Box, Brush (Location
Unknown)
Lophostemon
confertus h.74 5..53%
Box, Brush (N.S.W.) Lophostemon
confertus h.72 4..55%
Box, Brush (Queensland Lophostemon
confertus h.73 7..46%
Box, Kanuka Tristania laurina h.77 6..78%
Boxwood, New Guinea Xanthophyllum
papuanum h.78 5..69%
Boxwood, Yellow Planchonella
pholmaniana h.79 7..62%
Brachychiton Brachychiton
carrthersii h.80 5..55%
Bridelia Bridelia minutiflora h.81 5..103%
Brigalow Acacia harpohylla h.82 5..83%
Brownbarrel Eucalyptus fastigata h.83 5..80%
Bubinga Guibourtia demeusii h.84 7..70%
Buchanania Buchanania
arborescens h.85 4..76%
Burckella, Solomon
Island Burckella obovata h.88 4..59%
Butternut, Rose Blepharocarya
involucrigera h.89 5..69%
Camphorwood, New
Guinea Cinnamomum spp, h.90 6..74%
Campnosperma
(Malaysia) Campnosperma curtisii h.91 8..95%
Campnosperma
(Solomon Island)
Campnosperma
kajewskii h.92 3..78%
Cananga (Phillipines) Canagium odoratum h.93 7..62%
Canarium Solomon
Island Canarium salomonese h.97 4..65%
Canarium, African Canarium Scheinfurthii h.94 7..80%
Canarium, Fijian Canarium oleosum h.95 5..77%
Canarium, New Guinea Canarium vitiense h.96 5..75%
Candlenut Aleurites moluccana h.98 0..168%
Carabeen, Yellow Sloanea woollsii h.99 6..67%
Cathormion, New Guinea Cathormion
umbellatum h.100 4..56%
Cedar , Amercan Cedrela odorata h.102 8..67%
Cedar, incense Calocedrus decurrens h.65 5..96%
Cedar, White Melia azedarach h.101 7..86%
Cedar, Yellow Chamaecyparsis
nootkatensis h.457 4..91%
Celtis, New Guinea Celtis spp, h.103 5..67%
Celtis, Solomon Island Celtis philippinesis h.104 4..56%
Cheesewood, White
(Queensland) /Asian
Alstonia
Alstonia scholaris h.105 5..77%
Chengal (Malaysia) Neobalanocarpus
heimii h.106 4..76%
Cherry, American Prunus serotina h.216 5..97%
Cherry, European Prunus avium h.217 7..68%
Cleistocalyx Cleistocalyx mirtoides h.107 5..85%
Coachwood Ceratopetalum
apetalum h.108 4..84%
Coondoo, Blush Planchonella laurifolia h.109 6..60%
Cordia, New Guinea Cordia dichotoma h.110 5..51%
Corkwood, Grey Erythrina vespertillio h.111 6..57%
Courbaril Hymenaea coubaril h.112 7..53%
Cudgerie, Brown Canarium
australasicum h.113 7..67%
Cupiuba Goupia glabra h.147 6..56%
Curupixá Micropholis h.114 6..52%
Cypress Cupressus spp, h.456 5..89%
Cypress, Northern Callitris intratropica h.115 6..78%
Cypress, Rottnest Island Callitris preisii h.116 7..80%
Cypress, White Callitris glaucophylla h.117 6..86%
Dakua, Salusalu (Fiji) Decussocarpus
vitiensis h.118 6..83%
Dibetou/African walnut Lovoa trichilioides h.119 7..68%
Dillenia (Solomon Island) Dillenia salomonese h.120 4..65%
Doi (Fiji) Alphitonia zizphoides h.121 5..72%
Duabanga, New Guinea Duabanga moluccana h.124 4..72%
Ebony, african Diospyros spp, h.125 6..55%
Ekki Lophira alata h.29 4..73%
Elm, European Ulmus spp, h.374 7..51%
Elm, White Ulmus americana h.373 5..69%
Evodia, White Melicope micrococca h.135 5..60%
Figwood (Moreton Bay) Ficus macrophylla h.139 7..56%
fir, alpine Abies lasiocarpa h.410 6..80%
fir, amabilis Abies amabilis h.411 4..91%
Fir, Douglas Pseudotsuga menziesii h.122 5..91%
Fir, Douglas (New
Zealand) (sapwood
treated)
Pseudotsuga menziesii h.140 6..73%
Fir, Douglas (New
Zealand) (sapwood
untreated)
Pseudotsuga menziesii h.141 5..108%
Fir, Douglas (New
Zealand) (truewood
untreated)
Pseudotsuga menziesii h.142 3..99%
fir, grand Abies grandis h.412 4..91%
Fir, Spruce Abies magnifica h.413 5..97%
fir, white / fir, silver Abies alba h.414 5..93%
Galip Canarium indicum h.143 5..64%
Garo-Garo Matrixiodendron
pschyclados h.144 5..67%
Garuga Garuga floribunda h.145 6..53%
Goncalo Alvez Astronium spp, h.146 6..45%
Greenheart Ocotea rodiaei h.148 6..100%
Greenheart, Queensland Endiandra compressa h.149 7..82%
Guarea, black Guarea cedrata h.68 7..94%
Guarea, white Guarea cedrata h.69 9..67%
Guariuba Clarisia racemosa h.150 8..57%
Gum, Black Nyssa sylvatica h.162 7..76%
Gum, Blue, Sidney Eucalyptus saligna h.152 7..76%
Gum, Blue, Southern Eucalyptus globulus h.151 6..79%
Gum, Grey Eucalyptus punctata h.153 5..89%
Gum, Grey, Mountain Eucalyptus
cypellocarpa h.154 6..79%
Gum, Maiden's Eucalyptus maidenii h.155 7..79%
Gum, Manna Eucalyptus viminalis h.156 4..80%
Gum, Mountain Eucalyptus
dalrympleana h.157 3..89%
Gum, Pink Eucalyptus fasciculosa h.158 6..85%
Gum, Red, American Liquidambar styraciflua h.166 5..92%
Gum, Red, Forest Eucalyptus tereticomis h.159 7..82%
Gum, Red, River Eucalyptus
camaldulensis h.160 7..94%
Gum, Rose / Gum,
Saligna Eucalyptus grandis h.161 7..81%
Gum, Shining Eucalyptus nitens h.163 5..83%
Gum, Spotted (Victoria)
(Lemon-Scented) Corymbia spp, h.164 4..72%

H60.0.01.6C-04 Operating Manual GMH3810 page 11
Gum, Sugar Eucalyptus cladocalyx h.165 6..79%
Gum, White Dunn's Eucalyptus dunnii h.167 4..72%
Gum, Yellow Eucalyptus leucoxylon h.168 7..73%
Handlewood, Grey Aphanante
phillipinensis h.169 5..66%
Handlewood, White Strebulus pendulinus h.170 7..58%
Hardwood, Johnstone
River Bakhousia bancroftii h.171 5..62%
Hemlock / Hemlock,
Western Tsuga heterophylla h.172 8..54%
Hemlock, Chinesische Tsuga chinensis h.173 5..75%
Hevea Hevea Brasiliensis h.174 7..71%
Hickory Carya spp. h.175 6..69%
Hollywood, Yellow Premna lignum-vitae h.176 7..67%
Horizontal Anodopetalum
biglandulosum h.177 7..84%
Incensewood Pseudocarapa nitidula h.178 8..58%
Iroko Chlorophora excesla h.179 7..46%
Ironbark, Grey Eucalyptus
drephanophylla h.180 7..88%
Ironbark, Grey Eucalyptus paniculata h.181 5..86%
Ironbark, Red Eucalyptus sideroxylon h.182 8..79%
Ironbark, Red, Broad
Leaved Eucalyptus fibrosa h.183 8..81%
Ironbark, Red, Narrow
Leaved Eucalyptus cerbra h.184 5..86%
Jarrah Eucalyptus marginata h.185 5..92%
Jelutong Dyera costulata h.186 0..104%
Jequitibá Cariniana spp, h.187 5..64%
Kahikatea (New Zealand)
(Boron)
Dacrycarpus
docrydiodies h.188 7..63%
Kahikatea (New Zealand)
(Thanalith)
Dacrycarpus
docrydiodies h.189 6..73%
Kahikatea (New Zealand)
(untreated)
Dacrycarpus
docrydiodies h.190 6..74%
Kamarere (Fiji) Eucalyptus deglupta h.191 5..66%
Kamarere (New Guinea) Eucalyptus deglupta h.192 5..83%
Kapur Dryobalanops spp, h.193 7..73%
Karri Eucalyptus diversicolor h.194 5..79%
Kauceti Kermadecia vitiensis h.200 4..57%
Kauri Agathis australis,
boroneensis h.201 5..78%
Keledang Artocarpus lanceifolius h.202 0..132%
Kempas Koomapassia excelsa h.203 4..89%
Keranji (Malaysia) Dialium platysepalum h.204 5..51%
Keruing Dipterocarpus spp, h.205 6..64%
Kiso Chisocheton
schumannii h.218 6..54%
Lacewood, Yellow Polyalthia oblongifolia h.219 5..68%
Laran Anthocephalus
chinensis h.223 7..67%
Larch Larix decidua h.221 5..69%
Larch, American / Larch,
Western Larix occidentalis h.220 5..98%
Larch, Japanese Larix kaempferi h.222 5..99%
Lauan, Red Shorea negrosensis h.224 5..62%
Leatherwood Eucryphia lucida h.225 6..79%
Lightwood Acacia implexa h.226 7..62%
Limba Terminalia superba h.227 6..56%
Lime, European Tilia vulgaris h.229 4..78%
Louro, Red Ocotea rubra h.231 5..76%
Macadamia Floyda praealta h.232 7..59%
Magnolia Magnolia h.233 6..88%
acuminata/grandiflora
Mahogany, Brush Geissos benthamii h.242 7..57%
Mahogany, Miva Dysoxylum muelleri h.243 8..73%
Mahogany, New Guinea Dysoxylum spp, h.241 6..74%
Mahogany, Red Eucalyptus botryoides h.244 7..91%
Mahogany, Rose Dysoxylum fraseranum h.245 7..65%
Mahogany, Southern Eucalyptus botryoides h.246 5..82%
Mahogany, White Eucalyptus
acmenoides h.247 6..93%
Mahogony Khaya Khaya spp, h.235 7..82%
Mahogony, American Swietenia spp, h.234 6..84%
Mahogony, Phillipines Parashorea plicata h.236 5..93%
Mahogony, Phillipines Shorea almon h.237 4..67%
Mahogony, Sapelli /
Sapele
Entandrophragma
cylindricum h.238 5..99%
Mahogony, Sipo / Utile Entradrophragma utilie h.239 6..110%
Mahogony, Tiama / gedu
nohor
Entadrophragma
angolense h.240 10..54%
Mako Trischospermum richii h.248 3..68%
Makoré Thieghemmella
africana h.123 6..86%
Makorè Thieghemella heckelii h.249 7..80%
Malas Homalium foetidum h.250 5..72%
Malletwood Rhodamnia argentea h.251 5..68%
Malletwood, Brown Rhodamnia rubescens h.252 5..70%
Manggachapui Hopea acuminata h.253 6..87%
Mango Mangifera minor h.254 4..68%
Mango, Phillipines Mangifera altissima h.255 7..93%
Mangosteen (Fiji) Garcinia myrtifolia h.256 5..68%
Mangrove, Cedar Xylocarpus
australasicus h.257 6..82%
Maniltoa (Fiji) Maniltoa grandiflora h.258 6..58%
Maniltoa (New Guinea) Maniltoa pimenteliana h.259 6..58%
Mansonia Mansonia altissima h.260 7..80%
Maple, New Guinea Flindersia
pimentelianan h.261 6..87%
Maple, Queensland Flindersia brayleyana h.262 5..136%
Maple, Rose Cryptocarya
erythroxylon h.263 6..64%
Maple, Scented Flindersia laevicarpa h.264 7..57%
Mararie Pseudoweinwannia
lanchanocarpa h.265 8..75%
Marri Eucalyptus calophylla h.266 5..64%
Masiratu Degeneria vitiensis h.267 5..67%
Massandaruba Manilkara kanosiensis h.268 4..65%
Matai Podocarpus spicatus h.269 6..73%
Mengkulang Heritiera spp, h.270 5..67%
Meranti, Buik from 1999 Shorea platiclados h.271 4..61%
Meranti, Dark Red Shorea spp, h.272 5..94%
Meranti, Nemesu from
1999 Shorea pauciflora h.274 4..91%
Meranti, Seraya from
1999 Shura curtisii h.275 5..62%
Meranti, Tembaga from
1999 Shorea leprosula h.276 3..72%
Meranti, White Shorea hypochra h.277 4..94%
Meranti, Yellow Shorea multiflora h.273 0..111%
Merawan Hopea sulcala h.278 4..90%
Merbau Intsia spp, h.279 6..84%
Mersawa Anisoptera laevis h.280 4..96%
Messmate Eucalyptus obliqua h.281 8..75%
Moabi Baillonella toxisperma h.282 6..83%

H60.0.01.6C-04 Operating Manual GMH3810 page 12
Mora Mora excelsa h.283 5..59%
Moustiqaire Cryptocarya spp, h.284 4..77%
Musizi Maesopsis eminii h.286 7..94%
Neuburgia Neuburgia collina h.287 7..75%
Nutmeg (Fiji) Myrstica spp, h.290 5..74%
Nutmeg (New Guinea) Myrstica buchneriana h.291 5..78%
Nyatoh Palaquium spp, h.292 4..71%
Oak, European Quercus robur L., h.126 4..87%
Oak, Japanese Quercus spp, h.127 4..91%
Oak, New Guinea Castanopsis
acuminatissima h.293 4..90%
Oak, Red Quercus spp, h.128 5..91%
Oak, Silky, Fishtail Neorites kevediana h.294 3..59%
Oak, Silky, Northern Cardwellia sublimia h.295 5..83%
Oak, Silky, Red Stenocarpus salignus h.296 6..67%
Oak, Silky, Southern Grevillea robusta h.297 5..64%
Oak, Silky, White Stenocarpus sinuatus h.298 6..64%
Oak, Tasmanian Eucalyptus regnans h.299 7..87%
Oak, Tulip, Blush Argyrodendron
actinophyllum h.300 6..60%
Oak, Tulip, Brown Argyrodendron
trifoliolatum h.301 9..60%
Oak, Tulip, Red Argyrodendron
peralatum h.302 9..87%
Oak, Tulip, White Petrygota horsfieldii h.303 5..69%
Oak, White- Quercus spp, h.129 5..81%
Obah Eugenia spp, h.304 5..66%
Obeche Triplochiton
scleroxylon h.1 5..50%
Odoko Scottellila coriancea h.305 6..72%
Olive Olea hochstetteri h.306 7..80%
Olivillo Atextoxicon
puncttatum h.307 5..70%
Opepe Nauclea diderrichii h.52 7..73%
Padauk, African Pterocarpus soyauxii h.308 4..79%
Palachonella, Fijian Planchonella vitiensis h.347 6..61%
Palachonella, New
Guinea
Planchonella
kaernbachiana h.348 4..71%
Palachonella, New
Guinea
Planchonella
thyrsoidea h.349 2..67%
Palachonella, Solomon
Island Planchonia papuana h.350 4..57%
Paldao Dracontomelum dao h.309 4..86%
Panga Panga Millettia stuhlmannii h.312 6..45%
Papuacedrus Papuacedrus papuana h.314 6..88%
Parinari, Fijian Oarinari insularum h.315 4..78%
Penarahan Myristica iners h.316 6..94%
Peppermint, Broad-
Leaved Eucalyptus dives h.317 6..94%
Peppermint, Narrow-
Leaved Eucalyptus australiana h.318 8..76%
Peroba, White Paratecoma peroba h.319 7..60%
Persimmon Diospyros pentamera h.320 5..70%
Perupok (Malaysia) Kokoona spp, h.321 1..135%
Perupok (Malaysia) Lophopetalum
subovatum h.322 8..98%
Pillarwood Cassipourea malosano h.323 4..79%
Pine / Pine, Stone Pinus pinea h.345 6..87%
Pine, Aleppo Pinus halepensis h.324 8..76%
Pine, Austrian Pinus nigra h.212 5..106%
Pine, Beneguet Pinus kesya h.325 8..104%
Pine, Black Prumnoptys amarus h.326 5..76%
Pine, Bunya Pinus bidwillii h.327 8..69%
Pine, Canary Island Pinus canariensis h.328 6..80%
Pine, Celery-Top Phyllocladus
aspenifolius h.329 7..71%
Pine, Hoop Araucaria
cunninghamii h.330 7..79%
Pine, Huon Dacrydium franklinii h.331 8..70%
Pine, King William Athrotaxis selaginoides h.332 7..67%
Pine, Klinki Araucaria hunsteinii h.333 4..91%
Pine, Loblolly- Pinus taeda h.209 5..91%
Pine, Longpole- Pinus contorta h.207 5..96%
Pine, Maritime Pinus pinaster h.334 8..74%
Pine, Parana Red Araucaria angustifolia h.335 6..39%
Pine, Parana White Araucaria angustifolia h.336 7..58%
Pine, Pitch-, american Pinus palustris h.211 6..65%
Pine, Pitch-, caribbean Pinus caribaea h.210 6..93%
Pine, Radiata Pinus radiata h.337 5..100%
Pine, Radiata (New
Zealand) (sapwood aac) Pinus radiata h.338 7..78%
Pine, Radiata (New
Zealand) (sapwood
boliden)
Pinus radiata h.339 6..85%
Pine, Radiata (New
Zealand) (sapwood
boron)
Pinus radiata h.340 6..69%
Pine, Radiata (New
Zealand) (sapwood
tanalith)
Pinus radiata h.341 5..73%
Pine, Radiata (New
Zealand) (sapwoodt
untreated)
Pinus radiata h.342 5..91%
Pine, Red Pinus resinosa h.343 2..99%
Pine, Scotts Pinus sylvestris L. h.206 6..94%
Pine, Shortleaf Pinus echinata h.213 5..96%
Pine, Slash
(Queensland) Pinus elliottii h.344 6..86%
Pine, Southern Pinus echinata h.214 5..97%
Pine, Southern, yellow /
Pine, Ponderosa Pinus ponderosa h.208 5..96%
Pine, Sugar Pinus lambertiana h.215 4..97%
Pine, western white Pinus monticola h.406 5..98%
Pittosporum (Tasmania) Pittosporum bicolor h.346 4..82%
Planchonia Pleiogynium timorense h.351 5..73%
Pleiogynium / Podo Podocarpus neriifolia h.352 7..57%
Podocarp, Fijian Decussocarpus
vitiensis h.353 6..79%
Podocarp, Red Euroschinus falcata h.354 6..83%
Poplar, Black Populus nigra h.313 4..91%
Poplar, Pink Euroschinus falcata h.355 6..67%
Quandong, Brown Eurocarpus
coorangooloo h.356 5..75%
Quandong, Silver Elaecarpus
angustifolius h.357 5..65%
Quandong, Solomon
Island Elaecarpus spaericus h.358 3..67%
Qumu Acacia Richii h.359 5..67%
Raintree (Fiji) Samanea saman h.360 5..49%
Ramin Gonystylus spp, h.361 6..54%
Redwood / Sequoia Sequoia sempervirens h.362 5..88%
Rengas Gluta spp, h.363 4..85%
Resak (Malaysia) Cotylelobium
melanoxylon h.364 3..94%
Rimu (non-truewood
boron) Dacrydium cupresinum h.365 7..65%

H60.0.01.6C-04 Operating Manual GMH3810 page 13
Rimu (non-truewood
tanalith) Dacrydium cupresinum h.366 7..65%
Rimu (non-truewood
untreated) Dacrydium cupresinum h.367 8..69%
Rimu (truewood
untreated) Dacrydium cupresinum h.368 8..44%
Robinia Robinia pseudoacacia h.369 2..72%
Roble Pellin Nothofagus obliqua h.370 6..72%
Rock maple Acer saccharum h.6 5..92%
Rosewood, Brasilian Dalbergia nigra h.311 5..58%
Rosewood, Indian Dalbergia latifolia h.310 4..91%
Rosewood, New Guinea Pterocarpus indicus h.371 5..66%
Rosewood, Phillippines Pterocarpus indicus h.372 10..54%
Sapupira Hymenolobium
excelsum h.375 5..68%
Sasauria (Fiji) Dysoxylum
quercifolium h.376 4..69%
Sassafras Doryphora sassafras h.377 6..70%
Sassafras, Southern Atherospherma
moschatum h.378 7..66%
Satinash, Blush Acmena Hemilampra h.379 3..84%
Satinash, Grey Syzygium gustavioides h.380 5..82%
Satinash, New Guinea Syzygium
butterneranum h.381 5..68%
Satinash, Rose Syzygium francisii h.382 5..59%
Satinay Syncarpia hilii h.383 4..92%
Satinbox Phenbalium
saquameum h.384 5..92%
Satinheart, Green Geijera salicifolia h.385 8..51%
Satinwood, Tulip Rhodosphaera
rhodanthema h.386 6..94%
Scentbark Eucalyptus
aromapholia h.387 5..70%
Schizomeria, New
Guinea Schizomeria serrata h.388 5..81%
Schizomeria, Solomon
Island Schizomeria serrata h.389 4..60%
Sepetir Sindora coriaceae h.390 1..88%
Sheoak, Fijian Beach Casuarina nodiflora h.391 6..71%
Sheoak, River Casuarina
cunninghamiana h.392 7..59%
Sheoak, Rose Casuarina torulosa h.393 8..58%
Sheoak, Western
Australia
Allocasuarina
fraserana h.394 7..64%
Silkwood, Bolly Cryptocarya ablata h.395 8..53%
Silkwood, Silver Flindersia acuminata h.396 7..71%
Simpoh (Phillippines) Dillenia philippinensis h.397 5..86%
Sirus, White Ailainthus peekelii h.398 5..74%
Sirus, White Ailainthus triphysa h.399 7..70%
Sloanea Sloanea spp, h.400 5..77%
Spondias Spondias mariana h.401 4..72%
Spruce, European Picea abies Karst. h.136 6..101%
Spruce, Norway /Norway
Spruce Picea abies h.137 6..105%
Spruce, Sitka Picea sitchensis h.138 5..98%
Sterculia, Brown Sterculia spp, h.230 4..91%
Stringybark, Brown Eucalyptus capitellata h.403 6..83%
Stringybark, Darwin Eucalyptus tetrodonta h.404 5..81%
Stringybark, Yellow Eucalyptus muelleriana h.405 9..77%
Suren Toona cilata h.407 6..103%
Sweet chestnut Castanea sativa h.199 2..107%
Sycamore Acer pseudoplatanus h.5 7..57%
Sycamore, Satin Ceratopetalum
succirubrum h.408 7..63%
Tallowwood Eucalyptus microcorsis h.409 4..92%
Tatajuba Bagassa guianesis h.30 7..44%
Taun Maleisien Pometia pinnata h.195 0..105%
Taun New Guinea Pometia pinnata h.196 6..103%
Taun Phillipines Pometia pinnata h.197 7..99%
Taun Solomon Island Pometia pinnata h.198 4..70%
Tawa Beilschmiedia tawa h.415 8..51%
Tawa (sap & heart boron) Beilschmiedia tawa h.416 6..61%
Tawa (sap & heart
untreated) Beilschmiedia tawa h.417 7..64%
Teak Tectona grandis h.418 6..80%
Terap Artocarpus elasticus h.419 2..169%
Terentang Campnosperma
brevipetiolata h.420 5..77%
Terminalia Braun Terminalia microcarpa h.421 3..71%
Terminalia Gelb Terminalia complanata h.422 3..87%
Tetrameles Tetrameles nudiflora h.423 5..70%
Tingle, Red Eucalyptus jacksonii h.424 5..110%
Tingle, Yellow Eucalyptus guilfolei h.425 5..105%
Tornillo Cedrelinga
catenaeformis h.427 5..71%
Totara Podocarpus totara h.428 7..63%
Touriga, Red Calophyllum
constatum h.429 8..73%
Tristiropsis, New Guinea Tristiropsis canarioides h.430 6..70%
Tulipwood Harpullia pendula h.432 7..76%
Turat Eucalyptus
gomophocephala h.431 7..71%
Turpentine Syncarpia glomulifera h.433 5..91%
Vaivai-Ni-Veikau Serianthes myriadenia h.434 5..61%
Vatica, Phillippines Vatica, manggachopi h.435 7..63%
Vitex, New Guinea Vitex cofassus h.436 5..78%
Vuga Metrosideros collina h.437 6..56%
Vutu Barringtonia edulis h.438 4..55%
Walnut, American Juglans nigra h.288 5..87%
Walnut, Blush Beilschmiedia
obtusifolia h.439 8..64%
Walnut, European Junglans regia h.289 7..59%
Walnut, Queensland Endiandra palmerstonii h.440 6..101%
Walnut, Rose Endiandra muelleri h.441 3..78%
Walnut, White Cryptocarya obovota h.442 7..63%
Walnut, Yellow Beilschmiedia
bancroftii h.443 5..66%
Wandoo Eucalyptus wandoo h.444 7..87%
Wattle, Hickory Acacia penninervis h.445 7..64%
Wattle, Silver Acacia dealbata h.446 7..73%
Wengé Millettia laurentii h.448 7..55%
Western Red Cedar Thuja plicata h.449 6..56%
Whitewood, American Liriodendron tulipifera h.447 5..99%
Woolybutt Eucalyptus longifolia h.450 7..80%
Yaka Dacrydium
nausoriensis/nidilum h.451 6..69%
Yasi-Yasi I (Fiji) Syzygium effusum h.452 4..71%
Yasi-Yasi II (Fiji) Syzygium spp, h.453 5..82%
Yate Eucalyptus cornuta h.454 6..73%
Yertschuk Eucalyptus considenia h.455 7..88%

H60.0.01.6C-04 Operating Manual GMH3810 page 14
Appendix B: Additional materials
Select material you want to measure, enter number on the device, e.g. concrete b25 = b. 6
Measuring of building materials
Material Number Range
Concrete
Concrete 200kg/m³ B15 (200 kg Concrete per 1m³ sand) b. 5 0,7..3,3%
Concrete 350kg/m³ B25 (350 kg Concrete per 1m³ sand) b. 6 1,1..3,9%
Concrete 500kg/m³ B35 (500 kg Concrete per 1m³ sand) b. 7 1,4..3,7%
gas-aerated concrete (Hebel) b. 9 1,6..173,3%
gas-aerated concrete (Ytong PPW4, gross density 0,55) b. 27 1,6..53,6%
Screed
Anhydrit screed AE, AFE b. 1 0,0..30,3%
Ardurapid screed-concrete b. 2 0,6..3,4%
Elastizell screed b. 8 1,0..24,5%
Screed-plaster b. 11 0,4..9,4%
Wood-concrete screed b. 13 5,3..20,0%
Screed-concrete ZE, ZFE without additives b. 21 0,8..4,6%
Screed-concrete ZE, ZFE with bitumen additives b. 22 2,8..5,5%
Screed-concrete ZE, ZFE with synthetic additives b. 23 2,4..11,8%
Miscellaneous
Asbestos cement panels b. 3 4,7..34,9%
Bricks clay bricks b. 4 0,0..40,4%
Plaster b. 10 0,3..77,7%
Plaster synthetic b. 12 18,2..60,8%
On-wall plaster b. 20 0,0..38,8%
Lime mortar KM 1:3 b. 14 0,4..40,4%
Lime sand bricks (14 DF (200), gross density 1,9) b. 28 0,1..12,5%
Limestone b. 15 0,4..29,5%
MDF b. 16 3,3..52,1%
Cardboard b. 17 9,8..136,7%
Stone-timber b. 18 10,5..18,3%
Polystyrene b. 25 3,9..50,3%
soft-fibre-panel-wood, bitumen b. 26 0,0..71,1%
Concrete mortar ZM 1:3 b. 19 1,0..10,6%
Concrete bounded fake boards b. 24 3,3..33,2%
The accuracy of measuring building materials depends on manufacturing and using. The used additives may vary from
manufacturer to manufacturer, therefore deviating measure results may occur. The given measuring-range is the
theoretically measurable range.
Estimation of additional materials
Following materials may be well estimated with the help of the device, but you won’t reach such high accuracy than
with materials listed in appendix A and B.
Material Number Comment
Hay, flax h. 458 Injection probe GSF38
Straw, grain h. 459 Injection probe GSF38
Cork h. A
Fibre board h. C
Wood fibre insulating wall panel h. C
Wood fibre hard disks h. C
Kauramin-fake boards h. C
Melamine-fake boards h. A
Paper h. C
Phenolic resin-fake boards h. A
Textiles h. C (D)