DeFelsko PosiTector 6000 User manual

Coating Thickness Gages
Instruction Manual

Introduction
The osiTector 6000 hand-held, electronic instrument non-
destructively measures the thickness of coatings on metals,
quickly and accurately. It consists of a body (Standard or
Advanced) and probe.
Press the button to power up the Gage. To conserve battery
life, the gage will automatically go to sleep after 5 minutes of
inactivity. While in Sleep Mode, the gage powers up significantly
faster— convenient when moving between parts or locations. The
gage will completely power off after 4 hours of inactivity.
Alternatively, select ower Off from the main menu. All settings
are retained.
1
1. Remove the protective rubber cap (if supplied) from probe.
2. Power-up Gage by pressing the center navigation button .
3. Verify accuracy and adjust if necessary (pg. 3).
4. Place the probe FLAT on the surface to be measured.
HOLD STEADY. When a valid measurement is obtained,
the Gage BEEPS twice and the measurement is displayed.
5. Lift probe AT LEAST 2 INCHES (5 cm) from the surface
between measurements - OR - leave probe on the surface
in the same location for continuous measurements.
Quick Start
Menu Operation
To access the Menu, power-up the gage, then press the center
navigation button . Either the keypad or touch screen can be
used to navigate the menu. If desired, touch screen functionality
can be disabled within the Setup menu (See Touch, pg. 8).
Select a menu option by touching it, or use the and but-
tons to highlight the desired option and press to select it.
On menus longer than one page, the current page number is dis-
played below the menu name. Navigate between pages using
when the first menu item is selected, or when the last
menu item is selected. If using touch, navigate between pages
by touching or , or by swiping up or down.

2
Press the button or swipe right to return to a previous screen.
Select Exit to close the Menu.
When powered-up, the osiTector automatically
determines which probe is attached and does a self-
check.
To disconnect a probe from a body, slide the plastic
probe connector horizontally (in the direction of the
arrow) away from the body. Reverse these steps to
attach a different probe. It is not necessary to power-
down the Gage when switching probes.
The osiTector gage body accepts a wide variety of probe
types including magnetic, eddy-current, and ultrasonic coating
thickness, surface profile, environmental, hardness, salt
contamination, and ultrasonic wall thickness probes. See
www.defelsko.com/probes
When a Menu option is highlighted, the
icon indicates on-gage help is available.
Press or touch the icon to display the
help. A formatted PDF containing all on-
gage help items is available at
www.defelsko.com/help
indicates that a sub-menu exists for the
Menu option. Select the option to display its
sub menu.
Update your gage to ensure that you
have the latest on-gage help information.
NOTE:
robes

Calibration, Verification, and Adjustment
The osiTector 6000 non-destructively measures the thickness
of coatings on metals.Three steps ensure best accuracy…
1. Calibration: typically performed by the manufacturer.
All probes include a Certificate of Calibration.
2. Verification of Accuracy: typically performed by the user on
known reference standards such as the included plastic shims
or optional coated thickness standards.
3. Adjustment: Adjustment, or Cal Adjustment is the act of
aligning the Gage’s thickness readings to match that of a
known sample in order to improve the accuracy of the Gage
on a specific surface or in a specific portion of its measurement
range. 1-point or 2-point Cal Adjustments are possible.
Probes are factory calibrated and perform an automatic self-
check each time a measurement is taken. For many applications
no further adjustment is necessary after a Reset (pg. 6).
Just check ZERO on the uncoated substrate, then measure.
However, sometimes readings can be influenced by changes in
substrate, such as shape, composition, and surface roughness.
That is why Cal Adjustments are made possible. The symbol
disappears whenever a Cal Adjustment is made to the Gage.
0
3
Where a Cal Adjustment method has not been specified, use
a 1-point method first. If measuring the included shims on your
surface reveals inaccuracies, use the 2-point method. Factory
Cal settings can be restored at any time by performing a Reset
(pg. 6), creating a NEW Cal setting (See Cal Memory, pg. 5),
or by DELETING the adjustments made to the Cal 1 calibration
setting (pg. 5). The symbol appears on the display
whenever factory Cal settings are in use.
For “FN” gages, calibration adjustments are made independently
to the “F” or “N” modes, and are stored together within a particu-
lar Cal.
0

4
Cal Settings Menu
A 1- t Cal Adjustment, also known as an offset or correction
value, can be performed in five ways:
(i) Simple Zero Adjustment- Measure the uncoated part. Lift the
probe and adjust to "0" using the and buttons.
(ii) Average Zero Adjustment A preferred method
to (i) is to average 3 to 10 measurements on the uncoated part.
(iii)
Simple Adjustment to a Known Thickness-
Measure a shim
of known thickness placed on the uncoated part. Lift the probe
and adjust to the shim thickness using the and buttons.
(iv)
Average Adjustment to a Known Thickness
A preferred method to (iii) is to average 3 to 10 measurements
of a shim of known thickness placed on the uncoated part.
1 t Adjust
Zero
1 t Adjust
A Simple Zero Adjustment cannot be performed when
Calibration Lock is enabled (default). Disable Calibration
Lock (pg. 5) to perform this adjustment.
NOTE:
A Simple Adjustment to a Known Thickness cannot
be performed when Calibration Lock is enabled (default).
Disable Calibration Lock (pg. 5) to perform this adjustment.
NOTE:
1
(v) Zero Offset- Useful when measuring coating thickness over
rough or blasted substrates without access to the uncoated
representative substrate. Predefined Zero Offset values can be
selected according to the blast profile height in accordance with
ISO 19840. Alternatively, a custom Zero Offset can be entered.
The Zero Offset value is subtracted from each reading.
If the uncoated representative substrate is available,
performing an Average Adjustment to a Known Thickness
(above) is recommended for best accuracy.
NOTE:
2 t Adjust
Provides greater accuracy within a limited, defined range.
Measure known coating thicknesses that are thinner (often zero)
and thicker than the expected thickness range.
2

5
When enabled (default), the Calibration Lock icon will
appear on the display. This prevents an adjustment from
being performed inadvertently if the or buttons are
pressed.
Cal Lock
C
The current Cal Setting (ex. Cal 3) is displayed in the upper right
corner of the display. A stored Cal Setting can be selected when
returning to a particular part. Cal 1 can be adjusted but never
deleted, and is always made active with factory settings after a
Reset (pg. 6). A new Cal Setting cannot be created if a batch is
open with readings present.
Cal Memory (Advanced models only)
Create meaningful Cal Memory names directly on the Gage
using the onscreen QWERTY touch keyboard — helpful when
storing multiple Cal Memory adjustments.
Edit
Use when operating regularly on non-ferrous substrates.
The icon appears and the probe will only use the eddy current
principle to shorten measurement time and extend battery life.
Also useful when measuring coatings over plated or partially
magnetic grades of stainless steel.
(FN ferrous/non-ferrous combination probes only)
N Lock
N

Reset (menu Reset) restores factory settings and returns the
Gage to a known condition. The following occurs:
- All batches, stored measurements, batch names and screen
captures are erased.
- Calibration adjustments are returned to factory settings.
- Menu settings are returned to the following:
Reset
Setup Menu
Memory = OFF
Hi Res = OFF
Statistics = OFF
Hi Lo Alarm = OFF
Scan Mode = OFF
Auto Dim = ON
Cal Lock = On
Bluetooth & Stream = OFF
WiFi & Access oint = OFF
USB Keyboard & Stream = OFF
BLE Keyboard = OFF
Display = None
N Lock = OFF
Units
Converts the display from metric to imperial and vice versa.
1. Power down the Gage and wait 5 seconds.
2. Simultaneously press and hold the and buttons
until the Reset symbol appears.
This returns the Gage to a known, “out-of-the-box” condition.
It
performs the same function as a menu Reset with the addition of:
Perform a more thorough Hard Reset as follows:
6
Units = Metric
Touch = ON
Flip Lock = OFF
Auto Sync .net = ON
Battery Type = Alkaline
Bluetooth Smart = OFF
USB Drive = ON
- Bluetooth Pairing info is cleared.
- Menu settings are returned to the following status:
Fast Mode = OFF
Sound = Medium
Language = English
Backlight = Normal
- eep the gage away from metal during a Reset.
- Date, Time and WiFi settings are not affected by either Reset.
NOTES:

Increases the displayed resolution. Accuracy is not affected.
Hi Res
Increases measurement speed. Useful for quick inspection or
when measuring large areas with thick coatings where proper
probe positioning is not critical. Swift up/down probe movement is
required. Reduced accuracy may be noted.
By default, the osiTector 6000 takes approximately 1 reading
per second. Scan mode allows the user to take multiple readings
in rapid succession (3 readings per second) without lifting the
probe. Choose from 3 Scan modes:
•Normal - continuously measures when placed on the surface
•Statistics - displays real-time scan statistics when placed on the
surface. Average, max., min., and standard deviation are displayed.
•Limited # Avg. - continuously measures until user-specified number
of readings is reached, then displays the average for the scan.
When Memory is on (pg.9), Scan measurement data is
recorded. However, in Statistics and Limited # Avg. Scan
modes, only the statistics and/or avergage is saved, not
individual readings. Note that performing a scan may reduce the
life of the probe and is recommended for smooth surfaces only.
For additional information concerning Scan mode, visit
http://www.defelsko.com/scan
Scan
Fast
(Advanced models only)
7
Adjusts the volume of built-in speaker (Off, Low, Medium, High).
Sound
Disables the Auto Rotate feature by locking the display in its
current orientation.
Flip Lock
For FN probe models, the Nmode is disabled in
Fast Mode.
NOTE:

Statistics Mode
A statistical summary will appear on the display. Remove the last
reading by pressing the button. Press to clear statistics.
Statistics
HiLo Alarm
Allows Gage to visibly and audibly alert the user when readings
exceed user-specified limits.
–Average
–Maximum Value
–Standard Deviation
–Minimum Value
Selects the type of batteries used in the Gage from a choice of
“Alkaline”, “Lithium” or “NiMH” (nickel-metal hydride rechargeable).
The battery state indicator symbol is calibrated for the selected
battery type. No damage will occur if the battery type used in the
Gage does not match the selected battery type.
Battery Type
X
X
8
All measurements are date and time stamped (24-hour format)
when stored into memory. It is therefore important to set the
correct date and time. Use the and buttons to select a
value, and the and buttons to adjust it. The current date
and time setting can also be viewed at the top of the main menu.
Set Clock
Allows the touch screen functionality to be disabled. All gage
functions can also be controlled using the navigation buttons.
Touch

9
Advanced models store 250,000 readings in up to 1,000
batches. “New Batch” closes any currently opened batch and
creates a new batch name using the lowest available number.
New batch names are date-stamped when they are created.
The osiTector 6000 has internal memory storage for recording
measurement data. Stored measurements can be reviewed on-
screen or accessed via computers, tablets and smart phones. All
stored measurements are date and time-stamped. The symbol
appears when the Gage is set to store measurement data.
Standard models store up to 1,000 readings in one batch.
Memory Management
Helps determine if a coating system complies with the IMO
performance standard for protective coatings.
See www.defelsko.com/9010
New A2
New 90/10
Helps determine if film thickness over a large area conforms
to user specified min/max levels. See www.defelsko.com/pa2
Screen Capture
Press both and buttons simultaneously to save an image of
the current display. The last 100 screen captures are stored in
memory and can be accessed when connected to a computer
(see osiSoft USB Drive pg. 10).
Helps determine if a protective coating system complies with the
ISO 19840 acceptance criteria for measuring coating thickness
on rough substrates. See www.defelsko.com/19840
New 19840
Create a new batch
(Advanced only)
Scroll through display
modes (Advanced only)
Delete last reading
Restore brightness
after dimming
Access the Menu

Accessing Stored Measurement Data
DeFelsko offers the following free solutions for viewing, analyzing
and reporting data:
osiSoft USB Drive - Connect the Gage to a PC/Mac using the
supplied USB-C cable. View and print readings and graphs using
universal PC/Mac web browsers or file explorers. No software or
internet connection required.
osiSoft Desktop - Powerful desktop software (PC/Mac) for
downloading, viewing, printing and storing measurement data.
Includes a customizable, templated PDF Report Generator. No
internet connection required.
osiSoft.net - Web-based application offering secure, centralized
storage of measurement data. Access your data from any web-
connected device.
osiTector App - (Advanced models only) App for compatible iOS
and Android smart devices. Permits users to create, save and
share professional PDF reports. Add images and notes using the
smart device’s camera and keyboard.
For more information on our PosiSoft solutions, see:
www.defelsko.com/posisoft
10
Connect Menu
When USB Drive is enabled , the PosiTector uses a USB
mass storage device class which provides users with a simple
interface to retrieve stored data in a manner similar to USB flash
drives and digital cameras. USB Drive is also required to import
stored measurements into osiSoft Desktop software (above).
Allows connection to your local wireless network or mobile
hot spot. Ideal for using your network’s internet connection for
synchronizing stored measurements with osiSoft.net (above).
See www.defelsko.com/wifi
WiFi (Advanced models only)
USB

The above WiFi and USB menus contain a Sync .net Now
option. When selected, the Gage immediately synchronizes
stored measurement data via its respective communication
method (internet connection required). Alternatively, select Auto
Sync .net from within the USB connect menu to automatically
synchroniz e upon connection to a PC. Additional measurements
added to memory while connected are synchronized only when
the USB cable is disconnected and reconnected, or when the
Sync.net Now option is selected. WiFi connected gages
automatically attempt synchronization upon power-up.
Sync .net Now
While connected, power is supplied through the included
USB-C cable. The batteries are not used and the body will not
automatically power down.
NOTE:
When enabled and connected to a computer, the PosiTector will be
recognized as a Keyboard. Readings are sent to the computer as
they are taken, emulating keystrokes, followed by a carriage return.
Keyboard
Stream
NOTE:
Stream individual readings to a USB connected computer via a
serial protocol. Ideal for use with serial compatible SPC data
collection software.
For more information on USB eyboard and Streaming
visit: www.defelsko.com/usb/stream
(Advanced models only)
(Advanced models only)
Allows individual readings to be sent to a computer, printer or
compatible device as they are taken using Bluetooth wireless
technology. See www.defelsko.com/bluetooth
Bluetooth (Advanced models only)
osiSoft Desktop is required when using USB to
synchronize measurements with PosiSoft.net.
NOTE:
Allows communication with a smart device running the
osiTector App (pg. 10) via auto-pairing Bluetooth Smart
(BLE) wireless technology.
Bluetooth Smart
(Advanced models only)
11

The Gage will perform a Hard Reset (pg. 6) after
an update. All stored measurements will be erased from memory.
Updates
Determine if a software update is available for your Gage.
See www.defelsko.com/update
WARNING:
12
BLE Keyboard
When enabled and connected to a computer, the osiTector will
be recognized as a wireless Keyboard. Readings are sent to the
computer as they are taken, emulating keystrokes, followed by a
carriage return.
(Advanced models only)
Sync Batches
Select batches to flag them for synchronization to the PosiTector
App. Sync Batches is useful when connecting a new device to a
gage with pre-existing batches, since only batches created while
Bluetooth Smart is enabled are automatically selected.
Selected batches are synchronized when the next reading is
taken in a batch flagged for synchronization, or when the Sync
Batches option is selected at the bottom of the list of selected
batches.
Send Batches
Transfers selected batches to the PosiTector App. Send Batches
is useful when switching between devices, as only readings and
batches that have yet to be synchronized with any smart device
are synchronized automatically.
The Send Batches option is visible in the menu when the Gage
is connected to a smart device running the PosiTector App.
If Bluetooth Smart is disabled or disconnected, data
from batches selected in the Sync Batches menu are held in a
queue until communication with the PosiTector App is re-
established.
NOTE:

www.defelsko.com
© 2020 DeFelsko Corporation USA All Rights Reserved
This manual is copyrighted with all rights reserved and may not be reproduced or transmitted,
in whole or part, by any means, without written permission from DeFelsko Corporation.
DeFelsko, PosiSoft, and PosiTector are trademarks of DeFelsko Corporation registered in
the U.S. and in other countries. Other brand or product names are trademarks or registered
trademarks of their respective holders.
Every effort has been made to ensure that the information in this manual is accurate.
DeFelsko is not responsible for printing or clerical errors.
Returning for Service
Before returning the instrument for service…
1. Install new or newly recharged batteries in the proper
alignment as shown within battery compartment.
2. Examine the probe tip for dirt or damage. The probe should
move up and down freely.
3. Perform a Hard Reset (pg. 6).
4. Place a plastic shim onto bare metal (steel or non-ferrous
metal, depending upon whether you have an “F”or “N”probe)
and attempt a measurement. (see Verification, pg. 3)
5. If issue is not resolved, Update (pg. 12) your osiTector
gage body and re-attempt measurements.
IM ORTANT:
If these steps do not resolve the issue and the Gage must be
returned for service, please follow the instructions provided at
www.defelsko.com/service.
Limited Warranty, Sole Remedy
and Limited Liability
DeFelsko's sole warranty, remedy, and liability are the express
limited warranty, remedy, and limited liability that are set forth on
its website: www.defelsko.com/terms

Coating Thickness Gages
Manual de Instrucciones

1
Introducción
El medidor electrónico portáil PosiTector 6000 mide de manera
rápida, precisa y no destructiva el espesor de recubrimientos en
cualquier metal. Está formado por un cuerpo (Standard o
Advanced) y una sonda.
Presione el boton para encender el instrumento. Para conser-
var la vida de la bateria, el instrumento entrará en reposo
automáticamente tras 5 minutos de inactividad. Cuando se
encuentra dentro del modo de reposo, el instrumento se reactiva
significativamente más rápido. El instrumento se apagará comple-
tamente después de 4 horas de inactividad. Alternativamente,
seleccione la opcion “Apagar” en el menu principal. Todas las
configuraciones se mantienen.
1. Retire la goma de la tapa protectora roja de la sonda si la lleva.
2. Encienda el edidor pulsando el botón central .
3. Verifique la precisión y ajuste si es necesario (pág. 3).
4. Ponga la sonda perpendicular sobre la superficie a medir.
ANTÉNGALA FIR E. Cuando se tome una medida válida,el
edidor emitirá dos pitidos, y la medida aparecerá en el display.
5. Levante la sonda POR LO ENOS 5 cm (2 pulg.) por encima
de la superficie entre mediciones - O - deje la sonda sobre la
superficie en el mismo sitio para tomar medidas continuas.
Inicio rápido
Menú Operación
Para ingresar al menu principal, encienda el medidor, después
presione el botón de navegación . Puede utilizar tanto el
teclado del tablero como la pantalla tactil para navegar en el
menú. Si lo desea, la funcionalidad de la pantalla táctil puede
ser deshabilitada desde el menu “Configurar” (vea Touch, pág.
8).
Seleccione la opcion del menú tocando el título o utilice las
teclas y para señalar la opción del menu de su elección
finalmente presione el para validar la selección.
Cuando el contenido del menú necesite desplegarse en más de

2
una pantalla, se mostrará debajo del título del menú el número
depágina. Podrá navegar entre las páginas del menú usando las
teclas y . Cuando llegue al inicio o final de unalista
presione la tecla respectiva para avanzar o retroceder entre
páginas. Si utiliza la pantalla táctil, simplemente presione or
, o deslice el dedo por la pantalla hacia abajo o arriba.
Presione el botón o deslice el dedo hacia su derecha para
regresar a la pantalla anterior. Selecciones Salir para cerrar el
menú.
Cuando se resalta una opción del menú,
aparece el ícono informando que hay
información de ayuda disponible para ese
elemento del menú. Presione la tecla o
el ícono para desplegar la informacion de
ayuda. Puede descargar un archivo en for-
mato PDF con todos los items de ayuda del
menú en www.defelsko.com/help
indica la existencia de un sub-menú para
esa opción del menú. Seleccione la opción
para desplegar los elementos del sub-menú.
Actualice periodicamente el medidor
para asegurar que el medidor cuenta con la
información de ayuda del menú más
reciente.
NOTA:
Una vez encendido, el PosiTector determinará
automáticamente el tipo de sonda conectado y
realizará una comprobación automática.
Para desconectar una sonda de la base del
PosiTector deslíce el conector de la sonda de plástico
horizontalmente (en la dirección de la flecha)
separándola de la base PosiTector. Invierta los pasos
para conectar una sonda diferente. No es necesario
apagar el medidor cuando se cambia la sonda.
Sondas

Adicionalmente, el cuerpo del PosiTector es compatible con
una amplia variedad de sondas de tipo magnético, eddy current,
ultrasónica para espesor de película de recubrimiento, perfil de
superficie, condiciones ambientales, dureza, contaminación por
cloruros y ultrasónicas para espesor de pared. Ver
www.defelsko.com/probes
3
Calibración, Verificación y Ajuste
El PosiTector 6000 mide de manera no destructiva los espesores
de revestimientos de metales. Los pasos que garantizan la mayor
precisión son tres:
1. Calibración: realizada normalmente por el fabricante o un
laboratorio cualificado. Todas las sondas incluyen Certificado de
Calibración.
2. Verificación de precisión: que realiza el usuario con
referencias como las galgas de plástico o los soportes estándar de
espesores opcionales.
3. Adjuste: Ajuste o ajuste de calibración es el acto de alinear las
mediciones del medidor para hacerlas coincidir con una muestra
conocida mejorando su efectividad en una superficie específica o
una porción específica de su rango de medición. Se pueden
realizar ajustes de calibración de 1 ó 2 puntos
Las sondas vienen calibradas de fábrica y realizan una
autocomprobación cada vez que se toma una muestra. Para much
as aplicaciones, no es necesario realizar un posterior ajuste tras
un einicio (pág. 6). Basta realizar una puesta a CE O sobre el
substrato no recubierto y tomar la medida.
Sin embargo, a veces las lecturas del edidor pueden verse
afectadas por cambios en la forma, la composición o la rugosidad
del substrato, o al tomar medidas en un lugar diferente de la pieza.
Por ello pueden realizarse los ajustes de calibración. El símbolo
desaparecerá cuando se realice un ajuste de calibración en el
medidor.
Cuando no se haya especificado un método, utilice en primer
lugar un método de 1 punto. Si al medir las galgas facilitadas en
su superficie se detectan imprecisiones, utilice el método de 2
puntos. Las configuraciones de calibración de fábrica se pueden
0

4
restaurar en cualquier momento reiniciando (pág. 6), creando
una NUEVA configuración de calibración (Cal Memoria, pág. 5),
o BORRANDO los ajustes realizados en la configuración de
calibración Cal 1 (pág. 5).
El símbolo aparecerá en la pantalla siempre que se estén
utilizando las configuraciones de fábrica.
Con los edidores "FN", los ajustes de calibración se realizan
sólo en modo "F" o "N" y se almacenan por separado bajo un
Cal específico dependiendo de la última medida.
0
Ajuste Cal 1 punto - También conocido como un valor de
corrección o un offset. Puede llevarse a cabo de 5 maneras
diferentes:
(i) Adjuste Simple cero - ida su pieza sin revestimiento.
Levante la sonda y ajuste a "0" con los botones y.
1 Punto
Menú Ajustes Cal
1
Un Ajuste de Cero Simple no podrá ser ejecutado
cuando la funcion Bloqueo de Calibración esté habilitada (por
defecto). Para realizar este ajuste, primero deshabilite Bloqueo
de Calibracion (pág. 5).
NOTA:
Un Ajuste Simple a una referencia de espesor
conocido no podrá ser ejecutado cuando la funcion Bloqueo de
Calibración esté habilitada (por defecto). Para realizar este
ajuste, primero deshabilite Bloqueo de Calibracion (pág. 5).
NOTA:
(ii) Adjuste promediado a cero El método preferido
para (i) es obtener la media de entre 3 y 10 mediciones de la
pieza sin revestimiento.
(iii) Ajuste simple a un espesor conocido - ida una galga
de espesor conocido colocada en una pieza sin revestimiento.
Levante la sonda y ajuste al espesor de la galga utilizando los
botones y.
Cero

5
2
2 Puntos
Proporciona mayor exactitud dentro de un margen limitado y
definido. ida un valor de poco espesor (frecuentemente cero) y
uno de mayor espesor. Estos valores soportarán el rango esperado
de espesor.
Cuando esté disponible el acceso al sustrato preparado
con abrasivo, realizar un Procedimiento de Ajuste
Promediado contra una eferencia de Espesor Conocido es
recomendable para obtener la mejor precision posible.
NOTA:
Una vez comprobado, el icono aparecerá y la actual
configuración de calibración se bloqueará para evitar otros
ajustes del usuario. Desactive para realizar otros ajustes.
Fijar Cal
C
La actual configuración de calibración (p. ej. Cal 3) se muestra
en la parte superior derecha de la pantalla. Una configuración de
calibración almacenada puede restaurarse cuando vuelva a una
pieza en particular. Cal 1 podrá ajustarse pero nunca borrarse
y siempre se activará con la configuración de fábrica tras un
einicio (pág. 6). No podrá crearse una nueva configuración de
calibración si está abierta una serie con lecturas.
Cal Memoria (Sólo para modelos Advanced)
(iv) Ajuste promediado a un espesor conocido
El método preferido para (iii) es obtener la media de entre 3 y
10 mediciones de una galga de espesor conocido colocado en
la pieza sin revestimiento.
(v) Offset del Cero - Útil para realizar una compensación por
rugosidad cuando en una medicion de espsor de película seca
en locaciones donde no se tiene acceso al sustrato rugoso o
preparado con abrasivo. Puede elegir entre varios valores de
ajuste de la referencia de cero (Zero Offset) preestablecidos
en cumplimiento con la norma ISO 19840 que recomienda val-
ores de ajuste o compensacion especificos en proporcion con
la altura del perfil de anclaje. Alternativamente, el valor de
compensacion (Zero Offset) puede ser restado de cada lectura
de espesor.
1 Punto