Additel ADT850 Laboratory Thermocouple Calibration Furnace User Manual
- June 9, 2024
- Additel
Table of Contents
ADT850 Laboratory Thermocouple Calibration Furnace
ADT850 Laboratory Thermocouple Calibration Furnace
850 Laboratory Thermocouple Calibration Furnace
——-User Manual [Version2104V03]
STATEMENT
This user’s manual provides operating and safety instructions for the ADT850
Laboratory Thermocouple Calibration Furnaces. To ensure correct operation and
safety, please follow the instructions in this manual. Additel Corporation
reserves the right to change the contents and other information contained in
this manual without notice. For the most up-to-date manual, please visit
www.additel.com.
CONTENT
Safety Instructions …………………………………………………………………………1 1. Introduction
…………………………………………………………………………….3
1.1 Overview……………………………………………………………………………………………………………………………………………….. 3 1.2
Model Information …………………………………………………………………………………………………………………………………… 4 1.3
Basic Structure ………………………………………………………………………………………………………………………………………. 5 1.4
Features ……………………………………………………………………………………………………………………………………………….. 7 1.5
Working Environment ……………………………………………………………………………………………………………………………… 8 1.6
General Specifications…………………………………………………………………………………………………………………………….. 8 1.7
Temperature Specifications ……………………………………………………………………………………………………………………. 10 2.
Operation ……………………………………………………………………………..13 2.1 Main Display
………………………………………………………………………………………………………………………………………… 13 2.2 Rotation Knob
Button Operations ……………………………………………………………………………………………………………. 14 2.3 Step
Function ………………………………………………………………………………………………………………………………………. 16 2.4
Temperature unit settings ………………………………………………………………………………………………………………………. 17
2.5 Real-time temperature curve …………………………………………………………………………………………………………………..
18 2.6 Temperature control ……………………………………………………………………………………………………………………………… 22
2.7 Intelligent diagnostic center
……………………………………………………………………………………………………………………. 36 3. Setup
……………………………………………………………………………….. 37 3.1 Control
settings…………………………………………………………………………………………………………………………………….. 38 3.2 Sensor
Library ……………………………………………………………………………………………………………………………………… 39
I
3.3 Communication Settings ………………………………………………………………………………………………………………………… 40
3.4 ACloud Services …………………………………………………………………………………………………………………………………… 42 3.5
System Services …………………………………………………………………………………………………………………………………… 43 3.6
Personalization …………………………………………………………………………………………………………………………………….. 44 3.7
Product information……………………………………………………………………………………………………………………………….. 46 4.
Copyright ……………………………………………………………………………..46
II
Tables
Table 1.2.1 Model Information ……………………………………………………………………………………………………………………………
4 Table 1.3.1 Basic Structure
………………………………………………………………………………………………………………………………. 7 Table 1.6.1 General
Specifications …………………………………………………………………………………………………………………….. 8 Table 1.7.1
ADT850 Long Furnace Mode Temperature field specifications
…………………………………………………………….. 10 Table 1.7.2 ADT850 Short Furnace Mode Temperature
field specifications……………………………………………………………. 11 Table 1.8.1 ADT850 Standard
Accessories ……………………………………………………………………………………………………….. 12 Table 2.6.1
Controlling Parameters ………………………………………………………………………………………………………………….. 32 Table
2.6.2 Reference Parameters…………………………………………………………………………………………………………………… 35
Table 3.2.1 Reference TC Parameters ………………………………………………………………………………………………………………
40 Table 3.3.1 Ethernet IP address acquisition method selection
……………………………………………………………………………… 41 Table 3.3.2 Ethernet IP address manual
settings ……………………………………………………………………………………………….. 41 Table 3.3.3 Wireless
communication settings…………………………………………………………………………………………………….. 42 Table 3.3.4
Wireless communication manual settings …………………………………………………………………………………………. 42
Table 3.6.1 Date and time ………………………………………………………………………………………………………………………………. 45
Table 3.6.2 Sound list …………………………………………………………………………………………………………………………………….. 46
III
Figures
Figure 1-1 Basic Structure………………………………………………………………………………………………………………………………… 5
Figure 1-2 Basic Structure left side
…………………………………………………………………………………………………………………. 6 Figure 1-3 Basic Structure
right side ……………………………………………………………………………………………………………….. 6 Figure 2-1 Main
Display …………………………………………………………………………………………………………………………………. 14 Figure 2-2 Knob
button Temperature Setting Display………………………………………………………………………………………….. 15
Figure 2-3 Step Settings Display …………………………………………………………………………………………………………………….
17 Figure 2-4 Standby Measurement Curve
………………………………………………………………………………………………………….. 19 Figure 2-5 Temperaure Control
Process Curve ………………………………………………………………………………………………….. 20 Figure 2-6
Temperature fluctuation curve after stabilization
…………………………………………………………………………………. 21 Figure 2-7 Base metal long furnace + empty
chamber mode……………………………………………………………………………….. 23 Figure 2-8 Base metal long
furnace + long empty cup insert mode ………………………………………………………………………. 24 Figure
2-9 Base metal long furnace + long multi-hole insert mode
……………………………………………………………………….. 25 Figure 2-10 Noble metal long furnace + 20mm
aluminium tube mode ……………………………………………………………….. 26 Figure 2-11 Base metal short
furnace + empty chamber mode ……………………………………………………………………………. 27 Figure 2-12
Base metal short furnace + short empty cup insert mode
………………………………………………………………….. 28 Figure 2-13 Base metal short furnace + short
multi-hole insert mode …………………………………………………………………… 29 Figure 2-14 Noble metal
short furnace + 16mm aluminium tube mode ……………………………………………………………….. 30 Figure
2-15 Annealing furnace mode ……………………………………………………………………………………………………………….. 31
Figure 2-16 N Type TC correctness diagnostic page
………………………………………………………………………………………….. 37
IV
Figure 3-1 Main Menu Display ………………………………………………………………………………………………………………………… 38
Figure 3-2 System Settings Display
…………………………………………………………………………………………………………………. 39
V
Safety Instructions
Warnings – identify any action or condition that may be hazards to the user.
Cautions – identify any action or condition that may damage the calibrator or
the equipment under test. Warnings To prevent personal injury, please follow
this user manual. To prevent possible electrical shock, fire, or personal
injury, please: 1. General
Before using the product, please read the manual, especially the “Safety
Instructions” section; Do not use the device outside of the specified
environmental conditions; Before using the product, please check the
appearance of the product for any damage; Please follow the operation steps in
the manual when using the product; If the product is damaged or malfunctions,
please do not use it, and contact Additel; Do not use this product in an
explosive gas, steam or dust environment; This product should be used by
trained personal only, to prevent injury or damage to the operator or the
product. 2. High Temperature
Inserted probes may be hot, please pull them out only when the furnace
temperature below 50; Before using, please power on the unit to check the
temperature of the furnace to prevent burns from the
residual temperature of the last operation;
1
Do not put your hands or other parts of your body into the protective cover of
the furnace; To avoid damaging the furnace or units under test, do not cut off
the power when the temperature of the
furnace is above 100; If you are unsure of the temperature of the furnace or
any probes under test, do not touch any components of
with the exception of the display screen, power switch until ample time has
passed to ensure components are not hot to the touch. 3. Electrical: Double
check the power connection, fuse model and installation before use; Do not
apply more than 30V AC or DC to TC jacks, to prevent damage to the electrical
protection components caused by overvoltage; Always use the correct fuse size
and type if replacements are required; Do not disassemble the furnace without
obtaining permission from Additel. 4. Cautions To prevent possible electrical
shock, fire, or instrument damage, please follow this user manual; Do not use
any power cord other than the one provided with the furnace; Do not unplug the
power cord while in use; Do not use the furnace under a strong mechanical
vibration environment; Do not clean the furnace with liquid, please contact
Additel for cleaning process; To avoid damaging the unit, do not drop anything
into the calibrator; Do not use the furnace if it appears to have any issues,
and contact Additel immediately; Do not modify the default configuration of
the furnace, correct setting of such parameters is very important for the
safety and normal operation of this furnace;
2
1. Introduction 1.1 Overview
The ADT850 Laboratory Thermocouple Calibration Furnace is the latest
generation of intelligent constant temperature equipment launched by Additel.
It is equipped with a safe and efficient heating apparatus, which provides the
furnace with excellent temperature field stability. At the same time, it uses
a high-performance intelligent temperature controller to greatly improve the
accuracy and resolution of temperature control. The furnace can easily support
the calibration of noble metal thermocouples and base metal thermocouples.
The ADT850 Laboratory Thermocouple Calibration Furnace relies on Additel’s
long-term accumulated experience and innovative technology to achieve
excellent product performance, which in turn, provides a variety of
professional solutions for users. Industries served include power,
petrochemical, metering, metallurgy, pharmaceutical, biotechnology, food,
machinery, shipbuilding, aerospace, transportation and other industries, the
smart standard furnace is an ideal choice for laboratory temperature
calibration.
Contact us: Additel Corporation Tel:
+1-714-998-6899 www.additel.com
3
1.2 Model Information
Table 1.2.1 Model Information
Temperature Range
3001200
Operating Modes
9 unique modes
Intelligent Calibration
Data Logging
Intelligent Diagnosis
Intelligent remote control
Weight
45 kg
4
1.3 Basic Structure
Figure 1-1 Basic Structure 5
Figure 1-2 Basic Structure – Right Side
Figure1-3 Basic Structure – Left Side
6
Table 1.3.1 Basic Structure
No.
Part Name
Description
1
Power Switch
Controls power supply to the unit
2
LCD Display
User interface and controls
3
Knob Button
Articulated thumb wheel for an optional navigation method
4
Network Cable Port
LAN port, to connect to the host computer
5
USB Port (Device)
To connect to the host computer
6
USB Port (Host)
To connect U disk for system upgrades
7
Mini TC Measurement ports To connect temperature controlling TC’s
8
Fuse holder
To install the fuses
9
Power supply Lemo port
To supply power to the unit
1.4 Features
Independent three temperature zone, fast temperature control and high
temperature performance. Support temperature self-calibration to ensure
optimal performance and accuracy. Unique technology reduces high temperature
leakage and high performance for base and nobel metal TC
calibrations.
7
The temperature control sensor can be easily replaced, that is convenient for
the maintenance. Carefully selected high temperature alloy materials increase
thermal transfer of heat and provide good thermal
transfer. The advanced adaptive control algorithm makes the furnace have
excellent temperature stability and
temperature uniformity. Independent hardware over-temperature protection,
completely separate from the main control system to
immediately cut off the heating power supply when an over temperature
condition occurs. Remote communication available via ACloud service or mobile
device and not limited by distance. Displays the current temperature and curve
in real time, the digital jog dial can quickly set the temperature, and
it supports USB, LAN, WIFI and other communication methods.
1.5 Working Environment
Working temperature range:545 Storage temperature range:-2070 Relative
humidity: < 80% @ 35 and belowDecrease linearly from 80% to 50% @ (35~45)
Atmospheric pressure: Below 2000 meters above sea level IP protection level:
IP20
1.6 General Specifications
Specification
Table 1.6.1 General Specifications ADT850
8
Temperature range Stability
Display accuracy Heating Time Cooling Time Resolution
Inner diameter of heating pipe Working temperature Storage temperature
Relative humidity
Atmospheric pressure Installed power Power Supply Screen Fuse
3001200 0.1/min0.4/30min
±5 (231200): 40 mins (1200300): 90 mins 0.01 / 0.01 / 0.01K
39mm ±1mm (545) (-2070)
090% RH @050, Non-condensing <2000m
4000W (AC220V) AC220V ±10%50/60Hz16A 7in TFT industrial touchscreen
T12A250V
9
DimensionsW x H x L
342mm x 424mm x 680mm
Weight
1.7 Temperature Specifications
1.7.1 ADT850 Long (Deep) Immersion
45kg (without insert)
Table 1.7.1 ADT850 Long (Deep) Immersion
Specifications
Base Metal Empty chamber
0.4
Base Metal Cup Insert
0.5
Base Metal Multi-hole
insert 0.5
Noble Metal 20 alumina tube
0.4/10mm
Axial Uniformity
from geometrical center ±30mm[1]
from bottom of the from bottom of the
insert -30mm[2]
insert -30mm
from geometrical center ±20mm
0.2
0.2
0.2
Radial Uniformity from geometrical
from geometrical from geometrical
—
center ±14mm
center ±14mm
[1] From the geometrical center to surface: 220mm [2] From the bottom of insert to surface: 240mm
center ±14mm
10
Note: Factory calibration is limited to empty chamber mode, and all modes guarantee specifications
1.7.2 ADT850 Short Immersion
Table1.7.2 ADT850 Short Immersion
Specifications
Base Metal Empty chamber
Base Metal Cup Insert
Base Metal Multi-hole
insert
Noble Metal 16alumina tube
1.0
1.0
1.0
0.4/10mm
Axial Uniformity
from geometrical center ±20mm[1]
from bottom of the from bottom of the
insert -30mm[2]
insert -30mm
from geometrical center ±20mm
0.5
0.5
0.5
Radial Uniformity from geometrical
from geometrical from geometrical
—
center ±14mm
center ±14mm
center ±14mm
[1] From the geometrical center to surface: 220mm [2] From the bottom of insert to surface: 240mm Note: Factory calibration is limited to empty chamber mode, and all modes guarantee specifications
1.7.3 ADT850 Annealing furnace
11
Axial Temperature Field: 1100±20 Annealing Temperature Field: From one end of
the temperature field to the working end surface is less than 100mm,
Temperature field width 400mm.
1.8 Standard Accessories
Table1.8.1 ADT850 Standard Accessories
No.
Item/Model
Quantity
1
Main Unit
1
2
Power Code
1
3
Network cable
1
4
Type N Control TC-Left
1
5
Type N Control TC-Middle
1
6
Type N Control TC-Right
1
7
Alumina tube (8 mm OD)
4
8
Fuse, T12A 250V
3
9
Nickle wire (Expt ADT850-1200-ALUM)
1
ADT110-850-ALUM
10
1
(Only for ADT850-1200-ALUM)
12
ADT110-850-CUP-LONG
11
1
(Only for ADT850-1200-CUPL)
12
Insulator Set
2
13
Alumina tube 6 mm OD x 4 mm ID x 700 mm L
2
14
Alumina tube 6 mm OD x 4 mm ID x 400 mm L
2
15
Report of test with data
1
2. Operation 2.1 Main Display
Main Display including 2 parts: Status bar and Temperature Controlling
interface; as shown in picture 2-1. 1. Status bar: Including time, WIFI, USB
status, ACloud, Step setting, Fast cooling, Intelligent Diagnostic Center,
Main menu icon; Note: Except for the time, WIFI, USB, and ACloud, the rest of
the icons in the status bar can be clicked for follow-up operations. 2.
Temperature Controlling: Including target temperature setting, real-time
temperature data, and heating switch.
13
3. Lock Screen: Click the main menu icon
and select the screen lock, entering the lock screen state, and the
rest of the screen is unavailable except for the unlock key .
Unlock Screen: When the screen is locked, click the unlock button in the upper right corner.
Figure 2-1 Main Display
2.2 Rotation Knob Button Operations
There is a rotation knob button on the right side of the touch screen, which
has the following functions: 1. Set Step Points
Turn on the step function and turn the knob button to automatically display
the step setting interface, and the step value will be changed with the knob
selection in the top left of the screen.
2. Set Target Temperature Value
14
When the step point function is off, turn the knob button to automatically
display the target temperature set point and change the integer value of the
target temperature with the rotation. Press and hold the knob for one second
to select the decimal value of the target temperature.
Figure 2-2 Knob button setting temperature point display 3. Start/stop
temperature control Press and hold the rotary button for two seconds and then
release it to start the temperature control Press and hold the rotary button
for two seconds and then release it to pause the temperature control. 4. Menu
selection
15
For example, in the system settings interface, after rotating the button, a yellow check box will appear in the menu. Continue to rotate the button to adjust the position of the yellow check box. When the position of the yellow check box is adjusted to the option you want to click, click the rotate button to select it.
2.3 Step Function
2.3.1 Step Function Settings Press the step function button
to enter the step function setting interface, see figure 2-3.
Figure 2-3 Step function setting interface 1. Click the value of each step
point to enter the step point editing interface, and edit the stability time
and temperature of the step point.
16
2. Click
to delete the edited step point. Click
to add a step point.
3. Click
to quickly edit the automatic step point.
4. Click
to view the historical data of the edited calibration point.
5. Click the confirm button in the lower right corner to save the edited step point list. The name of the set of step points is
required.
2.3.2 Step temperature control:
Click
in the status bar to turn on the step temperature control function. Then the temperature control buttons on the
main interface are displayed as the followings:
1. Click
to switch to the previous step point.
*When the step is not running, click to start running the first step point. When the first step is under process, then nothing
changes.
2. Click
to start step temperature control.
3. Click
to pause step temperature control.
4. Click
to switch to the next step point.
*When the step is not running, click to start running the second step point. When the last step point is under process,
then click
will finish the step process.
2.4 Temperature unit setting:
Users can set the temperature unit through the main menu or the main
interface, and the furnace system will automatically switch all relevant
temperature units in the system. 1. Main interface: Click the temperature unit
displayed on the main interface and select the desired temperature unit.
17
2. Main menu: Tap the upper right corner of the main interface screen to
enter the main menu, and then select System Settings Personalization –
Temperature Unit, then select the desired temperature unit.
2.5 Real-time temperature curve
By clicking the control temperature interface switch button , the user can
switch between the temperature value display interface and the temperature
curve display interface. The temperature interface displays the temperature
value, and the temperature curve interface has three curve display modes,
which are automatically switched according to the following states: 1. When in
the standby state, the measurement curve is displayed; the horizontal axis is
time (hours: minutes), the vertical axis is percentage, 0% represents the
lower limit of the current device range, and 100% represents the upper limit
of the current device range. The curve indicates the proportion of the current
temperature value within the range. Click on the curve area to display the
current temperature and the temperature values corresponding to 0% and 100%
(expressed in degrees Celsius)
18
Figure 2-4 Measurement curve in standby state 2. When the temperature of the
furnace is under control, the temperature control curve is displayed; the
horizontal axis is time (hours: minutes), the vertical axis is percentage, 0%
represents the temperature of the equipment during temperature control, and
100% represents the target value of temperature control. The curve indicates
the proportion of the temperature range from the beginning of temperature
control to the steady state of the current temperature value. Click on the
curve area to display the current temperature and the temperature values
corresponding to 0% and 100% (in degrees Celsius).
19
Figure 2-5 Temperature control process curve
3. When the temperature of the furnace is under control and stable, the
volatility curve is displayed; the horizontal axis is time (hours: minutes),
and the vertical axis is the temperature control volatility (unit: mk). The
curve shows that the current temperature fluctuates around the target value.
Click on the curve area to display the current temperature value (in degrees
Celsius).
20
Figure 2-6 Temperature fluctuation curve after stabilization
- Unit setting: indicates the current temperature unit, click on the unit to
change the unit nomenclature. 2) Temperature value: indicates the current
measured temperature value, click this value to set the target temperature
value. 3) Temperature control button: this toggle is used to start/stop the
temperature control operation; when the temperature control is started, the
real-time temperature control rate will be displayed below the button. As
shown in Figure 2-4.
21
2.6 Temperature control
2.6.1 Temperature control mode selection: The ADT850 furnace has 9 working
modes. Each working mode corresponds to a different display mode. The
functions of the 9 modes are as follows:
1. Base metal + long furnace + empty chamber Use the bracket and ruler to
install the thermocouples so that the distance between the measuring end and
the working end surface is 340mm. 22
Figure 2-7 Base metal TC + long furnace + empty chamber mode
2. Base metal + long furnace + cup Install the long cup on the bracket,
insert the thermocouples into the bottom of the cup, and push the bracket so
that the 340mm scale on the guide rail is aligned with the position of the
pointer.
23
Figure 2-8 Base metal + long furnace + cup insert
3. Base metal + long furnace + multi-hole insert Install the long multi-hole
insert on the bracket, insert the thermocouples into the bottom of the insert,
and push the bracket so that the 340mm scale on the guide rail is aligned with
the position of the pointer.
24
Figure 2-9 Base metal + long furnace + multi-hole insert
4. Noble metal + long furnace + 20mm alumina tube Install the 20mm alumina
tube into the furnace so that the distance between the measured end and the
working end is 340mm.
25
Figure 2-10 Noble metal + long furnace + 20mm alumina tube
5. Base metal + short furnace + empty chamber Use the bracket and ruler to
install the thermocouples so that the distance between the measuring end and
the working end surface is 220mm.
26
Figure 2-11 Base metal + short furnace + empty chamber
6. Base metal + short furnace + cup Install the short cup on the bracket,
insert the thermocouples into the bottom of the cup, and push the bracket so
that the 340mm scale on the rail is aligned with the pointer.
27
Figure 2-12 Base metal + short furnace + cup design insert
7. Base metal + short furnace + multi-hole insert Install the short multi-
hole insert on the bracket, insert the thermocouples into the bottom of the
insert, push the support so that the 340mm scale on the guide rail is aligned
with the position of the pointer.
28
Figure 2-13 Base metal + short furnace + multi-hole design insert
8. Noble metal + 16mm alumina tube Install 16mm alumina tube into the furnace
so that the distance between the measured end and the working end is 220mm.
29
Figure 2-14 Noble metal + 16mm alumina tube 9. Annealing Install 20mm alumina
tube into the furnace so that the distance between the measuring end and the
working end surface is 500mm.
30
Figure 2-15 Annealing
2.6.2 Temperature control settings Temperature control parameters will affect the temperature control performance of the device. Users can adjust related parameters according to actual needs. The description of each parameter is shown in the following table:
1. Control parameters
Subject
Table 2.6.1 Control Parameter
Valid Value
Comment
31
Stability Stability Time Set Point Tolerance Control Rate Control Mode
One of the conditions for determining the stability of temperature
0.01-10
control, and the temperature fluctuation within this range is deemed
to meet this condition
One of the conditions for determining the stability of temperature
(1120) min
control, the temperature control stability duration exceeding the set
value is deemed to meet this condition.
One of the conditions for determining the stability of temperature
Depends on temperature unit control. If the difference between the measured temperature and the
set point is within this range, this condition is deemed to be satisfied.
Fastest, custom (depends on temperature unit)
The temperature control rate, select the maximum or custom rate, the custom rate can be adjusted by the progress bar or input through the keyboard by clicking the number below.
1. Long empty chamber: typically used for base metal calibrations
9 modes
2. Long cup: typically used for base metal calibrations
3. Long insert: typically used for base metal calibrations
32
Power Frequency Set Point Limit Set Point Limit
Restriction Range (When set point limit is
enabled)
50Hz, 60Hz Enable/Disable
Depends on model and unit
4. Long alumina tube:+ 20mm alumina tube: typically used for noble metal calibrations 5. Short empty chamber: typically used for base metal calibrations 6. Short cup: typically used for base metal calibrations 7. Short insert: typically used for base metal calibrations 8. Short alumina tub: + 16mm alumina tube: typically used for noble metal calibrations 9. Annealing The Frequency of power supply Limit temperature control range After a set point limit is selected, the temperature control target value cannot exceed this range.
33
Set point soft shutdown
Set point soft shutdown value (when set point
soft shutdown is enabled)
Enable/disable Enable/disable
Set whether to enable the set point soft shutdown. When it is enabled and during the temperature control process, when the temperature is greater than the sum of the set point and the set point soft shutdown difference, it will automatically switch to the standby state. After setting this value, during the temperature control process, the indicated value cannot exceed the sum of the set point and the soft shutdown difference of the set point.
2. Temperature control reference
Table 2.6.2 Reference parameters
Subject
Valid Value
Comment
Select Reference
INT/EXT
Select the internal (INT) or external (EXT) reference control.
Temperature control resolution
1, 0.1, 0.01
Temperature display resolution
Filter coefficient
34
0.010-1.000
First-order filter coefficient of temperature value
Sensor signal
Read Only
Display the original signal and temperature value of the sensor
2.6.3 Target temperature input
Click on the zone of target temperature or real-time temperature data, input the target temperature in the presenting
keypad. The set point of target temperature should comply with the displayed temperature range, this range is limited by
target model and user-defined set point. After finishing the temperature set point, click on Enter or to confirm, then the
furnace will start control the temperature automatically.
2.6.4 Start/Pause Temperature Control
During the process, temperature control can be started or paused by pressing START or PAUSE on the right of the
furnace temperature display screen.
2.6.5 Temperature Control Stabilization
Temperature control will stabilize when the conditions of fluctuation degree, stabilization time and target deviation
are met. The display value will turn green accompanied by a beep when the unit is stable. When the value turns red, it
means the temperature is beyond the upper limit. In this case, there will be continuous alarm sound.
2.6.6 Fast cooling
When the temperature is higher than 50C, the button
will be available for fast cooling. Click on it to start the fan
for fast cooling. When the temperature is lower than 50C, the fan will will be disabled automatically and the button
will be unavailable.
2.7 Intelligent diagnose center
It can be used for checking the status of all the modules.
Click on the icon
to see the history log.
2.7.1 N type TC diagnose
Click on the icon
to enter the page of N coupler diagnose. As below:
35
Figure 2-16 N Type TC correctness diagnose page
The N type TC correctness diagnose page shows the corresponding power, temperature value, as well as the
temperature change rate during calibrating, cold junction value and mV signal of LEFT TCMID.TCRIGHT TC. Click
on the icon
in right bottom to start the test. Procedures are as below:
1. Set the left side power at 0.5, middle and right side at 0, keep for two minutes. Check the left thermocouple, when
the temperature changes more than 5C/min on left side, the N coupler can be seen as correct, then the N coupler on right
side will be checked. Otherwise, the connection of left N coupler is wrong, then there will be a window which notice the
user to check the position of coupler and plug. After checking, click on the start key at right bottom to restart the check on
left N coupler.
36
2. Set the right side power at 0.5, middle and left side at 0, keep for two
minutes. Check the right thermocouple, when the temperature changes more than
5C/min on right side, the N coupler can be seen as correct, then the diagnose
is finished. Otherwise, the connection of right N coupler is wrong, then there
will be a window which notice the user to check the position of coupler and
plug. After checking, click on the start key at right bottom to restart the
check on right N coupler.
3. Setup
In the main page, click on the menu as shown in Fig.3-1. Select system setting
to enter, as shown in Fig.3-2. This page contains control settings, sensor
library, Acloud services, system services, personalization and product
information.
Figure 3-1 Main Menu Display
37
Figure 3-2 System Setup Display
3.1 Control settings
Refer to section.2.5.1.
3.2 Sensor Library
The intelligent furnace provides the function of sensor library. Sensor
information can be stored in the library for future management. Only
thermocouple can be supported. 3.2.1Management Functions In the page of sensor
library, click on to add a new sensor. Click on to remove one. 3.2.2 Standard
thermocouple specifications
38
Subject Type/Name Serial Number Temperature range
Base TC Sensor Parameter type(only for S coupler)
mVxxxx
Calibration date
Table 3.2.1 Standard thermocouple specifications
Valid Value
Explanation
Alphanumeric content (14 max length)
TC type and name information
Alphanumeric content (14 max length)
TC serial number
Depends on the temperature units
TC measurement range, click to switch between units.
Reference TC type, it determines different type S/B
of parameter.
a_b_c/Zn_Al_Cu/Zn_Sb_Cu
Standard S coupler’s parameter type, correspond to different certifications.
mV value of standard TC for the correspond
Number
temperature, depends on the calibration
certification.
2000/1/1~2099/12/31
TC calibration date
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Date for next
2000/1/1~2099/12/31
TC calibration expiration time
calibration
Note
Alphanumeric content (14 max length).
TC note information
3.3 Communication Settings
3.3.1 Ethernet Connect the furnace to a computer through the Network cable.
Table 3.3.1 Ethernet Address Acquisition Ways
Subject
Valid Value
Explanation
Address Acquisition
DHCP/ Manual
Choose Furnace address for acquisition
way
When the DHCP mode is selected, the contents in the table below are
automatically assigned by the system and become read-only items. When the
manual method is selected, the following table needs to be filled in manually.
Table 3.3.2 Ethernet Address Manually Settings
Subject
Valid Value
Explanation
IP Address
0.0.0.0 255.255.255.255
Furnace IP address
Subnet Mask
0.0.0.0 255.255.255.255
Furnace subnet mask
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Gateway
0.0.0.0 255.255.255.255
Furnace gateway
The port number and physical address are factory set and cannot be changed.
Click on the at lower right corner of the screen to confirm the settings.
3.3.2 Wireless communication
Connect the furnace to a computer through Wi-Fi. Table 3.3.3 Wireless Settings
Subject
Valid Value
Explanation
WLAN
On / Off
Enable or disable Wi-Fi communication
function
WI-FI
Depends on network environment
Select WI-FI access point
Advanced Option
DHCP/ Manual
Select furnace address acquisition way
The port number and physical address are factory set and cannot be changed.
(1) When the DHCP option is selected as the advanced option, the following
table is automatically assigned by the system and becomes a read-only item.
(2) When selecting the manual method for advanced options, the following table
needs to be filled in manually.
Table 3.3.4 Wi-Fi Communication Manually Settings
Subject
Valid Value
Explanation
IP Address
0.0.0.0 255.255.255.255
Furnace IP address
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Subnet Mask
0.0.0.0 255.255.255.255
Furnace subnet mask
Gateway
0.0.0.0 255.255.255.255
Furnace gateway
Click on the at lower right corner of the screen to confirm the settings.
The wireless communication settings take effect directly, without confirming the operation, click on at the upper
right corner of the screen to return to the previous menu.
3.4 ACloud Services
The furnace can access to the ACloud service through Ethernet and Wi-Fi communication. Additel Link(offers clients
on mobile APP and PC) makes it possible for users to monitor the real-time status and data at anytime and anywhere, as
well as to remotely access to the device an improve the efficiency.
3.4.1 Start
When the service is not started, the ACloud status is empty. When service started and runs normally, the status is
shown as . When the service is started but without a connection with the ACloud service, the status is shown as
.
3.4.2 Additel Link
The page of Additel Link is used for presenting the organization of current device and basic user information,
including organization name, authorized user name which can monitor the device, registered email account and
whether it is being monitored or not.
indicates that this user is monitoring the current device.
indicates a
non-monitored status. Button on the right is used for going back to upper page. Button
is used for unbind
the device with the organization. Button for manually refresh the information of the organization and user. Button
for showing the QR code and bind with the organization.(the QR code will disappear after scanning by APP, it can
also be closed by clicking on the code.it needs to open the QR code when binding)
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3.5 System Services
3.5.1 System Calibration The Calibration Furnace includes the
feature/procedure of self-calibration, electric calibration, controlled
coupler setting, reading calibration, temperature field calibration and data
log. Users need to enter a password to enter the system calibration page, and
the factory default password is 123456. For the detailed operation, please
refer to Calibration manual of The Calibration Furnace. 3.5.2 Repair and
maintenance Enter password to open this function, default password is 123456.
Repair log: view and edit the repair information. Calibration log: view the
calibration log. Export data log: insert a USB disc and click on export data
log, Edit control mode: set the TC default insert depth for nine modes, For
the range, refer to the page information. 3.5.3 Restore Factory Settings The
furnace calibrator provides the function of restoring the factory settings. A
password is required to enable this function. The factory default password is
123456. In order to ensure data safety, restoring to factory setting will not
erase the calibration data. There is a specific operation for providing
maintenance to the calibration data in the system. After restoring the factory
settings, the user needs to set the time after powering on again. For details,
please refer to Para.3.6.2 Date and Time. 3.5.4 System Updates The furnace
calibrator provides a firmware upgrade function.
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USB disk needs to be used for local USB disk upgrade operation, the USB disk
format needs to be FAT16 or FAT32 Format.
Operation: 1. Copy the upgrade file to the root directory of the USB disk. 2.
Insert the USB disk into the USB socket on the rear side of the furnace
calibrator. 3. Choose to upgrade via USB in the furnace calibrator upgrade
interface. 4. Click until the system starts to upgrade automatically. 5. After
waiting a few minutes for the upgrade process to complete, the system will
automatically display the upgrade completion message.
3.6 Personalization
3.6.1 Temperature Units Three units are available: , , and K. Once this unit
is changed, all related temperature units for other menus will be changed
automatically, 3.6.2 Date and Time
Table 3.6.1 Date and Time
Subject
Valid Value
Explanation
Time
00:00 23:59
Time setting
Date
2000-1-1 2099-12-31
Date setting
Date format
Y-M-D / M-D-Y / D-M-Y
Date format setting
Date separator
-/.
Date separator setting
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24hours
Open /close
24-hour or 12-hour format
Time zones
UTC-12:00UTC+12:00
Set device time zone
3.6.3 Language The Calibration Furnace is equipped with a multi-language user
interface. Use this menu to change from the
offered languages. After the language interface is selected, the furnace
calibrator needs to be restarted for the changes to take
effect. 3.6.4 Sound
Table 3.6.2 Sound list
Subject
Valid Value
Explanation
Touch Beep
On / Off
Touch Beep setting
Prompt Beep
On / Off
Prompt Beep setting
Over range beep
On / Off
Over range beep setting
Stable beep
On / Off
Stable beep
3.6.5 Preset management
The device provides the preset management operations. Preset standby: 1. Set
to open or close the Preset standby function 2. Set the start time of standby
mode.
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Preset temperature control: 1. Set to open or close the Preset temperature
control function. 2. Set the set point of preset temperature control. 3. Set
the start time of temperature control.
3.7 Product information
Furnace information is read only: basic information, version and information
and operation information. 1. Basic information: Including model, serial
number and range information. 2. Version information: Including main host,
system version, control board, DTM information and Wi-Fi information. The
firmware version number normally means the main board version number, please
provide it to the customer service if necessary.
4. Copyright
Additel owns all copyrights to this system and reserves all rights. Please
respect the rights of our company.
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