jbc PHBE-A User manual

Convection Preheater
Ref. PHBE-A
INSTRUCTION MANUAL
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Packing List
The following items should be included:
Power Cord ............................................... 1 unit
Ref. 0016814 (100V/120V)
0009401 (230V)
Thermocouple .......................................... 1 unit
Ref. PH218
Kapton Tape ............................................. 1 unit
Ref. PH217
Manual ........................................................ 1 unit
Ref. 0023518
Ref. PHBE-A
Convection Preheater
Heater Unit Console
Convection Preheater ............................ 1 unit
Ref. PHBE-1A (120V)
PHBE-2A (230V)
PHBE-9A (100V)
RJ45 Cable ................................................ 1 unit
Ref. 0019914
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Features
Pedal socket (optional)
Ref. P-005 or P-405
Heating Areas
Power socket
Power
Fixing brackets
for PHB-SA
Convection
Preheater Support
Heater Unit
Console
2,8” Color
TFT screen
Start / Stop
USB-B connector
Zone B
Zone A
RJ45 connector
to Heater Unit
USB-A connector
Foot for vertical set up
Push the button
to fold the foot
USB-B connector
RJ45 connector
to Console
RJ12 connector
to Robot
Thermocouple
connectors x4
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USB flash drive is connected.
Station is controlled by a PC.
Station is controlled by a robot.
Station software update.
Press INFO to start the process.
Warning.
Press INFO for failure description.
Error. Press INFO for failure description,
the type of error and how to proceed.
System notifications (Status Bar)
Menu Options
Station
Information
Instant power
supplied to
heater
Status
indicator
Temperature mode
Status bar
*Original PIN: 0105
Thermocouple
selected temp.
and mode
· Control
· Protection
· Info
General Work mode Profile editor
ResetGraphics Files
Press INFO for each parameter description.
Available languages: English, Spanish,
German, French, Italian, Portuguese,
Japanese, Chinese, Russian and Korean.
Thermocouple
current temp.
Select Temp. mode from the Work mode menu. In this mode the heater unit maintains the selected
temperature for the TC1 thermocouple as long as the other TCs do not reach the control/protection
temperature limit.
TC1 current
and selected
Temperature
14:15
20ºC
Power
45%
TC1
45ºC
Selected 150ºC
TC2
P100ºC
20ºC
TC3
P100ºC
20ºC
TC4
P100ºC
C
P

5
Instant power
supplied to
heater
Status
indicator
Selected
Power
Power mode
Status bar
Select Power mode from the Work mode menu. In this mode the heater unit maintains the selected
power as long as the thermocouples do not reach the control/protection temperature limit.
Thermocouple
current temp.
Thermocouple
selected temp.
and mode
· Control
· Protection
· Info
Thermocouples
Select Thermocouples from the Work mode menu to set them up.
The thermocouples (TC) can work in three diferent ways depending on what is needed.
· Control: the unit mantains the selected temperature.
· Protection: the Heater Unit stops if the TC reaches the selected temperature.
· Info: the TC temperature is shown in the work screen.
The TC1 is always working in Control mode for the Temperature mode as well as for Profiles mode.
The temperature of each TC can also be selected from the work screen.
14:15
20ºC
Power
45%
Selected power
45%
TC1
P100ºC
20ºC
TC3
P100ºC
20ºC
TC4
P100ºC
20ºC
TC2
P100ºC
C
P
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For repetitive jobs we recommend running profiles without the Thermocouple (TC). In order to do
so, the Teach profile mode has to be executed before running any profile. It can be executed from
the Work mode menu if the Profiles mode is selected. Once the profile has been run to the end, the
system has all the process data which you can save.
Once it is saved, you can run this profile without connecting the Thermocouple (TC). The heating
process will be the same as long as the same working conditions are respected.
The profiles which already have the data from the Teach profile are marked with this symbol
These profiles can be run either with or without the Thermocouples. It can be chosen from the
Profiles mode work screen:
Teach profile
Select Profile mode from the Work mode menu. In this mode the heater unit regulates the
temperature of the TC1 thermocouple according to the selected profile as long as the other TCs do
not reach the control/protection temperature limit.
Profiles mode
14:15
20ºC
TC1
Stop
20ºC
TC2
PROFILE1
200
100
20ºC
TC3
20ºC
TC4

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· Add point
· Delete point
· Load profile
· Save profile
· Exit
Data for
these points
Profile name
Profile editor
The Profile editor can be opened from the main menu or from the Profiles mode work
screen by pressing the ‘OK’ button.
In this mode you can edit as many as 22 profiles of temperature.
Menu
Options
Profile
editor
JBC set profiles
There are 3 profiles predefined by JBC: A, B and C. The difference between them is the number of
steps: 2, 3 or 4. The thicker your PCB is and the more layers it contains, the more steps are needed
to obtain a gradual warming.
These profiles are not modifiable but can be used as a template to create your own profiles.
JBC-A
2 steps
JBC-B
3 steps
JBC-C
4 steps
PCB reference
specifications:
FR4 1,6mm thick
and 2 layers.
FR4 2,2mm thick
and 6 layers.
FR4 1,6mm thick
and 6 layers.
Profiles set using the low position of the PHS-SA Support (28 mm in height between the PCB and the heating area).
14:15
5m 00s
150ºC
PROFILE1
200
100
0 60 120 180 240 300
Point
2/4
Temp Time
2m 00s
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Process analysis
By pressing Graphics in the main MENU, temperature of TC1 thermocouple and power
figures in real time are displayed.
17:14
Temperature
Power (%)
Ext.Temp[ºC]
50
100
150
200
250
300
Power[%]
Graphics
Switch Y axis
between power
and temperature

9
Files
Export graphics
Insert a USB flash drive into the USB-A
connector to save your soldering
process in csv format.
Export / Import profiles
Insert a USB flash drive into
the USB-A connector to
export / import profiles.
Update the station software
1. Download the JBC Update File from
www.jbctools.com/software.html and save
it on a USB flash drive. (Preferably one with no
other files).
JBC
Update File
2. Insert the USB flash drive to the station.
The icon is diplayed while updating.
Files
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Recommended Guidelines
1. Place the Thermocouple (TC) as near as possible to the component being worked on.
2. If there are any sensitive components, use a Thermocouple as protection.
You can select the protection temperature in the Thermocouples menu. If the selected tempertare
is reached, the Heater Unit will stop the process and a warning message will be shown.
3. IPC* does not recommend exceeding ramp-up rates over 3 - 4 °C / sec (5 - 7 °F / sec) so as to
reduce the risk of thermal stress on the PCB.
* IPC was founded in the U.S. in 1957 as the Institute for Printed Circuits and is committed to becoming the
most recognized international industry association for the electronics manufacturing industry.
Fix the TC with Kapton Tape
Protection Thermocouple (TC)