background image

350

ºC

Port

1

Power

45%

Temp levels

T245

250

350

380

19:29

Port

1

T245

19:29

Sleep

Tool in the stand
Actual Temp. 180º
Delay to hibernation: 29:30

Port

1

T245

19:29

Hibernation

Actual Temp. 25ºC

Peripherals

19:29

Pedal

PD_a

Module

MSE

Pedal

PD_a
PD_b

None

Peripherals

19:29

Pedal

PD_a

Module

MSE

Peripherals

19:29

Pedal

PD_a

Function

Extractor

Mode

released

Minimum time

0 sec

Back

Peripherals

Port 2-PA

Port 2-PA

Port 2-PA

Port 2-PA

19:29

Pedal

None

Module

None

Module

MSE_a

None

350

ºC

Port

1

Power

45%

Temp levels

T245

250

350

380

19:29

Port

1

T245

19:29

Sleep

Tool in the stand
Actual Temp. 180º
Delay to hibernation: 29:30

Port

1

T245

19:29

Hibernation

Actual Temp. 25ºC

Peripherals

19:29

Pedal

PD_a

Module

MSE

Pedal

PD_a
PD_b

None

Peripherals

19:29

Pedal

PD_a

Module

MSE

Peripherals

19:29

Pedal

PD_a

Function

Extractor

Mode

released

Minimum time

0 sec

Back

Peripherals

Port 2-PA

Port 2-PA

Port 2-PA

Port 2-PA

19:29

Pedal

None

Module

None

Module

MSE_a

None

350

ºC

Port

1

Power

45%

Temp levels

T245

250

350

380

19:29

Port

1

T245

19:29

Sleep

Tool in the stand
Actual Temp. 180º
Delay to hibernation: 29:30

Port

1

T245

19:29

Hibernation

Actual Temp. 25ºC

Peripherals

19:29

Pedal

PD_a

Module

MSE

Pedal

PD_a
PD_b

None

Peripherals

19:29

Pedal

PD_a

Module

MSE

Peripherals

19:29

Pedal

PD_a

Function

Extractor

Mode

released

Minimum time

0 sec

Back

Peripherals

Port 2-PA

Port 2-PA

Port 2-PA

Port 2-PA

19:29

Pedal

None

Module

None

Module

MSE_a

None

OK

350

ºC

Port

1

Power

45%

Temp. Levels

T245

250

350

380

17:14

OK

350

ºC

Port

1

Power

45%

Temp. Levels

T245

250

350

380

17:14

OK

350

ºC

Port

1

Power

45%

Temp. Levels

T245

250

350

380

17:14

Operation

JBC’s Most Efficient Soldering System

Our revolutionary technology is able to recover tip temperature extremely quickly. It means the user 
can work at a lower temperature and improve the soldering quality. The tip temperature is further 
reduced thanks to the Sleep and Hibernation modes which increase up to 5 times the life of the tip.

3. Hibernation

1. Work

2. Sleep

When the tool is lifted from the 
stand the tip will heat up to the 
selected Work temperature. 

When the tool is in the stand, the 
temperature falls to the preset 
Sleep temperature.

After longer periods of inactivity, 
the power is cut off and the tool 
cools down to room temperature.

Long period 

in the stand

Tool Settings: 
· Work Temp. 

Change Work temperature 
from 90 to 450 ºC.

 or 

 steps of ±5 ºC / ºF

Tool Settings:
· Temp. Levels

Press 

, select 

Tool Settings

 

and activate the 

Temp. Levels

 

option.

 or 

 steps of ± 5 ºC / ºF.

Tool Settings:
· Sleep

Change Sleep temperature and 
set Sleep delay from 0 to 9 min 
or no Sleep.

Tool Settings:
· Hibernation

Change Hibernation delay 
from 0 to 60 min or no 
Hibernation.

350

ºC

Port

1

Power

45%

Temp levels

T470

250

350

400

19:29

Peripherals

19:29

Pedal

PD_a

Module

MNE

Pedal

PD_a
PD_b

None

Peripherals

19:29

Pedal

PD_a

Module

MNE

Peripherals

19:29

Pedal

PD_a

Function

Extractor

Mode

released

Minimum time

0 sec

Back

Peripherals

Port 1-T470

Port 1-T470

Port 1-T470

Port 1-T470

19:29

Pedal

None

Module

None

Module

MNE_a

None

Port

1

T470

19:29

Sleep

Tool in the stand
Actual Temp. 180º
Delay to hibernation: 29:30

Port

1

T470

19:29

Hibernation

Actual Temp. 25ºC

350

ºC

Port

1

Power

45%

Temp levels

T470

250

350

400

19:29

Peripherals

19:29

Pedal

PD_a

Module

MNE

Pedal

PD_a
PD_b

None

Peripherals

19:29

Pedal

PD_a

Module

MNE

Peripherals

19:29

Pedal

PD_a

Function

Extractor

Mode

released

Minimum time

0 sec

Back

Peripherals

Port 1-T470

Port 1-T470

Port 1-T470

Port 1-T470

19:29

Pedal

None

Module

None

Module

MNE_a

None

Port

1

T470

19:29

Sleep

Tool in the stand
Actual Temp. 180º
Delay to hibernation: 29:30

Port

1

T470

19:29

Hibernation

Actual Temp. 25ºC

350

ºC

Port

1

Power

45%

Temp levels

T470

250

350

400

19:29

Peripherals

19:29

Pedal

PD_a

Module

MNE

Pedal

PD_a
PD_b

None

Peripherals

19:29

Pedal

PD_a

Module

MNE

Peripherals

19:29

Pedal

PD_a

Function

Extractor

Mode

released

Minimum time

0 sec

Back

Peripherals

Port 1-T470

Port 1-T470

Port 1-T470

Port 1-T470

19:29

Pedal

None

Module

None

Module

MNE_a

None

Port

1

T470

19:29

Sleep

Tool in the stand
Actual Temp. 180º
Delay to hibernation: 29:30

Port

1

T470

19:29

Hibernation

Actual Temp. 25ºC

11

Tools Menu:
· Set Sleep temperature
· Set Sleep delay
  (from 0 to 9 min or no Sleep)

Tools Menu:
· Set Hibernation delay 
  (from 0 to 60 min or no
  hibernation)

Tools Menu:
· Set temperature limits
· Select temperature levels

40 mm

50 mm

60 mm

80 mm

100 mm

130 mm

130 mm

para manuales - color gris

200 mm

300 mm

Summary of Contents for HDE-9UD

Page 1: ...HDE Heavy Duty Control Unit INSTRUCTION MANUAL...

Page 2: ...7 120V 0024080 230V Packing List The following items are included This manual corresponds to the following references HDE 9UD 100V HDE 1UD 120V HDE 2UD 230V Main Switch RJ12 connector Equipotential co...

Page 3: ...y Handles T470F Thermal Insulator Grip HD Handle C470 Cartridges Stand Cable Ref 0024227 Connection Example Heavy Duty Handle HDE Heavy Duty Control Unit 40 mm 50 mm 60 mm 80 mm 100 mm 130 mm 130 mm p...

Page 4: ...able Ref 0026830 N2 supply either from N2 net or JBCs N2 generator N2 supply pressure range 3 to 6 bar 6 bar MAX T470N Nitrogen HD Handle Handpiece N2 Tube Stand Cable Ref 0024227 DNS Stand for Nitrog...

Page 5: ...he station is updated connect it to the fume extractor with the RJ12 cable provided with FAE1 and FAE2 Use the FAE Robot connector on the control unit and any Station connector on the fume extractors...

Page 6: ...Select the equipment that best suit your soldering or desoldering needs Control Unit Tool Stand Cartridge Range MNE P 005 HDE T470 HDS C470 T470S T470Z T470F HT470 HDTS T470N DNS It works with two HD...

Page 7: ...n parameters Set the tool parameters Display the hours worked in each cycle It is possible to choose the language from a list Station troubleshooting available on the product page at www jbctools com...

Page 8: ...components like MLCC this new and unique feature allows controlling the heating ramp up rate of the tool to gradually increase the temperature of the component through all the phases of the soldering...

Page 9: ...le MNE_a None Port 1 T470 19 29 Sleep Tool in the stand Actual Temp 180 Delay to hibernation 29 30 T470 Hibernation Actual Temp 25 C Pedal Set Up 1 Enter the Peripherals Menu and select the port which...

Page 10: ...OK Port 1 Power 45 250 350 380 OK Port 1 Power 45 250 350 380 OK 10 USB Connector Download the latest software from our website to improve your soldering station at www jbctools com software html...

Page 11: ...erature After longer periods of inactivity the power is cut off and the tool cools down to room temperature Long period in the stand Tool Settings Work Temp Change Work temperature from 90 to 450 C or...

Page 12: ...only be used to clean the metal parts Periodically check that the metal parts of the tool and stand are clean so that the station can detect the tool status Maintain tip surface clean and tinned prio...

Page 13: ...nite Avoid flux coming into contact with skin or eyes to prevent irritation Be careful with the fumes produced when soldering Keep your workplace clean and tidy Wear appropriate protection glasses and...

Page 14: ...Notes 14...

Page 15: ...ustment 50 C 90 F Through station menu setting Tip to Ground Voltage Resistance Meets and exceed ANSI ESD S20 20 2014 IPC J STD 001F Ambient Operating Temp 10 50 C 50 122 F Connections USB A USB B Per...

Page 16: ...anty covers this equipment against all manufacturing defects including the replacement of defective parts and labour Warranty does not cover product wear or misuse In order for the warranty to be vali...

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