Pipeline Pro 2 Plus Manual page 4

05 DISPLAY OPERATION
The PIPELINE PRO 2 PLUS features a graphical
OLED display showing all important information.
In temperature controlled mode
displays the temperature at the
end of vape. In all other modes
displays the battery voltage
(under load)
Power Display
In Direct-Mode (Bypass)
it shows the actual power
applied to the coil
06 ERROR CODES
Battery Voltage Too High
Atomizer not found
Error In temperature calibration
Overload caused by high voltage to
the atomizer (resistance too high for the
voltage supplied)
Short due to bad connection or
overload from high voltage
Battery Voltage Too Low
Overheating
Maximum vape time exceeded
Overload caused by high current (re-
sistance too low for the selected power)
Keep the button pressed to acknowledge the error.
The battery symbol indicates
the remaining battery power .
Atomizer resistance including
the increase due to higher
temperature .
07 HEAT PROTECTION AND POWER BOOST SETTINGS
HP-Set:
„Heat Protection" prevents overheating of the heating coil.
This preserves the flavour of liquids, even at higher watt settings.
Here you can select 10 different settings:Time in ms,
Power factor = On-time / (on-time + off-time).
Index On
01 400
02 600
03 800
04 1000
05 1350
06 2000
07 2000
08 2000
09 2000
10 2000
The factory setting is „06"
08 HEAT PROTECTION AND POWER BOOST SETTINGS
Power Boost:
Accelerated heating of the coil.The intensity of boost can be defined
under „Power Limit".Here you can select 10 different settings:
Index Boost time in ms
00 -
01 300
02 450
03 600
04 50
05 80
06 120
07 160
08 200
09 250
10 300
09 BASICS OF TEMPERATURE CONTROLLED VAPING
Temperature controlled vaping is a complex issue. We would like
to try to explain to you some important basics in order to avoid
problems.
Why temperature controlled vaping?
The food flavourings contained in e-Liquids develop different
flavours at different temperatures. You can imagine it as cold or
lukewarm cola. The taste will vary depending on the
temperature of the beverage.
Off Power Factor
100 0,80
100 0,86
110 0,88
120 0,89
150 0,90
200 0,91
180 0,92
150 0,93
100 0,95
80 0,96
Nominal output in ms
-
-
-
-
500
600
700
800
900
1000
1000