![Fisher Scientific Isotemp RT Operation Manual Download Page 10](http://html1.mh-extra.com/html/fisher-scientific/isotemp-rt/isotemp-rt_operation-manual_2296591010.webp)
Section 2
General Description
Features (continued)
Optimal Mode
Providing optimal balance between the heat-up
time to reach the target temperature and the
allowed fluctuation range of temperature overshoot
and undershoot (factory default)
Fast Mode
Providing the fastest heat up time but wide
fluctuation range of temperature overshoot and
undershoot
Slow Mode
Providing the slowest heat up time but the
narrowest
fluctuation
range
of
temperature
overshoot and undershoot.
User Mode
Allowing linear heating up to the target temperature
using the maximum heating rate and switching on
and off the heater based on the target temperature.
Note that this mode shows the widest fluctuation
range of temperature overshoot and undershoot.
User Mode
Allowing the auto-tuned parameters to be used for
temperature control
• Adjustment of the Heating Rate
If needed, you can adjust the heating rate ranging from 0 to 100% at
1% intervals. [Refer to Temperature Setting (r mode) in Section 4.]
• Selection of the Timer Mode
Immediate Activation - The timer starts immediately after setting the
timer.
Delayed Activation -The timer is activated only when the set
temperature is reached.
• Auto-tuning (Calibration)
Automatic tuning of the PID parameters provides more accurate
temperature control. [Refer to Auto-tuning (PID Parameter
Calibration) in Section 4.]
• Temperature Offsetting
In case your own thermometer is to be used for temperature control
for specific applications, there can be some differences between the
temperature of your thermometer and the displayed temperature of
this unit. If needed, such temperature differences ranging from -10°C
to 50°C at 0.1°C interval can be offset. See Temperature Offsetting in
Section 4.
2-2