TECO JSDEP Series - Fan Setting

5-71
Step Item Formula Description
1
Calculate the working Energy of
the servo system.
182/=
2
rmTM
ωJE
M
E
: Working Energy of Servo system (J)
T
J : Inertia applied to the motor shaft
(
2
• mkg )
rm
ω : Motor running Speed(rpm)
2
Calculate the Energy
consumption by the load during
deceleration.
DLrmL
tTωπE )60/(=
L
E
: The Energy during deceleration (J)
L
T : Loading Torque(Nm)
D
t : The Time from deceleration to stopping(s)
3
Calculate the Energy absorbed by
internal main capacitor.
C
E Check the diagram above
C
E : The Energy absorbed by the main
capacitor (J)
4
Calculate the Energy which
regeneration resistor consumes
)+(-=
CLMR
EEEE
R
E : The Energy which Regeneration Resistor
consumes (J)
5
Calculate the Power for
regeneration resistor
4.0/)/(= TEP
RR
R
P : Regeneration Resistor Power(W)
T
: Operating cycle for servo system(s)
Note 1: 0.4 in the formula for
R
P corresponds to 40% regeneration duty cycle.
Note 2: If the
L
E can not be calculated, then let 0=
L
E , then calculate ER.
 In applications with regenerative loads, which cause reverse torque, a large amount of
energy will flow back to the driver.
 In such applications, calculate ER and hence regeneration resistor power according to
the formula below.
Item Formula Description for Symbols
Calculate the working Energy
during the continuous
regenerative period.
GGGrmG
tTωπE
,
)60/(=
G
E : Working Energy during the regenerative
period. (J)
Grm
ω
,
: Motor running speed during the
regenerative period . (rpm)
G
T : Loading Torque during the regenerative
period (Nm)
G
t : Regenerative Time. (s)
The formula for step 4 in the previous table will be:
GCLMR
EEEEE +)+(-=
5-6-8 Fan Setting
Available models that equipped with the fan.
Parameter Name Setting Description
Control
Mode
0 Auto-run by internal temperature sensor.
1 Run when Servo ON
2 Always Running.
Cn031.0
Cooling fan running
mode
3 Disabled.
ALL