Cleveland Motion Controls Quantum Tension Controller REV A - Manual (Page 8)

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8
Machine / product stopped : B = 0V (OPEN)
Web Tension = HOLD value (Open Loop)
Machine / product running : B = 24V (CLOSED)
Web Tension = SET POINT value (Closed Loop)
Process
Com +24 C1 C2 V+ A B V+ Init Reg S1- Com S1+ +5V Com TC Com DM Com AO2
+24 V
AC / DC
EMAG
Brake
Jumpers
Drive
Output
-10 - +10V
Web
rotation
Tachometer
0 - 10V
Diam.
Input
0 - 10V
Logic
input B
N.O.
BK R WH BK R WH
Load cell
Classic
Load cell
Classic
Wiring REWIND WITH LOAD CELL + CLUTCH/MOTOR
CLOSED
LOOP
Initial set of parameters
File : Force_clutch_motor.prm
DISPLAY Line 1 Set Point
Line 2 Measure
FUNCTIONS Time Delay Start 1
Time Delay Stop 300
Hold 10
INPUTS Set Point 100
Diameter Filtering 1000
Tachymeter Filtering 100
OUTPUTS Upper Limit 0
Bottom Limit 10
Power Gain 100
REGULATION Max Effort
P 100 (*)
I 20 (*)
D 0
Measurement Filtering 100 (*)
Open Loop Gain
0
Closed Loop Gain 100
Speed Gain Calcul 1
Coeff Speed 0
Overspeed Calcul 2
R egulation S peed G ain = (D
min x
V
l
) / V
r
D
min
[m] Min web diameter
V
l
[m/min] Linear speed for 10V output from tachometer
V
r
[RPM] Max speed of the drive motor
(when set point output =10 V on AO2)
1
O verspeed = (S
s x
AO2
max
) / V
r
S
s
[RPM] Slipping speed ( 60 RPM recommended)
AO2
max
[V] Max output from AO2 : 10 V
V
r
[RPM] Max speed of the drive motor
(when set point output =10 V on AO2)
2