Honeywell Modutrol IV M6284A1089-S Product Data page 9

SERIES 60
CONTROLLER
B
R (HOT)
C
R (HOT)
C
Fig. 10. Series 60 and Series 90 in Slaving Application
Symmetrical or
Asymmetrical
Symmetrical
Symmetrical
Symmetrical
Symmetrical
Asymmetrical
Asymmetrical
Asymmetrical
Asymmetrical
Table 8. Resistor Table 1
Number of Slaves in Parallel
1
2
3
4
5
6
NOTE: Vibration does not affect Modutrol IV Motor
performance (as it did in earlier Modutrol
Motors). When replacing a motor that was con-
nected to an R927C or R9107A Relay, Honeywell
recommends performing a retrofit to remove the
relay and the old motor. Replace both with one
Series 90 Modutrol IV motor (that is, do not
replace the relay).
R
M6284
W
R
1 3
2
T 4
G
Y
M9184
W
T1
R
T2
B
M27035
Table 7. Configuration Table
Master Slave
Stroke Stroke Stroke Pot
160 160 CW
90 90 CCW
160 90 CCW
90 160 Configuration not recommended
160 160 CW
90 90 CCW
160 90 Configuration not recommended
90 160 Configuration not recommended
Resistor Value
NONE
3500 Ohms
2000 Ohms
1300 Ohms
1000 Ohms
800 Ohms
SERIES 61 AND SERIES 62 MODUTROL IV™ MOTORS
The motors in the application need to be all symmetrical or all
asymmetrical. The M62 motor needs to be a "-S" slaving
model, as listed in Table 2. In order to get the correct response
the Series 62 needs the appropriate shunt resistor from Table
2. The motors' potentiometer settings are given in the
configuration table (Table 7) below. When slaving more than
one Series 90 motor use the appropriate resistor table as
indicated by the configuration table and install two resistors to
ONE of the motors (Table 8 and 9). If the motor is the M62
master connect one resistor from terminals T to G and one
from T to Y. If the motor is one of the M90 slaves connect one
resistor from terminals R to B and one from R to W.
NOTE: More than 6 slaves is not recommended.
Master Master
Sensitivity Pot
CW
CCW
CW
CW
CW
Number of Slaves in Parallel
1
2
3
4
5
6
9
Slave Slave
Stroke Pot Sensitivity Pot
CW CW
CCW CCW
CCW CCW
CW CW
CW CW
Table 9. Resistor Table 2
NONE
5000 Ohms
2400 Ohms
1700 Ohms
1400 Ohms
1200 Ohms
Resistor
Table
1
2
1
1
1
Resistor Value
63-2629EF—01