Installation, Operation and Maintenance Instructions
Flowserve Corporation1350 N. Mountain Springs ParkwayPhone: 801 489 8611
Flow Control DivisionSpringville, Utah 84663-3004Facsimile: 801 489 2228
www.flowserve.com
SR Limit Switch Method
CENTURA™ CPL Series
Installation Instructions
Introduction
The Centura CPL Series electric actuator is a rotary valve
actuator with output torques of 100 and 225 in-lbs. It has
been designed for NEMA 4, 4X and can come with an
externally mounted 20mA card for modulating service.
Storage
1. Keep conduit entries plugged.
2. Store in a dry environment.
3. Periodically cycle the actuator if possible.
Maintenance
Centura Series actuators contain a permanently lubricated,
precision cut, heat treated gear train for long, reliable cycle
life. There is no need to change gear train grease.
Permanent split capacitor gearmotors have been
equipped with thermal protectors. After many operations
especially in warm environments the motor will heat up. To
guard the motor against overheating the thermal protector
opens the circuit to the motor and maintains this state until
the temperature of the motor drops to a satisfactory level.
This thermal protection means that the actuator will not
move when overheated. Consideration must be given to the
duty cycle requirements of the actuator.
Installation
1. This section of the instruction sheet applies to the onoff units. For instructions on modulating units, please
see the ESP3 Electronic Servo Positioner Instructions.
2. Manually open and close valve to ensure freeness of
operation.
Caution:
while circuits are alive. Disconnect supply circuit
before opening.
3. Be sure valve and Automax actuator rotate in the same
direction and are in the same position (i.e., valve closed,
actuator closed). If not sure, electrically operate the
actuator to determine its operating range. The electric
actuators are factory set for 90 degree operation.
4. Mount Automax actuator to valve with Automax
provided mounting hardware to assure proper
alignment. (
remove if appropriate or set actuator to operate within
those travel stops.)
To prevent electrical shock keep unit tight
NOTE:
Some valves have manual stops;
5. Care should be taken to properly align valve stem and
Automax actuator output shaft (misalignment will cause
premature failure of assembly).
6. To connect power to terminal strip of actuator it is
necessary to remove the cover.
7. After cover has been removed, locate the terminal
wiring schematic inside the cover.
8. Connect power to terminal strip according to schematic
diagram (power should be fused with a 5 amp slowblow fuse). The actuator should be wired and grounded
in accordance with Local and National Electrical Codes.
Caution:
in series or parallel, serious damage may result. User
must isolate unused winding.
9. Before replacing cover, actuate valve and check to see
if it opens and closes to preferred positions. If valve
does not perform correctly, adjust cams to properly set
actuator travel.
10.Drive actuator to desired open position. The cams are
adjusted in two ways. Simply depress the splined
“Quick-Set” cam against the spring and rotate to
desired location.
11.To adjust closed position, repeat step 10 with actuator
in desired closed position.
12.Operate the unit several times and recheck position.
If unit is still out of adjustment, reset the cams by
following steps 10 and 11.
13.60Hz actuator motors may be run on 50Hz supply,
however, the cycle time increases by 1.2 times and the
duty cycle decreases by a factor approx. 25%. The
rated torque does not change.
Consult factory when wiring multiple actuators
Position Indication Stickers:
Attached to the inside of the cover is a set of stickers with
the words "CLOSED" and "OPEN." These stickers are to be
attached to the outside of the actuator base. The stickers
have an orange triangle on them, such that when properly
attached, the actuator will line up with the triangle on the
output shaft. A sticker can be placed on either side of the
unit to produce a visual indication of the opened and
closed position of the actuator.
1/16" Dia. Roll PinSpring Steel1036211
194-Deg. Quick Set CamPlastic1056552
20Switch SpringSpring Steel1037141
21Small 4-Deg. Spline ShaftPlastic1035721
1/16" Dia. Roll PinSpring Steel1036211
23Ty-Rap Cable TiePlastic1065742
2410-24x5/8" Captive ScrewStainless SteelX003604
25Switch Support BracketAluminum1089971
263/8" Pop in BearingPlastic1089981
ADDITIONAL PARTS SPECIFIC TO 115VAC 100IN-LBS.
NO. ITEMMATERIALP/N QTY
7115VAC PSC Gear Motor Steel/Copper1066171
16 6-32UNCx1/16"Pan Head Steel/Plated1067532
22 CapacitorFilm Wrapped1071281
Installation, Operation and Maintenance Instructions
SR Limit Switch Method
Flowserve Corporation1350 N. Mountain Springs ParkwayPhone: 801 489 8611
Flow Control DivisionSpringville, Utah 84663-3004Facsimile: 801 489 2228
www.flowserve.com
Troubleshooting
Problem:
There is power to the unit, but it does not respond.
Solution:
Check the nameplate to see that the correct voltage has
been applied.
Check the wiring to see that it is per the wiring schematic.
Check the limit switches to see if they are in the normal
operating range.
Problem:
Power is getting to the motor, but it merely hums.
Solution:
Check to see that the proper voltage is applied.
Make sure all the connections are tight.
Check to see that CW and CCW power connections are not
powered at the same time.
Reversible A. C. Actuator
SYMBOLS & DESCRIPTIONS
1. WHITE - Motor Common.
2. BLUE - Full CW Position
Indic ator
3. BLACK - AC Hi will Turn
Actua tor CW.
4. YELLOW - Full CCW
Position Indicator.
5. RED - AC Hi will Turn
Actuator CCW.
TERMINAL
STRIP
Reversible D. C. Actuator
SYMBOLS & DESCRIPTIONS
1. RED - DC+ (CW)
2. BLACK - DC- (CW)
3. BROWN - DC+ (CCW)
4. WHITE - DC- (CCW)
Reversible A. C. Actuator with 2 extra switches
NO - Normally Open
NC - Normally Closed
C - Common
NO - Normally Open
NO - Normally Open
NC - Normally Closed
NC - Normally Closed
C - Common
C - Common
Problem:
The actuator performs erratically.
Solution:
Check to see that the actuator is not stalling.
Check the ambient temperature rating. The permanent split
capacitor units are equipped with thermal cut-outs. Excessive
temperatures and cycle frequencies may heat the motor up and
the thermal cut-out turns it off.
Wiring Diagrams
Notes:
1. Consult factory when wiring multiple actuators in series or
parallel, serious damage may result.
2. Wiring diagrams show internal wire connections and
suggested customer connection for proper use. Switches
shown in "customer wiring" are for illustration only and are
not supplied with the actuator.
Note: The above ratings may change depending on model configurations and options provided.
Products may differ as the result of the Company policy of continuous product improvement.
Actuator Model
CPL1CPL2
Cycle Times
Sec/90°
56
34
34
87
100225Torque (in-lbs)
1125Torque (Nm)
45Weights Lbs (kg.)
1. Cycle times are approximate under no load conditions and may vary slightly under actual
operating conditions.
2. Duty cycles are rated at 70°F. The duty rates may be less under loaded conditions.