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AUMA Matic Positioner 

Calibration Instruction 

AUMA Actuators, Inc. USA

 

 

Test Run

 

 

• 

Switch selector switch to local position.  If local control is not supplied, refer to electrical drawing for reference 
to local operation. 

• 

Turn control switch or operate push-button in either open or close direction.   

 
If actuator fails to operate, verify the following possible conditions. 
 

NOTE:

  3Ø AUMA MATIC compacts incorporate a phase discriminator.  If AUMA MATIC fails to respond to local 

and remote operation, reverse U1 and W1 at field terminals. 

NOTE: 

Actuators shipped after March 2002 incorporate automatic phase correction. 

 

• 

No line power. 

 

— Check for loose connection. 

 

— Check for correct voltage at terminals U1, V1 and W1. 

 

— Check for correct capacitor connection (1Ø only), if required. 

 

• 

Field jumpers are not correct. 

 

— Verify the field wiring matches electrical drawing supplied by AUMA. 

 

• 

Fuses are open. 

 
 

 

CAUTION:

  Before checking/replacing fuses, ensure all power is disconnected. 

 
 

— Remove selector switch/push-button cover (Figure 1).  Primary fuse(s) are located in black fuse holders. 

 

— Secondary fuses are located on power supply board which can be accessed by removing the monitor 
  control circuit board where the primary fuse(s) are located. 

NOTE: 

Replace fuse(s) with same type and size.  For fuse sizes, refer to appropriate service instruction or 
consult factory. 

 

Calibration Description and Preparation 

 

Technical Data 

Input Signals (E1):

 

4-20 ma / 0-20 ma; 0-5v DC (

for others, consult factory

Feedback (E2):

 

0-5v via precision potentiometer, typical 

Sensitivity:

 

0.5 to 2.5 percent (0.25 min 

 19 rpm) 

Time Delay:

 

0.5 to 15 seconds 

LED Indication:

 

OPEN/CLOSE/PAUSE; loss of command signal. 

Input Resistance:

 249 

 

All information in this document is subject to change without notice.

 

 

ISSUE 02/02 

Page 4 of 11 

SE-SI-35-0007 

 

Summary of Contents for Matic Series

Page 1: ...ontrol Accurate positioning is attained through the use of a precision position feedback potentiometer or current device RWG current transmitter The controller drives the motor reversing starters whic...

Page 2: ...he NEMA rating for the enclosure furnished Connect field wiring according to wiring diagram supplied If drawing is not available contact the nearest AUMA office with the Sales Order or Serial Number l...

Page 3: ...que seating in the clockwise direction Switch S3 2 In position 1 the actuator is set for limit seating in the counterclockwise direction In position 2 the actuator is set for torque seating in the cou...

Page 4: ...orrect Verify the field wiring matches electrical drawing supplied by AUMA Fuses are open CAUTION Before checking replacing fuses ensure all power is disconnected Remove selector switch push button co...

Page 5: ...ent FINE SENSITIVITY This control adjustment determines the amount of error signal that occurs before the Sens P7 motor is energized in the direction determined by the input signal This is only used f...

Page 6: ...in end position CLOSED refer to Figure 3 LEDs are not illuminated Turn potentiometer 0 P3 slightly clockwise until LED V27 yellow lights up LED V28 green is illuminated Turn potentiometer 0 P3 slight...

Page 7: ...To prevent exceeding the max permissible number of starts refer to Technical data sheet SG SAR or consult factory in extreme cases a time delay between 0 5s left stop and 10s right stop may be set wit...

Page 8: ...ow lights up LED V27 yellow is illuminated Turn potentiometer max P4 clockwise until LED V27 yellow goes out Then turn potentiometer max P4 slightly counter clockwise until LED V27 yellow lights up ag...

Page 9: ...ioner and set according to the specified nominal value E1 After setting for Split Range operation perform further readjustment as described in Calibration section Page 6 Figure 4 Positioner board A7 S...

Page 10: ...3 4 5 0 5v 0 5v 3 ON ON 1 2 3 4 5 1 2 3 4 5 0 5v 4 20 mA ON ON 1 2 3 4 5 1 2 3 4 5 0 10v 0 5v ON ON 1 2 3 4 5 1 2 3 4 5 4 20 mA 0 5v 3 ON ON 1 2 3 4 5 1 2 3 4 5 Fail close 4 20 mA 4 20 mA ON ON 1 2 3...

Page 11: ...diately after loss of E1 and remains in this position Fail close Actuator runs to the closed position after loss of E1 Fail open Actuator runs to the open position after loss of E1 2 Signals from inte...

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