Auma Matic Section

transcript

5/13/2018 Auma Matic Section - slidepdf.com

http://slidepdf.com/reader/full/auma-matic-section 1/27

Auma Actuators

Auma Matic Section

AUMA actuator controls

Multi-turn actuators

SA 07.1 - SA 16.1

Part-turn actuators

SG 05.1 - SG 12.1

Actuator with

Integral Control

Design principl e

Plug/ socket connector to

actuator

Design principl e

actuator

Reversing contactors or

thyristors

Reversing contactors or thyristors

actuator

Design principl e

Power supply unit

Design principl e

Power supply unit

Local controls with board

actuator

Design principl e

Logic board

Power supply unit

actuator

Design principl e

Interface

Positioner / Timer

Logic board

Power supply unit

actuator

Design principl e

Logic board

Interface

Positioner / Timer

Plug/ socket connector

for customer connection

Power supply unit

actuator

Partlist

Att ention!

ElectroStaticDischarge can destroy electronic components

Everybody can be electrostatically charged

Up to 10 kV

Shoes with rubber soles

Clothing with synthetic fibres

Before starting service tasks you have to discharge through earthing

Touch the controls housing

E l ectrical connection

AUM A plug/socket

connector

(standard)

Terminals

Double sealed

intermediate frame

W iring diagrams

There is a wiring diagram

MSP for each controlversion

14-digit wiring diagram code

Customer Connection

Wiring of Matic Unit

Wiring of Norm Unit

W iring diagrams

Customer Connection

W iring diagramsWiring of Matic Unit

A1.0 - Interfce Board

A8 ± Power Supply Board

A2 ± Logic Board

A20 ± Relay Board

W iring diagrams

Actuator equipment Wiring of Norm Unit

Legend AM

Logic board - Programming

Setting of the type of seating for Close and Open Direction

End position

CLOSED1 By Limit

1 By Limit

2 By Torque

Instruction

Logic board - Programming

I nt erfac e Board - Diagnosis

Diagnostic LEDs ON Interface Board

V 14 - Phase failure or Thermal protection tripped

V15 ± Torque switch tripped

Open ± Remote Open Signal Available

Close ± Remote Close Signal Available

Stop ± Remote Stop Signal Available

Positioner board

Position feedback

Positioner

Nominal position

Positioner board - Programming

Setting Type of Signal (S1-7)Setting Type of Fail Behaviour (S2-7)

Instruction

Positioner board - S etting Proc edur e

End position CLOSED

Position feedback

Nominal position value

If Green LED light up,

Turn pot µ0¶ clockwiseuntil light goes out

If Yellow LED light up,

Turn pot µ0¶ counter

clockwise until light goes

Note : Re-turning pot until

Yellow just lightup

Positioner - S etting Proc edur e

End position OPENED

Position feedback

Nominal position value

If Green LED light up,

Turn pot µmax¶ clockwiseuntil light goes out

If Yellow LED light up,

Turn pot µ0¶ counter

clockwise until light goes

Note : Re-turning pot until

Green just lightup

Dead band (E (to prevent over-shooting)

Dead band can be

increased by turning µ(E¶clockwise (max value 2.5%)

Sens fine tuning (for speed < 16Rpm)

A better Sensitivity can be

achieved by turning µsens¶

clockwise (max 0.25%)

T imer board

Extended operating time

ON times inCLOSE

OFF timesin CLOSE

OFF timesin OPEN

ON timesin OPEN

ON and OFF times can be

set independently of each

other, between 1 ± 30 sec

R e placing the fuses

Controls with reversing contactors Controls with thyristors

Power supply unit primary part 1 A T 250 V Thyristor 16 A FF

F3 Secondary voltage 1

Electronics

Position transmitter in the

actuator

500 m A T Secondary voltage 1

Electronics

Position transmitter in

the actuator

500 m A T

F4 Secondary voltage 2

Control by reversing

contactors

Heater

External 24 V DC

1.6 A T Secondary voltage 2

Heater

External 24 V DC

1.6 A T

F1 F2 F3 F4

Auma Actuators

That¶s All For

Auma Matic

Auma Matic Section

Documents