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Programming Your Application 1-63

690+ Series Frequency Inverter

PHASE AUTO GEAR

Designed for use with the System Board.

This function block calculates the gear ratio

between the master and slave shafts from the

relative repeat lengths calculated from the

marker inputs.

The relative repeat lengths are then used to

calculate the relative velocities of the master

and slave in order to synchronise them;

without this, register control is not possible.

Included in this block is logic for

discriminating against missing and false

(premature) marks (Windowing).

The results of the gearing calculation are

filtered and then applied using the Gearing

in the Phase Control Block.

This function block must be enabled in order

to use the PHASE REGISTER function

block.

MISSED M MARKS

Range: 0 -

Diagnostic counter for missing (late) marks. Missing marks are those that occur after the

window.

Phase Auto Gear

–

SLAVE LENGTH [1599]

–

0.0000

–

MASTER LENGTH [1598]

–

0.0000

–

GEAR CORRECTION [1597]

–

0.0000

–

EXT MARK SLAVE [1596]

–

FALSE

–

EXT MARK MASTER [1595]

–

FALSE

–

FALSE M MARKS [1594]

–

FALSE S MARKS [1593]

–

MISSED M MARKS [1592]

–

MISSED S MARKS [1591]

–

MASTER MARKS [1590]

–

SLAVE MARKS [1589]

–

READY [1602]

–

FALSE

–

SLAVE MARK POS [1832]

–

MASTER MARK POS [1833]

–

TRUE

–

[1579] RESET

–

FALSE

–

[1580] ENABLE

–

FALSE

–

[1581] HOLD

–

1.0000

–

[1582] NOM MASTER LEN

–

1.0000

–

[1583] NOM SLAVE LENGTH

–

0.1000

–

[1584] TOLERANCE

–

[1585] INITIAL REPEATS

–

0.100

–

[1586] INITIAL FILTER

–

1.000

–

[1587] FILTER

–

FALSE

–

[1588] RESET COUNTERS

–

MMI Menu Map

SETUP

SYSTEM BOARD

PHASE AUTO GEAR

RESET

ENABLE

HOLD

NOM MASTER LEN

NOM SLAVE LENGTH

TOLERANCE

INITIAL REPEATS

INITIAL FILTER

FILTER

RESET COUNTERS

SLAVE MARKS

MASTER MARKS

MISSED S MARKS

MISSED M MARKS

FALSE S MARKS

FALSE M MARKS

EXT MARK MASTER

EXT MARK SLAVE

GEAR CORRECTION

MASTER LENGTH

SLAVE LENGTH

READY

SLAVE MARK POS

MASTER MARK POS

Parameter Descriptions

SLAVE LENGTH

Range: —.0000

Connect to GEARING A in the PHASE CONTROL function block. See MASTER LENGTH

below.

MASTER LENGTH

Range: —.0000

Connect to GEARING B in the PHASE CONTROL function block.

Length is calculated by measuring the distance between good marks and filtering the result.

Two filter time constants are available: the first is to allow minimal filtering during the start-

up phase, and the second is typically higher to allow the smooth tracking of any changes to

web length. The length outputs are persistent as long as no RESET is applied. The last

calculated value is saved on power-down.

GEAR CORRECTION

Range: —.0000

A gear correction factor diagnostic, calculated by dividing SLAVE LENGTH by MASTER

LENGTH.

EXT MARK SLAVE

Range: FALSE / TRUE

Diagnostic, displays the state of the Slave Mark input.

EXT MARK MASTER

Range: FALSE / TRUE

Diagnostic, displays the state of the Master Mark input.

FALSE M MARKS

Range: 0 -

Diagnostic counter for false (early) marks. False marks are those that occur before the

window is open.

FALSE S MARKS

Range: 0 -

Diagnostic counter for false (early) marks. False marks are those that occur before the

window is open.

Frequency	50/60 Hz
Overload	150% for 60 seconds
Communication Options	Ethernet
Protection Rating	IP20
Operating Temperature	0°C to 55°C
Programmability	Yes
Communication Ports	RS485
I/O Capability	Digital and Analog I/O
Programming Languages	Function Block Diagram
Dimensions	Varies by module

Parker 690+ series User Manual

Table of Contents

Questions and Answers:

Parker 690+ series Specifications

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