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Application Macros 5-9

690+ Series Frequency Inverter

Sequencing Logic

–

TRIPPED [289]

–

FALSE

– RUNNING [285] – FALSE

–

JOGGING [302]

–

FALSE

–

STOPPING [303]

–

FALSE

– OUTPUT CONTACTOR [286] – FALSE

– SWITCH ON ENABLE [288]– FALSE

– SWITCHED ON [306] – FALSE

–

READY [287]

–

FALSE

– SYSTEM RESET [305]– FALSE

–

SEQUENCER STATE [301]

–

START DISABLED

– REMOTE REV OUT [296]– FALSE

– HEALTHY [274] – TRUE

– FAN RUNNING [620] – FALSE

0.000s – [1686] START DELAY –

FALSE – [291] RUN FORWARD –

FALSE

–

[292] RUN REVERSE

–

FALSE

–

[293] NOT STOP

–

FALSE – [280] JOG –

TRUE

–

[1235] CONTACTOR CLOSED

–

TRUE

–

[276] DRIVE ENABLE

–

TRUE – [277] NOT FAST STOP –

TRUE – [278] NOT COAST STOP –

FALSE – [294] REMOTE REVERSE –

FALSE

–

[282] REM TRIP RESET

–

TRUE – [290] TRIP RST BY RUN –

FALSE – [283] POWER UP START –

I/O Trips

– THERMIST [1155]– FALSE

–

ENCODER TB [1156]

–

FALSE

–

EXTERNAL [234]

–

FALSE

–

[760] INVERT THERMIST

–

FALSE

–

[1154] INVERT ENC TRIP

–

TRIP

–

[233] EXT TRIP MODE

–

FALSE

–

[235] INPUT 1 BREAK

–

FALSE

–

[236] INPUT 2 BREAK

–

Analog Input 2

–

VALUE [ 25]

–

0.00 %

–

BREAK [ 27]

–

FALSE

100.00 %

–

[ 23] SCALE

–

0.00 %

–

[ 24] OFFSET

–

-10..+10 V

–

[ 22] TYPE

–

FALSE

–

[ 21] BREAK ENABLE

–

0.00 %

–

[ 26] BREAK VALUE

–

Analog Input 3

–

VALUE [715]

–

0.00 %

–

BREAK [717]

–

FALSE

100.00 %

–

[713] SCALE

–

0.00 %

–

[714] OFFSET

–

0..+10 V

–

[712] TYPE

–

FALSE

–

[711] BREAK ENABLE

–

0.00 %

–

[716] BREAK VALUE

–

Analog Input 4

–

VALUE [722]

–

0.00 %

–

BREAK [724]

–

FALSE

100.00 %

–

[720] SCALE

–

0.00 %

–

[721] OFFSET

–

0..+10 V

–

[719] TYPE

–

FALSE

–

[718] BREAK ENABLE

–

0.00 %

–

[723] BREAK VALUE

–

Analog Output 1

0.00 %

–

[ 45] VALUE

–

100.00 %

–

[ 46] SCALE

–

0.00 %

–

[ 47] OFFSET

–

TRUE

–

[ 48] ABSOLUTE

–

0..+10 V

–

[ 49] TYPE

–

Analog Output 2

0.00 %

–

[731] VALUE

–

100.00 %

–

[732] SCALE

–

0.00 %

–

[733] OFFSET

–

FALSE

–

[734] ABSOLUTE

–

0 .. +10 V

–

[735] TYPE

–

Digital Input 1

VALUE [ 31]

–

FALSE

FALSE – [ 30] INVERT

–

Digital Input 3

VALUE [ 37]

–

FALSE

FALSE – [ 36] INVERT

–

Digital Input 5

VALUE [ 43]

–

FALSE

FALSE – [ 42] INVERT

–

Digital Input 2

VALUE [ 34]

–

FALSE

FALSE – [ 33] INVERT

–

Digital Input 4

VALUE [ 40]

–

FALSE

FALSE – [ 39] INVERT

–

Digital Input 6

VALUE [726]

–

FALSE

FALSE – [725] INVERT

–

Digital Input 7

VALUE [728]

–

FALSE

FALSE – [727] INVERT

–

Digital Output 1

FALSE – [ 52] VALUE

–

TRUE

–

[ 51] INVERT

–

Digital Output 2

FALSE – [ 55] VALUE

–

FALSE

–

[ 54] INVERT

–

Digital Output 3

FALSE – [737] VALUE

–

FALSE

–

[736] INVERT

–

Reference

SPEED DEMAND [255]

–

0.00 %

SPEED SETPOINT [254]

–

0.00 %

REVERSE [256]

–

FALSE

LOCAL SETPOINT [247]

–

0.00 %

LOCAL REVERSE [250]

–

FALSE

COMMS SETPOINT [770]

–

0.00 %

–

[245] REMOTE SETPOINT

–

0.00 %

–

[248] SPEED TRIM

–

110.00 %

–

[252] MAX SPEED CLAMP

–

-110.00 %

–

[253] MIN SPEED CLAMP

–

FALSE

–

[243] TRIM IN LOCAL

–

FALSE

–

[249] REMOTE REVERSE

–

Reference Jog

10.00 %

–

[246] SETPOINT

–

1.0 s

–

[261] ACCEL TIME

–

1.0 s

–

[262] DECEL TIME

–

Reference Ramp

–

RAMPING [698]

–

FALSE

LINEAR

–

[244] RAMP TYPE

–

** 10.0 s

–

[258] ACCEL TIME

–

** 10.0 s

–

[259] DECEL TIME

–

FALSE

–

[268] SYMMETRIC MODE

–

** 10.0 s

–

[267] SYMMETRIC TIME

–

10.00 /s^2

–

[692] SRAMP ACCEL

–

10.00 /s^2

–

[693] SRAMP DECEL

–

10.00 /s^3

–

[694] SRAMP JERK 1

–

10.00 /s^3

–

[695] SRAMP JERK 2

–

10.00 /s^3

–

[696] SRAMP JERK 3

–

10.00 /s^3

–

[697] SRAMP JERK 4

–

TRUE

–

[691] SRAMP CONTINUOUS

–

FALSE

–

[260] HOLD

–

Reference Stop

STOP RAMP

–

[279] RUN STOP MODE

–

10.0 s

–

[263] STOP TIME

–

0.10 %

–

[266] STOP ZERO SPEED

–

0.500 s

–

[284] STOP DELAY

–

RAMPED

–

[304] FAST STOP MODE

–

30.0 s

–

[275] FAST STOP LIMIT

–

0.1 s

–

[264] FAST STOP TIME

–

1200 Hz/s

–

[126] FINAL STOP RATE

–

Trips Status

ACTIVE TRIPS [ 4]

–

0000

ACTIVE TRIPS+ [740]

–

0000

WARNINGS [ 5]

–

0000

WARNINGS+ [741]

–

0000

FIRST TRIP [ 6]

–

NONE

0700 – [231] DISABLED TRIPS

–

0040 – [742] DISABLED TRIPS+

–

-10..+10 V

Analog Input 1

–

VALUE [ 16]

–

0.00 %

–

BREAK [ 18]

–

FALSE

100.00 %

–

[ 14] SCALE

–

0.00 %

–

[ 15] OFFSET

–

[ 13] TYPE

–

FALSE

–

[ 12] BREAK ENABLE

–

0.00 %

–

[ 17] BREAK VALUE

–

Analog Output 3

0.00 %

–

[800] VALUE

–

100.00 %

–

[801] SCALE

–

0.00 %

–

[802] OFFSET

–

FALSE

–

[803] ABSOLUTE

–

[804] TYPE

–

-10 .. +10 V

(2)

(4)

(14)

(10)

(12)

(6)

0.00 %

Setpoint Scale

–

OUTPUT [ 59]

–

0.0 Hz

–

[ 58] INPUT

–

** 1500 RPM

–

[1032] MAX SPEED

–

(17)

(18)

(13)

(1)

(3)

(38)

(5)

(15)

(16)

(9)

(19)

(20)

(11)

Line Speed ANIN1 (next sheet)

Feedback ANIN2 (next sheet)

Run DIN1 (next sheet)

Tension Spt ANIN3 (next sheet)

Switched On (next sheet)

Taper Spt ANIN4 (next sheet)

Diameter ANOUT2 (next sheet)

Tension/Dancer Spt ANOUT3 (next sheet)

Speed Demand (next sheet)

(7)

(35)

(37)

(36)

(8)

Macro 4: Speed Programmed Winder (SPW)

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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