![background image](http://html.mh-extra.com/html/parker/690-series/690-series_product-manual_755642225.webp)
Application Macros
5-15
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
–
Digital Output 3
FALSE
– [737] VALUE
–
FALSE
–
[736] INVERT
–
0.00 %
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
–
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
–
-10 .. 10 V
0.00 %
FALSE
Analog Input 3
–
VALUE [715]
–
–
BREAK [717]
–
100.00 %
–
[713] SCALE
–
0.00 %
–
[714] OFFSET
–
-10 .. 10 V –
[712] TYPE
–
FALSE
–
[711] BREAK ENABLE
–
0.00 %
–
[716] BREAK VALUE
–
Analog Input 2
–
VALUE
[ 25]
–
0.00 %
–
BREAK
[ 27]
–
FALSE
100.00 %
–
[ 23] SCALE
–
0.00 %
–
[ 24] OFFSET
–
–
[ 22] TYPE
–
FALSE
–
[ 21] BREAK ENABLE
–
0.00 %
–
[ 26] BREAK VALUE
–
-10 .. 10 V
I/O Trips
–
THERMIST
[1155]
–
FALSE
–
ENCODER TB
[1156]
–
FALSE
–
EXTERNAL
[234]
–
FALSE
FALSE
–
[760] INVERT THERMIST
–
FALSE
–
[1154] INVERT ENC TRIP
–
COAST –
[233] EXT TRIP MODE
–
FALSE
–
[235] INPUT 1 BREAK
–
FALSE
–
[236] INPUT 2 BREAK
–
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
–
-10 .. +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
–
Reference Jog
10.00 %
–
[246] SETPOINT
–
1.0 s
–
[261] ACCEL TIME
–
1.0 s
–
[262] DECEL TIME
–
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
W [741]
–
0000
FIRST TRIP
[ 6]
–
NONE
0700 – [231] DISABLED TRIPS
–
0040 – [742] DISABLED TRIPS+
–
Value Func 1
OUTPUT [133]
–
0.00 %
0.00 %
–
[130] INPUT A
–
0.00 %
–
[131] INPUT B
–
0.00
–
[132] INPUT C
–
A+B+C
–
[134] TYPE
–
Analog Output 3
0.00 %
–
[800] VALUE
–
100.00 %
–
[801] SCALE
–
0.00 %
–
[802] OFFSET
–
FALSE
–
[803] ABSOLUTE
–
–
[804] TYPE
–
-10 .. +10 V
(4)
(12)
(13)
(16)
(5)
(6)
(7)
(9)
0.00 %
Setpoint Scale
–
OUTPUT [ 59]
–
0.0 Hz
–
[ 58] INPUT
–
** 1500 RPM
–
[1032] MAX SPEED
–
(21)
(18)
Digital Input 8 = COAST STOP
Motor Data
** SENSORLESS VEC
–
[1157]
CONTROL MODE
–
** 5.50 kW
–
[1158]
POWER
–
** 50.0 Hz
–
[1159]
BASE FREQUENCY
–
** 400.0 V
–
[1160]
MOTOR VOLTAGE
–
** 11.30 A
–
[ 64]
MOTOR CURRENT
–
** 3.39 A
–
[ 65]
MAG CURRENT
–
** 1445.0 rpm
–
[ 83]
NAMEPLATE RPM
–
** STAR
–
[124]
MOTOR CONNECTION
–
** 4
–
[ 84]
MOTOR POLES
–
** 0.90
–
[242]
POWER FACTOR
–
** 2.0
–
[1164]
OVERLOAD
–
** 1.3625 Ohm
–
[119]
STATOR RES
–
** 43.37 mH
–
[120]
LEAKAGE INDUC
–
** 173.48 mH
–
[121]
MUTUAL INDUC
–
276.04 ms
–
[1163]
ROTOR TIME CONST
–
Feedbacks
–
DC LINK VOLTS
[ 75]
–
0 V
–
TERMINAL VOLTS
[1020]
–
0 V
–
SPEED FEEDBACK RPM
[569]
–
0.00 rpm
–
SPEED FEEDBACK HZ
[568]
–
0.00 Hz
–
SPEED FEEDBACK %
[749]
–
0.00 %
–
ENCODER FBK %
[1238]
–
0.00 %
–
ENCODER COUNT
[1016]
–
0
–
TORQUE FEEDBACK
[ 70]
–
0.00 %
–
FIELD FEEDBACK
[ 73]
–
0.00 %
–
MOTOR CURRENT %
[ 66]
–
0.00 %
–
MOTOR CURRENT
[ 67]
–
0.0 A
** 10.0 V
–
[761] ENCODER SUPPLY
–
** 2048
–
[566] ENCODER LINES
–
** FALSE
–
[567] ENCODER INVERT
–
** FALSE
–
[ 50] QUADRATIC TORQUE
–
Zero Speed
–
AT ZERO SPD FBK [1233]
–
TRUE
–
AT ZERO SPD DMD
[360]
–
TRUE
–
AT STANDSTILL [1234]
–
TRUE
0.00 %
–
[359] HYSTERISIS
–
0.00 %
–
[357] THRESHOLD
–
(15)
(3)
(2)
(1)
(19)
(8)
(10)
(14)
(20)
(17)
(11)
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
–
Macro 6: “System” Drive