SSD 605C - Macro User Blocks

Application Macros 15-20
605C Frequency Inverter
PRESET 2
OUTPUT 1 [389]
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0.00%
OUTPUT 2 [373]
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0.00%
INPUT 0 – [388] SELECT INPUT
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[380] INPUT 0
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[381] INPUT 1
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[382] INPUT 2
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[383] INPUT 3
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[384] INPUT 4
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[385] INPUT 5
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[386] INPUT 6
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[387] INPUT 7
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PRESET 4
OUTPUT 1 [519]
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OUTPUT 2 [520]
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INPUT 0
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[518] SELECT INPUT
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[510] INPUT 0
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[511] INPUT 1
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[512] INPUT 2
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[513] INPUT 3
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[514] INPUT 4
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[515] INPUT 5
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[516] INPUT 6
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[517] INPUT 7
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PRESET 6
OUTPUT 1 [541]
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0.00%
OUTPUT 2 [542]
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INPUT 0
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[540] SELECT INPUT
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[532] INPUT 0
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[533] INPUT 1
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0.00% – [534] INPUT 2 –
0.00%
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[535] INPUT 3
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[536] INPUT 4
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[537] INPUT 5
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[538] INPUT 6
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[539] INPUT 7
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PRESET 8
OUTPUT 1 [563]
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OUTPUT 2 [564]
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INPUT 0
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[562] SELECT INPUT
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[554] INPUT 0
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0.00% – [555] INPUT 1 –
0.00%
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[556] INPUT 2
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[557] INPUT 3
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[558] INPUT 4
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[559] INPUT 5
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[560] INPUT 6
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[561] INPUT 7
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PRESET 1
OUTPUT 1 [356]
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0.00%
OUTPUT 2 [372]
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0.00%
INPUT 0 – [355] SELECT INPUT
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[347] INPUT 0
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0.00% – [348] INPUT 1 –
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[349] INPUT 2
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[350] INPUT 3
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[351] INPUT 4
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[352] INPUT 5
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[353] INPUT 6
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[354] INPUT 7
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PRESET 3
OUTPUT 1 [399]
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0.00%
OUTPUT 2 [374]
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INPUT 0
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[398] SELECT INPUT
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[390] INPUT 0
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[391] INPUT 1
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[392] INPUT 2
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[393] INPUT 3
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[394] INPUT 4
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[395] INPUT 5
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[396] INPUT 6
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[397] INPUT 7
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PRESET 5
OUTPUT 1 [530]
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OUTPUT 2 [531]
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INPUT 0
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[529] SELECT INPUT
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[521] INPUT 0
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[522] INPUT 1
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[523] INPUT 2
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[524] INPUT 3
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[525] INPUT 4
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[526] INPUT 5
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[527] INPUT 6
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[528] INPUT 7
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PRESET 7
OUTPUT 1 [552]
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OUTPUT 2 [553]
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INPUT 0
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[551] SELECT INPUT
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[543] INPUT 0
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[544] INPUT 1
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0.00%
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[545] INPUT 2
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[546] INPUT 3
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[547] INPUT 4
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0.00%
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[548] INPUT 5
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0.00%
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[549] INPUT 6
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0.00%
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[550] INPUT 7
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VALUE FUNC 1
OUTPUT [133]
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0.00%
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[130] INPUT A
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[131] INPUT B
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0.00%
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[132] INPUT C
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IF[C]-A
–
[134] TYPE
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VALUE FUNC 3
OUTPUT [143]
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0.00%
0.00% – [140] INPUT A
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0.00%
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[141] INPUT B
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0.00%
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[142] INPUT C
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IF[C] -A
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[144] TYPE
–
VALUE FUNC 5
OUTPUT [153]
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0.00%
0.00% – [150] INPUT A
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0.00%
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[151] INPUT B
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0.00%
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[152] INPUT C
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IF[C] -A
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[154] TYPE
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VALUE FUNC 7
OUTTPUT [163]
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0.00%
0.00% – [160] INPUT A –
0.00%
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[161] INPUT B
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0.00%
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[162] INPUT C
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IF[C] -A
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[164] TYPE
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VALUE FUNC 9
OUTPUT [173]
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0.00%
0.00% – [170] INPUT A
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0.00%
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[171] INPUT B
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0.00%
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[172] INPUT C
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IF[C] -A
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[174] TYPE
–
VALUE FUNC 2
OUTPUT [138]
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0.00%
0.00% – [135] INPUT A
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0.00%
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[136] INPUT B
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0.00%
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[137] INPUT C
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IF[C] -A
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[139] TYPE
–
VALUE FUNC 4
OUTPUT [148]
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0.00%
0.00% – [145] INPUT A
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0.00%
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[146] INPUT B
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0.00%
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[147] INPUT C
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IF[C] -A
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[149] TYPE
–
VALUE FUNC 6
OUTPUT [158]
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0.00%
0.00% – [155] INPUT A
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0.00%
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[156] INPUT B
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0.00% – [157] INPUT C –
IF[C] -A
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[159] TYPE
–
VALUE FUNC 8
OUTTPUT [168]
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0.00%
0.00% – [165] INPUT A –
0.00%
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[166] INPUT B
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0.00%
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[167] INPUT C
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IF[C] -A
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[169] TYPE
–
VALUE FUNC 10
OUTPUT [178]
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0.00%
0.00% – [175] INPUT A
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0.00%
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[176] INPUT B
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0.00%
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[177] INPUT C
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IF[C] -A
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[179] TYPE
–
LOGIC FUNC 9
OUTPUT [223]
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FALSE
FALSE – [220] INPUT A
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FALSE
–
[221] INPUT B
–
FALSE
–
[222] INPUT C
–
NOT [A]
–
[224] TYPE
–
LOGIC FUNC 1
OUTPUT [183]
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FALSE
FALSE – [180] INPUT A
–
FALSE
–
[181] INPUT B
–
FALSE
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[182] INPUT C
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NOT [A]
–
[184] TYPE
–
LOGIC FUNC 3
OUTPUT [193]
–
FALSE
FALSE – [190] INPUT A
–
FALSE
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[191] INPUT B
–
FALSE
–
[192] INPUT C
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NOT [A]
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[194] TYPE
–
LOGIC FUNC 5
OUTPUT [203]
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FALSE
FALSE – [200] INPUT A
–
FALSE
–
[201] INPUT B
–
FALSE – [202] INPUT C –
NOT [A]
–
[204] TYPE
–
LOGIC FUNC 7
OUTPUT [213]
–
FALSE
FALSE – [210] INPUT A –
FALSE
–
[211] INPUT B
–
FALSE
–
[212] INPUT C
–
NOT [A]
–
[214] TYPE
–
LOGIC FUNC 2
OUTPUT [188]
–
FALSE
FALSE – [185] INPUT A
–
FALSE
–
[186] INPUT B
–
FALSE
–
[187] INPUT C
–
NOT [A]
–
[189] TYPE
–
LOGIC FUNC 4
OUTPUT [198]
–
FALSE
FALSE – [195] INPUT A
–
FALSE
–
[196] INPUT B
–
FALSE
–
[197] INPUT C
–
NOT [A]
–
[199] TYPE
–
LOGIC FUNC 6
OUTPUT [208]
–
FALSE
FALSE – [205] INPUT A
–
FALSE
–
[206] INPUT B
–
FALSE – [207] INPUT C –
NOT [A]
–
[209] TYPE
–
LOGIC FUNC 8
OUTPUT [218]
–
FALSE
FALSE – [215] INPUT A –
FALSE
–
[216] INPUT B
–
FALSE
–
[217] INPUT C
–
NOT [A]
–
[219] TYPE
–
LOGIC FUNC 10
OUTPUT [228]
–
FALSE
FALSE – [225] INPUT A
–
FALSE
–
[226] INPUT B
–
FALSE
–
[227] INPUT C
–
NOT [A]
–
[229] TYPE
–
DEMULTIPLEXER
OUTPUT 0 [657]
–
FALSE
OUTPUT 1 [658]
–
FALSE
OUTPUT 2 [659]
–
FALSE
OUTPUT 3 [660]
–
FALSE
OUTPUT 4 [661]
–
FALSE
OUTPUT 5 [662]
–
FALSE
OUTPUT 6 [663]
–
FALSE
OUTPUT 7 [664]
–
FALSE
OUTPUT 8 [665]
–
FALSE
OUTPUT 9 [666]
–
FALSE
OUTPUT 10 [667]
–
FALSE
OUTPUT 11 [668]
–
FALSE
OUTPUT 12 [669]
–
FALSE
OUTPUT 13 [670]
–
FALSE
OUTPUT 14 [671] – FALSE
OUTPUT 15 [672]
–
FALSE
0000
–
[599] INPUT
–
MULTIPLEXER
OUTPUT [598]
–
0000
FALSE – [641] INPUT 0
–
FALSE
–
[642] INPUT 1
–
FALSE
–
[643] INPUT 2
–
FALSE
–
[644] INPUT 3
–
FALSE
–
[645] INPUT 4
–
FALSE
–
[646] INPUT 5
–
FALSE
–
[647] INPUT 6
–
FALSE
–
[648] INPUT 7
–
FALSE
–
[649] INPUT 8
–
FALSE
–
[650] INPUT 9
–
FALSE
–
[651] INPUT 10
–
FALSE
–
[652] INPUT 11
–
FALSE
–
[653] INPUT 12
–
FALSE – [654] INPUT 13 –
FALSE
–
[655] INPUT 14
–
FALSE
–
[656] INPUT 15
–
SETPOINT FUNCS
MISCELLANEOUS
ANALOG INPUT 1
VALUE [ 16] – 0.00 %
BREAK [ 18] – FALSE
100.00
%
– [ 14] SCALE –
0.00 % – [ 15] OFFSET –
0..+10 V – [ 13] TYPE –
FALSE – [ 12] BREAK ENABLE –
0.00 % – [ 17] BREAK VALUE –
ANALOG INPUT 2
VALUE [ 25] – 0.00 %
BREAK [ 27] – FALSE
100.00
%
– [ 23] SCALE –
0.00 % – [ 24] OFFSET –
0..+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..20 mA – [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 DIGIN 1
VALUE [ 90] – FALSE
FALSE – [ 89] INVERT –
70.00 % – [ 91] LEVEL –
10.00 % – [ 92] HYSTERISIS –
ANALOG DIGIN 2
VALUE [95] – FALSE
FALSE – [94] INVERT –
70.00 % – [96] LEVEL –
10.00 % – [97] HYSTERISIS –
ANALOG OUTPUT 1
0.00 % – [ 45] VALUE
–
100.00 %
–
[ 46] SCALE
–
0.00 %
–
[ 47] OFFSET
–
TRUE
–
[ 48] ABS
–
0..+10 V
–
[ 49] TYPE
–
ANALOG OUTPUT 2
0.00 % – [731] VALUE
–
100.00 %
–
[732] SCALE
–
0.00 %
–
[733] OFFSET
–
FALSE
–
[734] ABS
–
-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 7
VALUE [728]
–
FALSE
FALSE – [727] INVERT
–
DIGITAL INPUT 6
VALUE [726]
–
FALSE
FALSE – [725] INVERT
–
DIGITAL INPUT 8
VALUE [730]
–
FALSE
FALSE – [729] INVERT
–
DIGITAL OUTPUT 1
FALSE – [ 52] VALUE
–
FALSE
–
[ 51] INVERT
–
DIGITAL OUTPUT 2
FALSE – [ 55] VALUE
–
FALSE
–
[ 54] INVERT
–
DIGITAL OUTPUT 3
FALSE – [737] VALUE
–
FALSE
–
[736] INVERT
–
INPUTS & OUTPUTS
ENCODER
SPEED Hz [568] – 0.0 Hz
SPEED RPM [569] – 0 n/min
SPEED % [749] – 0.00%
POSITION [748] – 0
QUADRATURE – [565] MODE –
FALSE – [747] RESET –
1000 – [566] LINES –
FALSE – [567] INVERT –
10.0V – [761] SUPPLY –
Macro User Blocks Some of these blocks may already be in use by the macros.