Parker 605 Série Guide D'installation page 118

SETPOINT FUNCS
PRESET 1 PRESET 2
OUTPUT 1 [356] – 0.00%
OUTPUT 2 [372] – 0.00%
INPUT 0 – [355] SELECT INPUT –
INPUT 0 – [388] SELECT INPUT
0.00% – [347] INPUT 0 – 0.00% – [380] INPUT 0
0.00% – [348] INPUT 1 – 0.00% – [381] INPUT 1
0.00% – [349] INPUT 2 –
0.00% – [382] INPUT 2
0.00% – [350] INPUT 3 – 0.00% – [383] INPUT 3
0.00% – [351] INPUT 4 –
0.00% – [384] INPUT 4
0.00% – [352] INPUT 5 – 0.00% – [385] INPUT 5
0.00% – [353] INPUT 6 – 0.00% – [386] INPUT 6
0.00% – [354] INPUT 7 –
0.00% – [387] INPUT 7
PRESET 3 PRESET 4
OUTPUT 1 [399] – 0.00%
OUTPUT 2 [374] – 0.00%
INPUT 0 – [398] SELECT INPUT –
INPUT 0 – [518] SELECT INPUT
0.00% – [390] INPUT 0 – 0.00% – [510] INPUT 0
0.00% – [391] INPUT 1 – 0.00% – [511] INPUT 1
0.00% – [392] INPUT 2 –
0.00% – [512] INPUT 2
0.00% – [393] INPUT 3 – 0.00% – [513] INPUT 3
0.00% – [394] INPUT 4 –
0.00% – [514] INPUT 4
0.00% – [395] INPUT 5 – 0.00% – [515] INPUT 5
0.00% – [396] INPUT 6 – 0.00% – [516] INPUT 6
0.00% – [397] INPUT 7 –
0.00% – [517] INPUT 7
PRESET 5 PRESET 6
OUTPUT 1 [530] – 0.00%
OUTPUT 2 [531] – 0.00%
INPUT 0 – [529] SELECT INPUT –
INPUT 0 – [540] SELECT INPUT
0.00% – [521] INPUT 0 – 0.00% – [532] INPUT 0
0.00% – [522] INPUT 1 – 0.00% – [533] INPUT 1
0.00% – [523] INPUT 2 –
0.00% – [534] INPUT 2
0.00% – [524] INPUT 3 – 0.00% – [535] INPUT 3
0.00% – [525] INPUT 4 –
0.00% – [536] INPUT 4
0.00% – [526] INPUT 5 – 0.00% – [537] INPUT 5
0.00% – [527] INPUT 6 – 0.00% – [538] INPUT 6
0.00% – [528] INPUT 7 –
0.00% – [539] INPUT 7
PRESET 7 PRESET 8
OUTPUT 1 [552] – 0.00%
OUTPUT 2 [553] – 0.00%
INPUT 0 – [551] SELECT INPUT –
INPUT 0 – [562] SELECT INPUT
0.00% – [543] INPUT 0 – 0.00% – [554] INPUT 0
0.00% – [544] INPUT 1 –
0.00% – [555] INPUT 1
0.00% – [545] INPUT 2 –
0.00% – [556] INPUT 2
0.00% – [546] INPUT 3 – 0.00% – [557] INPUT 3
0.00% – [547] INPUT 4 –
0.00% – [558] INPUT 4
0.00% – [548] INPUT 5 – 0.00% – [559] INPUT 5
0.00% – [549] INPUT 6 – 0.00% – [560] INPUT 6
0.00% – [550] INPUT 7 –
0.00% – [561] INPUT 7
605 Series Frequency Inverter - HA463544
VALUE FUNC 1
OUTPUT 1 [389] – 0.00% OUTPUT [133] – 0.00%
OUTPUT 2 [373] – 0.00% 0.00% – [130] INPUT A
– 0.00% – [131] INPUT B
– 0.00% – [132] INPUT C
– IF[C]-A – [134] TYPE
–
–
VALUE FUNC 3
– OUTPUT [143] – 0.00%
–
0.00% – [140] INPUT A
–
0.00% – [141] INPUT B
– 0.00% – [142] INPUT C
IF[C] -A – [144] TYPE
OUTPUT 1 [519] – 0.00% VALUE FUNC 5
OUTPUT 2 [520] – 0.00%
OUTPUT [153] – 0.00%
– 0.00% – [150] INPUT A
–
0.00% – [151] INPUT B
–
0.00% – [152] INPUT C
–
IF[C] -A – [154] TYPE
–
–
VALUE FUNC 7
–
OUTTPUT [163] – 0.00%
–
0.00% – [160] INPUT A
–
0.00% – [161] INPUT B
0.00% – [162] INPUT C
IF[C] -A – [164] TYPE
OUTPUT 1 [541] – 0.00%
OUTPUT 2 [542] – 0.00%
VALUE FUNC 9
–
OUTPUT [173] – 0.00%
–
0.00% – [170] INPUT A
–
0.00% – [171] INPUT B
–
0.00% – [172] INPUT C
–
IF[C] -A – [174] TYPE
–
–
–
–
OUTPUT 1 [563] – 0.00%
OUTPUT 2 [564] – 0.00%
–
–
–
–
–
–
–
–
–
VALUE FUNC 2
OUTPUT [138] –0.00%
– 0.00% – [135] INPUT A –
– 0.00% – [136] INPUT B –
– 0.00% – [137] INPUT C –
– IF[C] -A – [139] TYPE –
VALUE FUNC 4
OUTPUT [148] –0.00%
– 0.00% – [145] INPUT A –
– 0.00% – [146] INPUT B –
– 0.00% – [147] INPUT C –
– IF[C] -A – [149] TYPE –
VALUE FUNC 6
OUTPUT [158] –0.00%
– 0.00% – [155] INPUT A –
– 0.00% – [156] INPUT B –
– 0.00% – [157] INPUT C –
– IF[C] -A – [159] TYPE –
VALUE FUNC 8
OUTTPUT [168] –0.00%
– 0.00% – [165] INPUT A –
– 0.00% – [166] INPUT B –
– 0.00% – [167] INPUT C –
– IF[C] -A – [169] TYPE –
VALUE FUNC 10
OUTPUT [178] –0.00%
– 0.00% – [175] INPUT A –
– 0.00% – [176] INPUT B –
– 0.00% – [177] INPUT C –
– IF[C] -A – [179] TYPE –
146
MISCELLANEOUS
LOGIC FUNC 1 LOGIC FUNC 2
OUTPUT [183] – FALSE OUTPUT [188] – FALSE
– FALSE – [185] INPUT A
FALSE – [180] INPUT A
FALSE – [186] INPUT B
FALSE – [181] INPUT B –
FALSE – [182] INPUT C – FALSE – [187] INPUT C
NOT [A] – [189] TYPE
NOT [A] – [184] TYPE –
LOGIC FUNC 4
LOGIC FUNC 3
OUTPUT [198] – FALSE
OUTPUT [193] – FALSE
FALSE – [190] INPUT A – FALSE – [195] INPUT A
FALSE – [191] INPUT B – FALSE – [196] INPUT B
FALSE – [197] INPUT C
FALSE – [192] INPUT C –
NOT [A] – [194] TYPE – NOT [A] – [199] TYPE
LOGIC FUNC 6
LOGIC FUNC 5
OUTPUT [203] – FALSE OUTPUT [208] – FALSE
FALSE – [205] INPUT A
FALSE – [200] INPUT A –
FALSE – [201] INPUT B – FALSE – [206] INPUT B
FALSE – [207] INPUT C
FALSE – [202] INPUT C –
NOT [A] – [209] TYPE
NOT [A] – [204] TYPE –
LOGIC FUNC 7 LOGIC FUNC 8
OUTPUT [218] – FALSE
OUTPUT [213] – FALSE
FALSE – [210] INPUT A – FALSE – [215] INPUT A
FALSE – [216] INPUT B
FALSE – [211] INPUT B –
FALSE – [212] INPUT C – FALSE – [217] INPUT C
NOT [A] – [219] TYPE
NOT [A] – [214] TYPE –
LOGIC FUNC 10
LOGIC FUNC 9
OUTPUT [228] – FALSE
OUTPUT [223] – FALSE
FALSE – [220] INPUT A – FALSE – [225] INPUT A
FALSE – [221] INPUT B – FALSE – [226] INPUT B
FALSE – [227] INPUT C
FALSE – [222] INPUT C –
NOT [A] – [224] TYPE – NOT [A] – [229] TYPE
16
Application Macros
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 –
Macro 0