8495020638

FC1 : SEW Inverter Controled by 3 Process Data Words.

Reading Process Input Data and Writing Process Output Data to control SEW Inverter by using 3 Process Data Words.

PLC Peripheral Output Data Word is Inverter Input Word and PLC Peripheral Input Data Word is Inverter Output Word.

POI - Setpoint Description - Control Word 1 - PQW272

Pil - Actual Value Description - Status Word 1 - PIW272

P02 - Setpoint Description - Speed Setpoint - PQW274

PI2 - Actual Value Description - Speed Actual Value - PIW274

P03 - Setpoint Description - Ramp - PQW27€

PI3 - Actual Value Description - Active Current Actual Value - PIW27€

E) Network 1 : Read Process Input Data Word 1 - Status Word 1

Process Input	Data Word	1 is moved to Data Błock 1 - DB1.DBW0
	MOVE
	T>.T
	Ul iilw
♦PI Data W		DB1.DBW0
ord 1		SEW
SEW		Inverter
Inverter		Status
Status		Word 1
Word 1		"SEW PIW
♦ PI Data		and
Word 1-	IN	PQW".
		PI_Data_
	OUT	-Word 1

E) Network 2 : Read Process Input Data Word 2 - Speed Actual Value (1/min)

Process Input Data Word 2 returning scaled Speed Actual Value <1 digit = 0.2/min).

Therefor Speed Actual Value is d±vided by 5 to show Actual Speed 1 digit = 1/min. Then is moved to Data Błock 1 - DB1.DBW2

	DIV_I
	T».T
	Ul iilw
♦PI Data W		♦ tenę>_PI_D
ord_2		ata Word 2
SEW		temporary
Inverter		placement
Speed		for
Actual		Process
Value		Input
(1/min)		Data Word
♦PI Data		2
Word_2 -	INI	♦temp PI
		Data Word
S-	IN2 OUT	— 2

♦terę>_PI_D

ata_Word_2

temporary

placement

for

Process Input Data Word

2

♦temp_PI_

Data_Word_

D

MOVE

EN ENO

- IN

OUT

DB1.DBW2

SEW

Inverter Speed Actual Value (1/min) "SEW PIW and PQW". PI_Data_

I—Word 2

E) Network 3 : Read Process Input Data Word 3 - Active Current Actual Value (%)

Process Input Data Word 3 returning scaled Active Current Actual Value (1 digit = 0.1%) .

Therefor Active Current Actual Value is divided by 10 to show Actual Actice Current 1 digit = 1%. Then is moved to Data Błock 1 - DB1.DBW4.

	T».T	DIV_I			T».T	MOVE
	—W				—W
♦PI Data W			♦ tenę>_PI_D	♦teięPI_D			DB1.DBW4
ord_3			ata Word 3	ata Word 3			SEW
SEW			temporary	temporary			Inverter
Inverter			placement	placement			Active
Active			for	for			Current
Current			Process	Process			Actual
Actual			Input	Input			Value (%)
Value (%)			Data Word	Data Word			"SEW PIW
♦PI Data			3	3			and
Word_3 -	INI		♦temp PI	♦temp PI			PQW".
			Data Word	Data Word			PI Data
10-	IN2	OUT	-3	3-	IN	OUT	-Word 3

E) Network 4 : Write Process Output Data Word 1 - Control Word 1

Control Word 1 is moved from Data Błock 1 (DB1.DBW6) to Process Output Data Word 1

MOVE EN ENO

IN

OUT

DB1.DBW6

SEW

Inverter Control Word 1 "SEW PIW and PQW" . PO_Data_ Word 1-j

♦PO_Dat a_S ord_l

SEW

Inverter Control Word 1 ♦PO_Data_

I—Word 1

E) Network 5 : Write Process Output Data Word 2 - Speed Setpoint (1/min)

Speed Setpoint (1/min) is Multiplied by 5 then moved from Data Błock 1 (DB1.DBW3) to Process OutputData Word 2 (0.2/min)

	T».T	MUL_I			T».T	MOVE
	—W				—W
DB1.DBW8			♦ tenę> PO D	♦tecęPOD
SEW			ata Word 2	ata Word 2
Inverter			temporary	temporary
Speed			placement	placement			♦PO Data W
Setpoint			for	for			ord_2
(1/min)			Process	Process			SEW
"SEW PIW			Output	Output			Inverter
and			Data Word	Data Word			Speed
PQW".			2	2			Setpoint
PO Data			♦temp PO	♦temp PO			(1/min)
Word 2-	INI		Data Word	Data Word			♦PO Data
		OUT	—2	2 —	IN	OUT	-Word 2
S-	IN2

E) Network 6 : Write Process Output Data Word 3 - Ramp Setpoint (ms)

Ramp Setpoint (1 digit = lms) is moved to Process OutputData Word 3.

MOVE EN ENO

IN

OUT

DB1.DBW10

SEW

Inverter Ramp

Setpoint (ms)

"SEW PIW and PQW". PO_Data_ Word 3 —\

♦PO_Data_W ord_3

SEW

Inverter Ramp

Setpoint (ms)

♦PO_Data_

I—Word 3