Toshiba Single-phase 200V class 0.2 to 2.2kW Setting the frequency using input voltage

			E6581090
2) Setting the frequency using input voltage (0-10V)
		★Voltage signal
+	VI/S3	Setting frequency using voltage signals
	: Voltage signal 0-10Vdc	(0-10V). For more detailed information
		on adjustments, see 6.4.
-	CC
		60Hz
		Frequency
		00Vdc	10Vdc	3
*	The H parameter (VI/S3 terminal function selection) is used to specify a function
	for the VI/S3 input terminal. The FCHG parameter (frequency command forced
	switching) makes it possible to use both the analog input frequency signal and the
	frequency signal set with the internal potentiometer, which can be switched by
	activating or deactivating the input terminals.
	See 5.1 for details.

Note: The current input and voltage input functions cannot be used at the same time.

3) Setting the frequency using current input (4-20mA)

+

-

VI/S3

CC

★Current signal

	Setting frequency using current signals
: Current signal 4-20mAdc	(4-20mA). For more detailed information
	on adjustments, see 6.4.
	60Hz
	Frequency
	0	4mAdc	20mAdc

* The H parameter (VI/S3 terminal function selection) is used to specify a function for the VI/S3 input terminal. The FCHG parameter (frequency command forced switching) makes it possible to use both the analog input frequency signal and the frequency signal set with the internal potentiometer, which can be switched by activating or deactivating the input terminals.

See 5.1 for details.

Note: The current input and voltage input functions cannot be used at the same time.

(4) Setting the frequency by serial communications (HOQF : )

The frequency can also be set from a higher-order external control device via optionally available communications conversion units (RS2001Z, RS20035, RS2002Z and RS4001Z).

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