Classic+ Parameters

The Stagehand AC (AKA: The Classic) didn't require many parameter changes from the Mitsubishi factory stock. The Classic+ requires a few additional parameters to leverage the new features.

If after setting the following parameters and you are still having trouble, it's probably a good time to reset the VFD back to factory settings and start fresh.

Set Parameter 77 = 2 before jumping into manually entering parameters!

Check out the Parameters for an A800 or A700 Classic+ below.

A800 VFD

No.	Name	Notes	Initial value	Setting value
0	Torque boost	Compensate for low torque in V/f mode	4	4
1	Maximum frequency	Max frequency output from the VFD	120	120
2	Minimum frequency	Min frequency output from the VFD	0	0
3	Base frequency	From motor nameplate	60	60
7	Acceleration time	Drive level - *generally* not used	5	0
8	Deceleration time	Drive level - *generally* not used	5	0
9	Electronic thermal O/L relay/Rated motor current	From motor nameplate	17.5	17.5
10	DC injection brake operation frequency	Hz level when the VFD will apply the DC injection braking	3	0.5
11	DC injection brake operation time	DC injection brake timing	0.5	0.5
12	DC injection brake operation voltage	Voltage applied (% of input voltage)	4	4
13	Starting frequency	VFD will not start below this value	0.5	0.2
30	Regenerative function selection	Brake resistor installed	0	1
70	Special regenerative brake duty	Based on braking resistor installed	0	10
71	Applied motor	3 = Induction motor	0	3
72	PWM frequency selection	Performance & noise	1	15
73	Analog input selection	0-5VDC	1	1
77	Parameter write selection	enabled across all states	0	2
79	Operation mode selection	External operation	0	2
80	Motor capacity	From motor nameplate	9999	3.7
81	Number of motor poles	Nameplate motor RPM 2=3500rpm, 4=1750rpm, 6=1150rpm	9999	4
83	Rated motor voltage	From motor nameplate	200	230
84	Rated motor frequency	From motor nameplate	9999	60
96	Auto tuning setting/status		0	0
117	PU communication station number	Modbus	0	1
118	PU communication speed	Modbus	192	384
119	PU communication stop bit length / data length	Modbus	1	0
120	PU communication parity check	Modbus	2	0
121	Number of PU communication retries	Modbus	1	1
125	Terminal 2 frequency setting gain frequency	Set what 100% = in hertz (overspeed)	60	60
190	RUN terminal function selection	I/O	0	199
192	IPF terminal function selection	I/O	2	0
252	Override Bias	old school overspeed	50	100
331	RS-485 communication station number	Modbus	0	1
332	RS-485 communication speed	Modbus	96	384
333	RS-485 communication stop bit length / data length	Modbus	1	0
334	RS-485 communication parity check selection	Modbus	2	0
549	Protocol selection	MODBUS RTU protocol	0	1
550	NET mode operation command source selection		9999	1
800	Control method selection	10=Sensorless Vector, 20=Magnetic Flux Vector or V/f	20	10
820	Speed control P gain 1	Drive level PID	60	60
C3	Terminal 2 frequency setting gain frequency	Making 0% = 0Hz	0.00	TBD
C4	Terminal 2 Input gain	Making sure 100% = 60Hz See the instructions on setting the C4 value.	100	TBD

A700

No.	Name	Notes	Initial value	Setting value
0	Torque boost	Compensate for low torque in V/f mode	4	4
1	Maximum frequency	Max frequency output from the VFD	120	120
2	Minimum frequency	Min frequency output from the VFD	0	0
3	Base frequency	From motor nameplate	60	60
7	Acceleration time	Drive level - *generally* not used	5	0
8	Deceleration time	Drive level - *generally* not used	5	0
9	Electronic thermal O/L relay/Rated motor current	From motor nameplate	17.5	17.5
10	DC injection brake operation frequency	Hz level when the VFD will apply the DC injection braking	3	0.5
11	DC injection brake operation time	DC injection brake timing	0.5	0.5
12	DC injection brake operation voltage	Voltage applied (% of input voltage)	4	4
13	Starting frequency	VFD will not start below this value	0.5	0.2
30	Regenerative function selection	Brake resistor installed	0	1
70	Special regenerative brake duty	Based on braking resistor installed	0	10
71	Applied motor	3 = Induction motor	0	3
72	PWM frequency selection	Performance & noise	1	15
73	Analog input selection	0-5VDC	1	1
77	Parameter write selection	enabled across all states	0	2
79	Operation mode selection	External operation	0	0
80	Motor capacity	From motor nameplate	9999	3.7
81	Number of motor poles	Nameplate motor RPM 2=3500rpm, 4=1750rpm, 6=1150rpm	9999	4
83	Rated motor voltage	From motor nameplate	200	230
84	Rated motor frequency	From motor nameplate	9999	60
96	Auto tuning setting/status		0	0
117	PU communication station number	Modbus	0	1
118	PU communication speed	Modbus	192	384
119	PU communication stop bit length / data length	Modbus	1	0
120	PU communication parity check	Modbus	2	0
121	Number of PU communication retries	Modbus	1	1
125	Terminal 2 frequency setting gain frequency	Set what 100% = in hertz (overspeed)	60	60
190	RUN terminal function selection	I/O	0	199
192	IPF terminal function selection	I/O	2	0
252	Override Bias	old school overspeed	50	100
331	RS-485 communication station number	Modbus	0	1
332	RS-485 communication speed	Modbus	96	384
333	RS-485 communication stop bit length / data length	Modbus	1	0
334	RS-485 communication parity check selection	Modbus	2	0
549	Protocol selection	MODBUS RTU protocol	0	1
550	NET mode operation command source selection		9999	1
800	Control method selection	10=Sensorless Vector, 20=Magnetic Flux Vector or V/f	20	10
820	Speed control P gain 1	Drive level PID	60	60
C3	Terminal 2 frequency setting gain frequency	Making 0% = 0Hz	0.00	TBD
C4	Terminal 2 Input gain	Making sure 100% = 60Hz See the instructions on setting the C4 value.	100	TBD