TEST SETTING/ISI PARAMETER INVERTER FULING DZB300 WITH SPINDLE G-PENNY 2.2KW MACH3 SOFTWARE

F0 : BASIC FUNCTION PARAMETERS SETTINGS
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@ F0.01 SOURCE INVERTER
0. Keyboards
1. Terminal
2. Communication
note : default 0 (set value set 1)
@ F0.03 FREQUENCY INVERTER
0. Keyboards
1. VI
2. CI
3. VI + CI
4. Multi-speed
5. PID control
6. Communication
note: default 0 (value setting set 1), the rest depends on the type of cnc board used
@ F0.04 INVERTER MAXIMUM OUTPUT FREQUENCY
~ Frequency selection 10.00 - 600.00 Hz
note: default 50 Hz (must be filled here according to the spindle frequency used)
*check spindle label, if it says 300Hz then set 300Hz - if 400Hz then set 400Hz, etc.
*check & make sure the frequency inverter capability too
@ F0.05 FREQUENCY LIMITS TO THE INVERTER
~ 0.00 Hz - F0.04 frequency option
*note: default 50 Hz (filled according to and equated with the value set at F0.04)
@ F0.08 TIME ACCEL MOTOR SPINDLE
~ option 10.0 - 20.0 sec
note: default value is 10.0 sec (set value is 15.0 sec/s)
@ F0.09 SPINDLE MOTOR DECEL TIME
~ option 10.0 - 20.0 sec
note: default value is 10.0 sec (set value is 15.0 sec/s)
@ F0.10 SPINDLE DIRECTION
0.default
1. upside down (opposite direction)
2. NO reverse operation (not counterclockwise)
note: default value is 2 (default value is appropriate)
*if the direction of rotation of the spindle is reversed, check the U.V.W. input/output installation
@ F0.25 TERMINAL COMMAND PROTECTION WHEN ON
0. invalid
1. valid when power on
note: fixed value is set to 1 (inverter protection must be present when used)
@ F3.05 OPTIONAL PARAMETERS OPERATION STATUS DISPLAY
0, 1, 2, 3, etc
note: display the parameter set Running frequency (to find out the spindle speed when used)
F1 : MOTOR PARAMETERS SETUP
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@ F1.00 MODEL INVERTER
0. Model B
1.P Model
note : set by the inverter model used, *P model is high speed
@ F1.01 MOTOR RATED POWER
0.4~900.kW
note : set per model (adjust the spindle used, 1.5kW/2.2kW, etc.)
@ F1.02 MOTOR RATE FREQUENCY
0.01Hz ~ F0.04
note: default 50.00Hz, fill in the setting value with the parameter set at F0.04)
@ F1.03 MOTOR RATE SPEED
0~36,000rpm
note: set by model, contents according to the spindle speed used
@ F1.04 MOTOR RATE VOLTAGE
0~460V
note: set by model, input according to the input spindle voltage used (usually 220V or 380V)
@ F1.05 MOTOR LEVEL CURRENT
0~1000.0A
note: set by model, fill according to the amperage of the spindle used
FINISHED.
SIMPLE BASIC INSTRUCTIONS FOLLOW BELOW
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IF SPINDLE SETTINGS ARE EXECUTED WITH MACH3 COMMAND/SOFTWARE
F0.01 select 1 (source taken from terminal command)
F0.03 select 1 (frequency is taken from command VI)
CHANGE THE ANALOGUE SWITCH ON THE INVERTER PANEL
COMMAND FREQUENCY SWITCH SW1
*WR : set by panel potentiometer
*VI : set by external/software
then select/set: VI
FINISHED.
IF THE SPINDLE SETTINGS WORK WITH MANUAL COMMAND/POTENSIOMETER
F0.01 select 0 (source taken from keyboard/pad command on inverter)
F0.03 select 1 (frequency is taken from command VI)
CHANGE THE ANALOGUE SWITCH ON THE INVERTER PANEL
COMMAND FREQUENCY SWITCH SW1
*WR : set by panel potentiometer
*VI : set by external/software
then select/set: WR
FINISHED.
notes:
In this inverter I found that when we want to change the command manually/by adjusting the speed via a potentiometer, then at setting F0.03 (frequency), we still choose F0.03 set 1: as VI. if changed to set 0: as keyboard (according to manual instructions) then the potentiometer on the inverter keypad does not work. It is tested at the same time with the inverter position connected to BOB MACH3 and software active.
What will happen if set 0: as a keyboard, then the spindle motor will rotate automatically to reach its maximum speed (0 to 24,000rpm) and we can only press the STOP button to reduce that speed and return to normal (0 rpm).
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ANALOGUE SWITCH ON THE INVERTER PANEL
@ SW1 COMMAND FREQUENCY SWITCH
*WR : set by panel potentiometer
*VI : set by external/software
@ SW2 INPUT SIGNAL SWITCH
*VI : input signal voltage 0-10v
*CI : 4-20mA current signal input
@ SW3 OUTPUT SIGNAL SWITCH
*V : input signal voltage 0-10v
*I : 4-20mA current signal input
@ SW4 BIPOLAR INPUT SIGNALS
*NPN : Multifunction input terminal S1-S6, common DCM terminal
*PNP : Multi-Function input terminal S1-S6, general EV terminal
#spindle #cnc #cncindonesia #cncrouter #cncprogramming #cncmachining #inverterwiring #inverter

[@cncMike304]

At least you showed the CI/VI switches. Not even the manual shows them.

[@kenf2662]

So right about the switches, To control the spindle from Mach3 : sw1 VI , sw2 VI , sw3 V , sw4 PNP... Program: F0.01 to 1(Terminal) , P0.03 to 1 (VI) , P0.20 to 1 (Forward).....