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USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
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USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller
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USB 5 Axis Breakout Board for Mach3 V3.25 Z Sensor Driver Motion Card Controller

$38.99
0 sold
Qty 1000 in stock
Specification:
Origin: Mainland China
Product size: 200.00x150.00x20.00mm/7.87x5.91x0.79inch
Color: as shown in the picture
Material: PVC
1.Compatible for MACH3 software.
2.Support Windows XP, WIN7, WIN8, WIN10, support tablets, and 64-bit systems.
3.External wide voltage input, 12-24V, anti-reverse connection function.
4.All input signals are optically coupled and isolated, and can be connected to emergency stop, tool alignment, limit, zero return, etc. to ensure computer safety.
5.It provides a 0-10V analog voltage output, isolated by an optocoupler, and can control the input of the inverter through a 0-10V analog voltage to control the spindle speed.
6.Provides a PWM output (5V level) isolated by the optocoupler to control other PWM-controlled spindle speed controllers.
7.It provides 4 output ports (5V level), which can be connected to a relay module with optocoupler to control water cooling, sprinkling, etc.
8.It can be connected to a stepper motor driver with a common anode or common cathode input, a level of 5V, and an optocoupler input.
9.At the same time, a 5-axis interface cable socket (HX2.54) is provided to facilitate the connection of the stepper motor driver.
Set up the inverter
1.Set the inverter to start at the external terminal.
2. Set the frequency control mode of the inverter to analog (0-10V) input control.
Quickly set up the inverter
1. The inverter does not need to be connected to the interface board first.
2. Short circuit the FWD anddotcom of the inverter, and short circuit the 10V and VI of the inverter.Connect the spindle.(Of course, it is best to connect the potentiometer to the 10V, VI, and GND of the inverter according to the figure).
3.Power on, if the inverter can run at maximum speed and the spindle rotates normally, it basically means that the setting is correct.(If a potentiometer is used, the speed is adjustable).

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.


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