FAGOR Fagor CNC System | CNC 8036-M/T/TC-40

FAGOR Fagor CNC System | CNC 8036-M/T/TC-40Numerical Control System Model: CNC 8036-M、CNC 8036-M-40 、 CNC 8036-T-40、CNC 8036-M-COL-2、CNC 8036-T-COL-2、 CNC 8036-T, 8036-TCCNC system for machining center/CNC/milling machine/lathe/boring machine. Provide troubleshooting, model pricing, and technical solutions for the Fage CNC system.

FAGOR Fagor CNC System | CNC 8036-M/T/TC-40Technical parameters of CNC system：

CNC8036-MIt is the FAGOR CNC system from Spain, mainly used forMilling machines and machining centers. The technical parameters are as follows:

• ‌number of controlled axes: Controllable3-axis+spindle+handwheel‌

• ‌monitor‌：‌7.5-inch color LCD display‌

• ‌Storage and Interface‌：

• Equipped withUSB port‌

• Built in128MB flash memory card‌

• ‌Programming function‌：

• ‌The panel can directly write PLC programs‌

• SupportBackward original path‌

• SupportRigid tapping‌

• ProvideMultiple fixed processing cycles‌

• ‌structural design: AdoptingIntegrated structure of display, operation panel, and central unit‌

• ‌Compatible Models: Suitable forMilling machine, machining center

FAGOR）CNC8036-TTechnical parameters of CNC system：

• ‌System TypeA numerical control system used for lathes ("T" usually represents Turning, i.e. turning)

• ‌monitor15 inch touch screen, IPS panel

• ‌processor: UseIntel i5Processor

• ‌input methodTouch screen+button panel (including membrane switch)

• ‌power supply voltage220V AC (mentioned in some maintenance services)

• ‌communication interface: Supports RS-232/RS-485 serial ports (for debugging or connecting external devices)

• ‌Memory and Storage‌：

• No expansion memory slot

• No storage card slot (relying on CF card or built-in storage to load firmware)

• ‌Protection levelThe panel protection level isIP54(Dustproof and splash proof)

• ‌Operating Temperature: About24°C(Environmental temperature adaptation range not specified)

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Fa Ge CNC8036It is a type of FAGOR numerical control system applied to machining equipment such as lathes. The type of malfunction and maintenance content:

‌1、 Fault repair content

• ‌Black screen/White screen/Flower screen/No displayAfter power on, the screen has no content or displays abnormally

• ‌Unable to boot/stuck boot screenStaying on the LOGO interface, no response to buttons

• ‌The power indicator light is not onThe system is unresponsive

• ‌There is display but no outputThe screen is normal, but there is no control signal output (such as the spindle not rotating or moving)

• ‌Alarm at high speedSuch as "following error exceeding limit", servo system alarm, etc

• ‌Automatic restart/crashSudden stop or repeated restart during operation

• ‌communication errorIf RS232 interface cannot be connected, 4028 alarm, etc

‌2、 Reason for malfunction

1. ‌Black screen/no display‌

• Illuminate the screen with a flashlight, and if a blurry image can be seen, it indicates that the signal output is normal. The problem lies in the backlight or high-voltage board

• Measure whether the 24V power input is normal

• Replace the high-voltage board or backlight tube (some models use L-shaped tubes)

• LCD screen damaged

• High voltage board malfunction (causing backlight not to light up)

• Abnormal power supply of power module

• Mainboard signal driver chip malfunction

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2. ‌Unable to power on/stuck in the startup interface‌

• Try replacing the CF card or rewriting the system firmware

• Check the stability of the power supply and replace the power module if necessary

• CF card damage (system startup relies on CF card storage firmware)

• 24V power supply fluctuation or instability

• Memory gold finger oxidation

• BIOS configuration error or loss

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3. ‌The power indicator light is not on‌

• Measure input voltage with a multimeter

• Check if the fuse is conducting

• Measure whether the output voltage of each power module is normal

• Abnormal input voltage (such as phase loss, undervoltage)

• Fuse blown

• Breakdown of varistor

• The switch power module is damaged

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4. ‌Alarm at high speed (such as following error exceeding limit)‌

• Clean the measuring components and check the wiring

• Verify system parameter settings

• Check if the grounding is reliable

• Encoder or grating ruler contamination, looseness, or poor wiring

• Parameter incorrect setting (such as MD30200 being reset to zero)

• Poor grounding or grid interference

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5. ‌No output signal (axis not moving, spindle not rotating)‌

• Check the wiring of the motor and actuator

• Viewing I/O status through PLC ladder diagram

• Attempt to restart the system or restore default parameters

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• Loose or disconnected output circuit

• Control program missing or logical error

• Hardware failure of motherboard or I/O module

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