- Dead displays
- Local/remote port failures
- Main control board failures
- I/O Failures
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Allen Bradley 8520 CNC Controllers Repair
We offer extensive repairs for your 8520 CNC Controllers. We keep many spare parts in stock so that we can repair your 8520 CNC Controllers as efficiently and effectively as possible. Our standard repair lead time is 2-4 weeks. However, we can often repair your unit much faster if necessary. We can repair most issues with your 8520 CNC Controllers and if for some reason we cannot repair your unit we will do our best to offer a refurbished unit at the repair cost, so that you can get a working unit back as soon as possible!
- 2 Year DO Supply Warranty
- Fast repairs at low costs
- No surprises or up-charges for difficult repairs
- Standard lead time of 2-4 weeks
- Extensive quality control and testing
Get a repair quote
Not an Authorized Distributor: DO Supply is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's
warranty does not apply. All of our products come with DO Supply's 2-year warranty.
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Hardware issues & error codes we repair
We repair all of the following hardware issues and error codes with your 8520 CNC Controllers parts.
- Power control board failures
- SCR/IGBT failures
- Faulty fans
- Heatsink sensor faults
- DC bus failures
- Precharge failures
- Undervoltage
- Overvoltage
- Broken Plastic Covers
- Missing Covers
- Missing Terminals
- Broken mounting attachments/corners
Browse 8520 CNC Controllers Repairs
Browse our catalog of repairable 8520 CNC Controllers parts to get a quote.
8520-PX-ASM32-EXEC2-S-1-2-3-5
This key controller component features an input voltage flexibility of 115 / 230V AC. Its rated current is 6.0 A at 115 V AC and 3.0 A at 230 V AC. Integrated I/O includes fiber optic I/O ring support
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8520-RIOM
As a versatile remote I/O board, the 8520-RIOM accommodates RS-232 and RS-422 connections. It can operate within temperatures from 0 to 40 degrees Celsius and can be stored at temperatures from 0 to 5
Available
8520-ROP
This interface module features a 37-pin port for PLC connection and a 15-pin port for HIM connection. It operates effectively within a temperature range of 0°C to 40°C and can be stored in environment
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8520-ROPI
Designed for operational efficiency, the 8520-ROPI supports a range of environmental conditions with minimum and maximum operating temperatures of 0°C and 55°C, respectively. It can endure storage tem
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8520-S10
Allen-Bradley 8520-S10 with 380/460 AC Input Voltage,15 max. AC Input Amps, and 24 AC Input VRMS. It also has 3 AC Input PH and 50/60 AC Input Hz.
Available
8520-S5
Allen-Bradley 8520-S5 with 380/460 AC Input Voltage,15 max. AC Input Amps, and24 AC Input VRMS. It also has 3 AC Input PH and 50/60 AC Input Hz.
In Stock Ships Today
8520-SM4
Allen-Bradley 8520-SM4 with +/- 10V Output Voltage Range,Single Ended Analog Output Driver, and 500mV max. Output Offset Voltage. It also has 1.22 mV Output Resolution and 500 Hz Sampling Frequency.
Available
8520-SP-EXEC1-LIBAT-L3S
This processor module enables part program storage and provides support for tool offset, work coordinate, and tool compensation data storage. It allows for both analog and digital drive signal connect
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8520-SP1-EXEC1-LIBAT-M-1-2-3-4-5
This processor module operates with an input current rating of 6 A and can handle a frequency range between 50 Hz and 60 Hz. It is capable of managing applications in both lathe and mill setups. Featu
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8520-SP1-EXEC1-LIBAT-S-1-2-3-4
This processor module operates at a voltage rating of 115/230V AC with a current rating of 6 amps and 3 amps. It can function across ambient temperature conditions from 32 °F to 104 °F. The storage te
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About 8520 CNC Controllers
The Allen-Bradley 8520 CNC controllers are a series of 9/230 controllers in the Allen-Bradley 8520 Computer Numerical Control (CNC) system that is designed to provide out-of-the-box programming capabilities for improved system performance, reduced costs, and complete system control. The 8520 CNC controller series comprises processor modules from the Allen-Bradley 9/230 CNC systems, 9/260 and 9/290 CNC systems, 9/440 CNC systems, and the 9/440HR CNC systems, and they can be ordered as single-axis, 3-axis, and 4-axis controllers. The 8520 CNC 9/230 controllers can be ordered as single-axis and 3-axis controllers, and they support both the Allen-Bradley 8520 digital amplifiers and the Allen-Bradley 1394 digital servo amplifiers. The 9/260 and 9/290 controllers comprise a motherboard and a CPU board installed in an enclosure, and this enclosure also supports 3-axis digital and analog servo modules, a remote I/O port, and a power supply.
The 8520 CNC 9/440 controllers are resolver-based controllers that support up to 4 closed-loop axes and 2 closed-loop analog systems. The 9/440 resolver-based controllers comprise a resolver board that provides CNC logic, a feedback board, and a power supply, and they are designed for use with the Allen-Bradley 1326 digital servo motor series. The 9/440HR controller series supports up to 4 closed-loop axes and 2 closed-loop analog axes, and they are designed to interface with the Allen-Bradley 1326 digital servo motors with high-resolution feedback options. The 9/440 controllers can be ordered as single-axis, 3-xis, and 4-axis devices with resolver feedback ports, analog outputs, and encoder feedback ports (3-axis and 4-axis only). The 8520 CNC controllers support the RS-232, RS-422, MMS Ethernet Communications, and the Data Highway Plus (DH+) communication interfaces. They also support a wide range of operator interfaces and compatible adapter modules.