Home Beckhoff AX Digital Servo Drives AX8810-0000-0000

AX8810-0000-0000

Name: AX8810-0000-0000
Brand: Beckhoff
Price: 367 USD
Availability: InStock
Rating: 4.4 (27 reviews)

Rated 4.4 (27 total ratings)

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The AX8810-0000-0000 is a digital servo drive manufactured by Beckhoff. Part of the AX Digital Servo Drive Series, it features a maximum DC link voltage of 848 V and a protection rating of IP20. The drive measures 230 mm in height and 192 mm in depth. It supports natural convection cooling.

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Product Description:

The AX8810-0000-0000, chassis number type is a capacitor module which is meant for increasing the amount of DC link capacitance in Beckhoff servo drive systems. This module is very important in helping the DC link by capturing and cooling voltage spikes caused during motor braking therefore improving overall energy efficiency. Since temporary power is also connected to the motor in case of any interruptions, this regenerative energy is stored in the AX8810 thus limiting the need of the use of brake resistors. This does not only result in the reduction of unnecessary power losses but also leads to a decrease in the overall connected load thus enhancing power usage and the chances of downsizing of fuses.

When using the AX8810, one of the most attractive advantages is its energy efficiency saving potential where frequent brake cycles are required. It makes it possible to activate the brake resistors less frequently thus enabling a constructive distribution of the energies to be captured thereby making the energy consumption of the multi axes systems. The capacity module is rated for use in DC link voltage of 848 V DC, which means it can be utilized for high voltage applications.

The first step in installing and configuring most devices is the use of the TwinCAT 3 Drive Manager 2, which provides a convenient interface for the configuration of the module. At the same time, it is possible to use the TwinCAT 3 Safety Editor TE9000 and TwinSAFE Loader/User TE9200 in order to carry out all projects that are safety relevant. In terms of physical dimensions, the AX8810 measures height 230 mm, depth 192 mm and width 60 mm which is small enough to be integrated in the present systems. Since it has an IP20 protection class, it is suitable for use in general industrial conditions within a temperature range of 0 to 40oC; it can go up to 50oC provided power is reduced.

Specs
Common Troubleshooting Steps
Product Comparison
Similar Ordering Codes
Common Error Codes

Ambient Temperature (operation)
0…+40°C, up to +55°C with power reduction

Approvals/markings
CE, cULus, EAC

CE
Approved

Connection Type
screw terminal

Cooling
natural convection

Dc Link Voltage
max. 848 V DC

Depth Without Connectors
192 mm

Height Without Connectors
230 mm

Housing Protection Rating
IP20

Installation Altitude
max. 1000 m above sea level

Life Expectancy
40,000 h at 40 °C

Maximum Altitude (operation)
< 2000 m

Protection Against Shock
II

Weight
1 kg

Width
60 mm

Symptom / LED or drive alarm	Likely root cause	Corrective Action
PWR LED dark; no start-up	24 V DC supply absent or wired to the wrong pins	Measure supply, check cabinet fuse and X01 pin-out
PWR/⚡ symbol flashes red fast	DC-link is > 48 V while an error is pending (over-voltage during braking)	Wait for voltage to drop; lengthen decel ramps or add AX8820 regen unit
PWR/⚡ symbol flashes red slow	DC-link still charged (> 48 V) after mains off; bleed time too long	Verify brake-chopper path, connect external resistor if required
Drives trip to DC-bus over-voltage (F8xx) when axes brake hard	AX8810 fully charged; not enough buffer or regen capability	Add a second AX8810 or fit an AX8820, soften braking ramps
Repeated under-voltage trips when enabling drives	AX8810 not seen in the DC-link (link cable or fuse open)	Inspect AX-Bridge bars, measure capacitance via scope, replace blown fuse
DC-link fails to charge on cold start; supply modules show “Capacitance exceeded”	Total µF in link is above power-supply limit	Remove surplus AX8810/axis modules or upgrade to AX8640/AX8600
AX8810 runs hot (> 55 °C ambient)	Cabinet temperature too high; convection blocked	Improve ventilation, leave 25 mm clearance top/bottom, derate per manual
Audible hum / bulging housing after years of operation	Electrolytic capacitors aged	Schedule replacement module; verify ripple current against drive duty
Ground-fault test on DC-link fails	Insulation breakdown inside module or wiring	Megger cables, isolate AX8810; replace if leakage > 5 MΩ
AX8810 not recognised by TwinCAT diagnostics	Device-ID jumper or EtherCAT address unset	Re-seat AX-Bridge ID jumpers; cycle power and rescan bus

Model	Function	Key rating	Module width	Typical role
AX8810-0000-0000	Capacitor buffer	1 755 µF, 0…848 V DC	60 mm	Stores brake energy to cut peak mains load
AX8820-0070-0000	Universal regenerative unit	7 kW sinusoidal energy recovery; 0…848 V DC	90 mm	Feeds surplus energy back to the grid
AX8620-0000-0000	Power-supply module	20 A DC link; 200…480 V AC in; 0…848 V DC out	60 mm	Base supply for small/medium AX8000 stacks
AX8640-0000-0000	Power-supply module	40 A DC link; 3-ph 200…480 V AC in; 0…848 V DC out	90 mm	Larger stacks or high-inertia machines
AX8600-0000-0000	DC power-supply module	50 A DC link; 24…680 V DC fed	60 mm	Starts a second AX8000 row when cabinet width is full
AX8831-0000-0000	AMP8000 coupling module	20 A DC link, 1-channel; up to 848 V DC	60 mm	Connects distributed servo drives to the AX8000 DC bus

Ordering code

Beckhoff code	Meaning / typical trigger
FD4B – DC-link undervoltage	Bus < approx. 560 V DC (mains dip, excessive inrush)
FD4C – DC-link overvoltage	Regen energy pushes bus > 848 V DC (hard decel, regen disabled)
FD4A – IGBT temp-sensor error	Drive’s power-stage temperature feedback implausible (often after sustained high ripple current in capacitors)
FCD3 – Overspeed detected	Axis accelerates uncontrollably after DC-link surge
F340 – Position-offset invalid	Power loss or brown-out corrupted encoder offset (common after undervoltage)
6180 – Internal software error A	Fatal firmware trap, sometimes triggered by repeated bus faults
6181 – Internal software error B	See above; second category
6183 – FPU exception	Arithmetic overflow (e.g., extreme DC-link ripple values)
6190 – Init-timeout	Start-up aborted because bus never reached nominal voltage
D102 – Drive in safe state	TwinSAFE card latched after repeated power or bus errors

Frequently Asked Questions about AX8810-0000-0000:

Q: What is the maximum DC link voltage for the AX8810-0000-0000 module?

A: The maximum DC link voltage for the AX8810-0000-0000 module is 848 V DC.

Q: What is the operational ambient temperature range for the AX8810-0000-0000 module?

A: The operational ambient temperature range for the AX8810-0000-0000 module is 0 to +40 °C, with an extended range up to +55 °C when power reduction is applied.

Q: What approvals and markings does the AX8810-0000-0000 module have?

A: The AX8810-0000-0000 module is marked with CE, cULus, and EAC approvals.

Q: What are the dimensions of the AX8810-0000-0000 module without connectors?

A: The dimensions of the AX8810-0000-0000 module without connectors are: Height: 230 mm, Depth: 192 mm, and Width: 60 mm.

Q: Is the AX8810-0000-0000 module EAC approved?

A: Yes, the AX8810-0000-0000 module is EAC approved.

Internal Product Review

‘‘The utmost DC connection voltage of the AX8810-0000-0000 servo drive is 848 V DC. It is a component of Beckhoff's AX Digital Servo Drive Series and is equipped with a natural convection cooling system and an enclosure protection rating of IP20. The transmission is exceedingly lightweight, weighing only 1 kg.’’