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AX8810-0000-0000 Beckhoff

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The Beckhoff AX8810-0000-0000 is a digital servo drive in the AX Digital Servo Drives series and weighs 1.9 kilograms. It is designed for use at installation altitudes up to 3000 meters with a maximum operating temperature of 40 °C. The drive features a DC link maximum voltage of 848 VDC and has a capacitance of 1755 microfarads.

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Product Description:

The AX8810-0000-0000 is a digital servo drive module produced by Beckhoff and placed within the AX Digital Servo Drives series. It serves as the power interface between the mains supply and servo motors in automated machinery, supplying controlled DC-link energy that connected axis modules convert into precise motion. In EtherCAT-based control architectures, the module supports coordinated positioning, speed regulation, and torque control across packaging lines, material-handling stations, and other industrial equipment. In a typical multi-axis arrangement, it supports a shared power structure that helps multiple servo axes operate from a common DC bus.

The internal energy store uses a capacitance of 1755 µF, and this reservoir smooths current on the shared DC bus during load transients. The permitted DC link rises to 848 VDC, allowing the unit to work with high-voltage supply sections without overstressing its power semiconductors. Cabinet space is minimized by a body width of 60 mm, a depth of 192 mm, and a height of 230 mm. Its compact outline supports dense stacking of multiple axes in one enclosure, and its mass of 1.9 kg helps keep panel handling straightforward during installation.

The unit supports continuous operation up to 40 °C. Above this temperature, output current is reduced by 2% per kelvin, and operation can continue to a derated ceiling of 55 °C when panel heat cannot be removed fast enough. Altitude is also a factor, with a 1% power drop for every 100 m above sea level and a functional limit of 3000 m. Humid production areas are tolerated because the electronics can withstand a relative humidity of 95 % without condensation. For storage and transport, the unit may be held down to -25 °C, stored up to +55 °C, and transported up to +70 °C.

Altitude Derating
1 % / 100 m
Capacitance
1755 µF
Dc Link Max Voltage
848 VDC
Depth Without Accessories
192 mm
Height Without Connectors
230 mm
Max Derated Temp
55 °C
Max Installation Altitude
3000 m
Max Operating Temp
40 °C
Max Relative Humidity
95 %
Max Storage Temp
+55 °C
Max Transport Temp
+70 °C
Min Storage Temp
-25 °C
Temp Derating
2 %/K
Weight
1.9 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
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 supported by the AX8810-0000-0000 servo drive?

A: The AX8810-0000-0000 supports a DC link maximum voltage of 848 VDC.

Q: What is the capacitance specification of the AX8810-0000-0000 drive?

A: This model has a capacitance of 1755 μF, which supports high power delivery in servo applications.

Q: What is the maximum installation altitude for the AX8810-0000-0000 servo drive?

A: The AX8810-0000-0000 can be installed at altitudes up to 3000 meters above sea level.

Q: What are the operating and minimum storage temperatures for the AX8810-0000-0000?

A: This servo drive operates at ambient temperatures up to 40 °C and can be stored at temperatures as low as -25 °C.

Q: What is the maximum allowable relative humidity for the AX8810-0000-0000 servo drive?

A: The AX8810-0000-0000 has a maximum relative humidity rating of 95%.


Internal Product Review

  • ‘‘The AX8810-0000-0000 is a Beckhoff capacitor module for AX Digital Servo Drives with 1755 µF capacitance and an 848 VDC DC link rating. A compact footprint and operation up to 40 °C make cabinet integration straightforward in demanding servo systems. Support for installation altitudes up to 3000 m is a strong advantage for flexible industrial deployment.’’

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