Display Nav Left

Language:

Compare

You must be logged in to manage your wishlist.

Heatbed control board for Elegoo Centauri Carbon

Ref.: ELEGOO-CC-HBEDCBOARD

15.99 €

Tax excl.

Volume discounts

Quantity	Discount	Price
5	5% 5%	15.19 € 15.19 €

Quantity

In stock 0 units available for immediate shipping.
units available for shipping in 5 - 6 days Available for shipment within 5 - 6 days

Product temporarily out of stock with these characteristics. Select another combination.

We notify you when it will be available:

Approximate delivery date: Friday 30 January - Monday 2 February

Returns

Ask about this product

Essential component for the safe and stable operation of the high-power heated bed. This board acts as an interface between the main motherboard and the heating element, managing power delivery with precision, active protection, and minimal residual heat generation.

The Centauri Carbon heated bed operates at 24 V and high currents (up to ~15 A). Instead of overloading the main controller board, this dedicated board handles high-power switching, with an integrated heatsink and protection circuits. The result: rapid heating, stable temperature, and long lifespan — without risking damage to the main electronics.

A well-controlled heated bed not only ensures the first layer: it protects your entire investment. This board is the silent guardian of your thermal stability.

General information
Manufacturer	Elegoo

Other
HS Code	8499.7

The heated bed in this printer is designed to heat up quickly and provide a stable thermal base for printing with a wide range of filaments, from standard PLA to technical materials that require a well-controlled heated bed.

Proper installation: before mounting or replacing the heatbed control board, turn off and disconnect the printer from the power supply. Ensure that the connectors between this board, the heated bed, and the mainboard are aligned and seated without excessive force to avoid damage to pins or connectors.

Connection integrity: check that AC power cables (if applicable) and signal connections are secure and free from corrosion. Poor contact can cause erratic temperature readings or heating failures.

Thermal management and ventilation: although the heatbed control board typically does not generate much heat by itself, keeping the area free from dust and allowing airflow helps prolong the life of the components.

Functional testing: after any replacement, perform a bed heating test from the printer interface to ensure it reaches the target temperature without errors before starting a full print.

Preventive maintenance: periodically inspect the connections and the board for signs of oxidation, loose wires, or physical damage that could affect energy transfer to the heated bed.

Error diagnosis: if the printer reports heatbed heating failures during printing or shows bed-related error messages, first check the temperature sensor connections and the heatbed control board; if problems persist, consider replacing the board with a new compatible unit.