24 V 115 W Ceramic Heater for Phaetus RAPIDO 2F

Replacement ceramic heating element for the Phaetus RAPIDO 2F hotend. It operates at 24 V with a nominal power of 115 W and is intended to replace the original heater during repair or maintenance.

Main features

• Rated voltage: 24 V.
• Rated power: 115 W.
• Ceramic heating element.
• 1 metre silicone cable.
• Includes extension cable and pre-installed connector.
• Designed as a replacement for the RAPIDO 2F system.

Compatibility

This replacement is intended for the heating system of the Phaetus RAPIDO 2.0F UHF hotend. Before ordering, check the exact name and revision of the hotend, together with the heater shape and electrical connections.

Direct compatibility with other RAPIDO hotends, including earlier generations and RAPIDO 2 or RAPIDO 2 Plus variants, should not be assumed. This is also not a conventional cylindrical heater cartridge for V6 or Volcano heater blocks.

Electrical requirements

This heater must only be used with 24 V systems capable of controlling a 115 W load. Its approximate current draw at rated power is 4.8 A, so the controller board, MOSFET, wiring, connectors and power supply must have sufficient capacity.

A physically matching connector does not by itself guarantee electrical compatibility or the correct pin arrangement. Do not connect this heater directly to 12 V, 48 V or systems of unknown voltage.

Related components

• Replacement heater block for RAPIDO 2F.
• PT1000 Bare Head temperature sensor for RAPIDO 2F.

Installation recommendations

Carry out the installation with the printer switched off, disconnected and completely cold. Make sure the element is correctly seated and secured without play or excessive pressure, and protect the wiring from movement, abrasion and hot areas.

After installation, verify that the temperature sensor is operating correctly, carefully monitor the first heating cycle and perform the PID tuning or thermal calibration recommended for the firmware.

Heater power alone does not determine the hotend's maximum temperature or flow rate. These limits depend on the complete system, including the heater block, sensor, electronics, firmware and cooling.