E3D Revo™ 60w HeaterCore (24V Core) - West3D Printing - E3D
Roll over image to zoom in Click on image to zoom
E3D Revo™ 60w HeaterCore (24V Core) - West3D Printing - E3D

E3D Revo™ 60w HeaterCore (24V Core)

E3DSKU: RC-CORE-24V-60W-AS-SPRING
Voltage: 24V
Price:
$33.99

Customer Reviews

Based on 12 reviews
83%
(10)
17%
(2)
0%
(0)
0%
(0)
0%
(0)
100.0
100.0
B
Bryce Ragatz
Great upgrade

This was a drop in replacement for a 40w unit that went out on me. One of the wires was a bit too short for my application and had to be extended, which is a bit of a pain to do, but it has proven to be a workhorse component that I would readily use in another build.

C
Carlo
Revo is awesome

Scooped this up to convert my Prusa MK3S to Revo. Went this route over the preconfigured packages as I didn't want pay for nozzles I didn't need (already on the Revo system with other printers and have nozzles). It heats up super fast, getting from room tempt to 260c faster than the stock heat bed gets from 100c to 110c. Love the Revo system and the added watts for faster heating is great.

J
JM
Much faster than the 40W

Works great and is much fast at heating up than the original 40W

123

Description


  • Experience even faster heating and ability to print and hold at higher temperatures with this upgraded 60W heater core from E3D
  • The HeaterCore secures onto a Revo-compatible cold side using a Revo HeaterCore spring (included). After it’s attached, just screw in a Revo Nozzle and you’re ready for simple, tool-free nozzle swaps that don’t need hot tightening.
  • Heats up much faster than a typical heaterblock. It’s designed to be much safer, too – a positive temperature coefficient (PTC) means power reduces as it gets hotter, reducing hazards in the event of a thermal runaway.
  • Compatible with many popular 3D printers such as Creality CR series and Ender series, Prusa, Anet, Biqu, Monoprice, and many more. 
  • Learn everything you need to know about the Revo HeaterCore in E3D's blog.

 

Unsure on the voltage you need? E3D has a nice page to help you identify the voltage from your power supply: https://e3d-online.com/blogs/news/12v-vs-24v

You may also like

Recently viewed