Keenovo Silicone Heater 300mm x 310mm Dual Voltages 120V/240V 750W for Creality K1 Max 3D Printer Build Plate HeatBed Upgrade

Keenovo Silicone Heater 300mm x 310mm Dual Voltages 120V/240V 750W for Creality K1 Max 3D Printer Build Plate HeatBed UpgradeDescription: Wonderful Keenovo silicone heater for your Creality K1 Max 3D printer build plate heating upgrade. 300mm x 310mm, with pre made mounting holes. 750W 120V 240V dual voltages with grounding, please check drawing for wiring instructions. Wire length: 1. 5m, long enough to wire around with your own thermal fuse. Plant applied Lohmann adhesive backing for excellent performance at high temperatures(stands up to 270C) and easy mounting. Comes

Description:

• Wonderful Keenovo silicone heater for your Creality K1 Max  3D printer build plate heating upgrade.
• 300mm x 310mm, with pre-made mounting holes. 
• 750W 120V/240V dual voltages with grounding, please check drawing for wiring instructions.
• Wire length: 1.5m, long enough to wire around with your own thermal fuse. 
• Plant applied Lohmann adhesive backing for excellent performance at high temperatures(stands up to 270C) and easy mounting.
• Comes with a free NTC 100K thermistor ( Beta 25/50 3950K-1%, Click Here for the R-T datasheet. Choose type 11 or 13 in Marlin or generic 3950 in Klipper firmware.) unless specified otherwise.

Important Notes:

• Heaters may get super hot. Please handle with care.
• Before purchase, please kindly check if the hole pattern fits your build plate.
• Red wires are the Thermistor sensor extenstion wires, white wires are for voltage supply to the heating element.
• A supporting frame/layer is strongly suggested to have the heating element "sandwiched" tightly for better heating result. Please kindly check this post about a Perfect Installation.
• According to feedbacks from customers, the printer's stock SSR is not able to handle the heater. Please kindly consider replacing it and check this post for SSR Wiring.
  
• As we receive customer feedback, we do make small alterations to our products if we feel they improve the their performance and stability. The item(s) you receive might reflect some of these slight changes and improvements.