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#klipper

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Vista de How to add 115V/220V AC Chamber heater to Creality K1 Series or any klipper printer

How to add 115V/220V AC Chamber heater to Creality K1 Series or any klipper printer

This guide provides a safety-focused method for installing a 115V/220V AC chamber heater on a Creality K1 series or any Klipper-based printer. The design emphasizes multi-layered safety, including a relay that ensures the heater only activates if the fan is operational, a normally closed thermostat to cut power at 75°C, and an inner sensor to shut down Klipper if the element exceeds 125°C. An AC voltage fuse is also included for protection. Practical uses include maintaining specific chamber temperatures for advanced printing materials. The author notes they typically operate up to 60°C, but users must configure sensors and temperature settings in the provided CFG file to suit their specific requirements. Included parts/components required: - Qibi Plus 4 115/220V Chamber Heater (or a custom Nylon heater) - BTT SKR Pico, Mellow Micro 4, or compatible printer motherboard pins - 24V 30A One Channel Relay Module - 40A Heat Sink SSR (Solid State Relay) - Bimetal Temperature Control Switch Thermostat 75°C N.C (KSD9700) - NTC 100K 3950 Thermistor - Inline Screw Type Fuse Holder with Fast Blow Glass Fuses - 14-16 gauge wire Assembly guidance: Users must disconnect the printer from AC power before proceeding to avoid serious injury. The heater fan should remain active until the chamber sensor reaches 40°C to ensure the element cools down. For Klipper integration, the [heater_generic chamber_heater] section must be present in printer.cfg. In Orca Slicer, users should select 'Chamber temperature' and enable 'Activate temperature control.' The author does not specify the physical placement of the heater; users must select a suitable location.

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Vista de Klipper configuration for CR-10

Klipper configuration for CR-10

This model provides configuration files for Klipper and Fluidd designed for a modified CR-10 3D printer. The purpose is to serve as a starting point for users looking to implement Klipper on a semi-original CR-10 setup. 1 Practical uses include enabling high-speed printing capabilities. The author reports that the setup can achieve 2000mm/sec² acceleration and 100mm/sec printing speeds with good quality, provided the filament temperature is increased by 10°C. The author personally uses more conservative settings of 1000mm/sec² acceleration and a maximum speed of 80mm/s. Using a lighter bed instead of the original glass may allow for higher speeds. Included parts consist of configuration files for Klipper and Fluidd (provided in klipper.zip) and a CHEPCalibrationCube.stl file. Assembly and hardware context: The author's specific hardware modifications include a dual gear red extruder, a PEI bendable bed, and an all-metal hot-end clone. The system utilizes a Raspberry Pi 3B with a clean OS, installed via Kiauth. A relay is connected to pin21 of the Raspberry Pi to allow for power control (turning the CR-10 on/off). Regarding software tuning, the author notes that well-configured pressure advance may negate the need for input shaper, and omitting input shaper may reduce print time by 20% due to fewer movements.

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Material
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