Summary

• Temperature sensor type: Thermistor, Semitec 104NT-4-R025H42G
• Max Printing Temperature: 300°C
• Wattage: 40W
• Thermistor wire colour: Blue (Early units may have a white thermistor cable)

Volume and Dimensions

Power vs Temperature

Initial Resistance of a 40W, 24V heater at 23°C: 14.4Ω

Initial Resistance of a 60W, 24V heater at 23°C: 9.5Ω

Temp Coefficient of a 40W Heater Cartridge: 0.0004 °C^(-1)

Temp Coefficient of a 40W HeaterCore: 0.002078 °C^(-1)

Temp Coefficient of a 60W HeaterCore: 0.002078 °C^(-1)

Firmware Considerations

Marlin

Temperature Sensor:
// 5 is 100K thermistor - ATC Semitec 104GT-2 (Used in ParCan & J-Head) (4.7k pullup)

Rep Rap

See Duet3D Documentation

Klipper

Temperature Sensor:
"ATC Semitec 104NT-4-R025H42G"

Connectors

Heater: Molex Micro-Fit 3.0, 2 pin horizontal receptacle

Temperature sensor: Molex Micro-Fit 3.0, 2 pin horizontal receptacle

Materials

HeaterCore: Alumina, Bronze

Sock: Silicone

Exploded View

• Revo HeaterCore
• HeaterCore Sock

Summary

• Temperature sensor type: Thermistor, Semitec 104NT-4-R025H42G
• Max Printing Temperature: 300°C
• Wattage: 60W
• Thermistor wire colour: Blue

Volume and Dimensions

Power vs Temperature

Initial Resistance of a 40W, 24V heater at 23°C: 14.4Ω

Initial Resistance of a 60W, 24V heater at 23°C: 9.5Ω

Temp Coefficient of a 40W Heater Cartridge: 0.0004 °C^(-1)

Temp Coefficient of a 40W HeaterCore: 0.002078 °C^(-1)

Temp Coefficient of a 60W HeaterCore: 0.002078 °C^(-1)

Connectors

Heater: Molex Micro-Fit 3.0, 2 pin horizontal receptacle

Temperature sensor: Molex Micro-Fit 3.0, 2 pin horizontal receptacle

Materials

HeaterCore: Alumina, Bronze

Sock: Silicone

Exploded View

1. Revo HeaterCore

2. HeaterCore Sock

Summary

• Temperature sensor type: Creality Thermistor (EPCOS 100K B57560G104F)
• Max Printing Temperature: 300°C
• Wattage: 40W
• Thermistor wire colour: Yellow

Volume and Dimensions

Power vs Temperature

Initial Resistance of a 40W, 24V heater at 23°C: 14.4Ω

Initial Resistance of a 60W, 24V heater at 23°C: 9.5Ω

Temp Coefficient of a 40W HeaterCore: 0.002078 °C^(-1)

Temp Coefficient of a 40W Heater Cartridge: 0.0004 °C^(-1)

Temp Coefficient of a 60W HeaterCore: 0.002078 °C^(-1)

Connectors

Heater: Molex Micro-Fit 3.0, 2 pin horizontal receptacle

Temperature sensor: Molex Micro-Fit 3.0, 2 pin horizontal receptacle

Materials

HeaterCore: Alumina, Bronze

Sock: Silicone

Exploded View

• Revo HeaterCore
• HeaterCore Sock

Summary

• Temperature sensor type: Creality Thermistor
• Max Printing Temperature: 300°C
• Wattage: 40W
• Thermistor wire colour: Yellow

Volume and Dimensions

Power vs Temperature

Initial Resistance of a 40W, 24V heater at 23°C: 14.4Ω

Initial Resistance of a 60W, 24V heater at 23°C: 9.5Ω

Temp Coefficient of a 40W Heater Cartridge: 0.0004 °C^(-1)

Temp Coefficient of a 40W HeaterCore: 0.002078 °C^(-1)

Temp Coefficient of a 60W HeaterCore: 0.002078 °C^(-1)

Connectors

Heater: JST XH, 2 pin horizontal receptacle

Temperature sensor: Molex Picoblade, 2 pin horizontal receptacle

Materials

HeaterCore: Alumina, Bronze

Sock: Silicone

Exploded View

• Revo HeaterCore
• HeaterCore Sock