40x40x28mm fan for use in the Nevermore Mini. Extremely powerful fan which can be controlled via the PWM pin down to sub-10%. The performance of this fan is extremely high, so is it's noise, hence "The Monster". Mount the fan prior turning it on, it will probably jump at you. This fan is loud, fast and draws 3A at full speed. Using a standard fan output on your controller will probably kill the output, use an appropriate output like a spare hotend output.The datasheet can be found here.Pin Mapping:Red+Black-YellowTachometerBluePWM controlPWM control follows the standard Intel Spec (5V pullup, 25kHz signal). If no signal is given via the PWM input, the fan will run at full speed. Relevant config options for Klipper:tachometer_pin: # Set to the pin you like to use. Make sure it has either a hardware or software pullup
tachometer_ppr: 2
tachometer_poll_interval: 0.001
cycle_time: 0.00004
hardware_pwm: true # Hardware PWM is preferred if your board is capable of it
Technical data:Operational Voltage (nominal)12VRotational Speed30000 RPMAir Flow1 m³/min (35cfm, 60m³/h)Static Pressure5.88 inAQNoise Level66dBCurrent3000mA
This small open-source controller is used to control your Nevermore StealthMax or Mini using Klipper. You can use CAN or USB, depending on your requirements. It also has connectors, so you can hook up sensors to measure VOCs.
Note that this is designed only for 4 wire fans, where the fan speed is controlled via a separate wire. This board cannot be used with your 2 wire fans or 3 wire fans with tachometer. A suitable fan would be the GdsTime GDP4028.
Note: The connector colors may differ from batch to batch, depending on factory availability.
Features:
1x 4 pin fan connector
2x HW I2C, 1x Optional Sensor Module Mount
1x Neopixel
1x CAN
Installation instructions can be found on the GitHub Repository. Since we test all boards, you can skip steps 1-6.
Designed by Isik's Tech
A compact PCB with SGP40 and BME280 sensors wired in I2C mode and powered with 3.3V. Comes with straight and right-angle pin headers, so you're flexible with the installation.
The I2C address of the BME280 is 119, make sure you configure it as i2c_address: 119 in your software.
To make use of the SGP40 sensor in Klipper, you need an additional module. Installation instructions can be found on the Nevermore Max Repository.
Documentation can be found on GitHub.
Designed by Isik's Tech
40x40x28mm fan for use in the Nevermore Mini. Very powerful fan which can be controlled via the PWM pin down to sub-10%.
Pin Mapping:
Red
+
Black
-
Yellow
Tachometer
Blue
PWM control
PWM control follows the standard Intel Spec (5V pullup, 25kHz signal). If no signal is given via the PWM input, the fan will run at full speed. Relevant config options for Klipper:
tachometer_pin: # Set to the pin you like to use. Make sure it has either a hardware or software pullup
tachometer_ppr: 2
tachometer_poll_interval: 0.001
cycle_time: 0.00004
hardware_pwm: true # Hardware PWM is preferred if your board is capable of it
Technical data:
Operational Voltage (nominal)
12V
Rotational Speed
13000 RPM
Air Flow
0.58 m³/min (20.5cfm, 34.8m³/h)
Static Pressure
0.86 in H2O
Noise Level
44.5dB
Current
400mA
The Nevermore Max Acrylix Panel, 6mm, Lasercut. Note that this is a TEST run. These panels have a slight warpage and may not perfectly rectangular and may have slight scratches.
A small PCB which makes wiring the dual fans easier. No more fiddling with heatshrink and connecting 2 wires to a JST Header required.
Note: This PCB is already included in the starter kits, no need to order separately!
Printed parts for the Nevermore Micro V5 Duo V0
Printed using AmazonBasics ABS Black or Sunlu ABS Black, depending on availability.
Part List:
Duo_Cartridge_STRAIGHT-AIRFLOW_by_aive.stl
Duo_Cartridge_LID.stl
V0_Duo_Plenum.stl
Plenum_LID.stl
Printed parts for the Nevermore Micro V5 Duo
Printed using AmazonBasics ABS Black or Sunlu ABS Black, depending on availability.
Part List:
Duo_Cartridge.stl
Duo_Cartridge_LID.stl
V2_Duo_Plenum.stl
V2_Duo_Plenum_LID.stl
10 Neodym disc magnets, grade N45 with Nickel-Copper-Cickel Plating. Very well suited for the klicky probe due to the high conductivity of the surface.
Magnets are delivered with a holder to prevent damage to the magnets and avoid sticking to things they shouldn't stick to.
Material
Neodym (NdFeB)
Grade
N45
Coating
Nickel-Copper-Nickel (Ni-Cu-Ni)
Diameter
6 mm
Height
3 mm
Dimensional Accuracy
± 0,1 mm
Weight
ca. 0.64 g
