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Below is the 95% complete shopping list to build a functioning Induction annealer. Some additional items like screws, wire, solder, material for a housing etc. are required.

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Total parts cost is approximately $200 USD for a basic build

REVC_UNO.jpg

MGNZ Control Board

MGNZ RevC Arduino Shield - including pre-programmed Arduino Uno

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- email me for a quote for multiple boards or any other requests

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UNO.jpg

Arduino Uno

Uno board

*You don't need this if you buy the MGNZ Control board complete with Pre-programmed Arduino Uno

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48_PSU.JPG

48V Power Supply

48V, 600W AC-DC power supply

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12VPSU.JPG

12V Power Supply

12V, 24W AC-DC power supply

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** Use 12V, 36W AC-DC PSU if you are using the automatic case feeder feature

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IEC.JPG

IEC Mains power input

Panel mount IEC plug with switch and fuse

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ZVS_UNIT.JPG

ZVS induction board, 1000W

These come with a coil, but a new smaller coil needs to be wound

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SSR.JPG

DC solid state relay

Must be DC secondary - select 25A or 40A. AC versions won’t work.

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heatsink.JPG

Solid state relay heatsink

A heatsink is recommended for high duty cycle usage of the annealer

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OLED.JPG

OLED display

128 x 32 pixels, I2C interface. SSD1306 driver IC

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copper.JPG

1/8”(3mm) copper tube for coil

I used the 3 x 0.5 size. Thinner wall section to get better water flow

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fan.JPG

12V cooling fan

Any PC case fan will work. 80mm fans will attach directly to the radiator. Order 12V, 2 wire fan - either ball bearing or sleeve.

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radiator.JPG

Radiator

Cooling system radiator

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pump.JPG

12V brushless DC water pump

Cooling pump

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tank.JPG

Coolant tank

Cooling system tank

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tankpump.JPG

Alternate - Pump/Tank combined

Cooling system tank and pump - 12V

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tube.JPG

Silicone tubing for plumbing

Water pump, tank and radiator have 8mm hose tails. Induction coil pipe ends are 5mm OD. Some reducers need to be made / figured out.

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Coolant.JPG

Coolant - Optional

Coolant contains corrosion and biological inhibitors

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buttons.JPG

Pushbutton momentary switches

LED current limit resistor is already on the controller PCB. Order 12V option.

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temp_sensor.JPG

Temperature sensor - Optional

This should get glued against the ZVS board capacitors.

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servo_link.JPG

RC model servo

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solenoid.jpeg

12V drop gate solenoid

- 12V 24ohm drop solenoid

- Wire directly to MGNZ base board

- Fits 3D printed case dropper shelf design

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I_sense.JPG

Current sensor - Optional

20A ACS712

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jumper.JPG

Jumper wires

Connecting OLED, current sensor, temp sensor and Servo to PCB. Either get Female-Female option or the mixed lot. 2 different length – 100 or 200mm

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fiberglass sleeve.JPG

Fiberglass heat resistant sleeve

Slide over the copper tube work coil. 3mm ID.

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BigTreeTech_TYPE3.JPG

Closed loop stepper motor

Used for automatic case feeder function. Purchase the option that contains Motor, control board, OLED, cable and breakout header

Newer MKS SERVO42C design has changed slightly

* Order SERVO42C (not OC version)

* OLED is now built into the motor board

* Cable exits at 90deg to motor cable. Some modifications to the 3D printed  mount bracket may be required.

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CaseFeeder.JPG

Case Feeder 3D print files

Download and print! 

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Now offering 3D printed parts for purchase for those without access to a printer or cost effective print options

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caseShelf.JPG

Case dropper shelf 3D print files

Download and print! 

Uses the solenoid option to drop the cartridge case.

All credit goes to Greg Tarlinton @ Wombatordnance

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CHAM.JPG

Height adjustment 3D print files

Download and print! 

Works with the Case dropper shelf

All credit goes to Armin Schertlen.

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