ASSEMBLY_GUIDE.md

# 🛠️ ASSEMBLY GUIDE: FIRE-BOX MK II (v2.1)

This guide details the step-by-step construction of the **AI-Orchestrated Flash Joule Heating Reactor**.

## 💰 Bill of Materials & Procurement
| Component | Specifications | Est. Cost | Sources |
| :--- | :--- | :--- | :--- |
| **Capacitor Bank (x6)** | 400V 10,000uF (Screw Terminal) | $180 ($30/ea) | [AliExpress](https://www.aliexpress.com), [eBay](https://www.ebay.com) |
| **IGBT Module** | 600V 500A (e.g., PM600DSA060) | $85 | [IndiaMART](https://www.indiamart.com), [AliExpress](https://www.aliexpress.com) |
| **Reaction Chamber** | Quartz Tube (12mm ID, 15mm OD) | $25 | [AdValue Tech](https://www.advaluetech.com), [Fisher Sci](https://www.fishersci.com) |
| **Electrodes** | High-Purity Graphite Rods (12mm) | $15 | [Amazon](https://www.amazon.com), [GraphiteStore](https://www.graphitestore.com) |
| **Kill Switch** | 2-Pole Contactor + Mushroom E-Stop | $80 | [AutomationDirect](https://www.automationdirect.com), [eBay](https://www.ebay.com) |
| **Logic Controller** | ESP32-WROOM-32 | $5 | [Mouser](https://www.mouser.com), [Amazon](https://www.amazon.com) |
| **Switching Gear** | Gate Driver (e.g., Skyper 32) + PSU | $40 | [Mouser](https://www.mouser.com), [DigiKey](https://www.digikey.com) |
| **Shielding** | 1/4" Polycarbonate Sheet | $30 | [Home Depot](https://www.homedepot.com), [McMaster-Carr](https://www.mcmaster.com) |
| **Busbars/Wiring** | Copper strips + 4AWG Cable | $40 | [Home Depot](https://www.homedepot.com) |
| **TOTAL ESTIMATE** | | **~$500.00** | |

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## 🏗️ Step-by-Step Assembly

### Step 1: The Energy Reservoir (Capacitor Bank)
**Objective:** Create a low-ESR energy storage unit capable of rapid discharge.
1.  Align the 6 capacitors in two rows of three.
2.  Bridge the terminals using **Copper Busbars**. Ensure massive surface area to minimize resistance.
3.  **DANGER:** Install the 10kOhm bleeder resistors across the output. This ensures the bank self-discharges when powered down.

### Step 2: The Echo-Safe Kill Chain
**Objective:** Install the hardware-level safety interrupts.
1.  Mount the **Main Contactor** to the wall or a heavy base.
2.  Wire the **Physical E-Stop** (Normally Closed) in series with the **Echo-Gate Relay** (Normally Closed).
3.  Connect this series loop to the Contactor's coil. If either "gate" opens, the contactor drops, and HV power is physically severed.

### Step 3: The Pulse Brain (IGBT & ESP32)
**Objective:** Set up the switching logic for the AOMMS waveform.
1.  Mount the **IGBT Module** to a large aluminum heatsink. Use thermal paste.
2.  Connect the **ESP32** to the **Gate Driver**.
3.  Wire the IGBT Collector/Emitter in series between the Capacitor Bank and the Reaction Chamber.

### Step 4: The Quartz Reaction Chamber
**Objective:** Assemble the "Forge" where the graphene transformation occurs.
1.  Cut the **Quartz Tube** to approx. 150mm length.
2.  Insert the **Graphite Rods** into each end. The rods should fit snugly (seal with high-temp O-rings if using vacuum/argon).
3.  Secure the tube in an **Acrylic or Aluminum Jig** on the reactor base.

### Step 5: Final Integration & Shielding
**Objective:** Final wiring and blast protection.
1.  Connect the heavy **4AWG cables** from the IGBT to the Graphite Electrodes.
2.  Install the **Polycarbonate Shield** between the reactor chamber and the control electronics.
3.  Run the first **Dry Test** (No sample, low voltage) to verify ESP32 pulse timing via oscilloscope.

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**Safety Note:** This device creates a massive electromagnetic pulse (EMP) and high-voltage arcs. Keep sensitive electronics (and pacemakers) at a distance.