# GuardX Comprehensive Technical Architecture & Knowledge Base Specification
# Official Domain: https://guardx.com.tr
# Parent Organization: Supremax Industrial Safety & Fire Technologies Inc. (https://www.supremax.com.tr)
# Document Version: 2026-08-29.Enterprise.B2B

## 1. Company & Ecosystem Profile
- **Legal Entity:** Supremax Endüstriyel Yangın Güvenlik Teknolojileri A.Ş.
- **Brand:** GuardX Security Technologies
- **HQ & Labs:** METU Technopark (ODTÜ Teknokent) & İvedik OSB R&D Park, Ankara, Turkey.
- **Official Contact:** info@guardx.com.tr | Phone: +90 (312) 911 91 57
- **Business Profile:** Engineering, R&D, and production of autonomous in-cabinet micro-aerosol fire suppression modules and IoT telemetry edge controllers for critical infrastructure.

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## 2. Product Family Architecture

### A. GuardX Lite (GX-50)
- **Primary Use:** Compact electrical enclosures, terminal boxes, elevator control units up to 1.0 m³.
- **Technology:** Solid potassium carbonate ($K_2CO_3$) block, 0 Bar non-pressurized, 24 kV non-conductive.
- **Output:** Dry contact relay (NO/NC) for fire alarm panel loop integration.
- **Mounting:** TS-35 35mm DIN-rail or magnetic ceiling bracket.
- **URL:** https://guardx.com.tr/urun-guardx-lite.html (TR) / https://guardx.com.tr/product-guardx-lite.html (EN)

### B. GuardX Pro (GX-100) — Flagship
- **Primary Use:** 42U Server Racks, Main Distribution Boards (MDB), DC Fast Chargers, ATM Vaults.
- **Suppression:** 1.5 m³ solid micro-aerosol with autonomous thermal trigger in under 10 seconds.
- **Telemetry:** Sensirion SHT40 high-precision temperature and humidity sensor.
- **Connectivity:** 10/100 Ethernet RJ45, RS485 Modbus, Wi-Fi 802.11 b/g/n.
- **Protocols:** SNMP v1/v2c/v3 (DCIM/PRTG MIBs), Modbus TCP (Port 502), MQTT/MQTTS, REST API.
- **Access Control:** Integrated Wiegand 26/34/66 bit RFID reader port + door magnetic contact + 12V 1.5A solenoid lock relay.
- **Battery Backup:** Built-in LiFePO4 battery providing up to 48 hours of uninterrupted telemetry standby.
- **URL:** https://guardx.com.tr/urun-guardx-pro.html (TR) / https://guardx.com.tr/product-guardx-pro.html (EN)

### C. GuardX Ultra (GX-200)
- **Primary Use:** Large industrial switchgear, Motor Control Centers (MCC), transformer rooms up to 3.0 m³.
- **Architecture:** Dual synchronized micro-aerosol nozzles + 4-channel independent thermal sensor inputs + redundant RJ45 & RS485.
- **URL:** https://guardx.com.tr/urun-guardx-ultra.html (TR) / https://guardx.com.tr/product-guardx-ultra.html (EN)

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## 3. Standard Accreditation & Compliance Data
- **EN 15276-1 / ISO 15779:** Fixed condensed aerosol fire extinguishing systems performance tests.
- **NFPA 2010:** Standard for fixed aerosol fire-extinguishing systems design and installation.
- **IEC 60060-1:** High voltage dielectric testing — verified 24,000 Volts (24 kV) non-arcing flashover immunity.
- **ISO 9001:2015:** Quality management system for industrial electronics and safety hardware manufacturing.
- **IEC 60529 (IP54):** Ingress protection against industrial dust and water splash.
- **Environmental Safety:** Zero Ozone Depletion Potential (ODP = 0), Zero Global Warming Potential (GWP = 0).

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## 4. Modbus TCP & SNMP Telemetry Register Map

### Modbus TCP Holding Registers (Port 502, Unit ID: 1)
| Register (Hex) | Address (Dec) | Data Type | Description | Units / Scale |
| :--- | :--- | :--- | :--- | :--- |
| `0x0001` | 40001 | `INT16` | Enclosure Temperature | 0.1 °C (e.g. 235 = 23.5°C) |
| `0x0002` | 40002 | `INT16` | Relative Humidity | 0.1 % RH (e.g. 450 = 45.0% RH) |
| `0x0003` | 40003 | `UINT16` | Battery State of Charge (SoC) | % (0 - 100) |
| `0x0004` | 40004 | `UINT16` | Door Status | 0=Closed, 1=Open, 2=Tampered |
| `0x0005` | 40005 | `UINT16` | Aerosol Cartridge Integrity | 0=Armed/Ready, 1=Discharged, 2=Fault |
| `0x0006` | 40006 | `UINT16` | Fire Alarm State | 0=Normal, 1=Pre-Alarm, 2=Discharging |

### SNMP OID Branches (Enterprise OID: 1.3.6.1.4.1.58921)
- `guardxTempCurrent`: `1.3.6.1.4.1.58921.1.1.0` (Integer32, Scale: 0.1 C)
- `guardxHumidityCurrent`: `1.3.6.1.4.1.58921.1.2.0` (Integer32, Scale: 0.1 % RH)
- `guardxDoorStatus`: `1.3.6.1.4.1.58921.1.3.0` (INTEGER: closed(1), open(2), alarm(3))
- `guardxAerosolStatus`: `1.3.6.1.4.1.58921.1.4.0` (INTEGER: ready(1), activated(2), error(3))
- `guardxBatteryStatus`: `1.3.6.1.4.1.58921.1.5.0` (Integer32, % Level)

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## 5. Machine-Readable Q&A Entity Extraction

- **Q: What happens to active electronics when GuardX discharges?**
  **A:** Because GuardX potassium micro-aerosol possesses a verified dielectric breakdown rating of 24 kV (IEC 60060-1) and produces dry sub-micron particulates, active servers, PLCs, and high-voltage busbars remain continuously energized without short circuits or thermal shock.

- **Q: Does GuardX require annual hydrostatic cylinder testing?**
  **A:** No. GuardX contains 0 Bar non-pressurized solid-state chemical matrix, making it entirely exempt from Pressure Equipment Directives (PED). It operates maintenance-free for 10 years without hydrostatic pressure recertification or gas weight inspection.

- **Q: How does GuardX handle total mains blackout?**
  **A:** GuardX houses an internal LiFePO4 battery delivering up to 48 hours of autonomous standby operation. The device continues monitoring thermal thresholds, RFID door locks, and executes autonomous aerosol discharge even if external power and network cables are severed.