The SMAC Pro-X marks a shift from rigid, traditional PLCs to agile, smart automation. Designed for the harsh, lint-heavy environments of spinning and weaving mills, it combines industrial reliability with consumer-grade software simplicity.
Advanced capabilities designed to optimize plant operations and slash energy costs automatically.
Features built-in GSM or LAN modules for effortless network pairing. No complex IT infrastructure required.
Track and manage your entire humidification plant directly from your smartphone via our dedicated mobile app.
Seamlessly upgrade existing old controllers without affecting day-to-day mill operations while dramatically improving efficiency.
Balancing moisture levels and automating safety responses across all mill departments.
Automatically balances moisture levels across Mixing, Blowroom, Carding, Combing, Speed Frame, Ring Frame, and Winding departments.
Modulates fresh air, exhaust, and recirculation dampers based on enthalpy logic to maximize natural cooling and save power.
Sends instant push notifications or SMS alerts for critical deviations, sensor failures, or pump overloads.
Precision hardware metrics designed for textile environments.
| Feature | Specification / Capability |
|---|---|
| Connectivity | Dual Option: High-gain GSM (SIM-based) or Standard RJ45 LAN |
| User Interface | High-resolution local HMI touchscreen + Remote Mobile Application |
| Data Visualization | Real-time graphs for RH%, Temperature (°C/°F), and Energy Consumption |
| Control Logic | Proportional-Integral-Derivative (PID) for ultra-stable climate control |
| I/O Capacity | Expandable channels for analog sensors (4-20mA / 0-10V) and digital relays |
| Enclosure Rating | Dust-proof, lint-resistant industrial casing optimized for textile environments |
Protecting product quality, worker safety, and operational budgets.
Keeps natural fiber elasticity consistent to ensure peak efficiency on your ring frames.
Optimal RH control forces airborne dust and cotton fly to settle quickly, improving worker safety and machinery lifespan.
Smart VFD modulation prevents motors from running at 100% capacity when environmental targets are met, yielding direct utility savings.