High-Capacity Industrial
Panel Air Conditioner — 2500W
India’s high-capacity panel AC designed for MCC panels, large VFD systems, and control rooms, where failure is not an option. Built with an innovative auto-cleaning filter and Industry 4.0 smart controller for maximum reliability.
Undersized Cooling = Expensive Failures
In large industrial panels, the biggest mistake is underestimating heat load.
MCC panels generate higher real-world heat than theoretical values.
Undersized AC runs at full load continuously, causing wear and tear.
Panel temperature steadily rises to 45–50°C.
Results in contactor failure, relay malfunction, VFD faults, and frequent breakdown.
MCC cooling failures can cause ~4.5 hours of downtime per incident, costing ₹15–80 lakh per event.
2500W Cooling with Thermal Headroom
- Designed for real MCC heat loads (not theoretical)
- Provides 20–30% extra cooling margin
- Stable performance even at 50°C ambient
Smart Controller with Remote Monitoring
- Modbus TCP, Wi-Fi, MQTT, Bluetooth
- SCADA integration for large plants
- Real-time alerts & performance tracking
Auto Air Filter Cleaning — Patent Pending
- Eliminates clogging completely
- Maintains consistent airflow & EER
- Reduces AMC costs by up to 80%
When to Choose PAC2500
PAC2500 is ideal for these high-heat industrial scenarios:
MCC sections (4–6 feeders)
1400–2000W
VFD banks (2–4 drives)
1600–2400W
Drive rooms
1800–2500W
Large automation panels
1500–2200W
SCADA/DCS enclosures
1200–2500W
Technical Specifications
Build & Components
Trusted by Core Industries
PAC2500 is the go-to solution for mission-critical sectors where panel failure is not an option.
Steel & Metal Plants
Automotive Manufacturing
Pharma & Biotech Facilities
Cement & Mining Industries
Oil, Gas & Chemical Plants
Power & Utilities
Food & Beverage Plants
Water & Infrastructure Projects
Common Questions
Typically 1500–3000W, depending on feeders and drives. PAC2500 is ideal for mid-to-large MCC sections.
VFD losses: ~2–3% of motor power. Transformer losses: ~1–2%. Add 15–20% safety margin. Example: 4 × 55kW VFD ≈ ~1800–2200W heat load → PAC2500 recommended.
Yes, via Modbus TCP, enabling full monitoring and control directly from your plant's central SCADA system.
If your heat load is > 1800W, you have multiple VFD drives, ambient temperatures frequently exceed 45°C, or the panel controls critical infrastructure.
Trusted for Critical Industrial Cooling
- 100% Made in India
- Award-winning smart controller
- Reliable supply for large projects
- Up to 80% maintenance cost reduction
Certifications & Standards
CE Certification
Safety & environmental compliance
Click to View Certificate →
RoHS Compliant
Safe for regulated industries
London Design Awards 2025
Silver Winner — International recognition
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Make in India
100% designed & manufactured in India — fast delivery, local support
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