Скачать или смотреть China 1.4MW Phase Change Condensing Steam Boiler

#CondensingBoiler #1.4MWboiler #ChinaManufacturer #PhaseChangeBoiler #ChinaSteamBoiler
E-mail: panfon((at)aliyun.com
WhatsApp: +8613906047998
www.quantherm.com

Specifications
Rated Thermal Power: 1400kW (equivalent to 1.4MW), matching 1.2 million kcal/h heating capacity .
Efficiency Metrics: Thermal efficiency up to 98% (even over 107% with advanced condensing tech), combustion efficiency reaching 99.99%, and exhaust temperature ≤100℃ after waste heat recovery .
Operational Parameters: Fueled by natural gas (140-160Nm³/h consumption) with inlet pressure 10-15KPa; dual-circuit heat exchange design (A: 85/65℃ supply/return, B: 60/45℃) with 40-60m³/h water flow per circuit .
Key Configurations: SUS304 stainless steel heat exchanger, 25-100% load adjustment range, PLC+touchscreen control system, and multiple safety protections .

Applications
Widely used in scenarios requiring stable heating and strict environmental standards:
Public infrastructure: Hotels, hospitals, schools for central heating and domestic hot water .
Industrial fields: Industrial parks for process heating .
Eco-sensitive areas: Beijing, Yangtze River Delta etc., where ultra-low NOx emission requirements apply .

Features
Dual-technology Integration: Combines vacuum phase-change (low-boiling heat medium circulation) and condensing heat recovery (reclaiming flue gas latent heat) .
Safe Operation: Negative-pressure vacuum interior eliminates explosion risks, exempt from special equipment inspection .
Intelligent Control: Automatic load regulation, remote monitoring via RS485/MODBUS, and real-time fault alarm .
Durable Design: Sealed heat medium circulation avoids scaling; corrosion-resistant materials extend service life to 30 years .

Advantages
Energy Saving: 20-30% lower gas consumption than conventional boilers, reducing operational costs significantly .
Environmental Compliance: NOx emission ≤30mg/m³ (down to 18mg/m³) via low-temperature combustion, meeting ultra-strict standards .
Space & Cost Efficiency: Compact structure saves installation space; modular configuration adapts to variable loads .
Low Maintenance: Minimal water treatment needs and low failure rate due to closed-loop design