| Availability: | |
|---|---|
| Quantity: | |
The FKH-110II GW 75 Degree Inverter Air Source Heat Pump stands as a premier, high-performance solution engineered specifically to meet the rigorous demands of modern commercial and industrial heating. In today's demanding operational environments, facilities require heating systems that deliver uncompromised performance while maintaining strict energy efficiency standards. This advanced heat pump redefines large-scale heating infrastructure by offering an optimal balance of superior thermal output and exceptional energy conservation. Designed for facility managers, industrial operators, and commercial developers, this unit provides a reliable foundation for continuous, heavy-duty heating requirements, ensuring that large spaces and critical processes receive consistent thermal support.
At the core of the FKH-110II GW lies a sophisticated inverter-driven system that significantly elevates overall energy efficiency. Unlike traditional fixed-speed heating equipment that consumes excessive power through constant on-off cycling, this intelligent inverter technology continuously adapts its operational output to match the exact thermal requirements of your facility. This dynamic modulation ensures precise temperature control, eliminating uncomfortable temperature fluctuations and drastically reducing unnecessary energy consumption. By optimizing power usage in real-time, the system minimizes operational overhead. The ability to supply high-temperature water up to 75 degrees further enhances its utility, making it a highly capable choice for large-scale applications where consistent, high-grade heat is a critical operational necessity.
Commercial and industrial operations cannot afford unexpected downtime, which is why the FKH-110II GW is constructed with uncompromising reliability in mind. It is engineered to operate reliably across a wide spectrum of diverse climates, maintaining stable functionality even when exposed to challenging low ambient temperatures. The system utilizes premium, industrial-grade components designed to withstand the rigors of continuous, high-load operation. This durable construction not only ensures consistent daily performance but also significantly extends the overall lifecycle of the equipment. For procurement teams and facility owners, this translates to reduced maintenance frequencies, lower long-term replacement costs, and a highly dependable heating infrastructure that mitigates operational risks.
Investing in the FKH-110II GW 75 Degree Inverter Air Source Heat Pump represents a forward-thinking approach to commercial facility management. It serves as a smart, sustainable investment that aligns with modern environmental standards while directly improving the bottom line. Whether deployed for high-volume hot water supply, critical industrial process heating, or comprehensive space heating in large-scale venues such as hotels, factories, and commercial buildings, the unit delivers measurable value. It empowers businesses to achieve their operational goals with enhanced environmental responsibility, lower lifecycle costs, and the absolute confidence that comes from utilizing a top-tier, resilient heating solution tailored for professional demands.
Designed specifically to address the rigorous demands of commercial and industrial heating in severely cold climates, our 75° Inverter Air Source Heat Pump integrates advanced thermal technologies and heavy-duty components. The following technical advantages ensure reliable performance, operational stability, and significant energy savings for large-scale heating projects.
One of the most critical challenges for standard air source heat pumps is the significant drop in heating capacity and energy efficiency as ambient temperatures plummet. Our commercial heat pump overcomes this limitation through an optimized thermodynamic design. In extremely cold environments, the comprehensive energy attenuation rate is strictly controlled to not exceed 10%. This remarkable efficiency retention means the system consumes less electricity while delivering consistent heat output, directly translating to lower operational costs for commercial facilities. Furthermore, the system features a unique inverse thermal matching capability: the lower the ambient temperature, the higher the heating water temperature it can achieve. This ensures that the terminal heating requirements are effectively met even during the harshest winter days.
To guarantee uninterrupted operation in freezing climates, this unit is engineered with advanced dual-stage stacking technology featuring dual compressors. Standard single-compressor units often struggle with excessively high compression ratios in severe cold, leading to frequent shutdowns, mechanical wear, or complete failure. By utilizing two compressors in a staged configuration, our system effectively distributes the compression workload. This innovative design maintains optimal internal operating conditions and prevents system overload, allowing the heat pump to operate stably and reliably at ambient temperatures as low as -20°C. This broad operating temperature range provides facility managers with absolute peace of mind, ensuring continuous climate control without the risk of sudden heating loss during peak winter.
Commercial heating systems must withstand continuous, high-load operation. Our heat pump features a highly durable and substantial construction tailored for industrial environments. It is equipped with industrial-grade power specifications (380V 3N~50Hz) to ensure stable electrical performance under demanding conditions. Additionally, the integration of heavy-duty DN65 flange connections guarantees secure, leak-free integration into large-scale water circulation systems, minimizing water resistance and optimizing flow rates. Every component is selected and assembled to withstand the rigors of continuous industrial use. This focus on durability maximizes the lifespan of the equipment, significantly minimizes unexpected downtime, and enhances overall productivity for your commercial operations.
Modern commercial facility management requires smart, data-driven solutions. This heat pump is equipped with an advanced microcomputer control board that provides precise operational control and comprehensive system protection. Fully integrated with 5G cloud technology, it empowers users with real-time remote monitoring capabilities. Through a dedicated mobile application, facility managers can effortlessly control unit operations (on/off), adjust system settings, perform remote fault diagnosis, and receive instant alarm notifications. This intelligent connectivity significantly boosts management efficiency and rapid response times. Moreover, users can customize temperature settings for different time intervals, allowing for flexible heating schedules that align with facility usage patterns to further optimize energy consumption and reduce waste.
The following technical data sheet outlines the performance specifications of the 75° Inverter Air Source Heat Pump (Model: FKH-110II/GW). It details heating capacities and power consumption across different ambient temperature conditions (A1 to A4), providing essential electrical, physical, and operational parameters for commercial heating system sizing and project integration.
Type / Model | FKH-110II/GW |
Top Air Discharge | |
Power Supply | 380V 3N~50Hz |
Heating Capacity at A1 Condition (20°C) | 110kW |
Power Input at A1 Condition | 44.5kW |
Heating Capacity at A2 Condition (7°C) | 105kW |
Power Input at A2 Condition | 48kW |
Heating Capacity at A3 Condition (-12°C) | 90kW |
Power Input at A3 Condition | 52kW |
Heating Capacity at A4 Condition (-20°C) | 80kW |
Power Input at A4 Condition | 49.6kW |
Maximum Operating Current | 160A |
Nominal Water Flow Rate | 18.9m³/h |
Noise Level | ≤68dB(A) |
Water Side Pressure Drop | ≤85kPa |
Unit Dimensions (L×W×H) | 2260×1230×2170 mm |
Water Connection Size | DN65 (Flange) |
Unit Net Weight | 1100 kg |
The 75° Inverter Air Source Heat Pump is engineered to deliver reliable, high-temperature heating and domestic hot water across a variety of demanding commercial, institutional, and industrial environments. Its versatile design ensures optimal performance tailored to specific project requirements.
Maintaining a precise and stable climate is critical for agricultural greenhouses, especially during harsh winter months. This high-temperature inverter heat pump serves as an environmentally friendly and highly efficient heating solution. By replacing traditional fossil fuel boilers, it provides a consistent, reliable heat source that promotes optimal plant growth while significantly reducing carbon emissions and daily operational costs. Its ability to maintain stable output in low ambient temperatures ensures that crops are protected against sudden cold snaps.
This commercial air source heat pump is engineered to support medium-sized office buildings, community shopping centers, and multi-story residential blocks. Designed specifically for facilities with a total floor area ranging from approximately 5,000 to 10,000 square meters, it effectively manages both winter space heating and a stable supply of domestic hot water. For facility managers, this means ensuring a consistently comfortable indoor environment for occupants while optimizing overall energy consumption and simplifying HVAC system maintenance.
Hospitality venues require uninterrupted comfort and large volumes of hot water. The 110kW unit is an ideal match for mid-sized business hotels, boutique resorts, or single buildings within a larger hotel chain, specifically those featuring around 80 to 150 guest rooms. It seamlessly meets the simultaneous heating demands for guest rooms, dining areas, and public lobbies. Furthermore, it guarantees an ample, stable supply of high-temperature hot water for peak shower times, ensuring excellent guest satisfaction and operational reliability for mid-sized hospitality businesses.
In expansive institutional settings, decentralized heating offers better control and efficiency. This heat pump is highly suitable for providing centralized heating and hot water to specific functional zones, such as individual teaching buildings, libraries, or independent dormitory blocks within a larger university campus. In healthcare environments, it can reliably serve an outpatient building, a specialized ward, or administrative offices. By focusing on distinct functional areas, the 110kW model allows institutions to manage heating loads independently without relying on a massive central boiler plant.
Industrial facilities often require reliable ambient heating for staff comfort alongside process heating. This unit is highly suitable for production workshops in industries such as textiles, garment manufacturing, and small-scale electronics assembly. In these environments, process temperature requirements are not extremely high, but consistent space heating and domestic hot water for employees are essential. It is also an excellent choice for administrative buildings, cafeterias, or staff rest areas within larger industrial complexes. It is important to distinguish this unit from our larger models: the 110kW unit is specifically designed to cater to auxiliary or less heat-intensive production environments, whereas the 140kW unit is built to directly address core, high-heat-load industrial production processes.
To ensure a smooth installation and commissioning process, we prioritize user-friendly operation and comprehensive support for all our commercial clients. Upon taking delivery of the goods, the purchaser will be furnished with detailed instructional videos. These step-by-step visual guides cover essential operation procedures, routine maintenance tips, and system adjustments, helping your on-site engineering or maintenance team to quickly understand and manage the heat pump system with confidence.
A: To ensure optimal heating performance, install the heat pump in a well-ventilated outdoor area away from direct sunlight and obstacles that might block airflow. Ensure all pipeline connections are tightly sealed and leak-free. During the initial commissioning, operating parameters should be reasonably configured based on local environmental temperatures and specific project heating requirements.
A: We strongly recommend conducting periodic safety inspections on electrical circuits and key components at least once every quarter. Focus on checking the tightness of wiring terminals, the integrity of insulation layers, and any signs of cable aging. If poor contact, insulation damage, or abnormal heating occurs, shut down the machine immediately. Commission a qualified electrician team for systematic preventive maintenance and ensure electrical safety records are updated accordingly.
A: Regularly inspect refrigerant pipelines and connecting joints as part of routine maintenance. If a leak is identified, promptly locate and repair the leakage points. After repairs, ensure the system is recharged with the correct amount of refrigerant strictly according to the equipment's technical requirements to maintain stable heating efficiency.
A: The MOQ is 1 unit. We welcome initial orders for project testing, installation evaluation, and quality verification before proceeding with larger commercial purchases.
A: Yes, we offer comprehensive OEM and ODM services tailored to your brand requirements. This includes custom logo printing on the equipment and customized packaging solutions to support your local market presence.
A: Yes. We provide comprehensive support including online and on-site training for your sales and technical teams. You will also receive detailed installation manuals, precise wiring diagrams, and troubleshooting guides. Additionally, we offer remote video support during your first installations to ensure a smooth and secure setup process.
Every commercial heating project has different building loads, climate conditions and hot water requirements. Tell us your facility type, heating area, required water temperature and minimum ambient temperature. Our team can help evaluate the required heating capacity and recommend a suitable heat pump configuration for your project.