Inverter Precision Air Conditioner

Inverter Precision Air Conditioner

The GZFSC Series air-cooled inverter precision air conditioner is a high-performance environmental control solution developed by GOZ Company specifically for IDC computer rooms, data centers, telecommunications facilities, and equipment rooms.

Designed for constant temperature and humidity regulation, this series delivers exceptional performance in terms of high precision control, energy efficiency, operational stability, and ease of management.

The GZFSC series offers multiple cooling capacity options, various air supply configurations, and a wide range of optional accessories, enabling it to meet the requirements of diverse application scenarios and complex installation environments.

The product has passed China Energy Conservation Product Certification and CRAA certification, ensuring compliance with strict industry standards for precision environmental control in sectors such as IT, power, transportation, and telecommunications.

It is engineered for continuous 24/7/365 operation, ensuring stable and reliable performance under all conditions. At the same time, it maintains precise control of both temperature and humidity in the equipment room, creating a safe, stable, and energy-efficient environment for critical business systems.

🧊 Product Description

The Inverter Precision Air Conditioner is a high-performance cooling system specifically engineered for data centers, server rooms, telecom stations, and other mission-critical environments. Unlike conventional comfort air conditioners, it is designed for continuous 24/7 operation with strict temperature and humidity control requirements.

By adopting advanced inverter compressor technology and intelligent control systems, the unit dynamically adjusts cooling output according to real-time load changes, ensuring stable environmental conditions while significantly improving energy efficiency.

This Inverter Precision Air Conditioner is widely used in environments where equipment reliability and thermal stability are critical to operational safety.

Product Parameters

GZFSC Series Inverter Precision Air Conditioner Technical Specifications
System Component / Parameter GZFSC030 GZFSC040 GZFSC050 GZFSC060 GZFSC080 GZFSC100 GZFSC120
System — Total Cooling Capacity (kW) 30.1 40.1 50.1 60.2 80.2 100.2 120.2
System — Sensible Cooling Capacity (kW) 27.1 36.1 45.1 54.2 72.2 90.2 108.2
System — Sensible Heat Ratio (SHR) 0.9 0.9 0.9 0.9 0.9 0.9 0.9
System — Power Input 380V / 3P / 50Hz
System — Air Conditioner Type Air-Cooled DX (Direct Expansion)
System — Indoor Supply Air Method Upflow / Downflow
System — Airflow Volume (m³/h) 8000 10500 13000 16000 21000 26000 30400
System — Refrigerant R410A
Indoor Unit — Dimensions WxDxH (mm) 930x996x1995 930x996x1995 1130x996x1995 1830x996x1995 1830x996x1995 2230x996x1995 2530x996x1995
Indoor Unit — Expansion Valve Type EEV (Electronic Expansion Valve)
Indoor Unit — Expansion Valve Qty 2 2 2 2 4 4 4
Indoor Unit — Compressor Qty 1 1 1 1 2 2 2
Indoor Unit — Compressor Type Inverter Scroll
Indoor Unit — Fan Qty 1 1 1 2 2 2 2
Indoor Unit — Fan Type EC Centrifugal Fan
Indoor Unit — Air Filter G4
Indoor Unit — Heating Capacity (kW) 6 9 9 9 15 15 15
Indoor Unit — Humidification Cap. (kg/h) 6 6 6 10 10 10 10
Indoor Unit — Humidification Type Wet Membrane / Electrode
Indoor Unit — Net Weight (kg) 330 350 425 585 625 775 835
Horiz. Outdoor — Matched Model 1x BS055D 1x BS066D 1x BS088D 1x BS099D 2x BS066D 2x BS088D 2x BS099D
Horiz. Outdoor — Power Input 380V / 3P / 50Hz
Horiz. Outdoor — Dimensions (mm) 1200x725x1216 2225x725x1048 2225x725x1216 2225x725x1216 2225x725x1048 2225x725x1216 2225x817x1216
Horiz. Outdoor — Net Weight (kg) 145 212 245 280 212 245 252
Central. Outdoor — Model 1x BS055V 1x BS066V 1x BS088V 1x BS99V 1x BS132V 1x BS176V 1x BS198V
Central. Outdoor — Power Input 380V / 3P / 50Hz
Central. Outdoor — Dimensions (mm) 1280x1100x1993 1280x1100x1985 1280x1100x1985 2400x1100x1993 2400x1100x1985 2400x1100x1985 2400x1200x2200
Central. Outdoor — Net Weight (kg) 215 240 255 380 425 460 495
Fluorine Pump — Model 1x BS055V-F 1x BS066V-F 1x BS088V-F 1x BS110V-F 1x BS132V-F 1x BS176V-F 1x BS198V-F
Fluorine Pump — Power Input 380V / 3P / 50Hz
Fluorine Pump — Dimensions (mm) 1280x1100x1993 1280x1100x1985 1280x1100x1985 2400x1100x1993 2400x1100x1985 2400x1100x1985 2400x1200x2200
Fluorine Pump — Net Weight (kg) 215 240 255 380 425 460 495
Pump Cabinet — Model 1x GZFSCP050 1x GZFSCP050 1x GZFSCP050 2x GZFSCP050 2x GZFSCP050 2x GZFSCP050 2x GZFSCP050
Pump Cabinet — Power Input 220V / 1P / 50Hz
Pump Cabinet — Dimensions (mm) 680x260x1120
Pump Cabinet — Net Weight (kg) 80
Optional — Low-Temperature Kit 1x v-LT08H 1x v-LT14H 1x v-LT14H 2x v-LT08H 2x v-LT14H 2x v-LT14H 2x v-LT14H
Optional — Extension Kit 1x v-ESF18B01 1x v-ESF18B01 1x v-ESF18B01 2x v-ESF18B01 2x v-ESF18B01 2x v-ESF18B01 2x v-ESF18B01
Optional — Plenum Chamber (Upflow) vSH900A1H4 vSH900A1H4 vSH1100A1H4 vSH900A2H4 vSH900A2H4 vSH1100A2H4 vSH1025A2H4
Optional — ATS Dual Power Input WATSN63 WATSN63 WATSN63 WATSN100 WATSN125B WATSN125B WATSN125B

❄️ How Inverter Precision Air Conditioning Works

Inverter Precision Air Conditioner systems are designed to maintain stable temperature and humidity conditions in critical environments such as data centers, server rooms, and industrial control rooms.

The system continuously adjusts compressor speed based on real-time thermal load. When the indoor heat load increases, the inverter compressor accelerates to increase cooling capacity. When the load decreases, the system automatically reduces output, ensuring stable environmental conditions with minimal energy consumption.

Unlike traditional fixed-speed air conditioners, inverter precision systems avoid frequent start-stop cycles, which significantly improves energy efficiency and system lifespan.

⚙️ Key Features

❄️ High-Precision Environmental Control

  • Temperature accuracy: ±0.5°C
  • Humidity accuracy: ±3% RH
  • Stable operation for sensitive IT and industrial equipment

⚡ Inverter Energy-Saving Technology

  • Variable-speed compressor control
  • Real-time load adjustment
  • Energy savings up to 20%–40% compared to fixed-speed systems

🧠 Intelligent Control System

  • 24/7 continuous automatic operation
  • Self-diagnosis and alarm functions
  • Remote monitoring support (Modbus / RS485 / BMS integration)

🛡️ High Reliability Design

  • Industrial-grade compressor and components
  • Designed for continuous operation (365 days × 24 hours)
  • Suitable for high temperature and high humidity environments

🌬️ Optimized Airflow Management

  • Precise air distribution design
  • Prevents hot spots in server rooms
  • Supports multiple airflow configurations (top discharge / down flow / front flow)

🏢 Applications

  • Data centers
  • Server rooms
  • Telecom base stations
  • Industrial control rooms
  • Financial IT rooms
  • Laboratory environments
  • Precision manufacturing facilities

📊 Technical Advantages

  • Inverter compressor control technology
  • High-efficiency EC fans
  • PID intelligent temperature and humidity control
  • Low noise operation design
  • Advanced filtration system for clean airflow
  • Condensate management system

🌍 Why Choose Inverter Precision Air Conditioning?

Traditional Air Conditioners:

❌ Large temperature fluctuations
❌ High energy consumption
❌ Not designed for 24/7 operation

Inverter Precision Air Conditioners:

✅ Stable temperature and humidity control
✅ Significant energy savings
✅ Designed for continuous operation
✅ Extends equipment lifespan and reliability

💡 Key Benefits of Inverter Precision Air Conditioner

  • Maintains stable temperature for sensitive IT equipment
  • Reduces risk of server overheating and system failure
  • Improves energy efficiency through variable-speed operation
  • Minimizes equipment wear and maintenance costs
  • Ensures 24/7 uninterrupted operation in mission-critical environments
  • Enhances overall reliability of data center infrastructure

🏆 System Engineering Advantages

  • Designed for continuous 24/7 mission-critical operation
  • High redundancy design for stable system performance
  • Industrial-grade components for long service life
  • Advanced PID control for precise environmental regulation
  • Low noise and vibration optimized structure
  • Easy installation and maintenance design

❓ Frequently Asked Questions

What is a Precision Air Conditioning system?

A Precision Air Conditioning system is designed to provide accurate temperature and humidity control for environments such as data centers, server rooms, and telecommunications facilities.

Why is inverter technology important?

Inverter technology allows the compressor speed to adjust according to cooling demand, resulting in stable temperature control and lower energy consumption compared to traditional systems.

Can this system operate 24/7?

Yes. Inverter precision air conditioning systems are designed for continuous 24/7 operation in mission-critical environments.

What industries use precision air conditioning?

It is widely used in data centers, telecom base stations, laboratories, financial institutions, and industrial control rooms.

For more information about humidity control standards,please refer to ASHRAE.