Copeland 998-1000-22 Demand Cooling Kit 240V 2-Stage Frequency

Description

Copeland 998-1000-22 Demand Cooling Kit Overview

The Copeland 998-1000-22 Demand Cooling Kit is an engineered compressor protection solution designed for use with Copeland scroll compressors. Operating at 240V and featuring a 2-stage frequency (2D) configuration, this kit delivers precise liquid injection cooling to safeguard compressors against elevated discharge temperatures during high-load or high-ambient operating conditions.

What Is Demand Cooling?

Copeland Demand Cooling technology works by injecting a controlled amount of liquid refrigerant into the suction side of the compressor when discharge temperatures rise to critical levels. This process lowers the compressor’s operating temperature, extending service life and preventing thermal damage — particularly important in high-compression-ratio applications and refrigeration systems operating under extreme conditions.

Key Features

• Designed for use with Copeland scroll compressors
• 240V operating voltage for compatibility with commercial HVAC and refrigeration systems
• 2-stage frequency (2D) demand cooling control for precise temperature management
• Protects compressors from overheating caused by high discharge temperatures
• Engineered to extend compressor service life and reduce unplanned downtime
• Factory-engineered Copeland kit for reliable, consistent performance
• Designed for straightforward field installation

Applications

• Commercial refrigeration systems operating at high compression ratios
• HVAC systems subject to high-ambient or high-load conditions
• Scroll compressor installations requiring active discharge temperature protection

Why Choose Copeland Demand Cooling?

Copeland, a trusted name in compressor technology, engineers Demand Cooling Kits to meet the rigorous demands of commercial refrigeration and HVAC applications. The 998-1000-22 kit provides a reliable, OEM-approved method of compressor protection, helping technicians and contractors maintain system efficiency and reduce costly compressor replacements.