Water and Air Chiller LRC-T413

Introduction

Water and Air Chiller is equipped with advanced a powerful cooling capacity of 14 kW at 15°C for optimal performance. Its built-in alarms alert users of abnormal temperatures, ensuring safe operation. The device offers precise fluid flow adjustments through variable-speed pumps for flexible heat dissipation. It is integrated with anti-vibration technology that reduces noise and protects delicate equipment from disruptions. Our chiller is used in medical, laser, food processing, pharma, semiconductor, aerospace, environmental testing, and data centers.

This laboratory chillers is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Water and Air Chiller offers efficient temperature regulation for diverse applications in medical diagnostics, laser systems, food processing, pharmaceutical production, semiconductor testing, aerospace manufacturing, environmental testing, and data centers.

Specifications

Temperature Range	10°C to 30°C
Temperature Control	±0.5°C
Circulation Pump Flow Max	50L/min 2bar
Refrigerant	A/R407C
Cooling Capacity	14Kw at 15°C
Power	AC 220V/ AC 380V/ AC 460V

Features

High-Performance Compressor

Long-Lasting Reliability

High-Quality Construction

Integrated Flow Meter

Optimized for Lab Use

FAQs

1. What is the cooling capacity of the Water and Air Chiller?

The Water and Air Chiller has a powerful cooling capacity of 14 kW at 15°C, ensuring efficient temperature control for various applications. This high cooling capacity is crucial for maintaining stable temperatures in demanding environments. It allows for precise regulation, making it ideal for industries such as medical, laser, food processing, pharmaceuticals, and semiconductor applications. The chiller’s robust performance ensures optimal heat management, which helps improve the efficiency and reliability of industrial processes.

2. What industries can benefit from the Water and Air Chiller?

The chiller is ideal for medical, laser systems, food processing, pharmaceutical production, semiconductor applications, and other industrial sectors requiring precise temperature regulation. It plays a crucial role in maintaining optimal conditions for sensitive equipment and processes, ensuring consistent and reliable results. In the medical field, it supports diagnostic and treatment technologies that require stable temperatures. For laser systems, it helps prevent overheating, ensuring optimal performance and lifespan.

3. How does the Water and Air Chiller ensure safe operation?

It features built-in alarms that alert users to abnormal temperatures, ensuring the system operates safely and prevents potential damage to equipment. These alarms are triggered if the temperature exceeds or falls below the desired range, giving operators ample time to take corrective action. Additionally, the chiller is equipped with protective mechanisms like anti-freeze protection and fail-safe shutoff features that safeguard the unit from damage during extreme conditions.

4. Can the Water and Air Chiller be adjusted for different cooling needs?

Yes, the chiller offers precise fluid flow adjustments through variable-speed pumps, providing flexibility for varying heat dissipation requirements. This allows users to fine-tune the cooling capacity based on specific application needs, ensuring optimal performance in diverse environments. The ability to adjust the flow rate also helps optimize energy consumption, reducing operational costs while maintaining efficiency. Whether the application requires high flow for rapid cooling or lower flow for more controlled temperature regulation, the chiller can be easily adapted to meet those needs.

5. How does the chiller reduce noise and protect sensitive equipment?

The chiller is integrated with anti-vibration technology, which minimizes noise and protects delicate equipment from disruptions caused by vibration. This technology helps ensure that the chiller operates smoothly with reduced mechanical noise, creating a quieter working environment. By reducing vibration, the chiller also prevents potential damage to sensitive equipment, particularly in industries like semiconductor manufacturing or medical diagnostics, where even minor disruptions can affect precision and performance.