Hoshizaki SRK-12J3 Remote Condenser For KMS-1122MLJ R-404A Refrigerant

The Hoshizaki SRK-12J3 remote condenser unit is designed for use with the KMS-1122MLJ ice machine. It utilizes R-404A refrigerant and operates on 208-230 volts/60Hz/3-phase power, drawing 10.5 amps. This unit is cULus listed, signifying compliance with North American safety standards. It provides a solution for businesses requiring separated condenser and evaporator units, offering flexibility in installation, particularly beneficial in environments where heat and noise reduction are paramount. Industries such as food service, healthcare, and hospitality can benefit from this configuration.

Benefits:

The remote condenser setup allows for optimized space utilization and improved ambient temperature control, reducing energy consumption and operational costs. The design emphasizes ease of installation and maintenance.

The Hoshizaki SRK-12J3 offers a practical solution for remote refrigeration needs, contributing to a more comfortable and efficient working environment. Contact your Hoshizaki dealer for purchasing information.

Features:

The SRK-12J3 is engineered for durability and seamless integration with the KMS-1122MLJ ice machine. Its robust construction ensures reliable performance in demanding commercial settings.

The SRK-12J3’s features contribute to a dependable and efficient refrigeration system. Contact your Hoshizaki dealer for purchasing information.

Performance:

Addressing the challenges of heat and noise management, the SRK-12J3 delivers reliable cooling performance. Its remote design minimizes noise pollution and heat dissipation in the main working area.

The Hoshizaki SRK-12J3 provides a robust and efficient solution for remote refrigeration, enhancing operational efficiency and comfort.

Why SRK-12J3?

Food service, healthcare, office, residential, and hotel industries can all benefit from the SRK-12J3.

Across various sectors, the SRK-12J3 offers significant advantages. In food service, it ensures optimal food preservation while minimizing kitchen heat. In healthcare, it supports critical temperature-sensitive equipment. In office and residential settings, it provides quiet and efficient cooling. In hotels, it contributes to guest comfort by minimizing noise and maximizing space utilization.