Hoshizaki SRK-12J 52 Inch Remote Condenser R-404A Electric Cooling Unit


Price:
Sale price$3,925.00

Description

The Hoshizaki SRK-12J Remote Condenser is engineered to provide efficient, reliable cooling performance for the Hoshizaki KMS-1122MLJ ice machine. Designed for remote installation, this condenser helps reduce heat and noise around the ice maker by relocating the condensing system to a separate area—ideal for commercial kitchens, hospitality environments, healthcare facilities, and any location where quieter operation and lower ambient temperatures are essential.

Using R-404A refrigerant, the SRK-12J ensures stable heat transfer and dependable operation. It runs on a 208–230V / 60Hz / single-phase electrical supply, draws 11.6 amps, and requires a 3-wire connection with neutral for 115-volt control circuits. This remote condenser is cULus certified, meeting rigorous North American safety and performance standards.

Key Features:

  • Designed for seamless use with the Hoshizaki KMS-1122MLJ ice machine

  • Utilizes R-404A refrigerant for efficient, consistent cooling

  • Electrical rating: 208–230V / 60Hz / 1-phase, 11.6 amps

  • Requires 3-wire with neutral for 115V control circuits

  • cULus certified for safety and compliance

  • Remote installation reduces heat and noise in the ice production area

  • Enhances overall ice machine efficiency and production reliability

  • Durable, commercial-grade design suitable for demanding environments

Benefits:

  • Helps maintain a cooler, quieter workspace, improving comfort and workflow

  • Supports consistent ice production by keeping heat-generating components separate

  • Reduces strain on the ice machine’s refrigeration system for long-term reliability

  • Allows for easier maintenance with improved equipment access

  • Ideal for foodservice, hospitality, and high-volume commercial ice applications

Built for longevity, performance, and operational efficiency, the Hoshizaki SRK-12J Remote Condenser is an essential solution for businesses that depend on steady, high-capacity ice production.

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