Maxx Cold MXCDXHGD-23R.12 Evaporator Fan Motor

Product Description

The MAXX COLD MXCDXHGD-23R.12 is a replacement evaporator fan motor with blades designed to maintain steady airflow inside commercial refrigeration equipment. This motor drives air across the evaporator coil, supporting consistent cooling performance and reducing thermal stress on compressor and refrigeration components. Weighing 1.36 pounds and measuring 9 inches long by 9 inches wide by 7 inches tall, it is a direct OEM-specification replacement that fits the original mounting location without modification. Installation is suited to licensed refrigeration technicians and commercial HVAC-R service professionals.

This evaporator fan motor is intended for use in commercial refrigeration units where consistent airflow across the evaporator coil is critical to temperature stability. It ships with the fan blade assembly included, reducing the number of separate parts needed during a service call. Typical install scenarios include walk-in coolers, reach-in refrigerators, and display cases where evaporator motors are subject to continuous duty cycles and require periodic replacement to prevent airflow loss and coil icing.

Key Features

• OEM-specification replacement motor maintains original airflow performance
• Includes fan blade assembly — no separate blade sourcing required
• Compact footprint: 9 inches x 9 inches x 7 inches for drop-in fitment
• Lightweight at 1.36 pounds for straightforward handling during service
• Supports consistent evaporator coil cooling to reduce compressor strain

Compatibility

Designed as an OEM-style replacement evaporator fan motor for compatible MAXX COLD commercial refrigeration equipment. Consult equipment documentation or the manufacturer to confirm fitment before installation.

Installation Notes

Installation should be performed by a qualified refrigeration technician or HVAC-R service professional. Disconnect and lock out all electrical power to the unit before removing the existing motor or blade assembly. Verify motor shaft direction and blade pitch match the original configuration before securing the assembly. Follow applicable local codes and manufacturer service guidelines throughout the procedure.