Allpoints 040001251 Water Trough Manitowoc Ice Machines

Product Description

The ALLPOINTS 040001251 is a replacement water trough designed for use in Manitowoc ice machines. The water trough channels and directs water flow across the evaporator or ice-making components, playing a direct role in maintaining consistent freeze cycles and ice production. Weighing 0.8 pounds, this lightweight part is sized at 24 inches in length, 24 inches in width, and 3 inches in height. It is typically installed by refrigeration technicians or commercial kitchen equipment service pros during routine maintenance or failure-related service calls.

This water trough is intended for commercial ice machine applications where the original trough has cracked, warped, or otherwise failed. Ice machine water troughs are a wear item that can degrade over time due to mineral scale buildup, thermal cycling, and continuous water exposure. Replacing a failed trough restores proper water distribution across the evaporator plate, which is critical to achieving full and consistent ice harvests.

Key Features

• Replacement water trough matched to Manitowoc ice machine configurations
• Compact 3-inch profile fits within standard ice machine cabinet dimensions
• 24 x 24 inch footprint provides broad water distribution coverage
• Lightweight at 0.8 pounds for easy handling during service
• Sold as a single unit for direct OEM-style replacement

Compatibility

Designed as an OEM-style replacement water trough for Manitowoc ice machines. Consult the equipment service manual or cross-reference the original part number to confirm fitment before installation.

Installation Notes

Installation should be performed by a qualified refrigeration or commercial kitchen equipment technician. Disconnect power to the ice machine and shut off the water supply before beginning any trough replacement. Flush and inspect the water distribution system for scale or debris buildup while the unit is open. Confirm the replacement trough seats fully and securely before restoring water flow and power.