Hoshizaki KM-1340M
Slim-Line Modular Cuber Ice Machine
The Hoshizaki line of ice cuber machines feature an exclusive stainless steel evaporator. The evaporator design freezes the purest water, resulting in crystal clear crescent cubes. With no plating to peel or flake off and no plastic to crack with our evaporator, Hoshizaki offers the simplest icemaking system in the industry which means dependability, longer machine life, and energy savings for you. All KM Cubers feature the CycleSaver® design and the EverCheck® control board.
Features
- Up to 1401 lbs. of ice production per 24 hours
- Durable stainless steel exterior
- CycleSaver® design
- EverCheck® alert system
- Individual crescent cube eliminates splashing and displacement is excellent
- Stainless steel evaporator
- Removable air filters (Air-cooled model only)
- R-404A refrigerant
- Complies with California Energy Commission guidelines (CEC)
- Specifications Sheet
| Equipment Dimensions | ||
| Width | Height | Depth |
| 30" | 41 1/2" | 27 3/8" |
Electrical
Refrigerant |
Warranty Warranty valid in United States, Canada, Puerto Rico, & U.S. Territories |
Production Volumes
| KM-1340MAH Air-Cooled Up to 1325 lbs. of ice production per 24 hours | ||||
| Water Temp °F | 50° | 70° | 90° | |
| 70° | 1325 | 1278 | 1200 | |
| 80° | 1289 | 1218 | 1130 | |
| 90° | 1278 | 1167** | 1081 | |
| KM-1340MRH Remote Air-Cooled Up to 1401 lbs. of ice production per 24 hours | ||||
| Water Temp °F | 50° | 70° | 90° | |
|
70° | 1401 | 1357 | 1274 |
| 80° | 1367 | 1299 | 1204 | |
| 90° | 1357 | 1251** | 1159 | |
| KM-1340MWH Water-Cooled Up to 1382 lbs. of ice production per 24 hours | ||||
| Water Temp °F | 50° | 70° | 90° | |
|
70° | 1382 | 1366 | 1284 |
| 80° | 1370 | 1344 | 1230 | |
| 90° | 1366 | 1327** | 1224 | |
**ARI Rated Capacity: ARI standards establish rating criteria and procedures for measuring and certifying product performance. Standards are developed by individual ARI product sections and other interested parties who wish to participate, then approved by the General Standards Committee at ARI. For more information, please visit www.ari.org.






