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BOSCH BMS500AAM0181CSXRC Climate 5000 1.5 Ton Variable-Stage Ductless Mini-Split Heat Pump - R-410A, 2 Zones, 208/230V, 1 ph, 19.0-22.9 SEER2, 9.8-10.5 HSPF2
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BOSCH BMS500AAM0181CSXRC Climate 5000 1.5 Ton Variable-Stage Ductless Mini-Split Heat Pump - R-410A, 2 Zones, 208/230V, 1 ph, 19.0-22.9 SEER2, 9.8-10.5 HSPF2
Manufacturer: Robert Bosch
Brand: BOSCH
Part #: 306747
MPN: BMS500AAM0181CSXRC
CPN:
| BTU Cooling Rating (Custom) | : | 18,000 BTU/h |
| BTU Cooling Rating | : | 18,000 BTU/h |
| BTU Heating Rating (Custom) | : | 18,000 BTU/h |
| BTU Heating Rating | : | 19,000 BTU/h |
| Compressor Type | : | Rotary |
| Depth | : | 13.5 in |
| EER2 (Custom) | : | 12.0~13.0 |
| EER2 | : | 12.0-13.9 |
| ENERGY STAR Certified | : | Yes |
| HSPF2 (Custom) | : | 9.0~10.0 |
| HSPF2 | : | 9.8-10.5 |
| Height | : | 26.5 in |
| Liquid Line Size | : | 1/4 in |
| Max Breaker Size | : | 25 A |
| Model Number | : | BMS500 |
| Number of Stages | : | Variable-Stage |
| Number of Zones | : | 2 |
| Packaged Depth | : | 35 in |
| Packaged Height | : | 26.5 in |
| Packaged Width | : | 13.5 in |
| Phase | : | 1 ph |
| Product Family | : | Climate 5000 |
| Product Type | : | Heat Pump |
| Product Weight | : | 138.23 lbs |
| Refrigerant Type | : | R-410A |
| SEER2 (Custom) | : | 19.0~20.0~21.0~22.0 |
| SEER2 | : | 19.0-22.9 |
| Shipping Weight | : | 149.03 lbs |
| Sound Level | : | 58.5 dB(A) |
| Suction Line Size | : | 3/8 in |
| Tonnage (Custom) | : | 1.5 Ton |
| Tonnage | : | 1.5 Ton |
| Voltage Rating | : | 208/230 V |
| Width | : | 35 in |
The Bosch Climate 5000 outdoor unit is a high-efficiency, multi-zone heat pump designed to provide heating and cooling for up to two separate indoor zones. It offers dependable, year-round comfort, making it a versatile solution for a variety of residential applications.Engineered for superior performance in a wide range of climates, this unit operates effectively in extremely low ambient temperatures. With its variable-stage rotary compressor, it delivers precise temperature control while maintaining high efficiency levels to minimize energy consumption.
