| Model | A700P_A |
| Dimensions | 330x180x700mm |
| Input voltage | AC 100V~230V |
| Rated current | 1.8A |
| Power consumption | 396W |
| Cooling capacity | 700W(L35 L35) |
| Heating capacity(optional function) | 500W |
| Ambient temperature | -20℃~55℃ |
| Compressor | Hitachi |
| Refrigerant | R134a |
| Protection level | IPX2 |
| Net weight | 23kgs |
Application:indoor electrical enclosure,electrical control cabinet,machine tools,etc.
The A700P‑A is a high‑performance industrial cabinet air conditioner specially designed for thermal management of indoor electrical enclosures, electrical control cabinets, machine tools and other heat‑generating equipment. It delivers reliable temperature control to prevent overheating‑related failures and extend the service life of your valuable electronic components.
With compact outer dimensions of 330×180×700 mm, this unit saves valuable cabinet installation space while offering powerful cooling capacity of 700W (tested under L35 L35 working condition). Its power consumption is 396W, with a rated working current of 1.8A. Wide‑range input voltage AC 100V‑230V makes it adaptable to most global power supply environments.
An optional 500 W heating function is available, enabling dual cooling‑heating temperature regulation for scenarios that require low‑temperature anti‑condensation protection. Equipped with a Hitachi compressor and R134a refrigerant, the air conditioner features stable operation and excellent cooling efficiency. It can work continuously in a harsh ambient temperature range from ‑20℃ to 55℃.
The unit reaches an IPX2 protection grade to resist water splashes from daily industrial environments. At a net weight of 23 kgs, it balances structural sturdiness and convenient installation. Built‑in reliable protection mechanisms greatly reduce unexpected shutdown risks.
Whether you need constant‑temperature cooling for automation equipment, PLC control cabinets or industrial machine tools, the A700P‑A cabinet air‑conditioner is your cost‑effective, durable thermal‑control solution.
