Toshiba’s DI series air conditioners combine remarkable energy efficiency and performance in a compact body, making it well-suited for shops and small offices.
DI features state-of-the-art vector-controlled inverter and DC twin rotary technologies, flexible heating and cooling temperature control, and easy installation to bring natural comfort and convenience to any business environment.
FEATURES
SMALL COMPACT SIZE CHASSIS
Reduces installation spaces and enables a more efficient use of the site. Easy to install the outdoor units on a double-decked and easy to install on a wall.
![[Image] SMALL COMPACT SIZE CHASSIS](https://www.toshiba-carrier.co.jp/global/products/light-commercial/di/image/features_01.jpg)
REMARKABLE ENERGY EFFICIENCY
Industry's top-class energy-saving (Max. 10% up)
![[Image] REMARKABLE ENERGY EFFICIENCY](https://www.toshiba-carrier.co.jp/global/products/light-commercial/di/image/features_02.jpg)
WIDE-UTILITY FUNCTION
Heater operation is possible starting from an outdoor temperature of -15?C, while cooling operation is possible at -15?C and up to 46 outdoor temperature. This enables wider applications and use of the system in colder regions.
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OUTDOOR UNITS
1.0, 1.5, 2.0, 3.0HP
4.0, 5.0HP
6.0HP
8.0, 10.0HP
INDOOR UNITS
4-way cassette
Ceiling
Concealed duct high static pressure
High wall
High wall
New Compact 4-way cassette
Slim duct
Standard duct
SERVICES
PT Berca Carrier Indonesia Service Department is a team with professionally trained, highly skilled and experienced technicians who is committed to support you with all your air conditioning needs, including the offering of genuine parts that allow your air conditioning systems to operate at their most optimum level of performance.
Learn More
SERVICES
PT Berca Carrier Indonesia Service Department is a team with professionally trained, highly skilled and experienced technicians who is committed to support you with all your air conditioning needs, including the offering of genuine parts that allow your air conditioning systems to operate at their most optimum level of performance.
Learn More