Carrier 2 Ton Split Air Conditioner – Model 24CS048

Key Features

• Nano-G Air Purifying System for cleaner, healthier indoor air

• Cooling Capacity: 24,000 BTU/h (2 Ton)

• Carrier Advanced Technology for superior performance

• Super Energy Saving Mode to reduce electricity consumption

• Dual Sensor with Temperature Wave for precise cooling

Technical Specifications

• Model Number (International): 24CS048

• Air Conditioner Type: Cooling

• Heating Capacity: N/A

• Cooling Capacity: 24,000 BTU/h

• Power Supply / Voltage / Phase: 220V

• Input Power Consumption: 2,150 W

• Country of Origin: USA (Manufactured in Malaysia)

• Cooling Mode: Yes

• Refrigerant Type: R-22

• Refrigerant Amount: 2 kg

• Noise Level: Indoor: ≤ 37 dB, Outdoor: ≤ 45 dB

• Total Weight: Indoor: 16 kg, Outdoor: 55 kg

• Packing Dimensions (L × W × H): Indoor: 290 × 1,070 × 240 mm, Outdoor: 695 × 875 × 320 mm

• Random Auto Restart (32 Patterns): Yes

Description

The Carrier 2 Ton Split Air Conditioner 24CS048 combines cutting-edge technology with efficient cooling to deliver superior comfort for your home or office. Designed with Carrier’s Nano-G Air Purifying System, it ensures cleaner, healthier air while maintaining optimal cooling performance.

With a powerful 24,000 BTU/h capacity, this AC is ideal for large rooms, and the Super Energy Saving Mode helps reduce electricity bills without compromising on comfort. The dual sensor with temperature wave feature maintains precise room temperature for consistent cooling.

Manufactured in Malaysia and designed by Carrier, USA—a trusted name in air conditioning since 1915—this model guarantees durability, reliability, and performance. It is perfectly suited for the climate in Bangladesh, even under fluctuating electricity conditions.

Additional Benefits:

• Home Delivery & Cash on Delivery available

• Payment options include Visa, MasterCard & American Express

Experience trust, comfort, and efficiency with the Carrier 2 Ton Split Air Conditioner 24CS048—one of Carrier’s most reliable and high-performing models.