Inverter Compressor Glass Door Minibar

Otelsan Inverter Compressor Glass Door Minibar – Ultra Silent Operation, Smart Cooling and High Energy Efficiency

The Otelsan Inverter Compressor Glass Door Minibar is a premium refrigeration solution developed to meet the modern requirements of the hospitality and professional accommodation industry. Featuring inverter compressor technology, ultra-silent operation, low energy consumption, and an elegant transparent glass door design, this minibar is an ideal choice for hotels, boutique hotels, hospitals, dormitories, offices, and corporate projects.

Silent and Stable Cooling with Inverter Compressor Technology

The Otelsan inverter compressor glass door minibar utilizes an advanced inverter cooling system that automatically adjusts motor speed according to cooling demand. This technology ensures highly stable and consistent cooling performance between +2°C and +4°C, while significantly reducing vibration and noise compared to conventional compressor systems.

By preventing frequent start-stop cycles, inverter technology delivers lower energy consumption, quieter operation, and extended product lifespan, making it perfectly suited for hotel rooms and other noise-sensitive environments.

Glass Door Design for Premium Display and Convenience

The glass door construction allows clear visibility of stored products, enhancing user convenience while providing a premium display effect. Guests can easily view contents without opening the door, helping to maintain internal temperature stability and improve overall energy efficiency. The sleek glass door also adds a modern and elegant aesthetic to hotel rooms and professional interiors.

Low Energy Consumption – Maximum Cost Efficiency

With an annual energy consumption of only 35.77 kWh, the Otelsan inverter compressor glass door minibar stands out as one of the most energy-efficient solutions in its category. The 68 W power rating delivers powerful and continuous cooling while keeping electricity usage to a minimum—offering significant operational cost savings for facilities using multiple minibars.

Ultra-Silent Operation for Superior Guest Comfort

Thanks to inverter compressor technology, operating noise and vibration are reduced to extremely low levels. This ensures a peaceful environment even during nighttime use, significantly enhancing guest comfort in hospitality spaces.

Functional Interior with LED Lighting

The minibar is equipped with energy-efficient LED interior lighting, which works perfectly with the glass door to provide clear and attractive product visibility. Long-lasting LED technology combines low power consumption with modern visual appeal.

Manual Defrost System and Thermostat Control

This model features a manual defrost system and does not include automatic defrost. Manual defrost is preferred in controlled, low-humidity environments where precise temperature management is required.

• Adjustable thermostat control allows accurate temperature settings for different products

• Reversible door design enables flexible installation according to room layout and furniture configuration

Technical Specifications – Otelsan Inverter Compressor Glass Door Minibar

• Gross Capacity: 39 Liters

• Product Dimensions (H × W × D): 565 × 435 × 460 mm

• Annual Energy Consumption: 35.77 kWh

• Storage Temperature Range: +2°C to +4°C

• Net Weight: 16.3 kg

• Power Consumption: 68 W

• LED Interior Light: Yes

• Automatic Defrost: No

• Reversible Door: Yes

• Thermostat Control: Yes

Applications

• Hotels and boutique hotels

• Serviced apartments and residential projects

• Hospitals and healthcare facilities

• Student dormitories

• Offices and executive rooms

Why Choose the Otelsan Inverter Compressor Glass Door Minibar?

• Advanced inverter compressor technology

• Ultra-silent operation

• Low energy consumption

• Elegant glass door design for premium display

• Durable and long-lasting construction

• Designed for professional and corporate use

The Otelsan Inverter Compressor Glass Door Minibar enhances guest satisfaction while reducing energy costs, delivering reliable performance and refined aesthetics for modern hospitality projects.