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Overview
-25℃ Upright Deep Freezer ZUDF-A10 features a microprocessor-driven system with a wide adjustable range (-10℃ to -25℃). It also features a bright LED display for real-time monitoring. The freezer is equipped with multiple alarms (high/low temp, power failure, sensor failure) and password-protected settings to prevent unauthorized adjustments. This is designed for high-capacity sample storage in compact lab spaces, ensuring precise temperature control, rapid cooling, and superior energy efficiency. Our ZUDF-A10 is perfect for industrial quality control and chemical storage in space-constrained environments.
Specifications:
| Cooling Range | -10°C to -25°C (adjustable) |
|---|---|
| Capacity | 260 liters |
| Refrigerant | HC (R600a) – Eco-friendly |
| Defrost Mode | Manual |
| Shelves | 5 adjustable shelves (included) |
| Display | Large LED temperature display |
| Alarms | High/low temp, power failure, sensor failure, door ajar (audible + visual) |
| Safety Features | Password lock, over-temperature protection, backup battery alert |
| Interior Material | Aluminum powder-coated (white) |
| Exterior Material | PCM (pre-coated metal, white) |
| Door Lock | Yes (key-lockable) |
| Power Consumption | 145W |
| Power Supply | 220V, 50Hz |
| Exterior Dimensions | 1525 × 600 × 650 mm |
| Interior Dimension | 1290 × 500 × 450 mm |
| Net Weight | 61 kg |
| Gross Weight | 67 kg |
Features
Dual alert modes: Audible buzzer + visual (LED flashing)
Prevents unauthorized parameter changes
Backup battery alarm
Over-temperature protection
Aluminum powder-coated (white), rust-resistant
Applications
Our -25℃ Upright Deep Freezer ZUDF-A10 is ideal for medical, pharmaceutical, and research laboratories requiring reliable ultra-low temperature storage. It securely preserves sensitive materials like vaccines, blood samples, enzymes, and biological specimens, ensuring stability with precise temperature control. Its compact yet high-capacity design also makes it perfect for industrial quality control and chemical storage in space-constrained environments.
