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Integrated multi-chamber design with independent control of light and temperature, enables the independent setting of temperature and light intensity across multiple zones within a single unit. Supporting users in conducting comparative experiments with multiple sets of different temperature gradients in parallel. Widely used for environmental simulation experiments in fields such as plant breeding, modern agricultural research, forestry, microbiology, and the life sciences.
Exterior is constructed from welded cold-rolled steel with an electrostatic powder-coated finish for rust resistance
Interior is made of 304 stainless steel, ensuring easy cleaning and corrosion resistance.
High-density polyurethane foam insulation provides excellent thermal performance and an aesthetically pleasing appearance.
Stainless steel shelves are included, featuring adjustable heights and removable designs.
7-inch color LCD touchscreen features password-protected screen locking and three-level access control; it displays parameters such as multi-stage temperature control and light intensity.
Operating modes include programmable control, fixed-value control, and delayed start; program names can be customized in the programmable mode.
Day and night cycles can be synchronized with local time settings.
Touchscreen interface automatically generates historical curves and data logs; data is traceable and can be exported via a USB port.
Controller includes a fault alarm function, allowing users to view specific error details with a single tap.
400–780nm full-spectrum cold-light LED plant growth lamps; the light arrays are mounted on aluminum alloy heat-dissipating brackets to effectively extend service life.
LED modules feature fully transparent protective covers and a snap-in mounting design for quick and easy replacement.
Light control allows for direct input of desired light intensity as well as percentage-based adjustment.
Refrigeration system utilizes an imported compressor unit and eco-friendly refrigerant, with all-copper heat exchangers.
Heating system employs PID control with a finned stainless steel heater.
Air circulation system combines low-noise axial fans with a specially designed airflow duct to ensure gentle airflow and uniform internal temperature.
Temperature and lighting can be controlled independently across multiple zones.
Natural fresh-air exchange function ensures air quality inside the chamber.
Mechanical door lock to ensure sample security.
Model | ICB-2S200L | ICB-3S200L | ICB-4S186L |
Capacity (L) | 200×2 | 200×3 | 186×4 |
Circulation Mode | Forced air circulation | ||
Internal Size (W×D×H)(mm) | (660×660×460)×2 | (660×550×550)×3 | (612×660×462)×4 |
Shelves (pcs) | 2 | 3 | 4 |
Display | 7-inch LCD touch screen | ||
Temperature Range | With Light: 5–50 °C, without Light: 0–50 °C | ||
Temperature Resolution | 0.1 °C | ||
Temperature Fluctuation | ±1 ℃ (Tested at no load, ambient temperature 20°C, 50% RH humidity) | ||
Temperature Uniformity | ±1 ℃ (Tested at no load, ambient temperature 20°C, 50% RH humidity) | ||
Illuminance | 30000 Lux (Top lighting) | ||
Illumination Control | Stepless dimming | ||
Timer | 5 programs × 100 segments, 0-9999 min per segment | ||
Refrigerant | R134a | ||
Power Supply | AC 220/110V, 50/60Hz | ||
Consumption (W) | 1200×2 | 950×3 | 950×4 |
External Size (W×D×H)(mm) | 760×800×1880 | 1160×790×2000 | 1420×800×1880 |
Shipping Size (W×D×H)(mm) | 870×880×1930 | 1270×880×2150 | 1460×890×2010 |
G.W (kg) | 211 | 315 | 425 |
Optional Accessory | Internal power socket, UV lamp, built-in micro printer, 50 mm test hole | ||
Ambient Temperature | 5–35 ℃ | ||