Climate Chamber 173-516 L, 6000 lx LED, 40-95% RH, 0-65°C, Humidity and Light Control, USB

The Master Science Climate Chamber with Light and Humidity controls the three factors that matter most for living samples and many material tests: light, temperature and humidity. It suits seed germination, seedling growth, insect rearing, microbial culture and ageing tests on wood, herbs or building materials.

A single-sided LED panel gives up to 6000 lux in five steps. Temperature runs from 0 to 65°C without light or 10 to 65°C with light on, and humidity from 40 to 95% RH above 10°C, supplied by a heated water tank with an automatic refill connection. The PID controller stores a 24-segment program, and data is saved to USB as standard. Four sizes run from 173 to 516 litres.

Technical Specifications

Specifications of the Master Science Climate Chamber with Light and Humidity range:

• Brand: Master Science
• Model Number: MSICB-CC180YSWISS,MSICB-CC290YSWISS,MSICB-CC400YSWISS,MSICB-CC520YSWISS
• SKU: MSICB-CC180YSWISS,MSICB-CC290YSWISS,MSICB-CC400YSWISS,MSICB-CC520YSWISS
• Brand: Master Science
• Model: MSICB-CC180YSWISS, MSICB-CC290YSWISS, MSICB-CC400YSWISS, MSICB-CC520YSWISS
• SKU: MSICB-CC180YSWISS, MSICB-CC290YSWISS, MSICB-CC400YSWISS, MSICB-CC520YSWISS
• Capacity: 173 / 288 / 400 / 516 L
• Circulation: Forced convection
• Internal dimensions (W×D×H): 550 × 450 × 700 / 600 × 600 × 800 / 800 × 550 × 910 / 800 × 710 × 910 mm
• External dimensions (W×D×H): 700 × 840 × 1590 / 800 × 990 × 1690 / 1000 × 910 × 1800 / 1000 × 1070 × 1800 mm
• Temperature range: 10-65°C with lighting; 0-65°C without lighting
• Temperature uniformity: ±1°C
• Temperature fluctuation: ±0.5°C
• Temperature control accuracy: ±0.1°C
• Humidity range: 40-95% RH (chamber above 10°C)
• Humidity fluctuation: ±3% RH
• Humidity control accuracy: ±1% RH
• Humidification: Built-in electrically heated water tank
• Illumination: 6000 lx, single-sided LED
• Light control: 5 levels
• Controller: PID, 24-segment program
• Display: LCD
• Shelves: 3
• Test port: Ø35 mm
• Data storage: USB
• Alarms: Over and under temperature; temperature and humidity probe failure
• Chamber: SUS304 stainless steel
• Exterior: Powder-coated cold-rolled steel
• Power supply: 1 phase, 220 V, 50 Hz
• Power consumption: 2000 / 2000 / 3000 / 3000 W
• Net / gross weight: 165/209, 203/256, 218/278, 237/297 kg

Key Benefits

• Light, heat and humidity in one: The Master Science Climate Chamber with Light and Humidity simulates full growing or storage conditions.
• Adjustable lighting: Five LED levels up to 6000 lux suit different plants.
• Long unattended runs: Automatic water refill keeps humidity supplied.
• Recorded results: USB storage logs every test.

If you do not need humidity control, see our LED illumination incubator 173-516 L next to the Master Science Climate Chamber with Light and Humidity.

Product Features

Climate control

• PID temperature control, ±0.1°C
• Humidity 40-95% RH, ±1% RH control
• Fan-driven micro airflow for uniformity

Lighting and humidification

• Single-sided LED panel, 6000 lx
• 5-level light adjustment
• Heated water tank with automatic refill
• Dry-tank heater cut-off

Usability

• 24-segment program
• Power-failure memory
• USB data storage; Ø35 mm test port
• Pull-out shelves; casters; rounded SUS304 chamber

Applications

The Master Science Climate Chamber with Light and Humidity is used for:

• Seed germination and seedling cultivation
• Insect and small animal rearing
• Microbial culture under light
• BOD determination in water monitoring
• Ageing tests of herbs, wood and building materials

Standard Accessories Included

• Climate chamber
• Shelves ×3

Optional Accessories

• Independent external temperature protector
• Micro thermal printer or dot-matrix printer

Growth Study Problems the Master Science Climate Chamber with Light and Humidity Solves

Plant and material tests suffer when light, temperature or humidity drift. The Master Science Climate Chamber with Light and Humidity addresses:

• Uncontrolled humidity: Closed-loop control holds the set RH.
• Inconsistent lighting: LED light is set in fixed, repeatable steps.
• Water running out: Automatic refill and dry-tank protection.
• No experiment record: USB logging stores the data.