Overview: The document provides detailed specifications and features of the TOMY KITMAN-T24 high-speed refrigerated micro centrifuge, designed for biological research laboratories. It highlights the centrifuge's compact design, advanced functionalities, and energy efficiency.
Specifications:- Model: KITMAN-T24
- Maximum Speed: 13,500 rpm
- Maximum RCF: 17,730 G
- Maximum Capacity: 2mℓ x 24
- Drive Motor: Induction motor
- Temperature Setting Range: -9 to 35℃ (1℃ increments)
- Speed Setting Range: 0 rpm or 300 to 13,500 rpm (in 100 rpm increments)
- Time Setting: 10 to 50 seconds (in 10-second increments), 1 to 99 minutes (in 1-minute increments)
- Safety Devices: Lid interlock, abnormal speed detector, imbalance detector, motor over-current detector, over-current circuit breaker, chamber temperature detector
- Refrigerant: HFC-134a (135g)
- Power Input: AC120V, 60Hz; AC220V, 50/60Hz; AC230V, 50Hz; AC240V, 50Hz
- Power Consumption: 400W (344 kcal/h)
- Dimensions: 290 x 515 x 295 mm
- Net Weight: 37 kg
Key Features:- W-Memory Program: Allows continuous operation by coupling two memories in series, supporting various protocols for DNA/RNA extraction and purification.
- Multi-Memory Function: Stores up to 6 sets of operating conditions for quick recall.
- Easy-To-See LED Display: Displays set temperature, speed, and time clearly.
- Convenient Function Keys: Allows easy modification of settings.
- FLASH Function: Provides quick run modes for momentary spins.
- Power Saving Mode: Activates after a set idle time, reducing energy consumption.
- PRE-TEMP Function: Quickly reaches set temperature, optimizing for temperature-sensitive samples.
Program Operations: The centrifuge supports various program operations with examples provided for RNA and DNA extraction and purification. It includes features like program indicator lamps, acceleration/deceleration characteristics, and buzzer settings.
Additional Information: The document includes contact details for sales offices in Japan and the USA, warranty information, and notes on the potential for specification changes.
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