Bio-Rad Mini-Sub Cell GT Electrophoresis System
System consists of: Bio-Rad Mini-Sub Cell GT Electrophoresis Cell Bio-Rad PowerPac HV High-Voltage P (more)ower Supply Mini-Sub Cell GT: Bio-Rad offers a range of mini horizontal electrophoresis chambers to resolve DNA fragments on either handcast agarose gels or ReadyAgarose precast gels. These cells include a buffer tank, safety lid with cables, and leveling bubble. Fast and flexible, the Mini-Sub cell GT cell is our most popular classroom gel box. The Mini-Sub cell GT cell holds either a 7 x 7 cm or a 7 x 10 cm gel tray. A 10 cm agarose gel poured with two 8-well combs easily accommodates two student teams at a time. At 100 V, this cell resolves DNA fragments from 20–20,000 base pairs in just under 30 min. Cell size (WxLxH): 120 x 260 x 65 mm Gel tray sizes (OD) (WxL): 70 x 70 mm ReadyAgarose gels accommodated: Yes, mini format Sample throughput: 8–30 Base buffer volume: ~270 ml Buffer recirculation: No Bromophenol blue migration: 4.5 cm/hr (at 75 V) PowerPac HV: Output (programmable): Voltage 20–5,000 V, Current 0.01–500 mA, Power 1–400 W Type of output: Constant voltage, constant current, constant power, or constant temperature (with automatic crossover) Timer control: 1 min–99 hr 59 min, fully adjustable Volt-hour control: Yes, 99,999 V-hr Pause/resume function: Yes Display functions: 128 x 64 pixel, yellow-green backlit graphics LCD Programmable methods: Stores up to 9 basic and 9 IEF methods, each with up to 9 steps Real-time editing: Yes Real-time clock: Yes Automatic recovery after power failure: Yes, user-selectable; setup values maintained Data transfer/archiving: Yes Temperature control: Yes, via temperature probe (not included); 30–90°C ±2°C Microampere readout and control: Yes Safety features: No-load detection, sudden load change detection, ground leak detection, overload/short circuit protection, overvoltage protection Number of output jacks: 4 sets in parallel Dimensions (WxLxH): 75 x 340 x 100 mm Weight: 2.85 kg
€599.00 ex VAT
Netherlands
electrophoresis