BTX™ ECM™ 630 Exponential Decay Wave Electroporation System Complete, with Safety Stand
ECM™ 630 Exponential Decay Wave Electroporator is ideal for efficient transformation of bacteria, yeast and other microorganisms.
Additional Details:
Weight:
9.79000kg
Disclaimers:
Intended for Research use only. Not for use in diagnostic or clinical procedures.
Specification
For Use With (Application) | Transformation of Bacteria, Yeast, Microorganisms, Transfection of Some Mammalian Cell Types |
---|---|
For Use With (Equipment) | Cuvette Safety Dome, Cuvette Safety Stand, HT-100 High-Throughput Electroporation Plate Handler, HT-200 Automatic High-Throughput Electroporation Plate Handler |
Frequency | 50/60 Hz |
Product Line | BTX Electroporation |
Product Type | Electroporator |
Voltage | 5 to 3000 V |
Voltage Range (HV Mode) | 505 to 3000 V (in 5 V steps) |
Voltage Range (LV Mode) | 5 to 500 V (in 1 V steps) |
Description | ECM 630 Electroporation System Complete, with Safety Stand |
Display | Color Touchscreen |
Certifications/Compliance | CE Marking, ETL Marking (UL, CSA), CB Scheme, EU RoHS, WEEE |
Depth (English) | 13 in. |
Depth (Metric) | 33 cm |
Height (English) | 8.5 in. |
Field Type | Positive and Negative |
Height (Metric) | 21.6 cm |
Includes | Generator, Stand, and Cuvettes with Rack |
Operating Temperature (English) | 40°F to 104°F |
Pulse Number Range | 1 to 2 Pulses/Sample |
Pulse Length Range | Exponential Decay Wave Time constant 0.5 msec. to 133.875 msec. |
Operating Temperature (Metric) | 4°C to 40°C |
Relative Humidity | 80% max. when operating at 25°C |
Wattage | 35 W (idle), 350 W (pulsing) |
Weight (English) | 16 lb. |
Weight (Metric) | 7.3 kg |
Width (English) | 11.25 in. |
Width (Metric) | 28.6 cm |
Electrical Requirements | 100 to 240 VAC |
Sterility | Non-sterile |
Capacitance (HV Mode) | 10, 25, 35, 50, 60, 75, 85 μF |
Capacitance (LV Mode) | 25 to 3275 μF (in 25 μF steps) |
Connection Type | Banana Cables |
Charging Time | <7 sec. (LV), <4 sec. (HV) |
Interface | Touch Screen Display, Footswitch |
Pulse Form | Exponential Decay Wave |
High-throughput Compatibility | Yes |