Electronic Ballast Ultraviolet Crosslinkers

Electronic Ballast Ultraviolet Crosslinkers

Electronic Ballast Ultraviolet Crosslinkers

Item# Description U.S. List Price Quantity
68-1066 UV Crosslinker, Electronic Ballast, Large, 254 nm * Note: Special 300 nm and 365 nm wavelength versions are also available. Please contact Harvard Apparatus for further details.
68-1064 UV Crosslinker, Electronic Ballast, Small, 254 nm * Note: Special 300 nm and 365 nm wavelength versions are also available. Please contact Harvard Apparatus for further details.
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• Microprocessor controlled
• Large LED display
• Cycle complete beeper
• Small bench footprint
• Door-mounted viewing window
• Fully programmable
• Touchpad membrane switch
• Photo-feedback sensor
• Two convenient sizes
• Laydown front door
• Four selectable modes:
- Auto optimal crosslink preset at 120,000 microjoules
- Adjustable energy programming from 0 to 999,900 microjoules
- Auto time preset at 5 minutes
- Adjustable time programming from 0 to 999.9 minutes
• More accurate energy measurements
• Patented electronic ballasting
• Exclusive real-time intensity monitoring function
• Increased lamp intensity for shorter crosslinking times
• Higher ballast efficiency for longer lamp life and lower power consumption
• Sliding/removable sample tray
• 100V, 115V and 230V universal power input
• 2 year Limited Warranty
Proper UV crosslinking shows enhanced transfer to DNA or RNA
membrane when receiving an optimal dose of UV energy. All these crosslinkers are designed to optimize UV energy, while ensuring DNA/RNA membranes are consistently crosslinked. By use of an internal photo-feedback system with the microprocessor control, researchers have control over UV energy level, exposure time and intensity. Additionally, this control system automatically adjusts to variations in UV intensity that occur as UV source ages, insuring consistent crosslinking.
Electronic Ballast UV Crosslinkers
These Crosslinkers crosslink DNA or RNA to nitrocellulose, nylon or nylon-reinforced transfer membranes. Studies show ultraviolet energy can be used as an alternative to oven baking for the crosslinking process. UV energy completes the process in seconds compared to hours. These units utilize the patented electronic ballast for increased intensity, accuracy and shorter crosslinking time. All Crosslinkers operate at 100V, 115V or 230V in one unit via universal power supply.
Specifications68-106668-1064
CertificationsCECE
Chamber Dimensions, H x W x D English6 x 19 x 14.5 in6 x 10 x 12 in
Chamber Dimensions, H x W x D Metric15 x 48 x 37 cm15 x 25 x 30 cm
Dimensions, H x W x D English11.75 x 21.5 x 16.5 in10.5 x 12.5 x 13.5 in
Dimensions, H x W x D Metric30 x 55 x 42 cm27 x 32 x 34 cm
Power Requirement100V, 115V or 230 V100V, 115V or 230 V
SizeLargeSmall
Wavelength Metric254 nm254 nm
Weight English35 lbs23 lbs
Weight Metric15.9 kg10.4 kg