Specifications - GE SimpliNano Original Instructions Manual

3.5. Specifications

Specification SimpliNano NanoVue Plus Ultrospec
Wavelength
190–1100 nm 200–1100 nm
Range
Light Source
Xenon Xenon
Bandwidth 5 nm 5 nm
0 to 125 A
Absorbance
(10 mm
-0.3 to 50A
Range (A) pathlength
equivalence)
0.5 mm,
Pathlength 0.5 mm
0.2 mm
± 2 nm across ± 2 nm across
range, range,
Wavelength
± 1 nm from ± 1 nm from
Accuracy
240 nm to 240 nm to
330nm 330nm
+/- 1% at
+/- 1% at
Absorbance
259 nm at 259 nm at
Accuracy
0.7–0.8 A using 0.7–0.8 A
uraci
using uraci
Full specification and operating instructions are contained within the relevant user manual.
3.6. Manufacturing information
Requirement
Name and address of manufacturer
Name and ID notified body
Place and date of declaration
NanoVue Plus Family
Ultrospec 10, 2100Family
Ultrospec 7000, 8000, 9000 Family
Identity of person authorized to sign DoC
Full specification and operating instructions are contained within the relevant user manual.
29-0047-78 AC 04-2014
Ultrospec Ultrospec Ultrospec
9000 8000 7000
190–1100 nm
Deuterium/Tungsten Xenon
0.5 nm,
1.0 nm,
1.0 nm 2.0 nm
2 nm,
4 nm
-4 A to 4 A -3 A to 3 A
1 mm to 100 mm
± 0.3 nm ± 0.5 nm
± 0.002 A at 0.5 A
± 0.004 A at 1 A within 0.5% of
± 0.006 A at 2 A Absorbance
at 440 nm, 465 nm, 546.1 nm, value to 3.000 A
590 nm, 635 nm at 546 nm
± 0.005 A using 60 mg/l K2Cr2O7
Content
Biochrom Ltd, 22 Cambridge Science
Park, Milton Road, Cambridge,
CB4 0FJ, UK
dB Technologies (Cambridge) Ltd. FCC
reg. no 90528
Cambridge, September 2013
GeneQuant Family Cambridge, September 2013
Novaspec Family Cambridge, September 2013
Cambridge, September 2013
Cambridge, September 2013
SimpliNano Family Cambridge October 2013
Howie Pether, Managing Director
GeneQuant GeneQuant
2100 1300 100
190–110 190–900 nm 190–900 nm
Xenon Xenon
< 3 nm 5 nm
-0.3 A to 2.5 A
± 1 nm ± 2 nm
± 0.005 Abs or 1% of the
reading, whichever is the
greater at 546 nm
13
Novaspec Novaspec III Novaspec 10
Plus
330–800 nm 600 nm dedicated
Tungsten 600 nm LED
< 7 nm 40 nm
- 0.3 A to 1.99 A
10 mm
± 2 nm N/A
± 2.0% or ± 0.010 A to <± 0.05 A at 1
1.000A at 546nm, whichever A using Neutral
is the greater Density Filters