Fluorescence Spectrophotometer, 1nm /2nm /5nm /10nm /20nm, ± 0.4nm
Aluminum Die Casting Electrical Motor Parts are a metal forming process in which molten aluminum metal is put under pressure and injected into a die. Aluminum weighs 1/3 of a comparable steel part. The Aluminum Parts would cost less to ship due to the weight and spend less expense than other manufacturing processes.
Aluminum Die Casting Electrical Motor Parts are lightweight alloys that have good corrosion resistance, mechanical properties, high thermal and electrical conductivity and strength at high temperatures. Aluminum alloys possess high dimensional stability for complex shapes and thin walls.
Aluminum Die Casting Electrical Motor Parts are efficient and economical and offers a wide range of durable shapes and components. Little or no machining is required after a part is die casted, because the process provides very close tolerances for even complex shapes. Aluminum Die Castings can also be easily plated or finished. Aluminum Die Casting Electrical Motor Parts are dimensionally stable and heat resistant.
We have professionally produced Aluminum Die Casting Electrical Motor Parts nearly 7 years. The parts have a great property of high quality, high precision, reasonable competetive price. our products are very popular.
Aluminum Die Casting Electrical Motor Parts Castings of Electrical Motor Parts, Aluminum Die Casting of Electric Motor Parts, Die Casting Components, Aluminum Casting of Electrical Motor NINGBO ZHENHAI BOLANG METAL PRODUCT FACTORY , https://www.bldiecasting.com
Specifications:
Model
SP-F98
Detection sensitivity (water Raman peak signal noise ratio)
 S/N ≥250 (P-P) or 800(RMS)
Excitation wavelength Bandwidth
1nm/2nm/5nm/10nm/20nm
Emission wavelength Bandwidth
1nm/2nm/5nm/10nm/20nm
Minimum sample volume
0.5ml(using 10mm sample pool)
Wavelength accuracy
±0.4nm
Wavelength repeatability
≤0.2nm
Light source
150W automatic deodorizing xenon lamp (Hamamatsu, Japan)
Optical system
Double-grating monochromator automatic wavelength scanning with optical excitation double beam ratio monitoring
Fluorescence Receiver
Original photomultiplier (Hamamatsu, Japan)
Excitation wavelength range
 200nm~900nm
Emission wavelength range
 200nm~900nm
Wavelength scanning speed
 10 positions, fastest 60000nm/min
Measurement line
≥0.995
Gain adjustment range
 1~17 position optional
Integral Response time
 7 position options: 8s ~ 20ms
Data output
 Microsoft (R) Excel format, bmp image format
Data transmission
 USB2.0 Interface
Light value range
 -9999~9999
Peak intensity Repeatability
 ≤1.5%
Power source
 220V / 50Hz, 110V / 60Hz
Standard energy consumption
 200W
Dimensions (mm)
 610mm×460mm×365mm
Weight
 21kg
Â
Specifications:
Model
SP-F98
Detection sensitivity (water Raman peak signal noise ratio)
 S/N ≥250 (P-P) or 800(RMS)
Excitation wavelength Bandwidth
1nm/2nm/5nm/10nm/20nm
Emission wavelength Bandwidth
1nm/2nm/5nm/10nm/20nm
Minimum sample volume
0.5ml(using 10mm sample pool)
Wavelength accuracy
±0.4nm
Wavelength repeatability
≤0.2nm
Light source
150W automatic deodorizing xenon lamp (Hamamatsu, Japan)
Optical system
Double-grating monochromator automatic wavelength scanning with optical excitation double beam ratio monitoring
Fluorescence Receiver
Original photomultiplier (Hamamatsu, Japan)
Excitation wavelength range
 200nm~900nm
Emission wavelength range
 200nm~900nm
Wavelength scanning speed
 10 positions, fastest 60000nm/min
Measurement line
≥0.995
Gain adjustment range
 1~17 position optional
Integral Response time
 7 position options: 8s ~ 20ms
Data output
 Microsoft (R) Excel format, bmp image format
Data transmission
 USB2.0 Interface
Light value range
 -9999~9999
Peak intensity Repeatability
 ≤1.5%
Power source
 220V / 50Hz, 110V / 60Hz
Standard energy consumption
 200W
Dimensions (mm)
 610mm×460mm×365mm
Weight
 21kg
Â