The DS-2000LED-UV is a battery-powered hand-held UV LED stroboscope and has been especially developed for inspecting UV ink on labels, security tags, watermarks and many others.
The DS-2000LED-UV has a superior light output, which is ensured by 7 state-of-the-art UV LEDs mounted in a precision-machined aluminum housing. Furthermore these long lasting, very bright LEDs won’t require replacement and thus make this UV stroboscope a perfect choice for harsh printing environments.
Powered by 3 AA batteries, the DS-2000LED-UV can operate even at the highest flash rates for up to six hours. An easy-to-use interface allows the operator to quickly adjust the flash speed.
A high-impact plastic housing with rubber sleeve provides additional protection as well as improved grip.
The DS-2000LED-UV Strobe is supplied in a foam-fitted carrying case with 2 sets of 3x-AA batteries (6 batteries in total), Traceable Calibration Certificate and Operating Instruction Manual.
|UV Wavelength||380-390 Nanometers|
|Frequency Range||30 - 300,000 FPM (0.5 - 5000 Hz)|
|Flash Duration||Adjustable (1 - 8522 μs)|
|Accuracy||± 0.02% ± 500ns|
|Resolution||± 0.1 FPM (30 - 999) ± 1 FPM 1000+|
|UV Light Spectrum||380…390 nm|
|Protection Class||IP65 (Protection from Dust and Water Jets)|
|Display||LCD, multiple lines|
|Certification||CE (as per EU norms)|
|Power Supply||3x AA size batteries or 3x NiMH rechargeable batteries|
|Housing Material||Aluminum / ABS Heavy duty design|
|Dimensions||191 x 82 x 60 mm|
|Weight Approx||400g (including batteries)|
|Temperature Range||0° - 45° C|
|Battery Life||NiMH: approx 11h at 6.000 FPM |
Disposable: approx 6h at 6.000 FPM
|Default Settings||FPM 1000, Hz 16.6, PULSE µs 333, PULSE deg 2°, DELAY ms 0.0, PHASE deg 0°, DIVIDER 1, OPTION 0|
|Trigger Input||3 - 32 V, NPN + PNP |
Low Level: < 1 V
Principle: Optocoupler, voltage-free
|Trigger Output||Level: max. NPR, max 32V |
Pulse Length: Adjustable
Maximum current: 50mA
Reverse voltage protection: Yes
Principle: Short-circuit and overvoltage proff transistor output to the optocoupler control, non-isolated