Shimpo DT-365 High-Intensity, Battery Powered LED Stroboscope, 60 - 120,000 FPM
The Shimpo DT-365 High-Intensity, Battery Powered LED Stroboscope, 60 - 120,000 FPM is a velocity analyzing and measuring device that is ideal for machinery process inspection. The Shimpo DT-365 Stroboscope is capable of flashing their LED lights in a synchronous frequency to the operating machinery, creating the illusion of viewing slowed or frozen images. Utilizing this phenomenon of slowing or stopping the motion with the adjusted flash rate of its LED lights, machine parts and processes may be inspected for defects, aiding in preventative maintenance programs. This LED technology extends operation due to the low energy requirement of the light diodes compared with xenon lit stroboscopes. Proper operation is assured as concern of light failure during usage, common with xenon bulbs, is eliminated. The light output (Lux) of the LED’s is far brighter than xenon powered stroboscopes with the DT-365 outshining all comparable stroboscopes on the market from its array of 18 LED’s and 6 LED’s for the DT-365E.
Extraordinary durability with extruded aluminum, NEMA 4X (IP65) construction Bright LED display and simple controls aid in user operation Long Lasting, quick-charge NiMH rechargeable battery provides exceptional usage reliability Phase shift (in degrees of delay time) enables visual analysis of rotating or reciprocating objects through all points of motion/time/angle Flash controller dial permits accurate adjustments to the flash rate LED technology greatly extends operation life and eliminates need to replace burned out bulbs Capable of being synchronized with input signal from sensor or controller
Range FPM (RPM)
60 - 120,000; From Input Signal 40 - 35,000
Accuracy
±0.02% of reading
Lux Rating (Approx.)
6000 FPM & 3.6° (100 µs)
Lamp Lifetime
Typ. 50,000 hours. Varies depending on usage.
Display
6 digit Red LED
Resolution
Internal Mode 1 FPM. External Mode 0.1 FPM
Flash Duration
0.1 to 3.6° (0.14 µsec to 400 µsec)
Phase Shift
0 to 999 msec; 0 to 359°
Power Requirement
100 to 230 VAC to included AC power adapter
Battery
NiMH battery requires approximate 2.5 hour recharge time
Battery Life
Approx. 2 hrs. with flash duration set to 3.6° & 5 hrs. with duration set to 1.0°
Synchronization Input Signal
H level
Input Signal Range FPM (RPM)
40 - 35,000
Input Signal Flash Delay FPM (RPM)
60 - 10,000
Input Signal
12V pulse input
Power Supply Output
DC12V 40mA for sensor input
Temperature Limits
32 to 95°F (0 to 35°C)
Humidity Limits
35 to 85% RH
Protection Class
NEMA 4X (IP65)
Product Weight
4.6 lbs (2.1 kg)
Approvals
RoHs
Warranty
2 years
Included Accessories
AC power adapter, Input signal connector, flash-light style attachable handle
More Information
Product Specifications
Range FPM (RPM)
60 - 120,000; From Input Signal 40 - 35,000
Accuracy
±0.02% of reading
Lux Rating (Approx.)
6000 FPM & 3.6° (100 µs)
Lamp Lifetime
Typ. 50,000 hours. Varies depending on usage.
Display
6 digit Red LED
Resolution
Internal Mode 1 FPM. External Mode 0.1 FPM
Flash Duration
0.1 to 3.6° (0.14 µsec to 400 µsec)
Phase Shift
0 to 999 msec; 0 to 359°
Power Requirement
100 to 230 VAC to included AC power adapter
Battery
NiMH battery requires approximate 2.5 hour recharge time
Battery Life
Approx. 2 hrs. with flash duration set to 3.6° & 5 hrs. with duration set to 1.0°
Synchronization Input Signal
H level
Input Signal Range FPM (RPM)
40 - 35,000
Input Signal Flash Delay FPM (RPM)
60 - 10,000
Input Signal
12V pulse input
Power Supply Output
DC12V 40mA for sensor input
Temperature Limits
32 to 95°F (0 to 35°C)
Humidity Limits
35 to 85% RH
Protection Class
NEMA 4X (IP65)
Product Weight
4.6 lbs (2.1 kg)
Approvals
RoHs
Warranty
2 years
Included Accessories
AC power adapter, Input signal connector, flash-light style attachable handle
Product Features
Extraordinary durability with extruded aluminum, NEMA 4X (IP65) construction Bright LED display and simple controls aid in user operation Long Lasting, quick-charge NiMH rechargeable battery provides exceptional usage reliability Phase shift (in degrees of delay time) enables visual analysis of rotating or reciprocating objects through all points of motion/time/angle Flash controller dial permits accurate adjustments to the flash rate LED technology greatly extends operation life and eliminates need to replace burned out bulbs Capable of being synchronized with input signal from sensor or controller
Downloads
