Machine Vision Illumination
Smart
Vision Lights revolutionizes the machine vision lighting
industry with a intelligent constant current driver in every
machine light. A separate driver is no longer needed, all our
machine vision lights have the constant current driver
included in the machine light making no additional wiring
necessary. Our small and extremely powerful drivers are
specifically engineered for lighting machine vision camera's
in the vision industry. All our machine vision lights feature
a PNP and NPN led strobe light or pulse input.
Smart Vision Lights uses only high current, HB (High
Brightness) LED's in our machine lights. Smart Vision Lights
designs, manufactures and markets a line of products that
apply the benefits of high current LED's for use in machine
vision applications. All machine vision lights use standard
industrial 24VDC for operation.
Industrial Vision Lighting
The SMART driver has the option to run the machine light
in a constant LED illumination including analog and variable
intensity control. The analog feature allows 0-100% intensity
control of the machine vision light through a 0-10VDC signal.
The variable feature allows 0-100% intensity control of the
machine light thru an integrated potentiometer.
The OverDrive™ series of lights offer our SafeStrobe
technology. This unique technology applies safe working
parameters to ensure the high current LED's are not damaged
by driving them beyond their limits. This is especially
beneficial for overdriving today's new High Current LED's.
The OverDrive™ series provides repeatable intensity
control and pulsing by using a microprocessor to watch and
control the power to the high intensity LED's for safe
operation. The integrated OverDrive™ controller offers
both NPN and PNP LED strobe light input for easy integration
to today's smart cameras. Machine vision lights have high
speed reaction times that offer extremely fast repeatable
pulse time
HTE Automation supplies
Kansas, Missouri, and
Illinois with lighting solutions for factory
automation.
