Constant-current lighting power supply(Analog setting type) Series
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Constant-current lighting power supply(Analog setting type) LPAC1E Series
● DC constant-current drive power supply controls LED illuminator by varying current flow.
● Available for high-speed clock line sensor cameras and high-speed shutter cameras
● Power supply for illumination requiring high brightness and illuminance stability (such as high-brightness line illumination and line dome illumination)
● Ripple-free, constant-current lighting power supply
● Internal light control (0 to 100%) by analog potentiometer, or external light control by external control input voltage (0 V to 5 V)
● Blinking and light control by using external control signals
● External control blinking polarity switchable (by internal jumper setting)
● Light distribution control function enables light control of illuminators for each block. (Light control in increments of 50 mm is possible for high-brightness line illumination LLR.)
● An alarm is displayed and output in the event of LED disconnection. -
Constant-current lighting power supply(Analog setting type) LPAC Series
● DC constant-current drive power supply controls LED illuminator by varying current flow.
● Available for high-speed clock line sensor cameras and high-speed shutter cameras
● Best suited for spot illumination and stable illumination
● Constant-current lighting power supply contains no ripple.
● Internal light control (0 to 100%) by analog potentiometer, or external light control by external control input voltage (0 V to 5 V)
● Blinking and light control by using external control signals -
Constant-current lighting power supply(Analog setting type) LPACM Series
● DC constant-current drive power supply controls LED illuminator by varying current flow.
● A compact power supply with an AC adapter that can be installed anywhere
● Best suited for low-power illumination such as small ring illumination and spot illumination
● Maximum output capacity: 8 W
● Maximum output current value (0.1 to 0.8 A) is selectable according to illumination.