Takex Sensor

Product Details:

Miniaturized photoelectricbeam sensor is suitable foruse inconspicuously in awide range of applicationslike CD/ATM machine,motor-driven shutter,window or alley.

Product Details:

Other Detail:

• Versatile BGS/FGS sensor with an Infrared LED light source
• Where an invisible light spot is preferable, such as automatic faucets or gaming machines.
• That absorb visible red light.
• BGS Background suppression  FGS Background recognition (BGR)
• NPN/PNP Dual output

Product Details:

Other Detail:

• Capable of long-distance measurement 
• Built-in teaching function for simple operation and highlyaccurate measurement 
• Integrated temperature sensor for stable measurement 
• Anti Interference feature 
• High resolution 12-bit D/A converter 
• Attachments available for wider range of applications (wave guide/wave reflector)

Product Details:

The FS-1000E Takex  Flame Sensor quickly detects ultraviolet rays contained in flames and activates a built-in alarm sound plus an open collector output.

Functions:

• The internal alarm sounder output is greater than 80dB at 3.3ft. (1m) in front of the sensor. The internal sounder can be disconnected by cutting a jumper wire if required when using an external DC power supply.
• Compact design enables FS-1000E to be installed at any location. Easy separation of the sensor unit from the base simplifies installation and maintenance.
• Low battery: When using a battery power source, low battery condition is annunciated by an internal buzzer and external LED.
• Power up: When power is turned on, an alarm sound is activated. If no alarm sound is activated, check the power source.
• Super High Sensitivity in a smart design

Product Details:

We are the suppliers of UM-R3TV Ultra Miniature Sensors for any inquiry please contact with us. 

Other Detail:

• Ultra miniature size (extra thin, extra compact)
• Long distance detecting up to 1 m 
• Ideal for integrating into small devices 
• Thinness of 3.5 mm achieved with embedded amplifier type! Extremely small volume: less than 0.8 cm3 Volume fraction: about 1/5 (to conventional Takex product)
• Low cost
• Red LED light source allows checking of emitted light spot
• Equipped with stability and operation indicators
• Wide range of applications from small-scale FA to system wide FA

Product Details:

Number of Axes:

• Models with numbers of axes other than mentioned in the "Type" table are available. See "Dimensions of portions" in "Dimensions." Contact Takex for details.

Types with unnecessary light axis disabled:

• Sensors with the light axes for non-detecting area disabled are available on request

Product Details:

FD-A300P is a series of optical fiber-type hot metal detection photo sensor (HMD) that directly detect infrared energy emitted from heated material (steel products, etc.). Equipped with a controller that employs an 8-bit microcomputer, this intelligent hot metal detection sensor integrates various functions.

Features:

• Sensitivity adjustment unnecessary: auto sensing mode Auto sensing mode automatically adjusts the operation level based on the received light intensity at detection of heated material and manual mode that allows manual setting of operation level are available. 
• One sensor for a wide range of temperatures Two different ranges for low and high temperatures can be switched with external signal and support low and high temperatures. 
• Numerical indication of received light intensity convenient for operation level setting Received light intensity at detection of heated material is represented in value between 0.1 and 10.0 for arbitrary setting of output operation level. Broad dynamic range of amplifier allows numerical expression of wide range of temperatures of heated materials in analog quantity, which, unlike the conventional HMD sensitivity adjustment, facilitates setting of operation level in concrete figures.
• Recall function: received light intensity detected in the past viewable Maximum received light intensity of heated material detected is stored to allow viewing during nondetection. Eight most recent maximum received light intensities of heated materials are stored to allow viewing of previous received light intensities in figures by selecting a mode.