Beli distance sensor di monotaro.id

World's smallest TOF sensor with digital displayFor long-distance detection

Sensor module with VL53L1X distance sensing device Operates on a power supply of 3.3V to 5V and provides absolute distance measurement up to 3.6m. Measured data can be obtained in digital values through an I2C connection. The I2C bus interface automatically follows the power supply voltage of the reading device (host device). Compatible with devices with a power supply voltage of 3.3V to 5V.

The BRQ series Ø18 mm cylindrical photoelectric sensors are available in various sensing sides (front, side), housing material (SUS316L stainless steel, nickel-plated brass metal, plastic), and body sizes (standard, short-body) for flexible application in diverse environments. The sensors feature long detection distance up to 30 m and accurate sensing performance with excellent noise immunity and minimal influence from ambient light. Mutual interference prevention function also allows the sensors to be installed close together. With IP67 protection rating, the sensors offer stable and error-free operation even in wet or dusty environments. The IP67K models are also available for application in high pressure and high temperature water and dust environments.

The BJX series compact photoelectric sensors feature high performance lens with long sensing distance up to 30 m. The sensors also offer excellent noise immunity and minimal influence from ambient light for accurate and reliable presence detection. Mutual interference prevention function allows tight adjacent installation of multiple sensors and MSR (mirror surface rejection) function allows detection of highly reflective targets.

The BJ series compact photoelectric sensors feature high performance and excellent noise immunity for accurate and reliable presence detection. Light ON/Dark ON operation mode switch and sensitivity adjusters are available for easy configuration and set up (except BJG-DDT). The sensors are available in various types and options, making it ideal for diverse applications. The BJ series is available in long distance type, BGS (background suppression) reflective type, transparent glass sensing type, and micro spot types, and the sensors are available in cable types and connector types (long distance type models).

For workpieces that are difficult to detect (curved surface, gloss, casting surface), it was sometimes necessary to reselect the sensor or adjust the installation due to erroneous detection during design and startup. With the E3AS series, stable detection is possible without being affected by curved surfaces, gloss, and casting surfaces, shortening the design and start-up period.

Ultra long distance detection of 100mm is possible for both magnetic and non-magnetic materials

World's smallest TOF sensorFor long-distance detection

The BD series laser displacement sensors can measure thickness, width, level difference, disparity, curve, evenness of target objects by detecting the amount of displacement. The sensors offer accurate and stable measurement with minimal influence from target color or material. The sensor head and amplifier unit are detachable for easier maintenance and up to 8 sensor amplifier units can be interconnected with mutual interference prevention function.

- Minimum detectable level difference 0.08mm- Ultra-high precision level difference sensor

BD Bracket A for BD-030

The Bosch Line and Point Laser Level is a pocket-sized tool that allows the user to easily mount the laser, align it and go to work, making it a great tool for basic tasks. Handy for horizontal, vertical or angular applications, it has two built-in bubble vials, with quick and accurate leveling.

The AiSA-D series motor drivers are AC powered 2-phase closed loop stepper motor drivers. The AC powered motor system can maintain higher torque during high speed drive compared to DC type motors and do not require separate switching mode power supplies. The automatic current down function reduces the electric current when the motor stops (load change) to minimize heat generation.