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Baoding Biduk Electronic Technology Co., Ltd.

Dedicated to sensor research and development, production, sales in one of the enterprises. Compared with Duke sensors, it is more professional, covers a wide range, and has a complete range of models. Its products include ultrasonic sensors, photoelectric sensors, capacitive sensors, inductive sensors, light curtains, tension control systems, correction control systems, connecting wires & connectors, and other Thousands of products such as controllers.

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Inductive

Capacitive

Photoelectric

Ultrasonic

Solid state relay

Tension rectification system

Security Products

Laser displacement

Millimeter wave radar

Annex

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Select upper level

Cylindrical

Square

Analog quantity

Ring switch

Explosion-proof

Metal sensing surface

Teflon

Wide temperature shape

High temperature resistance

Cylindrical

Square

High temperature resistance

Cylindrical

Square

Trough shape

Fiber amplifier

Ultrasonic

Single and Double

Metal single and double sheets

Square

SSR-DD

SSR-LA

SSR-VA

SRR-D

Tension sensor

Tension transmitter

Tension controller

Other tension products

Deviation correction sensor

Deviation Correction Actuator

Correcting guide frame

Large guide frame

Correction controller

Other correction products

Man-machine interface

Safety door lock

Safety light curtain

Laser displacement sensor

Millimeter wave radar

Annex

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Select upper level

Pillow

Disc

Cantilever type

Ethernet

EtherCAT

Control magnetic powder type

Control motor type

Ultrasonic

Infrared photoelectric

Laser CMOS

CCD

300kg thrust

800kg thrust

E Series

S Series

F Series

Z Series

T Series

Φ3/4/6.5 M4/5 DC3 line

The sensor is a measuring device which can convert the measured non-electric quantity into the corresponding electric quantity or electrical parameter output which is easy to handle accurately according to a certain law. Where the output is DC 4mA ~ 20mA, DC 1V ~ 5V and other standardized signals, called transmitters

M8 M12 M18 M30 DC3 line

The sensitivity of the sensor indicates how much the output of the sensor changes when the input being measured changes. For example, if the mercury in a thermometer moves 1 centimeter with a 1 degree Celsius change in temperature, the sensitivity is 1 centimeter/degree Celsius (assuming linearity is satisfied, it is actually the slope Dy/Dx). Some sensors also affect what they measure; For example, by inserting a room temperature thermometer into a hot liquid cup, the liquid will cool as it heats up to the temperature. Sensors are usually designed to have little impact on being measured; Making the sensor smaller often improves this and may bring other benefits. [2] Technological advances have enabled more and more sensors to be manufactured into micro-sensors through MEMS technology. In most cases, miniature sensors can achieve much higher speeds and sensitivities compared to macroscopic methods.

Φ6.5 M8 M12 M18 M30 Φ34 DC3 line

Some sensors also affect what they measure; For example, by inserting a room temperature thermometer into a hot liquid cup, the liquid will cool as it heats up to the temperature. Sensors are usually designed to have little impact on being measured; Making the sensor smaller often improves this and may bring other benefits. [2] Technological advances have enabled more and more sensors to be manufactured into micro-sensors through MEMS technology. In most cases, miniature sensors can achieve much higher speeds and sensitivities compared to macroscopic methods.

M18 M30 Φ34 AC2 line/DC-AC2 line

Sensors are used in everyday objects, such as touch-sensitive elevator buttons (tactile sensors) and lights that dim or brighten by touching the base, in addition to many applications that most people are never aware of. With the development of micromachinery and easy-to-use microcontroller platforms, sensor applications have moved beyond the traditional field of temperature, pressure or flow measurement, such as [1]MARG sensors.

FM12 DC2 line/DC3 line

With the development of micromachinery and easy-to-use microcontroller platforms, sensor applications have moved beyond the traditional field of temperature, pressure or flow measurement, such as [1]MARG sensors. In addition, analog sensors such as potentiometers and force sensing resistors are still widely used. Its applications include manufacturing and machinery, aircraft and aerospace, automotive, medicine, robotics and many other aspects of our daily lives.

FM12 FM18 FQ18 DC4 line diffuse reflection

Sensors are used in everyday objects, such as touch-sensitive elevator buttons (tactile sensors) and lights that dim or brighten by touching the base, in addition to many applications that most people are never aware of. With the development of micromachinery and easy-to-use microcontroller platforms, sensor applications have moved beyond the traditional field of temperature, pressure or flow measurement, such as [1]MARG sensors. In addition, analog sensors such as potentiometers and force sensing resistors are still widely used. Its applications include manufacturing and machinery, aircraft and aerospace, automotive, medicine, robotics and many other aspects of our daily lives.
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