turck inductive sensor, rectangular, flush-mountable, sensing distance 2mm, special price, in stock

turck inductive sensor  rectangular, flush-mountable, sensing distance 2mm, special price, in stock

turck inductive sensors detect metal objects in a non-contact and wear-free manner. For this purpose, they use high-frequency AC electromagnetic fields to interact with the target. Their advantages include durability, reliability, high switching frequency, and long service life. The special coil design, uprox®, enables the sensors to provide higher sensing distances, with a reduction factor of 1 for all metals, simple installation, and ideal measurement from the start.

turck inductive sensor  rectangular, flush-mountable, sensing distance 2mm, specifications:

Inductive sensor Model: BI2-Q10S-AP6X Part No.: 1609360

Inductive sensor Model: BI2-Q10S-AZ31X Part No.: 1309100

Inductive sensor Model: BI2-Q4.7-AP6X Part No.: 1614000

Inductive sensor Model: BI2-Q5.5-AP6X Part No.: 1613000

Inductive sensor Model: BI2-Q5.5-AP6X-0.3-PSG3M Part No.: 1613007

Inductive sensor, magnetic field resistant Model: BI2-Q5.5-AP6X/S34 Part No.: 1613001

Inductive sensor Model: BI2-Q10S-Y1X Part No.: 4012130

Inductive sensor Model: BI2-Q12-AZ31X Part No.: 13100

Inductive sensor Model: BI2-Q5.5-AN6X Part No.: 1613100

Inductive sensor Model: BI2-Q5.5K-Y1X Part No.: 4055300

Inductive sensor Model: BI2-Q10S-AN6X Part No.: 1619310

Inductive sensor Model: BI2-Q10S-VP6X Part No.: 1609340

Inductive sensor Model: BI2-Q4.7-AN6X Part No.: 1614001

Inductive sensor Model: BI2-Q5.5K-AP6X Part No.: 1613015

Inductive sensor Model: BI2-Q4.7-AN6X 7M Part No.: 100003144

turck inductive sensors are devices that achieve electrical measurement of non-electrical quantities by utilizing changes in self-inductance or mutual inductance coefficients. Using turck inductive sensors, parameters such as displacement, pressure, vibration, strain, and flow rate can be measured. They offer a series of advantages, including simple structure, high sensitivity, high output power, low output impedance, strong anti-interference capability, and high measurement accuracy, and are therefore widely used in electromechanical control systems. The main disadvantages of turck inductive sensors are slow response, making them unsuitable for fast dynamic measurements, and the resolution is related to the measurement range; a large measurement range results in low resolution, and vice versa.

turck inductive sensor Precautions for use:

1). Attenuation of sensing distance. The sliding piece is made of iron, which is suitable for detection by inductive sensors; however, the size of the detected part of the sliding piece is slightly smaller than the standard target size (the standard target size is 3 times the rated sensing distance; in this application, the standard size should be 120*120mm), which will result in some attenuation.

2). On-site anti-interference capability. This is an issue that cannot be ignored. Ordinary inductive sensors are easily interfered with by motors or variable frequency drives. Many technicians only choose sensors with strong electromagnetic interference resistance for applications in such vicinity. However, in automobile manufacturing workshops, where the plant is large, on-site technicians are accustomed to using walkie-talkies for communication. Especially when walking and talking on walkie-talkies, they may inadvertently approach the sensors, causing temporary failure.

3). Installation aspects. With the popularity of inductive sensors, sensors have not only improved in electrical performance, but their mechanical design has also become more user-friendly. Human-centric installation should be maximized. This reduces the need for stocking various similar products and reduces installation and maintenance time.

4). Guarantee of stable operation. In automotive plant applications, any ingress of oil stains and dust must be prevented. Additionally, vibration is a long-term presence when the sliding contact passes over the track, so excellent vibration resistance plays a very important role.