8LSA35.E2060D000-0 B&R 位置传感器

产品参数

品牌:B&R

型号:8LSA35.E2060D000-0

产品规格

分辨率:2048×2048电压:5V DC

通信接口:RS-232，RS-422，SSI工作温度:-10°℃~+70°℃

防护等级:IP65

8LSA35.E206ODo00-0B&R

PLC的发展已经从单一的模式进入了通信的网络时代，并同其它的工控网板和VO卡板轻易的进行共享。组态软件可以将所有的这些硬件连接起来，通过直观的动画图片来进行控制，并可以通过互联网在异地进行控制，像神舟五号的发射就是采用这种办法来使飞船升空。

高层次的发展需要我们不断的努力来取得。PLC的出现已经足足影响了几代人，我们也从上一辈的经验中获取了多的知识和教训，来不断的发展PLC技术，将它推向高浪潮。

8LSA35.E2060D000-0位置传感器是用来测量机器人自身位置的传感器，可分为接触式传感器和接近式传感器两种。

位置传感器的应用场景有很多，如：

监控设备内部封闭程度。

监控模具厚度变化和平衡。

监控山体滑坡、雪崩等自然灾害。

监控桥梁、建筑等大型设备。

监控列车转向架和客车车厢的倾斜测量。

监控油轮、天线等设备的位置控制。

监控火炮和雷达调整、初始位置控制、导航系统、军用着陆平台控制等军用设备。

8LSA35.E2060D000-0传感器应用、选择的原则是：

灵敏度。传感器的灵敏度越高，可以感知越小的变化量，即被测量稍有微小变化时，传感器即有较大的输出。但灵敏度越高，与测量信号无关的外界噪声也容易混入，并且噪声也会被放大。因此，对传感器往往要求有较大的信噪比。过高的灵敏度会影响其适用的测量范围。

线性范围。为了保证测量的精确度，传感器必须在线性区域内工作。线性范围愈宽，则表明传感器的工作量程愈大。

响应特性。传感器的响应特性必须在所测频率范围内尽量保持不失真。但实际传感器的响应总有一迟延，但迟延时间越短越好。在动态测量中，传感器的响应特性对测试结果有直接影响，在选用时，应充分考虑到被测物理量的变化特点（如稳态、瞬变、随机等）。

8LSA35.E2060D000-0 B&R 位置传感器

Product parameter

Brand :B&R

Model :8LSA35.E2060D000-0

Product specification

Resolution :2048×2048 Voltage :5V DC

Communication interface :RS-232, RS-422, SSI Operating temperature :-10° C ~+70° C

Protection class :IP65

8LSA35.E206ODo00-0B&R

The development of PLC has entered the communication network era from a single mode, and it is easily shared with other industrial control network boards and VO boards. Configuration software can connect all of these pieces of hardware, control them through visual animation images, and control them remotely via the Internet, as was done with the launch of the Shenzhou V spacecraft.

High-level development requires our continuous efforts to achieve. The emergence of PLC has fully affected several generations, and we have gained more knowledge and lessons from the experience of the previous generation to continuously develop PLC technology and push it to a high tide.

The 8LSA35.E2060D000-0 position sensor is a sensor used to measure the position of the robot itself, which can be divided into two kinds: contact sensor and proximity sensor.

There are many application scenarios for position sensors, such as:

Monitor the internal closure of the device.

Monitor mold thickness change and balance.

Monitor natural disasters such as landslides and avalanches.

Monitor Bridges, buildings and other large equipment.

Monitor tilt measurements of train bogies and passenger cars.

Monitor the position control of tankers, antennas and other equipment.

Monitor artillery and radar adjustments, initial position control, navigation systems, military landing platform control and other military equipment.

8LSA35.E2060D000-0 sensor application and selection principles are:

Sensitivity. The higher the sensitivity of the sensor, the smaller the amount of change can be sensed, that is, when a slight change is measured, the sensor has a larger output. However, the higher the sensitivity, the external noise unrelated to the measurement signal is also easy to mix, and the noise will also be amplified. Therefore, the sensor often requires a larger signal-to-noise ratio. Too high sensitivity will affect its applicable measurement range.

Linear range. In order to ensure the accuracy of the measurement, the sensor must work in a linear region. The wider the linear range, the larger the working range of the sensor.

Response characteristics. The response characteristics of the sensor must be kept as undistorted as possible within the measured frequency range. However, there is always a delay in the response of the actual sensor, but the shorter the delay, the better. In dynamic measurement, the response characteristics of the sensor have a direct impact on the test results, and the changing characteristics of the measured physical quantity (such as steady state, transient, random, etc.) should be fully taken into account when selecting.