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Description
The sensor is a device or device that directly contacts the detection system with the measured object, and its function is to feel the change of the specified measured parameter and convert it into a corresponding output signal that is easy to transmit according to a certain law. The sensor is usually composed of a sensing element and a conversion part; Among them, the sensitive element is the part of the sensor that directly feels the change of the measured parameter, and the conversion part is usually to convert the output of the sensitive element into an electrical signal that is convenient for transmission and subsequent processing.
For example, the semiconductor strain gauge sensor can sense the tiny deformation of the measured object after being stressed, and convert it into the corresponding voltage signal output through a certain bridge. In this way, the force of the measured object can be known by measuring the output voltage of the sensor. It should be noted here that not all sensors can clearly and clearly distinguish between the sensitive and the conversion two parts, some sensors have the two parts in one, and some only sensitive elements (such as thermal resistance, thermocouple), no conversion part, but people are still used to call it a sensor (such as people used to call thermal resistance, thermocouple for temperature sensors). There are many types of specific sensors, and there are many classification methods, mainly according to the measured parameters (e.g., temperature sensor, humidity sensor, displacement sensor, acceleration sensor, load sensor, etc.), and according to the sensor conversion mechanism (working principle). Electropositive, capacitive, inductive, piezoelectric, ultrasonic, Hall, etc.) method and according to the output signal (divided into two categories of analog sensor and digital sensor) method, the use of the measured parameters classification method is conducive to the selection of sensors according to the detection requirements of the target object. The classification according to sensor conversion mechanism (working principle) is beneficial to the research and test of sensors
The best automation solutions are those designed to create solutions for the current market. Following Kollmorgen’s acquisition of Pacific Sciences, the company continues to provide profound solutions to the industry by manufacturing motors that not only meet the needs of the market base, but also come up with products that cover a wide range of applications. Kollmorgen’s products can last you a long time, and with proper maintenance and use, they can provide you with first-class service throughout your use. Despite the type of situation or problem you are looking for a solution to, there is a motor designed to meet your needs. If the complexity of your requirements exceeds what is available on the market, you will get a custom motor designed and manufactured for your specific situation.
60M100-00
Their products are intentionally designed and manufactured to meet different areas of operation. To get the right motor, you need to consider frequency, speed and power while taking into account voltage requirements and any possible obstacles; You’ll find out. The D061M-12-1310 is one of the great automation solutions offered by the company. Torque specifications are mainly divided into two aspects; You need to check both. With this motor, you have peak and sustained torque, the latter at 40 degrees Celsius. The former is 16.9 nanometers. The continuous torque is divided into sub-encoders and resolvers with 5.3Nm and 5.8Nm, respectively.
The 60M100-00 is one of a series of motors designed to give you higher bandwidth as there is no limit to how fast it can start or stop.
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