Views: 0 Author: Site Editor Publish Time: 2021-12-07 Origin: Site
The advancement of technology makes office automation temperature sensors more and more convenient for people's production work, and they are also increasingly used in office work and other fields, which can ensure the implementation of daily work to a large extent.
What is the office automation temperature sensor?
What are the office automation temperature sensors that need to be improved?
What is the office automation temperature sensors mainly used to detect?
Office automation temperature sensors can be divided into incremental and absolute encoders according to their working principles. The incremental encoder converts the displacement into a periodic electrical signal and then converts that electrical signal into a counting pulse and the number of pulses is used to indicate the amount of displacement. Each position of the absolute encoder should be a specific digital code, its display therefore only relates to the start and end position of the measurement and has nothing to do with the mean course of the measurement. Encoders are typically used with stepper motors or servo motors to form a closed or semi-closed control system.
The office automation temperature sensor on the air pump is short-circuited, and the data stream will show that the temperature of the air pump exceeds 130°C, and the control unit will take it out of control; 2. Suspension control unit A/D converter conversion error, the data stream will show that the temperature of the air pump exceeds 130 ℃, the control unit will exit the control; 3. After the temperature sensor on the air pump fails and exits, the control unit enters the fail-safe protection, sets an assumed temperature value, and the air pump will no longer be controlled by the temperature. When the equipment is running, the continuous operation of the air pump may cause high-temperature ablation.
office automation temperature sensors are mainly used to detect office equipment temperature, intake air temperature, cooling water temperature, etc. There are three main types of office automation temperature sensors: wire-wound resistor, thermistor, and thermocouple resistor. The three types of sensors have their characteristics, and their applications are also slightly different. Wire-wound resistance temperature sensors have high accuracy, but poor response behavior; Thermistor temperature sensors have high sensitivity, better response, but poor linearity and low-temperature adaptation; Thermocouple resistance temperature sensors have high accuracy and measure the temperature. They have a large area but must be used with enhancers and cold end treatment.
Convenient products include a thermistor temperature sensor (universal type -50 ℃ ~ 130 ℃, accuracy 1.5%, response time 10 ms; high temperature type 600 ℃ ~ 1000 ℃, accuracy 5%, response time 10 ms ), ferrite type temperature sensor (ON / OFF - Type, -40 ~ 120 ℃, accuracy 2.0%, metal film or semiconductor air temperature sensor (-40 ℃ ~ 150, accuracy 2 , 0%, 5%, response time 20ms) etc.
The application of office automation temperature sensors is gradually expanding. Our company has professional production technicians and complete logistics services. We will make your exclusive products according to the different needs of customers. If you are interested in this product and want to know more information and related information, please click on our company website: https://www.cnjept.com/.
