English
How to wire the digital display instrument
How to wire the digital display instrument
Taking this wiring diagram as an example, let's first look at the power supply and sensor connections. Pins 5 and 6 are for power supply (AC 85-265V), while pins 16, 17, and 18 are for sensor connections. For thermocouples (K, E, J, etc.), connect the positive wire to pin 18 and the negative wire to pin 17. For thermal resistors (PT100, CU50), connect pin 16A to one wire, and pins 17B and 18B to the other wire. If PT100 has only 2 wires, short-circuit pins 17 and 18.
Next, let's look at the heating output and alarm output. According to this diagram, OUT1 represents the heating output. If it is a relay output, connect the heating element to pins 14 and 15. If it is an SSR (Solid State Relay) output, connect pin 13+ to the positive side and pin 14- to the negative side. If it is an analog output (4-20mA, 0-10V, etc.), connect the current output to pins 13+ and 14-, and the voltage output to pins 15+ and 14-. ALM1 and ALM2 represent alarm outputs. Connect alarm 1 to pins 3 and 4, and alarm 2 to pins 1 and 2. The alarm mode and deviation values can be adjusted through internal parameters.
Finally, let's look at the remaining current detection and RS485 communication functions. This meter can connect two current transformers to detect the current in the heating system. Pins 7, 8, and 9 are for the current detection, with pin 8 as the common terminal. Pins 11 and 12 are for RS485 communication, where pin 11 is for A+ and pin 12 is for B-. This allows remote monitoring and temperature adjustment.
Exploring the Applications of High-Voltage Electromagnetic Locks in Modern Security
High-voltage electromagnetic locks are revolutionizing access control and security solutions across multiple industries. As these advanced devices become increasingly popular, understanding their applications and benefits is crucial for organizations aiming to enhance security while maintaining efficient operations.
Read MoreThe Role and Applications of High Voltage Indicators in Modern Electrical Systems
High voltage indicators have become an essential component in various electrical and industrial systems. These devices are designed to monitor and display voltage levels in environments where high voltage is present, ensuring both operational efficiency and safety.
Read MoreIntelligent Temperature and Humidity Controller: A Breakthrough in Environmental Monitoring
In the era of smart technology, the demand for precise climate control has led to the rapid development of intelligent temperature and humidity controllers. These advanced devices offer automated monitoring and regulation, ensuring optimal environmental conditions across various industries, from agriculture to healthcare and industrial manufacturing.
Read More