1、 Technical specifications
Model and Number: PP877K 3BSE069274R1
Display screen type: Adopting LCD display technology, providing clear graphics and text display. The screen size is 10.4 inches (according to some information).
Power supply: Dual power operation with external power supply and built-in high-energy lithium battery ensures long-term operation even in the event of external power interruption, and data recording will not be lost.
Shell material: Aluminum powder coated shell, sturdy and lightweight.
Working temperature range: -10 ° C to+60 ° C (some data suggests that the working temperature range may also include 0 ° C to+50 ° C).
Protection level: The front panel shell has a protection level of IP66/IP65 and can be used in humid, dusty, and harsh environments.
Size and weight: Length 83mm, height 410mm, width 286mm, weight approximately 1.5kg.
2、 Functional Features
Human computer interaction: Provides an intuitive touch screen interface, where users can interact by touching icons, buttons, and input boxes on the screen to achieve functions such as device control, parameter settings, and monitoring.
Data stability: The dual guarantee of built-in high-energy lithium battery and external power supply ensures that data will not be lost in case of power outage and can support long-term operation of the device.
High precision sensor: The temperature and humidity sensor is imported from Switzerland and has high precision and stability, which can reduce the influence of external factors such as aging, vibration, and volatile chemical gases.
Durability: The aluminum powder coated shell is not only sturdy, but also has good protective performance, which can be used for a long time in harsh industrial environments.
Easy to maintain: Supports multiple communication interfaces and protocols, facilitating data exchange and integration with other devices and systems.
3、 Application scenarios
The ABB PP877K 3BSE069274R1 touch screen module is widely used in various industrial automation and control systems, including but not limited to the following fields:
Industrial automation: used to monitor and control production processes, equipment status, and production data, improving production efficiency and product quality.
Process control: In the fields of chemical, petroleum, pharmaceutical and other process control, it is used to intuitively operate and monitor complex production processes.
Manufacturing: In manufacturing, it is used to operate and monitor mechanical equipment and processes on production lines to achieve automated production.
Energy management: used in power systems and distributed energy equipment to monitor and control power transmission and distribution, ensuring the stability and safety of energy supply.
Building automation: In building automation systems, it is used to control equipment such as lighting, air conditioning, security systems, etc., to improve the intelligence level and living comfort of buildings.
Traffic control: In traffic management systems, it is used to control traffic signals and monitor traffic flow, improving traffic efficiency and safety.
Medical equipment: In the medical industry, it is used for controlling and monitoring medical equipment to improve the quality and efficiency of medical services.