Brand:Westinghouse Description:Servo Driver Module Condition:New Certificate:COO TEST REPORT WARRANTY LETTER Warranty:1 year Inventory Qty:6 Payment term:T/T Shipping Port: ShenZhen The Westinghouse 1C31199G03 is a servo drive module capable of running at 3 kHz.Westinghouse 1C31199G03 can be widely used in various industrial automation control scenarios.
Manufacture |
Westinghouse |
Model Number: |
1C31199G03 |
Ordering Number |
1C31199G03 |
Catalog |
Ovation |
Country Of Origin |
United States |
HS CODE: |
9032899099 |
Dimension |
23.8*18.3*6.8CM |
Packing Dimension |
25.8*20*9CM |
Weight |
1.2KG |
Westinghouse 1C31199G03 may well be able to not only obtain data and control equipment from great distances, but also effect remote diagnosis and repairs, thereby transcending geographical barriers and greatly enhancing the efficiency of equipment management and the level of operation and maintenance.
Specification
Working voltage:Westinghouse 1C31199G03 gives options for flexible working voltage and covers common voltage levels of 220V and 24V. It can accurately follow the power supply standards of various equipment types according to different industrial conditions and system topologies to ensure proper working of the power.
Communication interface:Westinghouse 1C31199G03 has a standard Ethernet interface, which can support the mainstream Ethernet communication protocol TCP/IP and UDP fully. This design of the interface enables the data transmission to be fast and stable, and its data transmission rates can adapt to 10/100Mbps and thus it can process huge amounts of real-time data with speed, effectively minimize data transmission delays, and meet the stringent real-time requirements in industrial automation systems.
Features
Flexibility : As the important segment in the communication network of the industry, the Westinghouse 1C31199G03 can seamlessly communicate and interchange information with any other devices connected to the network. This immediately supports the employment and works of a distributed control system and favors the possibility of sharing data and collaboration among a set of devices. Each of the devices thus may collaborate and cohere with each other, thus enhancing the overall functionality and flexibility of the entire industrial automation system to adapt and react to the complex and changing needs of industrial production.
Able to process signals and logic operations: Westinghouse 1C31199G03 has great capabilities in processing signals and can perform filtering as well as anti-shake optimization on the input digital signal, enhancing the stability and reliability of the signal and avoiding failures of discernment or operation due to interruptions to the signal. Furthermore, it may conduct simple logic operations like AND, OR, and NOT and can intelligently use output signals to follow set logic conditions and thus have the ability to carry out simple yet important control logic functions that give even more autonomy and flexibility in industrial automation control.
The remote control function:Westinghouse 1C31199G03 takes commands from the control system and accurately directs the on-site actuators through its output ports. Hence, execute the command for starting and stopping the motor, the valve opening or closing days, or the signal light lighting or extinguishing in perfect silence; this builds up an efficient remote automation control system that greatly improves the essence and operational convenience of the industrial process of production.
Application
Power Industry
Westinghouse 1C31199G03 for the monitoring and control of the operational status of the generator set auxiliary components such as cooling water pumps, lubricating oil pumps, fans, etc. Through the collection of digital signals from these devices like start and stop status of the equipment, alarms on faults, etc., and by transmitting them to the main control system, operators can monitor the operational status of these devices in real-time and thus ensure monitoring and automatic control of the installation." Because, for example, a cooling water pump failed, Westinghouse 1C31199G03 will trigger a fault signal to the control room that will remind the maintainer to fix this failure in time to avoid overheating and destruction of the generator set, thereby ensuring the continuity of power generation.
Pharmaceuticals:
1. Pharmaceutical storage environment monitoring: In a pharmaceutical warehouse, Westinghouse 1C31199G03 is able to connect with temperature and humidity sensors, smoke sensors, and so forth, allowing for monitoring of the environmental parameters of the warehouse in real time. Whenever temperature and humidity exceeds the storage condition for the pharmaceutical or primary events, such as fire, occurs, the Westinghouse 1C31199G03 will trigger the alarm signal in time and may further initiate the start of ventilation, dehumidification, or fire alarm equipment to ensure pharmaceutical quality and storage safety.
Chemical industry:
1. Control of chemical production processes: Such processes can be connected with various sensors and actuators, so, for instance, one can monitor and control the process providing and ensuring temperature, pressure, liquid level, and other parameters of the reactor; opening and closing of a valve, starting and stopping of a pump, and so forth. As an example, Westinghouse 1C31199G03 collects temperature and pressure signals of the polymerizer process in real time. Whenever any parameter exceeds preset operational limits, the Westinghouse 1C31199G03 automatically regulates its cooling system or reactor vent system so that any given chemical reaction proceeds safely and stably while improving product quality and production efficiency.
2.Conveying system for chemical substances: Westinghouse 1C31199G03 is utilized for control and status monitoring of belt conveyors, bucket elevators, screw conveyors, and so forth in the chemical material conveying system. By collecting the operating signals and fault signals from the equipment, Westinghouse 1C31199G03 can remote monitor and control the material-conveying process, enabling early detection and resolution of equipment failures, thereby avoiding safety incidents such as the leaking of materials and ensuring the steady operation of chemical production.