Schneider 140DAI35300

Specification

Number of input points: 32 discrete input points are divided into four groups, 8 points each.

Input voltage: 24V AC.

Backplane output current: 250 mA.

esponse time: 7.3 to 12.3 milliseconds (on-off).

Operating temperature: 0 to 60℃.

Certification: UL 508, CUL, CSA C 22.2, CE certified.

Features

Signal acquisition and processing: The Schneider 140DAI35300 is capable of acquiring different types of input signals, convert them into digital signals using analog to digital converters, which provide process signals for the PLC or any other control operations to facilitate real-time monitoring equipment status, process parameters, and many other types of information.

High precision: Schneider 140DAI35300 high resolution for the analog input and its accurate signal processing enables precise measurement under control conditions, which ultimately means better control accuracy and product quality in the production process, thus preventing a possible loss of production owing to measurement errors.

Grouped input point design: The architecture of thirty-two input points divided into four distinct groups greatly enhances flexibility for system integration. In different industrial automation projects, input signals may be arranged according to specific needs. For example, a sophisticated automated factory may comprise various workshops or different procedures in the production process, thus denoting different input groups accordingly, which makes it simpler to locate troubles in system debugging and when maintenance and upgrades are needed, minimizing complexity as well as cost.

Application

Automobile manufacture: The automobile manufacturer has incorporated the Schneider 140DAI35300 module into its assembly line for engines. The module collects signals that inform the various stations along the assembly line as to whether the engine mounts are tortionally strong, when the robot has begun its operation, or other speed signals from the conveyor. Precise signal acquisition and processing means the control system can maintain a running record of the operation of the production line, so in the eventuality of equipment failure, the maintenance crew will know about it and can fix it on time, thus assuring the quality and efficiency of engine assembly.

Energy generation: A wind farm uses the Schneider 140DAI35300 module to monitor and control wind turbines. The module conveys the signals transmitted via wind speed sensors, temperature sensors, vibration sensors, and so forth, to the control system in the central control room. Through signal analysis and processing, remote monitoring and intelligent control of wind turbines are achieved.

Chemical manufacturing: The Schneider 140DAI35300 module is fully integrated into a temperature-control system for a reactor in a chemical industry. The module converts the temperature sensor's output analog signal into a digital signal and transmits it along to the PLC controller, so that control and adjustments according to temperature settings take place. In the manufacturing process, both a high resolution and fast response speed allow for accuracy and stability in temperature control, thereby effectively eliminating instance quality problems that arise due to temperature fluctuations. Therewith, the Schneider 140DAI35300 diagnostic function was able to detect temperature sensor failures quickly, ensuring therefore safety and reliable operations with chemical production, bringing economic significance and improved product quality.