Operating Voltage:220 V
Maximum Current:10 A
Response Time:1 ms
Input Resistance:1 kΩ
Load Capacity:200 W
Temperature Range:-20°C to +85°C
Communication Interface:RS-485
Introducing the TOSHIBA 2N3B2502-B, a cutting-edge industrial control module engineered to deliver unparalleled performance in demanding industrial settings. This module boasts an extensive operating temperature range (-40°C to 85°C), ensuring reliable operation under a wide variety of environmental conditions. With its robust design, it’s perfectly suited for applications that require both high precision and durability.
Featuring a versatile power supply voltage from DC 12V to 24V, the 2N3B2502-B ensures compatibility with a broad spectrum of industrial systems. Its maximum current consumption of 100mA keeps power usage efficient, making it an economical choice for cost-conscious users. The response time of less than 5ms guarantees swift and accurate control responses, critical for smooth operation in fast-paced industrial processes.
Equipped with standard 5-pin D-sub connectors, this module offers straightforward integration with existing industrial networks. The inclusion of a RS-485 communication interface enables seamless data exchange, facilitating advanced monitoring and control capabilities. The MODBUS RTU protocol compatibility further enhances its utility, allowing easy integration with various automation systems.
Compact yet powerful, the 2N3B2502-B measures 65mm x 40mm x 10mm and weighs just 50g, making it a lightweight solution for space-constrained environments. Its robust construction withstands the rigors of industrial use, ensuring longevity and minimal maintenance requirements.
Ideal for applications requiring precise control over machinery, the TOSHIBA 2N3B2502-B is more than just a module; it’s a key component in optimizing productivity and efficiency in modern manufacturing facilities. With its comprehensive feature set and proven reliability, this industrial control module is a smart investment for any industrial automation project.
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