Woodhead SST-PB3-VME-1(E) Original

Manufacturer:Woodhead

Model:SST-PB3-VME-1(E)

Submodel:Original

Module Type:Industrial Control Module

Bus Type:VMEbus

Operating Temperature:-40°C to +85°C

Power Consumption:Max. 10W

Memory Capacity:8MB SDRAM, 8MB Flash

Input/Output:32-bit I/O bus for up to 512 I/O channels

Software Compatibility:Supports multiple operating systems and real-time environments

Mechanical Dimensions:3U standard VME format, 19-inch rack mountable

    Introducing the Woodhead SST-PB3-VME-1(E), an innovative industrial control module designed to meet the demands of today’s sophisticated manufacturing environments. This compact yet powerful module is meticulously engineered to offer unparalleled reliability and efficiency, making it the ideal choice for applications requiring precise control and robust performance.

    Featuring advanced connectivity options including RS-232/485 and Ethernet interfaces, the SST-PB3-VME-1(E) ensures seamless integration with a wide range of systems and devices. Its compatibility with both serial communication protocols and network-based solutions enhances its versatility, catering to diverse operational requirements across various industries.

    Equipped with a generous memory capacity of 1MB, this module offers ample storage space for data processing, system configuration, and user-defined applications. Whether managing complex control algorithms or storing critical operational data, the SST-PB3-VME-1(E) ensures that all necessary information is accessible and readily available.

    Adhering to stringent industrial standards, the module is designed to withstand extreme temperature variations ranging from -20°C to +85°C. This wide operating temperature range makes it suitable for deployment in harsh environments, ensuring continuous performance even under challenging conditions.

    Crafted with high-quality materials, the Woodhead SST-PB3-VME-1(E) is built to last. Its compact dimensions (120mm x 100mm x 45mm) and lightweight design (0.2kg) make it easy to integrate into existing systems without compromising on space or ease of handling.