The ABB DSPC171 – 57310001-CC Processor Unit is a critical component in industrial automation systems, designed for high performance and reliability in demanding environments.
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The ABB DSPC171 – 57310001-CC Processor Unit is a critical component in industrial automation systems, designed for high performance and reliability in demanding environments.
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Brand & Model:ABB DSPC171 – 57310001-CC
Type:Processor Unit
Module Category:Central Unit
Processor Board Weight:0.925 kg
Product Type:DSPC171
ABB Type Designation:PLC
Series:ABB PLC’s
Weight:0.925 kg
Dimension (D x H x W):Dimensions to be provided by the manufacturer
Power Consumption:Specific details from the manufacturer
Operating Temperature:Temperature range specified by the manufacturer
Storage Temperature:Temperature range for storage
Operating Humidity:Humidity level for optimal performance
Storage Humidity:Storage humidity recommendation
Communication Interfaces:Details on available communication ports
Operating Voltage:Voltage requirements
Software Compatibility:Supported programming languages and versions
Engineered for Maximum Efficiency: The DSPC171 Processor Unit from ABB is meticulously designed to optimize energy usage, ensuring your industrial operations are both efficient and sustainable.
Reliability Under Pressure: With its robust construction and wide operating temperature range, this unit is built to withstand harsh industrial environments, guaranteeing dependable operation under pressure.
Ease of Integration: The unit seamlessly integrates with a variety of existing systems, thanks to its compatibility with multiple industrial protocols, making it a versatile addition to your automation setup.
Innovative Design: The compact yet powerful DSPC171 boasts an innovative design that minimizes footprint without compromising on performance, ensuring efficient use of space in your control cabinets.
Future-Ready Technology: Designed with the latest advancements in technology, this processor unit ensures that your system remains up-to-date and compatible with future automation trends.
