ABB 3BSE018877R2 PFSK 152 Connects DSP-UP (PLD 1.0/1)

ABB 3BSE018877R2 PFSK 152 Connects DSP-UP (PLD 1.0/1)

Product overview

3BSE018877R2 PFSK 152 is a signal concentrator board launched by ABB, officially known as "PFSK 152 Signal Concentrator Board Stresssometer". Its core function is to connect DSP-UP (PLD 1.0/1), which is mainly used in force measurement scenarios in the field of measurement and analysis. Especially in the Stressometer series system, it plays a key role in signal concentration and transmission, providing important support for the stable operation and data processing of the system.

Basic Product Information

Identification information: The product ID is 3BSE018877R2, and the ABB model name is PFSK 152. It belongs to a new type of product, unclassified, and is a signal concentrator board with the full name "PFSK 152 Signal Concentrator Board Stressometer".

Function description: Used to connect DSP-UP (PLD 1.0/1).

Origin and tariff: The country of origin is Sweden (SE), and the customs tariff number is 85389091.

Order and Packaging: The minimum order quantity is 1 piece, the order multiple is 1 piece, the first level packaging unit is 1 piece, and the gross weight of the first level packaging is 0.5kg. This product is not a customized product, not just a quoted product. The sales unit is pieces, and the replacement old product ID is 3BSE018877R1.

Inventory information: There is inventory in the warehouse in Malmo, Sweden.

Technical and other information

Weight: The net weight of the product is 0.5kg, and the total weight is 0.5kg.

Related classification code: The UNSPSC code is 39120000.

Environmental protection related: This product is not within the scope of WEEE (Waste Electrical and Electronic Equipment), and the frame size is "Spare_Parts".

CLASSIFICATION

This product belongs to the field of measurement and analysis, and is classified as follows:

Measurement and Analysis Stressometer 6.0 FSA Flatness System Flatness Measurement System

Measurement and Analysis Stressometer 7.0 FSA

Measurement and Analysis Stressometer 7.1 FSA Flatness System Flatness Measurement System

Measurement and Analysis Stressometer 7.1 FSA

Measurement and Analysis - Force Measurement - Stressometer 8.0 FSA - Flatness System - Flatness Measurement System

Measurement and Analysis Stressometer 8.0 FSA

Measurement and Analysis Stressometer 8.1 FSA

Core functions

Signal concentration and connection: As a signal concentrator board, its core function is to centrally process and connect relevant signals, specifically used to connect DSP-UP (PLD 1.0/1), achieve signal aggregation and transmission, and ensure signal interoperability between components.

Adaptation system: Suitable for Stressometer 6.0 FSA, 7.0 FSA, 7.1 FSA, 8.0 FSA, 8.1 FSA and other series systems, especially playing an important role in the flatness measurement system of these systems, ensuring the orderly transmission of signals.

Precautions

Installation specifications: Strictly follow the technical manual during installation to ensure correct and secure connections, and avoid signal transmission failures or equipment damage caused by improper installation.

Environmental requirements: Although specific working environment parameters have not been clearly marked, as an industrial board, it should be avoided from being used in harsh environments such as high temperature, high humidity, strong electromagnetic interference, and high dust to extend its service life.

Procurement and Replacement: When placing an order, it is important to note that the minimum order quantity is 1 piece. If old products need to be replaced, it is necessary to specify that the old product ID being replaced is 3BSE018877R1 to ensure compatibility.

Environmental protection treatment: Although it is not within the scope of WEEE, the scrapped products still need to be properly treated according to environmental protection requirements to avoid polluting the environment.

Working principle

When the 3BSE018877R2 PFSK 152 signal concentrator board is in operation, it receives signals from multiple related devices or components and integrates these signals through internal circuit design. Subsequently, a connection is established with DSP-UP (PLD 1.0/1) according to specific interface standards, and the centralized signal is stably and accurately transmitted to DSP-UP. At the same time, feedback signals from DSP-UP can also be received and distributed to corresponding devices, achieving bidirectional signal interaction and ensuring smooth signal flow throughout the entire system.