Siemens 6DS1717-8RR TELEPERM M модуль двоичных вычислений

Description

The Siemens 6DS1717-8RR is a Binary Calculation Module (often referred to as an arithmetic module) designed for the TELEPERM M process control system. This module is engineered to handle logical and arithmetic processing of binary signals within the TELEPERM M automation architecture, which was traditionally used for large-scale process automation in power plants and industrial facilities. It plugs directly into the system's I/O module subrack and interfaces with the process via the backplane and cabinet connection elements.

Features

• Functionality: Performs binary logic operations and calculations necessary for process control sequences.
• Compatibility: Designed specifically for integration into TELEPERM M automation racks (such as those used in legacy AS 230/AS 235 systems).
• Robust Construction: Built for industrial environments with specialized locking bars to secure the module in the subrack.
• Component Handling: Contains electrostatically sensitive components; requires careful handling, commissioning, and maintenance procedures per standard Siemens ESD guidelines.

Applications

• Process Automation: Used for logical signal processing and control in continuous or batch process industries.
• Legacy System Maintenance: Serves as a critical spare part for existing TELEPERM M installations, which have been largely succeeded by modern systems like SPPA-T2000 (Teleperm XP) or SIMATIC PCS 7.

Technical Specifications

Installation Guidelines

• Handling: As the module contains electrostatically sensitive devices, use proper ESD protection (grounding straps, anti-static mats) during installation and maintenance.
• Mounting: Insert the module into an available I/O slot in the subrack and secure it firmly using the integrated locking bars.
• Connections: The process interface is established via the backplane connector (X2). Ensure the connection between the process interface and the field wiring is verified.
• Maintenance: Ensure the power is disconnected before installing or removing the module to avoid damage to the backplane or the module's circuitry.