To Next PageTo Next Page
Need help?Do you have a question about the Siemens CPU 317-2 DP and is the answer not in the manual?
General| Processor Type | S7-300 |
|---|---|
| Memory Size | 512 KB |
| DP Interface | Yes |
| Number of DP Masters | 1 |
| DP Slots | 32 |
| Power Supply | 24 V DC |
| Number of MPI/PROFIBUS DP Interfaces | 1 |
| Number of Counters | 256 |
| Number of Timers | 256 |
| MPI Interface | Yes |
| CPU Type | CPU 317-2 DP |
| Bit Memory | 2048 bytes |
| Number of I/O Modules | 32 |
| Programming Languages | LAD, FBD, STL |
| Number of Digital Inputs | N/A (I/O modules required) |
| Number of Digital Outputs | N/A (I/O modules required) |
Outlines the manual's scope covering configuration, communication, memory, and technical data.
Provides information on selecting and configuring automation systems and modules.
Details the operational and display elements specific to CPU 31xC models.
Describes the slot for the SIMATIC Micro Memory Card and its function.
Explains the function and positions of the CPU mode selector switch.
Explains the meaning of LED designations for status and error indication.
Covers operational and display elements for CPU 31x series.
Provides an overview of general status and error indicators on CPU 31x.
Describes the various interfaces available on the CPUs.
Covers the PROFIBUS DP interface, its modes, and properties.
Describes the PROFINET interface and its connectivity.
Provides an overview of the communication services offered by CPUs.
Explains S7 communication modes (server/client) and configuration.
Explains routing functionalities and network configurations.
Introduces PROFINET as an enhancement for communication.
Details open communication functionalities over Industrial Ethernet.
Defines S7 connections as communication paths between modules.
Explains the DPV1 protocol as an extension to the DP protocol.
Explains different memory areas and their data retention properties.
Describes the load memory located on the SIMATIC Micro Memory Card.
Covers data retention across power cycles and restarts.
Shows retentive behavior of memory objects during state transitions.
Outlines general memory management functions.
Details the process of downloading user programs to the CPU via MMC.
Explains CPU memory reset procedures and restart behavior.
Explains the concept of cycle time and its calculation.
Provides formulas and data for calculating cycle time.
Covers the impact of communication load on CPU performance.
Defines and explains response time factors.
Explains conditions and calculation for the shortest response time.
Explains conditions and calculation for the longest response time.
Guides on calculating cycle and response times.
Explains interrupt response time and its influencing factors.
Provides detailed technical data for the CPU 312C.
Details default addresses and configuration of integrated I/O.
Provides detailed technical data for the CPU 313C.
Provides technical data for CPU 313C-2 PtP and DP models.
Provides technical data for CPU 314C-2 PtP and DP models.
Covers the technical specifications of integrated I/O modules.
Details the technical specifications for analog inputs.
Details the parameterization of integrated I/O using STEP 7.
Explains the configuration options for interrupt inputs.
Provides specifications for digital inputs across various CPU models.
Provides specifications for digital outputs across various CPU models.
Details specifications for analog inputs.
Details specifications for analog outputs.
Provides detailed technical data for the CPU 312.
Provides detailed technical data for the CPU 314.
Provides technical data for the CPU 315-2 PN/DP.
Provides technical data for the CPU 317-2 DP.
Provides technical data for the CPU 319-3 PN/DP.
Details communication services like Open IE, PG/OP, GD, S7.
Provides information on upgrading to newer CPU models.
Details the load memory concept for CPU 31xC/31x.
