KONG -Y
简体中文 English
Product
Article
NameDescriptionContent
Location:
Home ⊙ Triconex ⊙ 5136-PFB-VME Software Guide Version 2.04

5136-PFB-VME Software Guide Version 2.04

From: | Author:kongjiang | Time :2025-03-25 | 1189 Browse: | 🔊 Click to read aloud ❚❚ ▶ | Share:

Introduction

This chapter describes the following: 

 • the purpose of the manual 

 • the style conventions used in the manual 

 • an overview of the card 

 • reference material 

 • warranty and technical support information

Purpose

This document is a software user’s guide for the SST 5136-PFB-VME interface card. This card makes it possible for an application running on a VMEbus host computer to communicate with ProfiBus networks using Profibus DP and FDL.  

Conventions

Style

The following conventions are used throughout the manual: 

 • Listed items, where order is of no significance, are preceded by bullets. 

 • Listed items, to be performed in the order in which they appear, are preceded by a number. 

 • References to commands, or dialog boxes are italicized. 

 • User entry text is in Courier 9 pt font. 

 • Buttons that the user may press are in SMALL CAPS.

Special Notation

The following special notations are used throughout the manual:

Warning messages alert the reader to situations where personal injury may result. Warnings are accompanied by the symbol shown, and precede the topic to which they refer.

Caution messages alert the reader to situations where equipment damage may result. Cautions are accompanied by the symbol shown, and precede the topic to which they refer

A note provides additional information, emphasizes a point, or gives a tip for easier operation. Notes are accompanied by the symbol shown, and follow the text to which they refer.

Card Overview

The 5136-PFB-VME card can: 

 • act as a DP slave 

 • act as a DP master 

 • send and receive FDL (layer 2) messages

The card supports simultaneous operation in all these modes. The card supports the standard ProfiBus baud rates of 9.6K, 19.2K, 93.75K, 187.5K, 500K, 750K, 1.5M, 3M, 6M and 12M baud. The card has an onboard Intel i960 processor with 512 Kbytes of local RAM, that handles the communication protocol and data formatting into the shared RAM. A VMEbus interface, with capabilities as outlined in the Specifications section of  this manual. Five registers in VME short address space for control of the card. 4 1.3 Card Overview The 5136-PFB-VME card can: 

 • act as a DP slave • act as a DP master 

 • send and receive FDL (layer 2) messages The 5136-PFB-VME consists of: The card has an additional 256 Kbytes of RAM which is shared with the host as either a single block of 256 Kbytes (linear addressing mode) or as one of sixteen, 16Kbyte pages (paged mode). In paged mode, the host determines which page of this shared RAM is mapped into the host memory by writing to a register on the card. This block of memory contains all the tables and buffers that are used to pass information between the interface card and the application software running in the host computer. 

This approach ensures a fast and simple connection between the host computer and the card software. In addition, the card has 512 Kbytes of sectored flash memory, for storage of programs and configuration data. ProfiBus configuration information may also be stored in flash

Reference Documents

For information on ProfiBus, refer to one of the following: 

 • ProfiBus standard DIN 19 245 parts 1, 2 and 3. Part 1 describes the low level protocol and electrical characteristics, part 2 describes FMS, part 3 describes DP 

 • European standard EN 50170 

 • ET 200 Distributed I/O System Manual, 6ES5 998-3ES22

Technical Support

Before you call for help..

Please ensure that you have the following information readily available before calling for technical support.

• Card type and serial number 

 • Computer make and model and hardware configuration (other cards installed) 

 • Operating system type and version 

 • Details of the problem; application module type and version, target network, circumstances that caused the problem

The following sections describe briefly the steps required to bring the 5136-PFB-VME online as a DP master or a DP slave, using the sample programs provided with the card. These steps assume that the card is being installed using the default port and memory addresses. They also assume familiarity with the SST ProfiBus Configuration Tool or Siemens COM PROFIBUS configuration software

Quick Start 2.1.

1 DP Master Prior to performing this procedure, refer to the Hardware User’s Guide for more detailed information on installing the card. 1. Install the card. (Refer to the Hardware User’s Guide0. Check the switch setting on the card and install the card in the computer. 

 2. Install the Software, choosing one of the three options described here. Refer to the Hardware User’s Guide, for more detailed information.- Run the batch file install.bat on the distribution disk to install the DOS distribution software. This batch file install the software in the directory sspfbdos.- Run the setup.exe program from the appropriate Windows disk to install the SST ProfiBus Configuration Tool.- Run the batch file cometupdcomet to install the files for configuring the 5136-PFB-VME under COM PROFIBUS. 

 3. Create an I/O configuration. Use the SST ProfiBus Configuration Tool or Siemens COM PROFIBUS to create a configuration for the I/O you are scanning. Refer to the software’s online help for complete details on creating a configuration with one of these tools

4. Download the ProfiBus software module. Refer to the Hardware User’s Guide. Use the loader program pfbinst to download the ProfiBus module to the card. For example, if the card is installed at the default port and memory addresses, the command is: vmeinst vmeprofi 

 5. Configure the card as a DP Master Run the sample program cometcnf to configure the card as a DP master using the binary file you exported from the SST ProfiBus Configuration Tool or COM PROFIBUS. If the card is installed at port address 250 and the file is called test.2bf, the command is: cometcnf 250 test 

 6. Put the card online. Run the sample program vmecmd to put the card online. If the card is installed at port address 250, the command is: vmecmd 250 online 

 7. Scan I/O. Run the sample program dpmon to display and edit data. If the card is installed at port address 250, the command is: dpmon 250 From the program menu:- Press A to view the active station list, then press P to see what passive stations (in this case, I/O slaves) are present on the network.- Press M to view configured slaves. Press R to put the card in run mode. Select a slave and press Enter to view and edit its I/O data.-   Press E from the main menu to view diagnostic counters.

DP Slave Prior to performing this procedure, refer to the Hardware User’s Guide for more detailed information on installing the card. Use the following steps to bring a 5136-PFB-VME online as a DP slave. 

 1. Install the card. (Refer to the Hardware user’s Guide). Check the switch settings on the card and install the card in the computer. 

 2. Install the software, choosing one of the three options described here. 

 •     Run the batch file install.bat on the distribution disk to install the distribution software. This batch file install the software in the directory ssvmedos. 

 •    Run the setup.exe program from the appropriate Windows disk to install the SST ProfiBus Configuration Tool. 

 •    Run the batch file cometupdcomet to install the files for configuring the 5136-PFB-VME under COM PROFIBUS. 

 3. Download the ProfiBus software module. Use the loader program vmeinst to download the ProfiBus module to the card. For example: vmeinst vmeprofi 

 4. Create a network configuration. Edit the sample file netslv.ncf file to set the network parameters. At minimum, you need to set:- baud rate- station address 

 5. Create a slave configuration. Edit the sample file slave.scf to set the slave parameters. At minimum, you need to set:- number of inputs (bytes)- number of outputs (bytes)

6. Configure the card’s network parameters. Run the sample program pbnetcnf to configure the card’s network parameters. If the card is installed at port address 250 and the file is called netslave.ncf, the command is: pbnetcnf 250 netslave 

 7. Configure the card as a slave Run the sample program dpslvcnf to configure the card as a DP slave. If the card is installed at port address 250 and the file is called slave.scf, the command is: dpslvcnf 250 slave 8. Put the card online Run the sample program pbcmd to put the card online. If the card is installed at port address 250, the command is: vmecmd 250 online 9. Access the data. Run the sample program dpmon to access data. If the card is installed at port address 250, the command is: dpmon 250 From the program menu:- Press S to view the slave data.- Press D to view slave diagnostics- Press E to view diagnostic counters.


  • SHINKAWA MODEL VM-5Z5,6,7  POWER SUPPLY UNIT
  • SHINKAWA MODEL VM-5Y1,2,3 RELAY MODULE UNIT
  • SHINKAWA MODEL VM-5P3 PHASE MARKER UNIT
  • SHINKAWA MODEL VM-53 DUAL COMMUNICATION UNIT
  • SHINKAWA MODEL VM-52 BOTTOM HOLD MONITOR
  • SHINKAWA MODEL VM-51 ROD DROP MONITOR
  • SHINKAWA MODEL VM-5R TACHOMETER
  • SHINKAWA MODEL VM-5S DUAL TACHOMETER
  • SHINKAWA MODEL VM-5A DUAL VALVE
  • SHINKAWA MODEL VM-5E DUAL CASE
  • SHINKAWA MODEL VM-5L COMPLEMENTARY INPUT
  • SHINKAWA MODEL VM-5N RAMP DIFFERENTIAL
  • SHINKAWA MODEL VM-5D DUAL DIFFERENTIAL
  • SHINKAWA MODEL VM-5T DUAL THRUST MONITOR
  • SHINKAWA MODEL VM-5C ECCENTRICITY MONITOR
  • SHINKAWA MODEL VM-5C ECCENTRICITY MONITOR
  • SHINKAWA MODEL VM-5M DUAL PATH MONITOR
  • SHINKAWA MODEL VM-5B DUAL ACCELERATION MONITOR
  • SHINKAWA MODEL VM-5B DUAL ACCELERATION MONITOR
  • SHINKAWA MODEL VM-5U DUAL SEISMIC MONITOR
  • SHINKAWA MODEL VM-55 VIBRATION MONITOR
  • SHINKAWA VM-742B1-5 VIBRATION MONITORING SYSTEM CARD
  • Shinkawa PSP-17B P-24-64A P-24-64B Circuit Board Module
  • SHINKAWA MGP-67 PCB
  • Shinkawa JBP-278 P-22-48A-1 P-22-48B-1 Circuit Board Module
  • Shinkawa VM-721B 18-CHANNEL RELAY MODULE
  • Shinkawa FRP-337 P-26-54A P-26-54B Circuit Board Module
  • Shinkawa WKN-142K2-2 Vibration Transmitter
  • SHINKAWA VL-202A08L-1012 Rotor Position Monitor Probe Sensor
  • Shinkawa CPP-128 P-26-74A P-26-74B Circuit Board Module
  • Honeywell 51402755-100 PROCESSOR CARD
  • Honeywell 51107595-100 Power
  • HONEYWELL 51304544-100 Control Board
  • HONEYWELL 51109919-100 BOARD
  • HHoneywell 51204160-175 Digital Input Module
  • Honeywell 51304754-150 High Level Analog Input Module
  • HONEYWELL 51304690-100 DIGITAL INPUT CARD
  • Honeywell 51401635-150  COMM CONTROL
  • HONEYWELL 51204174-175 MC-TAOY 52 ANALOG OUTPUT BOARD
  • HONEYWELL  51400596-100
  • HONEYWELL 51401291-100 board card
  • HONEYWELL 51401642-150 I/O LINK MODULE
  • Honeywell LCN‑E Hub Power Supply 38500148‑300
  • Honeywell LCN‑E Hub redundant 38500143‑202 Twisted‑pair LCN
  • Honeywell LCN‑E Hub non‑redundant,38500143‑102
  • Honeywell Enhanced Micro‑TDC‑3000 System Unit MX‑DTAC01K2
  • Honeywell Enhanced Micro‑TDC‑3000 System Unit MX‑DTAB01K2
  • Honeywell Enhanced Micro‑TDC‑3000 System Unit MT11‑520
  • Honeywell STI‑CE Smart Transmitter Interface 51304516‑150
  • Honeywell STI Smart Transmitter Interface 51304516‑100 MC‑PSTX02
  • Honeywell ulse Counter IOP 51304386‑100 MU‑PPIX02
  • Honeywell DO Digital Output IOP‑CE 51304487‑150 CE  version
  • Honeywell DO Digital Output IOP  51304487‑100 MC‑PDOX02
  • Honeywell TDC‑3000 SOE DI IOP,51402625-175 MC‑PDIS12
  • Honeywell TDC‑3000  DI Digital Input IOP‑CE 51304485‑150
  • Honeywell TDC‑3000 DI Digital Input IOP 51304485‑100 MC‑PDIX02
  • Honeywell TDC‑3000 AO Analog Output IOP 51304757‑100 MU‑PAOX02
  • Honeywell TDC‑3000  TC Thermocouple IOP 51304756‑100 MU‑TAMT03
  • Honeywell TDC‑3000   51304755‑100 MU‑TAMR03
  • Honeywell TDC‑3000 LLAI Multiplex AI IOP,51304362‑150
  • Honeywell TDC‑3000  HLAI Analog Input IOP‑CE, 51304363‑150
  • Honeywell TDC‑3000  HLAI Analog Input IOP,51304363‑100.4‑20mA
  • Honeywell TDC‑3000  HPM Power Supply,51401731‑100
  • Honeywell TDC‑3000 Standard 1986.HPM High‑Performance PM CPU,51402362‑100
  • Honeywell TDC‑3000 APM Advanced Process Manager CPU,51304459‑100
  • Honeywell TDC‑3000 Standard 1986.PM Process Manager CPU,51304362‑100
  • Honeywell TDC‑3000 NIM Network Interface Module,51304481‑200
  • Honeywell TDC‑3000 NIM Network Interface Module 51304481‑100
  • Honeywell TDC‑3000 BASIC,LCN Terminator Resistor,30732052‑001.Coaxial
  • Honeywell TDC‑3000 BASIC,Hiway Coupler,30753732‑001
  • Honeywell TDC‑3000 BASIC,LEPIU Low‑Energy PIU,4DP7APCFA309
  • Honeywell TDC‑3000 BASIC,HLPIU High‑Level PIU,4DP7APCFA106
  • Honeywell TDC‑3000 BASIC,Multifunction Controller(TDC‑2000 DHW),4DP7MFA103
  • Honeywell TDC‑3000 BASIC,Extended Controller(TDC‑2000 DHW),4DP7AXA102
  • Honeywell TDC‑3000 BASIC,Basic Controller(TDC‑2000 DHW),4DP7BBA101
  • Honeywell 51305508‑100 TDC‑3000 BASIC,XLCNE2 LCN Extender
  • Honeywell TDC‑3000 BASIC,E‑PLCG PLC Gateway,51400997‑200
  • Honeywell TDC‑3000 BASIC,PLNM Plant Network Module,51401163‑100
  • Honeywell TDC‑3000 BASIC,CG Computer Gateway,80360206‑001
  • Honeywell TDC‑3000 BASIC,HG High‑Speed Gateway,51304526‑100
  • Honeywell TDC‑3000 BASIC,HM History Module,51191596‑200
  • Honeywell TDC‑3000 BASIC,HM History Module,51191596‑100
  • Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑800.K2LCN‑8
  • Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑600.K2LCN‑6
  • Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑400,K2LCN‑4
  • Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑300.K2LCN‑3
  • Honeywell TDC‑3000 BASIC,AM Application Module CPU,51401551‑200,K2LCN‑2
  • Honeywell TDC‑3000 BASIC,US Universal Station CPU,51401288‑200
  • Honeywell TDC‑3000 BASIC,US Universal Station CPU,51401288‑100
  • SHINKAWA VM-21P1 Signal Conditioner 0-50MM 24VDC
  • Shinkawa RiverNew Vibration Transducer VK202 Series
  • Shinkawa Electric VM-3E2 Vibration Monitor Module
  • Shinkawa JBP-47 P-22-48A-1 / P-22-48B-1 Circuit Board Module
  • Shinkawa MODEL VM-5K DUAL VIBRATION MONITOR
  • Shinkawa CMU-15A (CMU15A) Industrial Camera Controller
  • Shinkawa CMU-13A CMU13A Industrial Camera Controller
  • Shinkawa EFU-10 (EFU10) Spark Generator Unit
  • Shinkawa UTC-1000 ZUP-02C Board
  • Shinkawa MDP-89 MDP89 P-24-674A P-24-674B Circuit Board Module
  • Shinkawa CB-1011005001 Signal Cable Assembly
  • SHINKAWA VL-202A08L-1002 Sensor VL-08020L01 Probe Cable F84N1695
  • Shinkawa VK-202A2 Driver & VL-202A08L-1A72 Proximity Sensor Probe
  • SHINKAWA VM-703B VIBRATION MONITORING SYSTEM CARD 2R05-002-P001C
  • Shinkawa BH-150-03 Signal Conditioner / Preamplifier Unit
  • Shinkawa BH-150 Signal Conditioner / Preamplifier Unit
  • Shinkawa Electric VM-3D2 Thrust Monitor Module
  • Shinkawa LCU-37 Monitoring module
  • Shinkawa LCU-44B-06 Local Control Unit Module
  • ABB 3BHE039724R2643 PPD513 high-performance programmable controller module
  • Samsung SSAS21-RTD Resistance Temperature Detector Input Module
  • Samsung SSAS21-AI Analog Input Module
  • Samsung SSAS21-DO Digital Output Module
  • Samsung SSAS21-DI Digital Input Module
  • Samsung SSAS21-CPU Central Processing Unit Module
  • Samsung SMTB-RTD RTD/TC Terminal Board
  • Samsung SMTB-AI Analog Input/Output Terminal Board
  • Samsung SMTB-DO Digital Output Terminal Board
  • Samsung SMTB-DI Digital Input Terminal Board
  • SAMSUNG SMBK-12 IOU Rack Backplane
  • SAMSUNG SMBK-08 IOU Rack Backplane
  • SAMSUNG SMPS-08 Rack Power Module
  • SAMSUNG SMCOM-08 Communication Expansion Card
  • SAMSUNG SMPI-8 Pulse Count Input Module
  • SAMSUNG SMTC-8 Thermocouple Input Module
  • SAMSUNG SMAOC-12 Analog Output Module (12CH)
  • SAMSUNG SMAOC-8 Analog Output Module (8CH)
  • SAMSUNG SMAIC-12 Analog Current Input Module (12CH)
  • SAMSUNG SMRTD-8 RTD Pt100 Temperature Input Module (8CH)