Software Tools

 

Features

  • Easy-to-use programming environment
  • Comprehensive list of SCADA-specific functions
  • On-line editing and monitoring
  • Off-line development and editing
  • Variety of communiations media and protocols supported
  • C/C++ applications run concurrently with TelePACE applications

Overview

TelePACE is Control Microsystems' proprietary programming environment. This easy-to-use software package allows users to develop relay ladder logic networks for use in SCADAPack controllers. The software runs on Microsoft Windows NT™, Windows 2000 Professional™, Windows XP Professional™, Windows Server 2003™, Windows Vista Business™, Windows Vista Ultimate™ and Windows Vista Enterprise™ operating systems.

The TelePACE environment was designed with ease of use in mind. The TelePACE Ladder Editor allows the programmer to assign tag names to process I/O addresses and data registers. With drag and drop control, the programmer can place a wide array of functions in the ladder network including: contacts, outputs, counters, PID controllers, HART interface functions and more. Once complete the programmer can upload the application to the SCADAPack controller through a direct or network connection. Using the online monitoring function a field engineer can edit the program while online, providing a highly efficient debugging environment.

Licensing

A free demo version of TelePACE is available from Control Microsystems. The demo version shares all the functionality of the full version except for the ability to save completed applications to the hard drive.

Downloads

Latest version of TelePACE Demo

Manual(s)

TelePACE Product Overview

TelePACE User and Reference Manual

TelePACE C Tools User Manual

TelePACE Articles

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TelePACE Programming Samples

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TelePACE Release Notes

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Page: 16-bit Unsigned Integer-to-Decimal Conversion
Page: Automatically Initialize a 5901 Dial-up Modem
Page: Automatically Log Data Once Per Minute Using DLOG
Page: Automatic Dial Out Between Master and Slave Controllers Via Dial-up Modems
Page: Calculate Flow Rates and Accumulated Flow Using Pulse Input
Page: Can the STATUS output on a SCADAPack PLC be program driven using TelePACE?
Page: Configuring Address Translation in 16-Bit SCADAPack Controllers
Page: Configuring Port Translation in 16-Bit SCADAPacks
Page: Convert Binary Coded Decimal (BCD) value into a 16-bit unsigned integer value
Page: Counting Digital Input Pulses
Page: Data Transfer Between Master and Slave Controllers Via Modbus IP
Page: Data Transfer Between SCADAPacks Using DF1 Protocol.
Page: Daylight Savings Time Real Time Clock Adjust
Page: Determining the Scan Time of a Ladder Logic Program
Page: Device Configuration Registers
Page: Effect of Floating Point Math Error on Totalizers
Page: How are floating-point numbers represented in TelePACE?
Page: How many tag names can TelePACE store?
Page: PIDA Function Element in P-, PI-, PID-control and in manual modes
Page: Polling a HART Transmitter With a 5904 HART Interface Module
Page: Resolving 16-Bit Compatibility Issues on Windows XP
Page: Scaling 16-Bit Analog Inputs Into 32-Bit Floating Point Values
Page: Simple Motor Control Circuit
Page: Simple Output Shock Absorber Implementation
Page: TelePACE Compatibility with Windows Vista Home
Page: TelePACE program scan times
Page: Timer Function Block Discrepancy
Page: Transfer Data Between Master and Slave SCADAPacks Using a Serial Connection
Page: Transferring data using a dial-up modem and the DF1 protocol.
Page: Floating point constant cross link
Page: How do I configure a SP32-SP3xx controller to communicate on the LAN Port using TelePACE?
Page: Using PID Control blocks with in TelePACE
Page: What is the last version of TelePACE software that supports TeleSAFE 16EX?
Page: What is the word (16-bit) order of 32-bit integers in the TelePACE?
Page: Laptop Security Features