SAM provides state of the art process automation and motion control solutions designed to increase productivity of manufacturers, utility and diverse organizations operating in today's highly competitive business environment.

SAM products are developed using the latest technologies in order to meet our client's requirements.

SAM is an approved systems integrator for GE, Rockwell, Schneider and Siemens and has four basic business philosophies:

  • SAM selects products from the top three/four world suppliers
  • Quality in both the products and service delivery by SAM is vitally important
  • SAM is committed to long term relationships with their clients, suppliers,
  • subcontractors and employees
  • Most of our clients are "Blue Chip" companies who demand very high
  • standards



Visual Automation / VA Historian




Visual Automation, the Historian specifically desined for Power plants is a platform for the storage and evaluation of process data. The "VA HISTORIAN" product allows storage, processing and visualisation of process data from heterogeneous industrial systems...


Data is stored on a database server and this data is accessed via a number of client applications including:


Typical Application

Download the VA Historian Brochure
Click to download pdf
File Name: VA Historian_2010_LR_Brochure.pdf - 4Mb ( low resolution)


Click to download pdf
File Name: VA Historian_2010_HR_Brochure.pdf - 7.8Mb (high resolution)



High Performance CPU for the Simatic® S5. With TCP/IP interface


  • Applicable in automation systems of 115U, 135U/155U and 150U of the Simatic S5
  • Compatible with CPU 416 with RS 7 Software
  • Compatible with CPU 945 (941, 942, 943, 944) or CPU 948 (946/947, 928) with RS 5 Software
  • Synchronous mode: Simatic® S7 and Simatic® S5 Program run concurrently (Particularly suitable for extensions of present plants)
  • IT function (Email Client, Webserver, FTP)
  • Upgrade your Simatic® S5 PLC to an Simatic® S7 PLC in a Flash

Simatic® S5program and Simatic® S7 program run

  • Step 5 blocks that can only be ported to Simatic® S7 with high complexity, remain in Step 5 and are called from the Step 7 operating system.
  • Access to external periphery, where blocks are only available in Step 5.
  • Existing Simatic® S5 hardware andSimatic S5 programs can be integrated into systems, that do not support Simatic® S5 components (e.g. Simatic® PCS7)
  • Time-consuming and cost-intensive converting of programs is not applicable.

Upgrade Today

  • Hardware remains constant (exception: CPUs)
  • Simatic® S5 Program remains constant
  • Simatic® S7 Program and Simatic® S5 Program run concurrently
  • Time-saving, cost-effective
Download the Opencorder Specification Sheet
Click to download pdf
File Name: SAM_opencorder_specs.pdf - File Size: 804kb

Opencorder - Paperless Data Recording




Using Visual Automation as the data collection and storage mechanism, the "OPENCORDER" is a paperless data recording system. you can view multiple charts on the same screen and "cut and paste" information from OPENCORDER into MS Excel for further analysis.

Download the Opencorder Specification Sheet
Click to download pdf
File Name: SAM_opencorder_specs.pdf - File Size: 804kb


"EMDAS" - Energy Management & Data Aquisition System

The EMDAS system is an acquisition and monitoring system for metered inputs from power generation plants. It has a complete measurement and storage environment. It's reporting facilities include hourly, daily and ad-hoc reports generated by the users.



It consists of an integral information system with all the capabilities of a relational database including SQL (Structured Query Language), for easy access to stored data.

The main function of EMDAS is to provide accurate information on an hourly basis and summary reports, which are user definable...


This information is used in the calculation of the actual power outputs and results in an associated invoice

System Components

The system consists of a data acquisition system based on the InterBus or Beckhoff field bus with a storage system, which incorporates the Microsoft SQL Server relational database. Due to the use of a field bus system, it has been possible to distribute the acquisition system, and retain the high-speed communication between the major components. The relational database design allows for flexible reporting and queries, which may be composed using standard graphical utilities or SQL (Structured Query Language). There are static and dynamic tables, which hold static data such as signal-input descriptions, and dynamic data such as the actual readings, and current values of the inputs.

EMDAS Static Tables

  • Static Analogue
  • Static Digital
  • Static Calculation
  • UPI_Factor
  • Emdas_Main_Check

EMDAS Dynamic Tables

  • Hourly Values
  • Daily Values
  • Alarm Values

Hourly Log: This log occurs automatically every hour and is derived from an integration of the various inputs over the hour and followed by a reset of the value. Since the GPS clock is used for this, the values are guaranteed to occur within 1ms of the hour, and every hour. It is possible to call up any previous hour, up to approximately 3 months back, via this method.

Daily Log: This log runs from midnight to midnight of the same input metering signals as the hourly log. By selecting this icon on the toolbar, or via the menu, the previous day's daily summary log is displayed. Utilizing the Historical feature, it is possible to request a daily summary, which is available in the SQL Server (typically 1 year).

Historical Log: This log allows ad-hoc queries, which are only limited by the time frame of the stored values in the database. It is possible to select the exact starting time and date, and the end date and time. By selecting the OK button, a query is generated and the results appear on the screen. A combination of hourly values, over any time period is presented to the user.

Download EMDAS Specification Sheet
Click to download pdf
File Name: Emdas writeup rev1-2.pdf - File Size: 804kb


iNet SI-110 SICOMP M Interface replacement cards

The iNET SI-110 interface facilitates the migration of a SICOMP M system to a
modern standard platform.

Based on the retention of existing I/O hardware it is possible to make the transition in phases.

A passive phase with parallel operation and an active phase where the SICOMP is removed.

The iNET SI-110 is an Ethernet based interface which connects to any TCP/IP enabled server.



Download SICOMP Specification Sheet
Click to download pdf
File Name: SICOMP Interface.pdf - File Size: 804kb





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