If you need more information or a special product manual please do not hesitate to contact us at 563.568.6387.
We're in CONTROL automation systems for trouble-free drum mix plant control and simple plant operation.
Total System Control
SYSTEMS' TSC is a Windows-based plant control program used to start, stop, and monitor motors used in plant operation, as well as to manually load from silos. TSC is designed for universal plant use, regardless of motors used and their functions.
ADP-GUI Windows-Based Drum Mix Control
We're in CONTROL ADP-GUI (Graphical User Interface) Windows-Based Asphalt Drum Mix Control.
Designed to accurately control truck loading, print delivery tickets, store delivery data, and print operational reports.
TSC Total System Control
TSC is a plant control system to start, stop, and monitor motors used in plant operation, as well as to manually load from silos, and was designed for universal use for any plant regardless of motors used and their functions.
Model ADP100 Graphical User Package (GUI)
Designed to provide a user friendly, graphically-enhanced user interface for the Asphalt Drum Mix Control System. Connects to the ADP-100 with a single high speed serial cable.
Designed to proportion aggregates and additives according to prescribed mix design formulas, and to measure and control the liquid asphalt mass flow rate, so the blends are accurately interlocked to the measured aggregate flow.
Model ADP100 SEC Agent Enterprise Data Package
All of SYSTEMS Windows based control products are capable of logging critical business data. SEC Agent is a small application running in the background that handles data synchronization of data to a central server.
Model ADP-020B Asphalt Drum Mix Process Controller
Designed to measure and control the liquid asphalt flow rate so the asphalt blend is accurately interlocked to the measured aggregate flow. Interface modules are available that allow this controller to be configured on-site, to include virgin and recycle belt scales, asphalt and mix temperatures, style of asphalt control and 0 to 5 simple potentiometrically controlled feeders.
Model WIN-LC3000 Silo Loadout System
Designed to accurately control truck loading, print delivery tickets, store delivery data, and print operational reports. NTEP Certified. Provided with an industrial grade, fanless PC, along with a PLC hardware interface. Using a PC separately from any process automation provides the user flexibility in the choice of process control components and subsequent system upgrades.
Model WIN-LC3000 Add-on Features
- License Plate Photo Capture
- Signature Pad
- Material Temperature Capture (Shipped Loose)
- Material Temperature Capture (With Enclosure for PLC and Modules)
- Temperature Probe Assembly
- Loading Traffic Light Director
- High-Intensity Scoreboard Display
- Remote Receipt Printer
WIN-LC-PLT-EDIT - Plant Editor Data Transfer Software
Designed to efficiently allow company accounting departments to electronically transfer ticket information from multiple SYSTEMS’ Model WIN-LC3000 Loadout plant locations to a central computer via the Internet.
Model LC-1000 Multiple Silo Loadout Automation
Designed to accurately control truck loading from one or more asphalt silos with one or more scales, print delivery tickets, store delivery data, and print operational reports.
Model LC-2000 Single Silo Loadout Automation
Designed to accurately control truck loading from a single silo, print delivery tickets, store delivery data, and print operational reports.
DOS to WIN LC3000 Conversion
Silo Loadout Upgrade for existing DOS-Based systems.
Model RedRover v3 Loadout Data Transfer Software
MS Windows® OS software designed to allow plant data to be exported and transferred to another location from SYSTEMS’ DOS-based Loadout computer.
Model AM-1600 Multiple Ammeter Display
Designed as a multiple ammeter display in a form that allows a quick overview of selected plant motor loads. Provides an accurate indication of actual loads and visual and audible alarms of both overload and underload conditions. Displays incoming or generated power voltage and frequency from up to two sources.