CHALLENGECreate an electrical power utility control to monitor sensors for a three-phase distribution bus that fits in the mechanical package of an existing single-phase control, leverage the extensive legacy firmware functionality, and add harmonics monitoring.
Bring laboratory-grade water analysis and chemical feed control to large-scale commercial and industrial water cooling tower systems.
A custom designed, solid-state, highly accurate multi-channel fluorometer combined with a microprocessor-driven chemical feed controller.
Accurate chemical monitoring and feed control of chemicals in cooling tower water systems is required to reduce mineral scale, corrosion, and microbe growth. Relatively high volumes of expensive chemicals are required to protect these systems.
Topics: Electronic Contract Manufacturing, Electronic Engineering, Firmware Development, Industrial Controls
Create a modular, expandable, configurable and robust boiler monitoring and control system that can be used world-wide. The system must be able to connect to a wide range of external input sources as well as control external devices. Ethernet, USB and modem connectivity are required.
An NXP 32-bit ARM7 processor, multiple Microchip 8-bit PICs, Micro Digital SMX operating system, ANSI C, and the IAR Embedded Workbench were used to create this extendable, robust, highly flexible system.
Tecnova was asked to build the next generation of industrial controllers for a long standing customer. The customer's goal was ambitious – configurable enough to support multiple current product lines as well as future products not yet envisioned.
Topics: Electronic Contract Manufacturing, Electronic Engineering, Industrial Controls
| Tecnova 2383 N Delany Road Waukegan, IL 60087-1836 USA Phone: 847.336.6160 |
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