PLC programming involves writing code to control the actions of industrial machines and processes using a Programmable Logic Controller (PLC). The code typically consists of ladder logic diagrams or other programming languages that instruct the PLC to read inputs, execute logical operations, and activate outputs to automate the desired process.

Control panel design and building is the process of creating a custom electrical enclosure that houses various components, such as relays, fuses, switches, and other devices, to control industrial machines and processes. The design process involves selecting appropriate components, determining wiring diagrams, and creating layouts, while building requires physical assembly and testing to ensure proper functionality.

HMI design involves creating a graphical user interface (GUI) that allows operators to interact with industrial machines and processes. The design process typically includes selecting appropriate HMI software, creating screens that display relevant data and controls, and programming the HMI to communicate with the underlying PLC or control system.

Water systems require business planning services to optimize the management of their water resources, that can ensure the delivery of safe and reliable water to their customers. Business planning services can help your systems identify opportunities for improvement and manage risks and uncertainties to ensure long-term success.

Instrument installation is the process of physically placing and connecting various measurement and control devices within an water system. This includes sensors, transmitters, gauges, valves, and other instruments that are necessary to collect and transmit data for monitoring and controlling your process.

Calibration services for municipal water and wastewater involve the testing and adjustment of measuring instruments used to monitor and control various processes in water treatment and distribution systems. These services help ensure the accurate and reliable measurement of key parameters, such as flow rate, chlorine levels, pH, and turbidity, to maintain high-quality water standards and compliance with regulatory requirements.