PLC Data Acquisition & Industrial Data Collection

PLC data acquisition is the automated collection of signals, states, counts, alarms, and sensor values from PLC-controlled equipment. In manufacturing, this data can show whether a machine is running, idle, faulted, producing good parts, or waiting on material. Excellerant brings PLC data into a unified platform alongside CNC, ERP, MES, and operator data for real-time visibility.

Yes. Excellerant supports CNC machines, PLC-controlled presses, stamping machines, injection molders, assembly stations, lathes, mills, and other industrial assets. Modern equipment can connect through protocols or networks, while older machines can be connected through serial communications, wireless adapters, or PLC intermediary devices. This lets mixed environments report into one analytics and monitoring platform.

Excellerant supports major machine and industrial communication standards including MTConnect, OPC-UA, Fanuc FOCAS, HAAS MNET, Mazak Mazatrol, Heidenhain TNCremo, ethernet, WiFi, RS-232 serial, and Open API integrations. The platform is designed to conform non-uniform machine data streams into a usable environment for dashboards, analytics, ERP synchronization, and production decision-making.

Industrial data collection replaces delayed, manual reporting with automated actuals from machines and operators. Run time, idle time, part counts, downtime reasons, job progress, and actual-versus-planned information can synchronize with ERP or MES platforms. This improves costing, scheduling, labor reporting, customer updates, and production planning because business systems reflect current shop-floor reality.

Yes. Excellerant specializes in connecting legacy and pre-network equipment, including RS-232 CNCs, paper-tape machines, and machines that lack modern ethernet ports. Depending on the asset, connectivity may use serial communications, wireless adapters, protocol conversion, or PLC intermediary devices. Older machines can then be monitored alongside newer equipment without requiring full machine replacement.

Common data points include machine status, alarms, fault codes, cycle times, part counts, good and scrap quantities, job progress, downtime reasons, operator inputs, utilization, OEE components, and production forecasts. The exact data depends on the machine, PLC, protocol, and available signals, but Excellerant focuses on capturing the information needed for better decisions.

Yes. Excellerant provides shop-floor dashboards, machine-status tracking, OEE reporting, downtime analysis, production forecasts, and alerts. Data can be viewed from PCs, Macs, tablets, phones, mounted displays, and enterprise systems. Notifications help the right people respond quickly when downtime, faults, bottlenecks, or schedule risks appear on the production floor.

Implementation timing depends on machine count, protocol mix, ERP or MES integration needs, and the condition of existing networks or controls. A focused deployment may begin with a defined group of machines, then expand by cell, department, or facility. Excellerant’s process starts with machine and system mapping so the rollout is practical and measurable.