PROCESS LINE MONITORING
The line has twenty screens and no single view
On a continuous process line, the condition of the product is determined by the condition of the line: bath temperatures, chemical concentrations, levels, flows, pH, pressures. Each of those is usually visible somewhere — on a local panel, in a controller, on a handwritten log sheet by the tank — but almost never in one place at one time. So the question "is the line healthy right now?" cannot be answered without walking it. And when something drifts out of range overnight, the first evidence is often the product, not the parameter.
One screen for the whole line
A live schematic of the process as it is actually laid out, with every measured value shown where it physically belongs.
A live line schematic
The process drawn as it actually runs — stage by stage, tank by tank — with live values in position rather than in a table that bears no relation to the floor. Someone who knows the line can read it instantly.
Temperatures across every stage
Bath, burner, dryer and service temperatures monitored continuously, with out-of-range conditions highlighted on the schematic the moment they occur.
Concentrations and chemistry
Chemical concentrations, dissolved metal content and pH tracked against their specification ranges, so a bath drifting out of specification is visible long before it shows up in the product.
Levels, flows and pressures
Tank and service levels, flow rates and line pressures, so consumption, replenishment and a developing blockage are all apparent from the same screen.
Equipment status at a glance
Pumps, blowers, heaters and ancillary equipment shown running or stopped in their actual positions on the line, so a failed unit is located as well as detected.
Set against actual
Target values shown alongside measured values, so the operator sees not just what the line is doing but how far that is from what it should be doing.
How it works
The line is mapped
We draw your process as it is physically arranged — stages, tanks, equipment — so the screen matches what an operator walking the line would see, rather than an abstraction of it.
Instruments are connected
Temperature, level, flow, pH and concentration instruments are read through the controllers and the acquisition layer, at the rate each measurement actually warrants.
Ranges are configured
Each measurement gets its specification or operating range, so normal and abnormal are distinguished automatically rather than left to memory and experience.
History is kept
Every value is stored, so today's reading can be compared with last week's and a slow drift becomes visible as a trend rather than a surprise.
Technical detail
Process values are read through the same acquisition layer as production data — OPC UA where available, native PLC protocols where not — and written to the database, so the line schematic and the production reporting draw on one consistent record. Because the acquisition services buffer locally and run independently of the web application, monitoring history has no gaps while the system is being updated. Ranges, alarm thresholds and sampling rates are configured per measurement rather than globally.
SEE YOUR WHOLE LINE AT ONCE
Tell us what your process looks like and what is measured on it today. We will show you how it would come together on one screen.