01
SYSTEMS AND INTEGRATION
From sensor to final element, engineered as one system
Instruments rarely work alone. We design, build and commission complete measurement and control loops, from the field device to the PLC, DCS or SCADA screen.
02
ARCHITECTURE
From field device to enterprise
INSTRAVA instruments plug into the layers you already run. Each layer hands the signal to the next over a standard protocol.
03
THE LOOP
Five elements, one signal path
PROCESS
SENSOR
TRANSMITTER
CONTROLLER
FINAL ELEMENT
04
SUPERVISION
What the operator sees
A simulated panel: readings update continuously and settle at their setpoints. The values are demo data; connect your own source in a production build.
05
CAPABILITIES
What we deliver
01
Loop design and documentation
Loop diagrams, instrument index, datasheets and calculations in the format your project requires.
02
Panel building and marshalling
Instrument panels, marshalling cabinets and junction boxes, built, tested and documented.
03
PLC, DCS and SCADA integration
Signal scaling, alarm philosophy, faceplates and trending connected to your control platform.
04
Protocol engineering
HART, Modbus RTU, Profibus PA, Foundation Fieldbus and IO-Link configured and tested end to end.
05
Factory and site acceptance
Documented FAT and SAT with loop checks, interlock tests and as-left records.
06
Lifecycle support
Calibration, spares, remote diagnostics and obsolescence planning across the installed base.
06
PROTOCOLS
Signals and fieldbuses we integrate
4–20 mA
HART
Modbus RTU
Profibus PA
Foundation Fieldbus
IO-Link
Pulse / frequency
Relay / switch
07
HOW A PROJECT RUNS
Five stages, one accountable team
01
Discover
Process data, standards, existing assets and constraints.
02
Design
Loop diagrams, instrument selection and control strategy.
03
Build
Panels, programming and documentation, tested at the factory.
04
Commission
Loop checks, calibration and site acceptance.
05
Support
Training, spares and ongoing verification.
08
REFERENCE PROJECTS
Delivered systems (demo)
PROJECT
Tank farm level upgrade
Non-contact 80 GHz radar replaced the ultrasonic units, and independent fork switches were added as high-level alarms with proof-test capability.
Read the project →
PROJECT
Aeration basin DO control
Optical dissolved-oxygen sensors now drive blower speed through smart positioners on the air-distribution valves.
Read the project →
PROJECT
Steam network metering
Vortex flowmeters with integrated temperature compensation were installed at each branch, with head transmitters on key temperature points.
Read the project →
RFQ
REQUEST A QUOTE
Plan your next system with us
Describe the plant, the platform and the schedule. We will propose a scope and a team.