INOVAX approaches panel work as a practical system: electrical control, maintainability, field conditions and future changes.
Capabilities to discuss
Control-panel architecture, electrical control design support, component selection support, enclosure layout and build planning.
Systems and equipment types
- PLC and remote-I/O control panels
- Motor, drive and instrumentation interface panels
- Retrofit, expansion and enclosure-reorganization projects
Problems we can help examine
- Heat, space or serviceability constraints inside an enclosure
- Inconsistent labeling, terminal organization or power distribution
- Field wiring and interface requirements discovered too late
Deliverables and documentation
- Electrical schematics and panel layout
- Bill of materials and component schedule
- Terminal, cable and field-connection information
- Inspection, test and as-built documentation plan
Depending on the agreed scope, the handoff may include source files, electrical schematics, I/O lists, bills of materials (BOM), control narratives, change records, and test plans or results.
Platforms and brands
Rockwell Automation / Allen-Bradley: ControlLogix, CompactLogix and Micro800 controller families; Studio 5000 and Connected Components Workbench environments · Siemens: SIMATIC S7-1200 and S7-1500 controller families; STEP 7 / TIA Portal · ABB: AC500 controller family and Automation Builder · AutomationDirect: CLICK, CLICK PLUS, Productivity1000, Productivity2000 and Productivity3000 controller families · Allen-Bradley PanelView operator-interface families using FactoryTalk View Studio or Studio 5000 View Designer, as applicable to the terminal family · AVEVA InTouch HMI, formerly Wonderware, for plant HMI and process visualization · AutomationDirect C-more CM5 and EA9 HMI families · Siemens SIMATIC HMI and WinCC visualization environments · ABB CP600 control panels · HMI integration for CLICK and Productivity-based control systems, with the exact panel platform confirmed during discovery · Allen-Bradley PowerFlex variable-frequency drive families · AutomationDirect DURApulse GS20, GS20X and GS4 AC drive families · Siemens SINAMICS drive families · ABB ACS variable-speed drive families The exact model, generation, software release, firmware, licenses and available source files are verified before scope and compatibility are confirmed.
Verifiable technical experience
Capability is demonstrated through logic and sequence review, structured troubleshooting, interface definition, test planning, change control and useful handoff documentation. Client, facility and restricted project details remain confidential.
A clear working process
- We start with the challenge, operating context and information currently available.
- We define a practical scope, deliverables, acceptance criteria and next step before moving ahead.
- We execute with agreed change control, testing and a clear handoff.
Frequently asked questions
Can you work with our existing platform?
We first confirm manufacturer, family, version, source-file access, licenses, network and available documentation. The proposal identifies compatibility, limits and dependencies.
What information is needed for a quote?
A description of the problem, objectives, affected equipment, constraints, location and timing. Do not submit classified or restricted material through public forms.
How is confidential information protected?
Scoping can begin with minimal information and formal confidentiality terms when appropriate. We do not require photos, testimonials or case-study rights.