30-min call with RobBook a proof-of-concept call
Process instruments and control valves

// AI for instrumentation distributors

AI for instrumentation distributors, tested on instrument indexes your engineers already quoted.

For distributors and manufacturers' representatives selling pressure, flow, level, temperature and analytical instruments and control valves to plants, water utilities and engineering contractors. Start with an engineer's index and data sheets read tag by tag into a draft quote, or with the submittal package a project owes after the order. Either one runs as a free AI proof of concept on copies of 20 to 30 jobs you've closed. Nothing logs in to your ERP, your quoting system or a manufacturer's configurator. Your reviewer, the applications engineer who knows these jobs best, decides whether it passed.

Book a proof-of-concept call30 minutes with Rob
Instrumentation proof of conceptAgreed up front
First job
Tag-by-tag quotes, or submittal packages
You send
20 to 30 closed jobs, copied after the NDA
System access
None: no ERP, quoting tool or configurator
Never
Sizing, a material choice, an area rating or a release
Who judges
Your applications engineer, named by the owner
Price
A range first, fixed before you sign

// Jobs we would test

Four jobs between the instrument index and startup

Start with one
Each later job priced on its own

// Why these two first

The tag list is already your answer key

One tag list runs the whole job. ISA-5.1 gives the process industries a uniform way of identifying instruments and their functions. It began as a recommended practice in 1949, and its 2024 edition added control to the title. On a project, one tag travels from the P&ID through your quote and your submittal onto a plate on the device. So a closed job already shows what right looks like, tag by tag: the list the engineer sent, the lines your desk quoted and the sections that went back for approval.

The spec reaches past the instrument to the seller. The City of Greater Sudbury's instrumentation template for water and wastewater projects says instruments must be bought new through official Ontario distribution channels authorized to sell, service and support them, and it refuses a model the manufacturer has marked for withdrawal before substantial performance. Oakland County, Michigan's water resources standard expects an equipment supplier to keep a service facility no more than 6 hours' travel from the site and to send a factory-trained representative at least 3 times, including installation and start-up and acceptance. Every quote line carries promises like those.

The rep stays on the job after the sale. New York State's master specification for gage-pressure transmitters puts the manufacturer's representative on site for installation, inspection, startup, field testing and instructing the owner's people, and has that representative issue an installation certificate, with the days or hours left blank for the designer. A quote that prices only the transmitters goes out short, so the draft lists site time and documents owed beside the tags.

Your customer may carry the whole system. Eastern Municipal Water District's general instrumentation section has its Instrumentation and Control Subcontractor design, select, calibrate and test the system, date and sign the electrical suppliers' shop drawings before they reach the District, and coordinate the manufacturers' engineering representatives through startup and training. When a firm like that sends you an index, it needs a quote it can check tag by tag and a submittal it can put its name to.

The hazardous-area line belongs to the engineer. OSHA's rule on hazardous locations, 29 CFR 1910.307, has equipment marked with the class, group and operating temperature it is approved for, and has classified areas documented and available to those who design, install, inspect, maintain or operate electric equipment there. On wastewater jobs, NFPA 820 sorts spaces across collection, liquid stream and solids treatment and classifies them under NEC Article 500, and each state or local jurisdiction decides whether to adopt it. The draft copies the classification the engineer wrote and leaves the rest alone. We name these rules for context; nothing here is legal or engineering advice.

One limit covers both jobs. The proof of concept never touches your ERP, a quoting system, a live quote or a manufacturer's configurator. It never sizes an instrument, picks a material for a process or decides a hazardous-area rating. An applications engineer makes every selection and releases every quote and submittal. Defense and aerospace jobs stay out of the test.

// How the test runs

Three steps, tag by tag

  1. Step 01

    Pick the job, name the reviewer

    The owner names the reviewer, usually a senior applications engineer or the inside sales engineer who owns the biggest indexes. Written success criteria, a price range for running it live and a signed NDA all come before a job file moves.

  2. Step 02

    Run it on copies of closed jobs

    Send 20 to 30 indexes with their data sheets and the quotes that went out, or 20 to 30 orders with the submittals that went back. The sandbox is what we call this stage, a free AI proof of concept on paperwork you've already closed. If a plant's files can't leave the building, we build look-alikes with your reviewer.

  3. Step 03

    About 30 days live, after a yes

    New indexes or new orders go through the same job for about 30 days. Your applications engineer checks every draft, and nothing reaches a customer until it is released from your own system. Adding another job later is its own decision, quoted separately.

Priced per job. You get a range before the proof of concept and a fixed price before you sign.

On the call Rob sets the range from three counts: indexes or orders a month, tags on a typical job, and how many manufacturers' lines you quote.

// Questions

What instrument desks ask first

Is this instrument sizing software?
No. The draft reads what the engineer wrote and lists it tag by tag. It doesn't size a flow element or a control valve, work out a range, choose a material or decide an area rating. All of that stays with your applications engineer.
The manufacturer's configurator builds our model codes. Do you need it?
No. The test never opens a configurator or a manufacturer's portal. The model code your engineer built on each closed job comes to us inside the quote you send, and the comparison runs against that.
Which ERP or quoting system do we need?
None in particular. The proof of concept works from copies of indexes, data sheets, quotes and submittals, and never touches a live system. How drafts would reach your desk in a live month gets scoped and priced after a yes.
We carry several manufacturers' lines. Can they share one sample?
They should, if one desk quotes them all. Pressure, flow, level, temperature, analytical and control valve tags ask for different fields and come with different documents, so a sample from a single line would test only part of the work.
Can water utility specs and plant data sheets go in the same sample?
Yes, if you see both. A utility's package tends to arrive as a specification section with schedules, a plant's as an index and data sheets, and your reviewer picks the mix that matches your desk.
Rob Eason

Rob Eason, founder

// Book a proof of concept call

Start from an instrument index your engineers already quoted.

A 30-minute call with Rob about your lines, your territory, your role, the job you'd test first and about how many indexes or orders reach your desk in a month. Indexes and data sheets stay at your desk until the NDA is signed.

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