Pipe, valve, and fitting callouts, cross-referenced across standards and manufacturers.
Pressure class, end connection, trim material, and flow coefficient read off a callout as structured fields, checked against the standards they cite.
From a raw callout to a priced quote line.
A flanged ball valve callout, resolved and priced.
A process-piping RFQ calls out a valve by size, class, end connection, and materials. Camber resolves what's stated, flags what it had to infer (port, flow coefficient, actuation), and prices the confirmed spec.
150 through 2500#, flanged, threaded, or welded, resolved without assumption.
Pressure class (150, 300, 600, 900, 1500, 2500) and end connection (NPT, socket weld, butt weld, raised-face flanged) each resolve as their own structured field. A callout that states class but not end connection, or the reverse, gets flagged rather than filled in with a default.
Schedule (Sch 40, Sch 80, Sch 160) governs wall thickness independently of pressure class. Camber keeps the two distinct instead of collapsing them into a single "rating" attribute.
Ball, gate, globe, check, and butterfly, matched by function and flow coefficient.
Valve type resolves alongside body material, seat material (PTFE, metal-seated, elastomer), and trim, since two valves of the same nominal size and class can have entirely different flow characteristics. Where a Cv (flow coefficient) is stated or can be derived, it carries through as a structured field.
Actuation method (manual lever, gear operator, pneumatic, or electric) resolves separately from the valve body spec, so an actuator substitution doesn't get conflated with a valve substitution.
NACE, sour service, and fugitive-emissions requirements, carried to the quote.
Where a job specifies sour service (NACE MR0175) or fugitive-emissions testing (API 622, 624, or 641), that requirement carries through to the quote line as a structured flag rather than getting lost between the spec sheet and the price.
The standards this industry runs on.
Common questions from PVF distributors and manufacturers.
Does Camber distinguish pressure class from pipe schedule?
Yes, they're separate structured fields. Pressure class governs the flange and valve rating; schedule governs pipe wall thickness. Camber never conflates the two.
Can Camber resolve a valve spec that only states nominal size and type?
Camber resolves what's explicit and flags what's missing (body material, seat material, and end connection in particular) rather than assuming a default and pricing it silently.
Do you cover water and wastewater valve applications?
Water and wastewater valve callouts, including AWWA-referenced specs, are covered, with standards cross-referenced against AWWA in addition to ASME and MSS.
How does Camber handle a NACE or sour-service requirement?
NACE MR0175 and similar service requirements carry through the quote as a structured flag, so material selection downstream reflects the requirement rather than a standard-service default.
What about actuator sourcing on a valve assembly?
Actuation method resolves as its own attribute, separate from the valve body. If the actuator isn't in your line, Camber drafts the outreach to your suppliers and the replies come back as priced lines on the same quote.
Helping ensure the pressure, material, and service requirements engineered into a valve or piping spec are faithfully carried through to the customer.
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