Armstrong VERIS Accelabar Flow Meter

Fits gas, liquid, or steam DP flow where you need a VERIS Accelabar combined nozzle and Verabar primary with no straight-run requirements and Cd accuracy to ±0.50%.

Key advantages

• Type — Combined nozzle + Verabar DP primary flow element (VERIS Accelabar)
• Accuracy — Flow coefficient accuracy to ±0.50%; repeatability ±0.050%
• Fluids — Gas, liquids, and steam
• Straight run — No straight-run requirements
• Options — Optional RTD / junction box; mass or volumetric with DP transmitter

Typical applications

• Steam and gas flow with limited upstream piping.
• Liquid service needing extended turndown vs conventional DP.
• Retrofits where straight-run length is unavailable.

Selection guide

• Size — Typical family 1–12 in class
• Fluid — Gas vs liquid vs steam; T/P
• Transmitter — DP (and RTD) package needs
• Turndown — Confirm vs process min/max flow

Common mistakes

• Assuming a DP transmitter is included — Accelabar is the primary element package.
• Ignoring Reynolds/fluid property data on the RFQ.
• Ordering without clarifying mass vs volumetric computation needs.

When to RFQ / what to tell us

1. Fluid, line size, T/P, min/max flow.
2. Transmitter/RTD options.
3. Quantity and ship-to.

Request a Quote · Get selection help

Specs

Documents

• Armstrong VERIS Accelabar documentation (PDF)

FAQ

Q: Straight-run required? A: No straight-run requirements per Accelabar positioning.

Q: What fluids? A: Gas, liquids, and steam.

Q: What should I send for a quote? A: Fluid/size/T/P/flow, transmitter options, quantity, ship-to.

Links

• Request a Quote
• Get selection help
• Category