null

Micro Motion Coriolis Flow Meter, Emerson R100S Mass Flow Meter

Micro Motion

(No reviews yet) Write a Review
$2,689.99
SKU:
000092824026mm24LS
Condition:
Used
Shipping:
Free Shipping
Brand:
Micro Motion
Flow Meter Type:
Mass Flow Meter
Adding to cart… The item has been added

Product Overview

Emerson Micro Motion R100S Coriolis Flow Meter with Model 800 Enhanced Core Processor

Condition:

This Emerson Micro Motion R100S128N2BAEZYZZ mass flow sensor appears to be in good and clean condition. It was visually inspected and shows no visible damage. While we are unable to fully test its functionality, the unit has been carefully stored for future use. Its operational history is unknown.

Here's what we know about it:

The Micro Motion R100S is a 1-inch (DN25) Coriolis flow meter made of 316L stainless steel. It is part of Emerson's R-Series general purpose Coriolis flow and density meters, designed for accurate multi-variable measurement.

Key Features

  • Provides reliable liquid mass flow, volume flow, and density measurements
  • Compact, cleanable, self-draining design for critical process control
  • No moving parts, minimizing maintenance needs
  • Rugged construction to withstand demanding process conditions
  • Compatible with various transmitter and mounting options

Applications

Ideal for:

  • Batching
  • Distribution
  • Allocation
  • Intra-plant measurement

Model 800 Enhanced Core Processor

The Model 800 Enhanced Core Processor is a compatible component that enhances the capabilities of the R100S Coriolis meter.

Connectivity Options

  • HART™ protocol
  • FOUNDATION™ fieldbus
  • 4-20 mA output
  • Wireless capabilities

Technical Specifications

Specification Value
Material 316L Stainless Steel
Size 1 inch (DN25)
Measurement Types Mass flow, Volume flow, Density

Performance Characteristics

  • High sensitivity for robust measurements
  • Low frequency design for "fit-and-forget" installation
  • Calibration accuracy: ±0.014% uncertainty

Environmental Considerations

Temperature Effects

Process temperature effect for R100S:

  • Mass flow rate: ±0.00175% of maximum rate per °C
  • Density: ±0.0001 g/cm³ per °C or ±0.1 kg/m³ per °C

Pressure Effects

Process pressure can affect sensor flow accuracy. This can be corrected using:

  • Dynamic pressure input
  • Fixed meter factor

Why Choose the Micro Motion R100S?

  • Exceptional reliability and safety
  • Optimal flow measurement for general purpose applications
  • Industry-leading capabilities to enhance process potential
  • Robust design minimizing process, mounting, and environmental effects

Reviews

(No reviews yet) Write a Review

Item was as described, and very fast delivery!

5 stars across the board for every seller rating category, and I would buy from this seller again. And per my request, the capacitors were also very well packed for safe delivery.

Bruce B.

Obtainium have been a very helpful seller to me.

In recent times I have had a few items go astray enroute to my address in Australia. This seller was most helpful & encouraging, regarding the onward tracking & eventual safe delivery of this item. This item's arrival in good condition was a joy to me as, it was a rare part that fitted my military comms. Well done seller. I would gladly recommend this seller to all potential buyers.

Jean-Pierre H.

The item was as described and in good and working condition.

Delivered as promised. I would order again if store has anything else I may need. THANK YOU!

Robert L.

Super Duper Fast Shipping.

Item As Described. Packaged Nicely, What A Seller.

Wayne L.

Product shipped quickly and arrived in good shape

J. Fong

Outstanding.

The instrument was well packed. It is in extremely good condition. It passed all preliminary tests.

Raymond W.

Item looks better than described, looks brand new and works great.

My old buffer was 50 years old and I sent it to buffer heaven, thanks.

Mike H.

Just what the doctor ordered.

Good supply and price. Thxs

Ralph M.

As advertised. Would buy from again.

S. Scafer

Perfect transaction, pleasure to deal with.

M. Dante