RHM 100
8Pages

Coriolis Mass Flow Sensor for High Flow Terminal and Transfer Applications Standard pressure ratings up to 237 bar (3437 psi) Temperature ratings from -196 to 210°C (-320 to 410°F) Mass flow uncertainty down to 0.1% Density uncertainty down to 0.0025 kg/l Repeatability down to 0.05% Typical measuring ranges between 12000 and 300 kg/min Accurately measure low flow rates down to 200 kg/min Unique robust torsion driven oscillation system Rheonik AnyPipeFit Commitment brings you the possibility to get any custom process connection type and size for savings on installation costs. Compact design with minimal footprint Approved for use in hazardous areas Stainless steel case Specifications and features subject to change Version no: 1.2 JUN-2021 Terminal Transfer Viscous Fluids Barge, Ship, Rail Car and Truck Filling Rheonik Sensor Benefits • • • • • • • Torsion oscillator design assures a stable and drift free measurement with excellent signal to noise ratios Resilient to external noise and vibration Insensitive to pipe pressure changes Robust tube wall thickness provides increased operational safety in abrasive applications Corrosion resistant Long sensor life guaranteed due to low mechanical stresses in the meter

General Specification Overview Nominal Flow (Qnom)* Minimum Flow (Qmin)* Operating Temperature Fluid from -196°C to 150°C (-320°F to 302°F), design up to 210°C (410°F) Ambient from -50°C to 80°C (-58°F to 176°F), optional up to 210°C (410°F) Pressure Ratings Up to 237 bar / 3437 psi - dependent upon material Electrical Connection Cable entry M20 x 1.5 (standard), M25 x 1.5, ½” NPT, ¾” NPT (optional) Max. cable length to remote RHE transmitter 30m / 98ft Sensor Enclosure Materials Stainless steel (standard), 316 stainless steel (optional) Epoxy coated aluminum terminal box (standard), SS 316...

Measurement Performance Standard Calibration 0.5% Uncertainty ±0.5% uncertainty between Qnom and Qmin 0.2% Uncertainty ±0.2% uncertainty between Qnom and Q0.2 Qmin Uncertainty (%) Mass Flow Rate Q0.2 Goldline Calibration 0.1% Uncertainty ±0.1% uncertainty between QG and (QG/5) Mass Flow Rate Only for sensors with standard temperature and pressure range Customized calibration services are available – consult factory Low Flow Calibration Qnom Qlow Uncertainty (%) Low Flow Optimized Calibration ±0.2% uncertainty between Qnom and Q0.2 ±0.5% uncertainty between Q0.2 and Qmin ±0.7% uncertainty...

Measurement Tube Pressure Ratings The maximum pressure (Pmax) of a sensor is determined by its lowest rated part. The lowest rated part can be either the measurement tube (Pmax indicated below) or the process connection (for Pmax see published standards or manufacturer information). Pressure Code Material Code *Only with N1, NA, E2 temperature range. Super Duplex minimum temperature is -40°C Other Materials and Pressure Ratings Higher pressure rated measurement tubes in the materials above may be possible. Other wetted materials are also possible for chemical compatibility, lower pressure...

Mechanical Construction Seal-less design PF0: parallel/dual path Process Connection 1. A3 flange selection will reduce maximum measurement tube pressure rating by a factor of 0.75 Dimensions Dimensions on next page A2 Standard blue terminal box in Aluminum, size = 125 x 80 x 57 mm (4.92 x 3.15 x 2.24 in) - optionally available with integral RHE45 transmitter Optional SS 316 box, size = 100 x 100 x 61 mm (3.94 x 3.94 x 2.40 in) - only for remote transmitter NOTE: Junction boxes are supplied with M25 x 1.5 cable entries as standard. M20 x 1.5, ½” NPT or ¾” NPT cable entries are optionally...

RHM100 Part Number Code Temperature Range N1 -196 to +50°C (-320 to +122°F) Pressure Code for Pmax of Measuring Loops (see pressure ratings page) P0 pmax depends upon material pmax depends upon material PA pmax depends upon material Material of Wetted Parts M1 1.4571 (316Ti) (std.) M3 2.4602 (Alloy C22) XX Other materials, e.g. (Super)Duplex are available upon request Process Connection See mechanical construction pages for available connections and codes Terminal Box Selection JM Coated aluminum TB, M25 cable entry (options available) SS 316 TB, M25 cable entry (options available) No TB....

RHM80 Part Number Option Codes Hot oil/steam heating matrix for housing, DN25 PN40 Hot oil/steam heating matrix for housing, 1'' ANSI 150 RF Hot oil/steam heating matrix for housing, 1'' ANSI 300 RF Housing purge connections - ½" NPT (2 pcs) Housing in 316 stainless steel Dye penetrant inspection X-ray test NOTE: when specifying a sensor with multiple part code options (i.e. DY and XR), separate each code with a comma in the part string (i.e. …DY,XR…) Cable Entry Options (order separately) ½" NPT Terminal Box Cable Entry M25 x 1.5 Terminal Box Cable Entry – only with Electrical Connection...

About Rheonik Rheonik has but one single purpose: to design and manufacture the very best Coriolis meters available. Our research and engineering resources are dedicated to finding new and better ways to provide cost effective accurate mass flow solutions that provide value to our customers. Our manufacturing group care for each and every meter we produce from raw materials all the way to shipping, and our service and support group are available to help you specify, integrate, start-up and maintain every Rheonik meter you have in service. Whether you own just one meter or have hundreds, you...