Have a live application? Use our Flow Questionnaire and Rheonik Product Brochure to get started:
View ABLE Flow Questionnaire – Email back to [email protected]
ABLE are Rheonik’s Exclusive Representative for Sales and Service in the UK and Ireland and can assist you and your customers in the following areas:
- Assistance in meter sizing
- Offer after sales support, service and re-calibration utilising our in-house expertise
- Offer Coriolis Mass Flow Meter product training from our state-of-the-art training rig either in-person or via video call.
Further to the above, ABLE can offer custom solutions based on your individual requirements. Email us now at [email protected]
Rheonik RHM 80 Large Coriolis Mass Flow Meter < 8000 kg/min
ABLE Instruments are Rheonik’s Exclusive Representative for Sales and Service in the UK and Ireland, including the RHM 80 Large Size Coriolis Mass Flow Meter. The RHM 80 Flow Sensor is a robust Coriolis mass flow meter engineered to excel in challenging environments with high temperatures, pressures, and corrosive fluids. Its heavy-duty construction ensures exceptional performance, even under extreme conditions.
With a substantial flow range spanning from 80 kg/min up to 8000 kg/min, the Rheonik RHM 80 offers the versatility required for a wide array of applications. Whether you’re managing high-viscosity liquids or handling aggressive chemicals, this meter maintains precision and reliability.
In demanding settings, the RHM 80 Mass Flow Sensor thrives, capable of withstanding pressures of up to 93 bar (1348 psi). Its impressive temperature tolerance ranges from -196°C (-321°F) to an astonishing +350°C (662°F), making it a standout choice for high-temperature processes.
One of its most remarkable attributes is its accuracy, providing measurements with a precision level of 0.1% of the rate. This level of reliability is crucial for quality control and decision-making in critical industrial processes.
Features:
- Range: 80 kg/min up to 8000 kg/min
- Pressure: up to 130 bar (1885 psi)
- Temperature: -196°C (-321°F) up to +350°C (662°F)
- Accuracy: 0.1 % of rate
- Materials: SS 316L / SS 316Ti, Super Duplex – 1.4410, Alloy C22 – 2.4602
- Process Connection: 6″ up to 6″
- Suitable for fiscal / custody transfer applications
- Available in all exotic materials
Constructed from high-quality materials, including SS 316L, SS 316Ti, Super Duplex – 1.4410, and Alloy C22 – 2.4602, the Rheonik RHM 80 Coriolis Mass Flow Meter ensures durability and longevity, even in the most aggressive chemical and abrasive environments.
In conclusion, the RHM 80 Coriolis Mass Flow Sensor is the ideal solution for applications where extreme conditions prevail. With its impressive range, pressure and temperature tolerance, accuracy, and heavy-duty construction, it stands as a reliable and durable choice for industries dealing with corrosive fluids and challenging environments.
Have a particular application / project in mind? We’d welcome a call on +44 (0) 1189 169 420, or email us now at [email protected]
Why choose Rheonik Coriolis Mass Flow Meters? Unlike other Coriolis Meters, the patented Omega tube design of Rheonik Coriolis meters has solutions for operation up to 1722 bar (24,969 psi) line pressure at a precision of 0,05% and with renowned mechanical reliability. With highly accurate mass flow measurement performance and extreme capabilities, Rheonik meters are the ideal choice for many applications and quickly provide payback through improved product quality and greatly reduced maintenance. Whether used for transfer batching, process feed or control, Rheonik Coriolis Mass Flow Meters provide online precise flow and density measurement.
RHM 80 Specifications:
Nominal Flow (Qₙₒₘ)* | 5000 kg/min (11023 lb/min) |
|---|---|
Maximum Flow (Qₘₐₓ)* | 8000 kg/min (17637 lb/min) |
Typical Minimum Flow (Qₘᵢₙ)* | 100 kg/min (176 lb/min) |
Operating Temperature | Fluid temperature range options cover applications from -196°C to +350°C (-320°F to +662°F). For integral transmitter versions please refer to transmitter datasheet |
Ambient Temperature | -50°C to 80°C (-58°F to 176°F) |
Pressure Ratings | Up to 341 bar / 4946 psi – dependent upon material |
Electrical Connection Sensor w/o Integral Transmitter | M20 x 1.5 standard cable entry for JM, SM terminal box versions Optional entries available : ½” NPT or M25 x 1.5 (only for SM) or ¾” NPT (only for SM) Max. cable length to remote RHE transmitter 100 m / 328 ft |
Sensor Enclosure Materials | Stainless steel 304 (standard), SS 316 (optional) Coated aluminium terminal box, SS 316 terminal box (optional) |
Enclosure Type | Protection class IP66 / NEMA 4X with Standard Temperature Range (Option N1/NA); IP65 / NEMA 4 for Extended Temperature Ranges (Option E2 / E3 / H4) |
Wetted Materials | 1.4571 (SS 316Ti), 1.4410 (SuperDuplex) – standard 2.4602 (Alloy C22) – consult Factory Additional/customer specific materials available upon request |
Process Connections | Nearly any – the Rheonik AnyPipeFit Commitment. Consult factory for types/sizes not listed in this data sheet on the Mechanical Construction pages |
Pressure Rating Compliance | Europe – PED: Module A2, Module B3.1+C2 Canada – CRN: Canadian Registration Number |
Certifications / Approvals | ATEX / IECEx Approvals for Zone 0, 1 (details see page 10) North American Approvals Class I, Div. 1, 2, Gr. A,B,C,D, Zone 0, 1, 2 MID custody transfer approval (OIML R117) American Bureau of Shipping (ABS) Product Type Approval for use on marine vessels |
Testing / Inspection | All sensors are hydro tested, calibrated and supplied with a traceable calibration certificate. Customized calibration and testing services are available |
Project Docs / QA, Services | Rheonik offers a full set of services for large and complex engineering projects. – Certificates of origin and conformity, mill certificates |
Options | Enclosure heating for high temperature applications Cleaning for oxygen service |
* At Qnom, pressure drop across a parallel tube sensor will be approximately 1-3 bar (15-44 psi)
for H20.Sensors can be operated at higher flow rates but pressure drop will be higher. Qmin is the recommended lowest flow rate. Sensors will measure flow rates lower than Qmin, but uncertainty will increase beyond 0.5 % of rate.
The flow specifications above relate to standard pressure, parallel tube, manifold sensor versions. Models with higher pressure ratings have increased wall thickness and will have higher pressure drops.
