Carbon Steel Electromagnetic Flow Meter Supplier Manufacturer
Basic Info.
Model NO.: Rosemount 8700 | Accuracy:0.3%, -0.3% |
Main Application:Water, Wastewater | Size:Dn15~DN200mm |
Sensor:Tube/Flange | Application:Industrial Production |
Type:Variable Area Flow Meter | Measuring Media:Solid-Liquid |
Measurement Object:Closed Pipeline | Certification:SGS, ISO |
Package:Standard Exporting Packing | Origin:Prc |
Pressure Loss:0.6~4.0MPa | Measurement Range:0.3~15m/S |
Lining Material:Hygienic PTFE | Electrode Material:Mo with Stainless Steel, Ti, Ta, H, PT |
Housing Material:Stainless Steel | Medium Temperature:-40oc ~ +180oc |
Environment Temperature:5oc ~ +55oc | Power Supply:220V AC or 24V DC |
Protection Level:IP65 | HS Code:9026100000 |
Production Capacity:1500PCS/Month |
Product Description
diameter:DN15 to DN200
Material of Lining :PTFE or PFA, or Ne, FEP
Mediums:liquid, soild and etc conductive
Conductivity:> 20μ s/cm
Electromagnetic flowmeter is designed to measure flow of both liquid, solid-liquid and gas adopting measuring principle of Faraday's Law.
Characteristics:
1. No abrasion and long service life due to non-moving parts when operation.
2. Ratio of measuring range is 1:100.
3. Suitable to any electric conductive mediums.
4. Anti-Corrosion and wear-resisting thanks to material and construct of the product.
5. Double lines LCD, showing both instantaneous and accumulated flow.
Diameter | DN15 to DN200 |
Material of Lining | PTFE or PFA, or Ne, FEP |
Mediums | Liquid, solid and etc conductive |
Conductivity | > 20μ s/cm |
Accuracy | 0.5 to 1.0 |
Flow range | 0.05m/s to 12m/s |
Working temperature | 5º C to 55º C |
Working pressure | 0.6Mpa to 4.0Mpa |
Temp of mediums | -40º C to 180º C |
Protection Grade | IP65 or IP67 or IP68 |
Signal | 0 to 10mA DC or 4 to 20mA DC |
Communication | RS485/232C HART, Modbus, Profibus |
Power supply | 220VAC 50HZ, 24V DC |
Anti-explosion grade | ExiaIICT6 or ExiaIIBT |
Housing material | Carbon steel or stainless steel |
Electrode material | stainless steel or recommended |