RS485 Output Water Electromagnetic Flow Meter Digital Smart Magnetic Flowmeter
Price:
Negotiable
MOQ:
1
Delivery Time:
5-7 work days
Brand:
Kacise
Product Description
RS485 Output Water Electromagnetic Flow Meter Digital Smart Magnetic Flowmeter
KEF Series Electromagnetic Flow Meter
Description
Electromagnetic flow meter is a kind of induction instrument designed by Faraday’s law of electromagnetic induction to measure flow of conductive media in the tube. It adopts the technology of insertion of single chip to realize digital excitation and employs CAN local fieldbus.
Electromagnetic flow meter can realize local indication and output electrical current signal of 4-20mA which can be used to record, adjust and control. Electromagnetic flow meters are widely used in industrial sectors such as chemical industry, environmental protection, metallurgy, pharmaceutical, paper making, water supply and removal etc.
Besides measuring flow of general conductive liquid electromagnetic flow meter can measure flow of liquid-solid mixed fluid, high-viscosity fluid and salt, strong acid and strong alkali.
Features
1. Simple structures, firm, no movable parts and long operation life.(Guarantee in 1 years)
2. No intercepting fluid parts, no pressure loss and fluid clogging.
3. No mechanical inertia, quick response and good stability, application in automatic examination,
adjustment & controlling.
4. Measuring accuracy not influenced by physical parameters such as style, temperature, viscosity,
density and pressure.
5. Employ Teflon or rubber liner and different combination of electrode material such as Hastelloy C,
Hastelloy B, 316L, and Titanium and adapt the need of different mediums.
6. Supply many styles of flow meters such as inline type and insertion type, etc.
Adopt EEPROM memory to measure operation data, safe and reliable protection of memory.
7. Integral type flow meters and remote type flow meters.
8. LCD back light display with high clearness. (Option: LED back light display)
Technical Data
Measuring system
| Measuring principle | Faraday’s law |
| Application range | Electrically conductive fluids |
| Measured Value | |
| Primary measured value | Flow velocity |
| Secondary measured value | Volume flow |
Design
| Features | Fully welded maintenance-free sensor |
| Flange version with full bore flow tube | |
| Standard as well as higher pressure ratings | |
| Large diameter range from DN15~3000 with rugged liners approved for drinking water | |
| Industry specific insertion lengths | |
| Modular construction | The measurement system consists of a flow Sensor and a signal converter. It is available as compact and as separate version |
| Compact version | With 511B converter: 110~240Vac Power |
| With 521B converter: 18~36V DC Power | |
| With W800L/W800W: Battery Power | |
| Remote version |
In wall mount version with 211B converter (110~240Vac or 221B converter 18~36V DC |
| With W800F converter: Battery Power | |
| Measurement range | -12…+12m/s /-40...+40ft/s |
Measuring accuracy
| Reference conditions | Flow conditions similar to EN 29104 |
| Medium: water | |
| Electrical conductivity: ≥300μs/cm | |
| Temperature: +10~+30℃/+50~+80℉ |
| Inlet setion: ≥5DN | |
| Operating pressure: 1Bar/14.5psig | |
| Flow Meter Accuracy | Standard: 0.5% of rate |
| Optional: 0.2% of rate |
Operating conditions
| Temperature | |
| Process temperature | Hard rubber liner: -5~+60℃ |
| Polypropylene liner: -5~+90℃ | |
| PTEF liner: -5~+120℃ | |
| Ambient temperature | Standard (with aluminum converter housing) |
|
-20~+60℃ (Protect electrics against self-heating with ambient temperature above 55℃ |
|
| Stroage temperature | -20~70℃ |
| Pressure | |
| EN 1092-1 | DN2200~3000: PN2.5 |
| DN1200~2000: PN6 | |
| DN200~1000: PN10 | |
| DN65~150: PN16 | |
| DN10~50: PN40 | |
| Other pressure on request | |
| ISO insertion length | Optional for DN15~600 |
| ASME B16.5 | 1~24”: 150lb RF |
| Other pressure on request | |
| JIS | DN10~1000/ 2~40”: 10K |
| Other pressure on request | |
| Pressure drop | Negligible |
| Fluid | |
| Physical condition | Conductive liquids |
| Electrical conductivity | ≥5μs/cm |
| Permissible gas content (volume) | ≤5% |
| Permissible solid content | ≤70% |
Installation conditions
| Installation | Take care that flow sensor is always fully filled |
| For detailed information see chapter “Cautions for installation” | |
| Flow direction | Forward and reverse |
| Arrow on flow sensor indicates positive flow direction | |
| Inlet run | ≥5 DN |
| Outlet run | ≥2 DN |
Process connection
| Flange | |
| EN1092-1 | DN25~3000 in PN6~40 |
| ASME | 1~120” in 150 lb RF |
| JIS | 25~1000 in 10~20k |
| Design of gasket surface | RF |
| Other sizes or pressure ratings on request | |
Ordering information
| Model Suffix Code | Description | ||||||||||
| GXEFM3000 | -1200 | -Com | -4mA | -Hart | -DC | -Pt | -Teflon1 | -GR | -D1400 | -Exd IIC T6 Gb | |
| Diameter | -XXXX | Four Digitals: for example:0010: 10mm: 0015:15mm 0100: 100mm 1000: 1000mm | |||||||||
| Transmitter | -Com | Compact type | |||||||||
| -Rem | Remote type | ||||||||||
| -Bat | Battery power supply type | ||||||||||
| -PRO | process control type | ||||||||||
| Signal Outpt | -N | No output | |||||||||
| -4mA | 4-20mA | ||||||||||
| -Pul | 1~5KHz pulse | ||||||||||
| -4Pul | 4~20mA / 1~5KHz | ||||||||||
| Communication | -N | No communication | |||||||||
| -Hart | HART | ||||||||||
| -MOD | MODBUS-RTU | ||||||||||
| -PRO | PROFIBUS | ||||||||||
| -GPRS | GPRS net | ||||||||||
| -CDMA | CDMA net | ||||||||||
| -WHRT | Wireless HART | ||||||||||
| -Other | special order | ||||||||||
| Power Supply | -AC | 85V～250Vac@46～63Hz nominal 20W |
|||||||||
| -DC | 20~36VDC nominal 20W | ||||||||||
| -Bat | Battery power supply | ||||||||||
| -Bat+ | Battery +12Vdc dual power supply | ||||||||||
| Other | special request | ||||||||||
| Electorde Material | -316L | Stainless steel 316L | |||||||||
| -HasB | Hastelloy B | ||||||||||
| -HasC | Hastelloy C276 | ||||||||||
| -Pt | Platinum | ||||||||||
| -Ta | Tantalum | ||||||||||
| -Ti | Titanium | ||||||||||
| -WC | wolfram carbide | ||||||||||
| Liner material | -Rub1 | Neoprene(-20-60℃) | |||||||||
| -Rub2 | Neoprene(-20-90℃) | ||||||||||
| -Tef1 | polytetrafluroethylene(-30-120℃) | ||||||||||
| -Tef2 | polytetrafluroethylene(-20-160℃) | ||||||||||
| -P | Polyurethane | ||||||||||
| -FVMQ | FVMQ | ||||||||||
| -PFA | DFA | ||||||||||
| -ETFE | Ethylene tetraflurorethylene | ||||||||||
| Grounding Ring | -N | No grounding ring | |||||||||
| -GR | Grounding ring | ||||||||||
| -GE | Grounding Electrode | ||||||||||
| Wet part Connection attribute | -DXX | DXX: D06, D10, D16, D25,D40 D06: DIN PN6: D10: DIN PIN10D16: DIN PN16; D25: DIN PN25 D40: DIN PN40 etc |
|||||||||
| -AX | AX: A1, A3, A6 A1: ANSI 150#; A3: ANSI 300# A6: ANSI 600# | ||||||||||
| -JX | JX: J1, J2, J3 J1: JIS10K; J2: JIS 20K; J3: JIS 30K |
||||||||||
| -WF | Wafer connection (available for DN2.5; DN6 flow meter) Body material: stainless steel | ||||||||||
| -TR | Tri-Clamp for sanitary type (Body material: stainless steel) | ||||||||||
| Explosive-proof grade | -Exd IIC T6 Gb | Exd IIC T6 Gb | |||||||||
| -N | don't need | ||||||||||
Application
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Company
Xi'an Kacise Optronics Co.,Ltd.
Location
2nd Building, Tianyuan International Mansion, High-tech Zone, Xi'an City, Shaanxi Province, China
Contact Person
Evelyn Wang