Sanitary turbine flow meter, also called tri clamp turbine flow meter. Made of 316ss or 304ss to meet the food grade. With pulse output, 4-20mA output, LCD display, Sanitary flow meter can show the flow rate.
SI-3203 Sanitary Turbine Flow Meter is a flow meter applied in industries: pharmaceutical, food, beverage for measurement, batching, control, filling, etc. The rotating part of the flow meter is made of a special material that possesses good anti-corrosive and rust-proof performance.
| Diameter | DN4 ～DN200 |
| Accuracy | Class 1.0, class 0.5 |
| Temp. range | -20～+150℃ |
| Protection | sensor IP65, IP68 optional |
| Explosion-proof | ExmIIT4, ExmdIIBT4 |
| Material | 304 or 316 Stainless Steel |
SI-3203 Series Hygienic Turbine Flow meters provide a durable and cost efficient ways, to measure the liquid fluids in excellent precise and stable repeatability. This sanitary flow meter is designed for the dairy, beverage, food processing and pharmaceutical industries. Such as for clean water, milk, palm oil, edible oil, vegetable oil, fish oil flow measurement and so on. The design of this type flowmeter is also suitable for cleaning-in-place (CIP).
| Item | Data |
| Medium | Non-corrosive low velocity liquid without impurity, not suitable for gas and steam. |
| Accuracy | Class 1.0, class 0.5 |
| Output | Pulse, 4-20mA analog output, RS485 (Modbus-RTU protocol), HART |
| Diameter | DN4-DN200 |
| Medium temperature | Default type T1: -20℃~+80℃ |
| High temp. type T2: -20℃~+120℃ | |
| High temp. type T3: -20℃~+150℃ | |
| Operation condition | Operating temperature: -20℃~+60℃ |
| Related humidity: 5%~90% | |
| Atmospheric pressure: 86kPa~106kPa | |
| Ingress protection | IP65, IP68 (Optional) |
Dimensions
| DN(mm) | L(mm) | A(mm) | B(mm) | d(mm) | D(mm) |
| DN4 | 50 | ¢46 | ¢40.5 | 4 | ¢50 |
| DN 6 | 50 | ¢46 | ¢40.5 | 6 | ¢50 |
| DN 10 | 50 | ¢46 | ¢40.5 | 10 | ¢50 |
| DN 15 | 100 | ¢46 | ¢40.5 | 15 | ¢50 |
| DN 20 | 100 | ¢46 | ¢40.5 | 20 | ¢50 |
| DN 25 | 100 | ¢46 | ¢40.5 | 25 | ¢50 |
| DN 32 | 120 | ¢46 | ¢40.5 | 32 | ¢50 |
| DN 40 | 140 | ¢59 | ¢53.5 | 40 | ¢64 |
| DN 50 | 150 | ¢73.5 | ¢68 | 50 | ¢78 |
| DN 65 | 170 | ¢86 | ¢80.5 | 65 | ¢91 |
| DN 80 | 200 | ¢100.5 | ¢94 | 80 | ¢106 |
| DN 100 | 220 | ¢113 | ¢106 | 100 | ¢119 |
In addition to regular products, we support customization
| SI-3203- | Note | ||||||||
| Diameter | DNXX | DN4~DN200 （mm） | |||||||
| Converter Type | N1 | 24VDC，Pulse output，No display | |||||||
| N2 | 24VDC，Pulse output，No display，EX | ||||||||
| A | 24VDC，4-20mA output，No display，EX | ||||||||
| E1 | Battery power supply，No output，Digital display，EX | ||||||||
| E2 | 24VDC，Pulse and 4-20mA output，RS485，Digital display，EX | ||||||||
| E2+B | 24VDC+battery power supply，Pulse and 4-20mA output，RS485，Digital display，EX | ||||||||
| E3 | 24VDC，Pulse and 0-20mA output，RS485，Digital display，EX | ||||||||
| E3+B | 24VDC+battery power supply，Pulse and 0-20mA output，RS485，Digital display，EX | ||||||||
| E+H | 24VDC，4-20mA output，HART，Digital display，EX | ||||||||
| G5 | 220VAC，Pulse and 4-20mA output，RS485，Digital display，EX | ||||||||
| G6 | 220VAC，Pulse and 0-20mA output，RS485，Digital display，EX | ||||||||
| Accuracy | 10 | ±1.0%R | |||||||
| 5 | ±0.5%R | ||||||||
| Flow Range | S | Standard Range | |||||||
| E | Extended Range | ||||||||
| Body Material | S4 | SS304 | |||||||
| S6 | SS316 | ||||||||
| Explosion-Proof | BT | ExmIIT4 | |||||||
| NA | ExmdIIBT4 | ||||||||
| Connection | Trc | Tri-Clamp for sanitary connection | |||||||
| Temperature | T1 | -20～+80℃ | |||||||
| T2 | -20～+120℃ | ||||||||
| T3 | -20～+150℃ | ||||||||
Note for type selection: SI-3203 series sanitary type turbine flow meter is mainly applicable for non-corrosive low velocity liquid without impurity, not for gas and steam.
Select main model and structure first, then ensure other specifications according to requirement,
i.e. main model + nominal diameter + accuracy + installation method + temperature and pressure compensation + power supply + output.
SI-3203 Sanitary Turbine Flow Meter is a flow meter applied in industries: pharmaceutical, food, beverage for measurement,batching, control, filling, etc.
Rotating part of the flow meter is made of special material, that possesses good anti-corrosive and rust proof performance.
Sanitary Flow Meter, also called the tri-clamp flow meter. Sanitary Flow Meters have stainless steel bodies and come standard with Tri-Clover fittings. Sanitary flow meter meets the requirements of the food, and beverage company industries.
Wastewater Flow meters are flowmeters for water and wastewater treatment. Electromagnetic flow meters are suitable for open channel and underground industrial water pipes. Magnetic flow meters can be Remote type, compact type, insertion type.
Turbine type flow meter is one type of mechanical flow meters. Turbine flow meter use the mechanical energy of the liquid to rotate a rotor in the flow stream. Turbine flow meters measure the velocity of a variety of liquids (oil, water), gases (natural gas) and vapors.
Water Flow Meters are flow meters measure and show the flow rate of water flow. Water flow measurement is important for inductrial applications, like the wastewater treatment. In principle, water flow meter types are: Electromagnetic (magnetic), Turbine, Ultrasonic, and DP
The Sanitary Turbine Flow Meter is an ideal flow meter for the food, medical, and other hygiene industries. It features a quick-connect design for easy cleaning. The instrument housing is made of stainless steel (316L), and the movement uses special materials with excellent corrosion and rust resistance.
The Sanitary Turbine Flow Meter is the perfect choice for non-conductive, impurity-laden, and low-viscosity liquids. Sino-Inst supports custom-made turbine flow meters of various types, including high-pressure and cryogenic models. Please feel free to contact our sales engineers!
Zhang Wei, possesses 20 years of experience as an automation instrumentation engineer, specializing in the research, design, installation, commissioning, and maintenance of automation instruments.
Face to various instrument communication protocols (such as Modbus, Profibus, etc.), with solid hardware circuit design and software programming skills (proficient in C language and PLC programming). Has extensive project experience; projects he has led and participated in have all achieved outstanding results, improving product accuracy, reducing costs, and increasing production efficiency.
Possesses excellent communication and coordination skills and a strong team spirit, enabling him to quickly respond to customer needs and provide high-quality automation instrumentation solutions.
