Flow Meter
Flow Meter: Continuous and Precise Flow Measurement in Mill Processes
Production efficiency and product quality in the modern milling sector depend on precise process control. Flow Meter systems developed by Tanış A.Ş. provide continuous and precise measurement of grain and flour flow, offering maximum efficiency and quality consistency in mill operations. The Flow Meter, which stands out with its advanced technology sensors and reliable structure, is an indispensable solution for optimization of mill processes.
Flow Meter is an advanced technology device that continuously and precisely measures the flow amount of grain, flour, and similar granular materials in the mill process. This system, mounted on the process line, monitors material flow in real-time, providing critical data at every stage of the production process.
Continuous measurement of grain and flour flow is of great importance in modern milling operations. Thanks to this continuous monitoring, process balance is maintained, consistency in product quality is ensured, and production efficiency is maximized. Especially during blending of different wheat varieties and production of various flour types, precise flow control is a critical success factor.
The role of flow control in mill process is felt in all stages from raw material input to final product packaging. Maintaining flow balance at critical points such as pre-grinding grain preparation, roller feeding, sifting, and purification is indispensable for optimum mill performance. Flow Meter plays a key role in maintaining this balance and continuous monitoring of the process.
Its contribution to efficient production and quality control is directly related to the real-time data provided by Flow Meter. Thanks to continuous measurement, process deviations can be detected and intervened immediately. This means reducing waste rates, optimizing energy consumption, and ensuring consistent product quality.
Flow Meter system is an integrated technology consisting of components that provide high-precision measurement. Its basic components include flow sensor, signal processing unit, display panel, and data transmission module. These components are combined in a durable body that complies with food safety standards.
As measurement technology, different sensor technologies are used in Tanış Flow Meter depending on the application. Sensors based on Coriolis principle for mass flow measurement, magnetic inductive or ultrasonic sensors for volumetric measurement can be preferred. Each technology is optimized for specific material types and flow characteristics.
Different types of flow meter technologies are offered to meet changing process requirements:
- Mass Flow Meters: Directly measure mass flow, unaffected by changes in material density
- Volumetric Flow Meters: Measure volume passing per unit time, offer high precision and wide measurement range
- Mechanical Flow Meters: Provide reliable measurement under harsh environmental conditions with durable structures
- Electromagnetic Flow Meters: Offer contactless measurement opportunity for conductive materials
Signal processing and data transmission mechanism ensures correct and fast transmission of measurement results. Microprocessor-based electronic unit processes raw data from sensors and converts it to usable flow information. This information is transferred to the screen for on-site display and can also be transmitted to external systems via standard industrial protocols.
The sensor technology used in Tanış Flow Meter has been optimized as a result of years of R&D studies. These sensors specially developed for milling applications are designed according to the characteristic properties of materials such as flour and grain.
Flow detection precision and response time are factors that directly affect the quality of process control. Tanış sensors can detect even instantaneous flow changes with high precision up to 0.5% and response time shorter than 1 second. This fast response capability enables early detection of imbalances in the process, allowing timely corrective interventions.
Protection from external factors such as dust and vibration is critically important for reliable measurement even under harsh conditions of mill environment. Our sensor technology provides full protection against dust and moisture with IP67 protection class. Additionally, advanced vibration isolation system prevents vibrations from mill equipment from affecting measurement precision.
Technical Specifications and Performance Parameters
Tanış Flow Meter series has various models for different capacities and application areas of mills. Basic technical specifications are as follows:
| Model | Measurement Range | Precision | Process Connection | Material | Display | Output Signal |
|---|---|---|---|---|---|---|
| TMAM-100 | 0-500 kg/h | ±0.5% | DN50 (2″) | 304 SS | Digital LCD | 4-20mA, Pulse |
| TMAM-250 | 0-2500 kg/h | ±0.5% | DN80 (3″) | 304 SS | Touch screen | 4-20mA, Modbus |
| TMAM-500 | 0-5000 kg/h | ±0.4% | DN100 (4″) | 316 SS | Touch screen | 4-20mA, Modbus, Ethernet |
| TMAM-1000 | 0-10000 kg/h | ±0.3% | DN150 (6″) | 316 SS | Touch screen | 4-20mA, Modbus, Ethernet, Wireless |
All our models have the following standard features:
- Food-grade stainless steel structure
- Easy-to-clean hygienic design
- Operating temperature between -20°C and +80°C
- IP67 protection class
- Wireless data transmission (optional)
- HACCP compliant design
- 24V DC / 110-220V AC power options
- Multi-language support
Model Varieties and Application Specifications
Tanış Flow Meter series is offered with various models for different application points of mills. This diversity provides optimum measurement solution for each process point.
Model alternatives for different flow rates offer solutions in a wide range from small laboratory-scale applications to large industrial processes. While low-capacity AM-100 series is ideal for small mills and R&D applications, high-capacity AM-1000 series meets the needs of large industrial facilities.
Specialized versions for various grain types maximize measurement precision. Sensor systems optimized according to physical properties of different grains such as wheat, corn, barley provide consistent measurement performance in each material type.
Options for flour, semolina, and other ground products guarantee precise measurement of fine particle materials. Special sensor technology offers high precision in all ground products from fine flour to coarse semolina.
Advantages of Continuous Flow Measurement
Continuous measurement provided by Flow Meter offers numerous advantages in mill processes. These advantages increase efficiency while reducing costs and improving product quality.
Process control with real-time flow data ensures mill operations are conducted under optimum conditions. Operators can keep process parameters at ideal levels by monitoring instantaneous flow values. This continuous monitoring helps achieve maximum efficiency by ensuring equipment operates at design capacities.
Rapid detection of production imbalances offers early intervention opportunity for potential problems. Abnormal changes in flow values can be early signs of problems such as equipment failures, blockages, or raw material changes. Flow Meter detects these changes instantly, enabling intervention before major failures or production losses occur.
Maintaining optimum mill settings is essential for consistent product quality. Continuous flow measurement ensures optimum flow balance is maintained at all process stages. This balance ensures all quality parameters from extraction rate to protein content remain at target values.
Energy consumption optimization is an important advantage that reduces operating costs. Precise process control achieved with Flow Meter increases energy efficiency by ensuring equipment operates at ideal capacity.
Data Management and Monitoring Features
As a modern measurement system, Flow Meter offers comprehensive data management and monitoring features. These features increase process efficiency while providing valuable information for quality management and planning.
Real-time data display and user-friendly interface enable operators to instantly evaluate process status. Color touch screen clearly displays critical information such as flow values, total quantity, daily production, and alarm status. Graphic displays allow visual tracking of flow trends.
Data recording and historical trend analysis offer powerful tools for evaluating long-term process performance. Internal memory can store data for months and can be easily exported via USB connection. This data can be used for process optimization, quality analysis, and equipment performance evaluation.
Production reporting and statistics functions support managerial decision-making processes. Daily, weekly, and monthly production reports can be generated automatically. Statistical analyses provide valuable information such as average flow, maximum values, standard deviation.
Alarm and threshold setting features provide proactive process control. User-defined minimum and maximum flow limits can be set. When these limits are exceeded, visual, audible, and remote alarm notifications provide rapid intervention opportunity.
System Integration and Automation
Tanış Flow Meter is designed for seamless integration into modern mill automation systems. Flexible communication options and standard industrial protocols guarantee compatible operation with all types of control systems.
Ease of integration into existing control systems provides significant advantages in modernization projects as well as new investments. Standard analog and digital interfaces (4-20mA, pulse, Modbus) offer direct connection opportunity with most control systems. This way, Flow Meter integration can be achieved with minimum changes in existing systems.
Connection to SCADA and PLC systems provides integrated process control throughout the facility. Tanış Flow Meter can directly transfer data to SCADA systems via industry standard protocols. Thanks to two-way communication with PLC systems, it can take an active role in fully automatic control loops.
Remote monitoring and control capabilities meet modern business management requirements. With web-based interface and mobile application support, operators and managers can monitor system status and intervene even when they are not at the facility.
Applications and Usage Points
Flow Meter plays a critical role at various stages of mill process. With the advantages it offers at different process points, it contributes to total efficiency and quality control.
Flow control at grain receiving and initial processing stage forms the foundation of raw material management. Precise measurement of grain amount entering the mill enables optimization of cleaning and tempering processes. Additionally, it offers precise proportioning opportunity during blending of different grain varieties.
Process monitoring in flour and semolina lines plays a key role in ensuring production process control. Monitoring feed and output flows of equipment such as rollers, sieves, and purifiers ensures optimum operating conditions are maintained. Instant detection of flow imbalances offers the opportunity to catch early signs of equipment failures.
Flow control before packaging is important for final control of product quality and optimization of packaging lines. Precise control of product amount going to packaging machines provides consistency in filling and reduces waste rates.
Dosing in blending and mixing processes ensures precise proportioning of different flour types or additives. High precision of Flow Meter guarantees recipe control, ensuring consistent product quality.
Economic Benefits and Investment Value
Flow Meter investment amortizes itself in a short time with various economic benefits it provides. The value it offers to businesses should be evaluated not only with equipment cost but with the operational advantages it provides.
Efficiency increase achieved through process optimization is one of the most important economic contributions of Flow Meter. Thanks to optimum process control, equipment operates at design capacities. This efficiency increase means higher production capacity with the same equipment.
Its role in reducing waste and losses provides direct financial savings. Precise control of process flows minimizes waste rates by preventing overfeeding or underfeeding situations. In an average mill, 1-2% reduction in waste rates can be achieved with Flow Meter use.
Energy saving and production cost reduction potential reduces operating expenses. Thanks to optimum process control, energy consumption of equipment is minimized. Additionally, balancing the production process reduces peak energy demands, lowering energy costs.
Quality consistency and customer satisfaction provide long-term competitive advantage. Consistent production conditions ensured with Flow Meter guarantee production of the same quality product every time. This consistency increases customer satisfaction, contributing to brand loyalty and repeat orders.
Frequently Asked Questions
In which grain and flour types can Flow Meter be used?
Tanış Flow Meter can be used in all grain types such as wheat, corn, barley, rye and ground products such as flour and semolina produced from them. Sensor options optimized for different material types are available.
What are the factors affecting measurement precision?
Measurement precision depends on factors such as material properties (moisture, density, particle size), mounting conditions, calibration accuracy, and environmental factors (vibration, temperature changes). Tanış engineering team provides appropriate model selection and installation support for optimum precision.
Can I integrate it into my existing mill automation system?
Yes, Flow Meter supports various standard communication protocols (4-20mA, Modbus, Profibus, Ethernet) and can be seamlessly integrated with most automation systems. Tanış technical team can offer special solutions for integration.
How often should calibration be performed?
Generally, annual calibration control is recommended. However, more frequent calibration may be required when working with different material types or in applications requiring high precision. Tanış offers periodic calibration service and training so you can perform your own calibration.
Does production stop if Flow Meter fails?
No, Flow Meter is usually installed with bypass capability on the process line. This way, when maintenance or service is required, the system can be switched to bypass mode and production can continue. Additionally, Tanış’s fast service support and easily replaceable modular design minimize downtime.