IFM Flow Monitor SI5000
- Reliable monitoring of liquids and gases in pipes
- Variable process connection using adapters
- Easy setting of the switch points for quick set-up
- Robust stainless steel housing for use in harsh industrial environments
- LED bar graph for indication of switch point and flow
Description
IFM Flow Monitor SI5000
IFM SID10ABBFPKG/US-100 Flow Monitor SI5000
Flow sensors / flow meters
- For liquids and gases
- Versions for the use in hygienic applications
- Variable process connection using adapters
- Flow monitoring also for aggressive media
Flow sensors
In the realm of monitoring gases and liquids within various industrial processes, flow sensors and flow meters play pivotal roles in ensuring efficiency and preventing operational disruptions.
What is air flow sensor?
An air flow sensor, or mass air flow sensor, measures the air entering an engine or HVAC system. Crucial in industrial applications, it optimizes machinery performance and ensures accurate air flow control. By providing real-time data, it maintains the desired air-fuel ratio, enhances energy efficiency, and prevents malfunctions. Future advancements will integrate sophisticated electronics and IoT connectivity, enabling smarter industrial environments.
Flow Sensor working principle
Air flow sensors are instrumental in detecting and measuring the flow velocity of air or gases within a system. They utilise diverse measuring principles tailored to different applications, including:
- Mechatronic Principle: This principle involves a spring-supported piston mechanism where the flowing medium lifts the piston against spring resistance. The piston’s position is monitored to provide an analog signal, enabling precise airflow measurements.
- Ultrasonic Principle: Ultrasonic sensors transmit sound pulses through the medium and measure the time of flight between transducers. By calculating the time difference, these sensors determine the flow rate accurately, making them ideal for various industrial setups.
- Calorimetric Principle: Calorimetric sensors, such as the SA and SI types, use heat sources and measuring elements to gauge flow velocity. By maintaining a constant temperature difference between elements, these sensors quantify flow rates based on heat dissipation, ensuring reliable measurements.
Flow sensor Measurements
Importance of Accurate Flow Measurements
Accurate flow measurements are critical in numerous industrial processes, underpinning everything from quality control to system efficiency.
Sensor Technologies
Diverse sensor technologies, such as those based on mechatronic, ultrasonic, and calorimetric principles, provide tailored solutions for specific applications.
Application Examples
Chemical Industry
In the chemical industry, precise flow measurements ensure the optimal mixing of reactants, leading to higher yields and consistent product quality.
HVAC Systems
In HVAC systems, accurate air flow measurement is vital for energy management and maintaining indoor air quality.
Future Advancements
Future advancements will likely see flow sensors integrating more advanced data analytics and machine learning algorithms. These innovations will enhance predictive maintenance capabilities and further minimize downtime.
Role in Industry Evolution
As industries evolve, the role of precise flow measurement will become increasingly crucial in driving innovation, efficiency, and sustainability.
Technical Details:
Product characteristics
| Number of inputs and outputs | Number of digital outputs: 1 |
| Process connection | threaded connection M18 x 1,5 internal thread |
Application
| Media | Liquids; Gases | ||
| Medium temperature[°C] | -25…80 | ||
| Pressure rating |
|
| Liquids | |
|---|---|
| Medium temperature[°C] | -25…80 |
| Gases | |
|---|---|
| Medium temperature[°C] | -25…80 |
Electrical data
| Operating voltage[V] | 19…36 DC |
| Current consumption[mA] | < 60 |
| Protection class | III |
| Reverse polarity protection | yes |
| Power-on delay time[s] | 10 |
Inputs / outputs
| Number of inputs and outputs | Number of digital outputs: 1 |
Outputs
| Total number of outputs | 1 |
| Output signal | switching signal |
| Electrical design | PNP |
| Number of digital outputs | 1 |
| Output function | normally open / normally closed; (parameterisable) |
| Max. voltage drop switching output DC[V] | 2.5 |
| Permanent current rating of switching output DC[mA] | 250 |
| Short-circuit protection | yes |
| Type of short-circuit protection | pulsed |
| Overload protection | yes |
Measuring/setting range
| Probe length L[mm] | 45 |
| Liquids | |
|---|---|
| Setting range[cm/s] | 3…300 |
| Greatest sensitivity[cm/s] | 3…100 |
| Gases | |
|---|---|
| Setting range[cm/s] | 200…3000 |
| Greatest sensitivity[cm/s] | 200…800 |
Accuracy / deviations
| Repeatability[cm/s] | 1…5 | ||
| Note on repeatability |
|
||
| Temperature drift[cm/s x 1/K] | 0.1; (for water 5…100 cm/s; 10…70 °C) | ||
| Temperature gradient[K/min] | 300 | ||
| Switch point accuracy[cm/s] | ± 2…± 10; (for water 5…100 cm/s; 25 °C; Factory setting) | ||
| Hysteresis[cm/s] | 2…5; (for water 5…100 cm/s; 25 °C; Factory setting) |
Response times
| Response time[s] | 1…10 |
| Liquids | |
|---|---|
| Response time[s] | 1…10 |
| Gases | |
|---|---|
| Response time[s] | 1…10 |
Software / programming
| Adjustment of the switch point | pushbutton |
Operating conditions
| Ambient temperature[°C] | -25…80 |
| Storage temperature[°C] | -25…100 |
| Protection | IP 67 |
Tests / approvals
| EMC |
|
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| Shock resistance |
|
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| Vibration resistance |
|
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| MTTF[years] | 298 |
Mechanical data
| Weight[g] | 246 |
| Housing | cylindrical |
| Dimensions[mm] | Ø 50 / L = 113 |
| Materials | stainless steel (316L/1.4404); stainless steel (301/1.4310); PC; PBT-GF20; EPDM/X |
| Materials (wetted parts) | stainless steel (316L/1.4404); O-ring: FKM 80 Shore A |
| Process connection | threaded connection M18 x 1,5 internal thread |
| Probe diameter[mm] | 8.2 |
| Installation length EL[mm] | 45 |
Displays / operating elements
| Display |
|
Remarks
| Pack quantity | 1 pcs. |
Electrical connection
| Connection | Connector: 1 x M12; coding: A |
Datasheet: PDF
More Flow sensors / flow meters Models:
SI5000, SI5004, SI5006, SI5010, SI5012, SI5002, SI5007, SI6800, SI6700, SI5001, SI500A, SI5100, SI6600, SI0521, SI0553, SI0550, SI0558, SI5011, SI5003, SI0556, SI0557
Why Choose Voltec Engineering Limited?
At Voltec Engineering Limited, we are proud to be the authorized distributor of Leuze Electronic in Bangladesh. As a trusted Leuze sensor supplier in Bangladesh and leading industrial automation supplier Bangladesh, we deliver photoelectric sensors, diffuse sensors, retroreflective sensors, through-beam sensors, barcode scanners, safety light curtains, inductive sensors, optical sensors, and machine safety products.
We ensure top-quality Leuze sensors in Bangladesh, backed by exceptional technical support and a wide range of automation solutions in Bangladesh. Our experienced team provides guidance on sensor selection, PLC programming, HMI integration, VFD and inverter panels, and automation project design to meet your requirements. With ready stock and fast delivery, Voltec Engineering Limited is your reliable Leuze distributor Bangladesh.
For assistance or to place an order, don’t hesitate to contact us. Voltec Engineering is here to support you with Leuze Electronic Bangladesh, photo sensor Bangladesh, IFM Sensor Supplier in Bangladesh, automation spare parts Bangladesh, IFM Bangladesh, IFM distributor Bangladesh, PLC and HMI supplier Bangladesh, VFD and inverter supplier Bangladesh, and industrial sensors Bangladesh — ensuring efficiency, precision, and reliability in your operations.
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