Description
| Product Code | BS.IF.25 |
| Weighing Range | 0 – 25 Kg |
| Weighing Accuracy | ± % 0.5 |
| Line Feeding Capacity | 30 Tons/Hour |
| Air Consumption | 5- 8 Liter/Minute |
| Power Supply | 3 Ph, 380 VAC /50-60 Hz |
| Total Power | 400 Watts |
Flow Balancer Standard Features
• Electronic weighing system supported with 24 bit ADC.
• Equipped with Class III type stainless steel loadcells.
• Linear motor pistons, and fittings.
• PLC controlled power and command control system.
• Programlanabilir besleme miktarı seti.
• Easy weight calibration.
• All surfaces are coated by powder die in accordance to food codex.
• 30 lt capacity material entry stock bin.
• Up to 300 kg discharging amount in a minute.
• Modular and easy installable scale body and scale chassis.
• Aestetic, low maintenance required, stabile running

A “flow balancer” is a term that can be used in various contexts, depending on the industry or application. Without specific details, I can provide a general understanding:
1. **Industrial Processes:** In industrial settings, a flow balancer might refer to a device or system used to regulate and balance the flow of liquids or gases within a process. This could involve ensuring equal distribution of fluids in a pipeline or managing flow rates to optimize efficiency.
2. **HVAC Systems:** In heating, ventilation, and air conditioning (HVAC) systems, a flow balancer is used to adjust the airflow in different parts of a building. It helps ensure that each room receives the appropriate amount of conditioned air for comfort and energy efficiency.
3. **Chemical Engineering:** Flow balancers can be employed in chemical processes to control the distribution of substances within a system, ensuring proper mixing and reaction rates.
4. **Medical Devices:** In medical devices or healthcare settings, a flow balancer might be utilized to regulate the flow of fluids in intravenous (IV) lines or other medical tubing.
5. **Hydraulic Systems:** In hydraulic systems, flow balancers can be employed to regulate the flow of hydraulic fluid to different components, ensuring a balanced distribution of pressure.
6. **Software and Networking:** In the context of software or networking, a flow balancer can refer to a mechanism that evenly distributes network traffic or data across multiple servers or pathways to optimize performance and prevent bottlenecks.
To provide more accurate information, please specify the context or industry in which you are referring to a flow balancer.


