
( Brand: Fischer Porter ), ( Manufacturer Part Number: 10DS311ADE18P1B2DBA1132 ), ( Flow Rate: 1080 M3/h ), ( Size: 8 In ), ( Reference Sku: 1751351 ), ( Product Condition: Used Excellent )
The **Fischer Porter 10DS311ADE18P1B2DBA1132 Magnetic Flow Meter**, a high-performance industrial flow measurement solution, is engineered to deliver unparalleled accuracy, reliability, and versatility for demanding liquid flow applications across a wide range of industries. Part of Fischer Porter s renowned **10DS Series**, this **8-inch (200 mm) diameter** magnetic flow meter is specifically designed to handle high-volume flow rates, with a maximum capacity of **1,080 cubic meters per hour (m /h)** making it an ideal choice for large-scale processes such as wastewater treatment, chemical processing, food and beverage production, and municipal water distribution. Its robust construction ensures durability in harsh environments, including corrosive, abrasive, or high-temperature conditions, thanks to a **stainless steel (SS316L) or other corrosion-resistant material** lining and electrode configuration, depending on the application.
At the heart of this flow meter is Fischer Porter s **advanced electromagnetic flow measurement technology**, which operates on Faraday s principle to provide **non-intrusive, contactless flow measurement** without pressure drop or flow restriction. The **dual-channel, high-precision sensors** ensure exceptional accuracy ( 0.5% of reading) and repeatability, even in turbulent or pulsating flow conditions, while the **pulse output signal** (4-20 mA or digital communication via **HART or Profibus PA**) allows seamless integration with SCADA systems, PLCs, or other industrial automation platforms. The **10DS311 model** features a **compact, flange-mounted design** with **8-inch ANSI Class 150 or 300 flanges**, providing a secure and leak-proof installation that minimizes maintenance downtime. Its **wide turndown ratio (up to 20:1)** accommodates fluctuating flow rates, making it adaptable to both steady and variable process demands.
One of the standout features of this flow meter is its **versatile electrode and lining options**, allowing users to select the optimal configuration for their specific fluid. Common choices include **titanium, rubber, or ceramic linings** for abrasive slurries, **PTFE or EPDM** for chemical compatibility, and **stainless steel or Hastelloy electrodes** for enhanced corrosion resistance. The **self-diagnostic capabilities** of the 10DS Series further enhance operational efficiency by monitoring system health, detecting obstructions, or alerting to electrode fouling, ensuring proactive maintenance and minimizing unplanned interruptions. Additionally, the **IP65-rated housing** provides robust protection against dust, moisture, and environmental contaminants, making it suitable for both indoor and outdoor installations.
For applications requiring **high reliability in critical processes**, the Fischer Porter 10DS311ADE18P1B2DBA1132 incorporates **redundant electronics and fail-safe mechanisms**, including **dual-channel signal processing** to cross-verify measurements and **automatic zero and span calibration** for consistent performance over extended periods. The **modular design** allows for easy field replacement of components, reducing repair times and extending the meter s operational lifespan. Whether deployed in **municipal water treatment plants, petrochemical refineries, or large-scale industrial cooling systems**, this flow meter combines **industrial-grade robustness with precision engineering**, ensuring dependable flow measurement where accuracy and durability are paramount. With its **comprehensive communication protocols, wide flow range, and adaptable material options**, the Fischer Porter 10DS311ADE18P1B2DBA1132 stands as a cornerstone of modern flow measurement technology, delivering both immediate performance and long-term cost savings.
### **Pros and Cons of buying a Fischer Porter 10DS311ADE18P1B2DBA1132 Magnetic Flow Meter (1080 m /h, 8-inch)**
#### **Pros:**1. **High Flow Capacity (1080 m /h)** Suitable for large industrial applications such as wastewater treatment, chemical processing, and water distribution systems where high-volume flow measurement is required.
2. **Large Pipe Size (8 inches)** Ideal for medium to large pipelines, reducing pressure drop and minimizing installation complexity compared to smaller meters.
3. **Magnetic Inductive Principle** Provides accurate flow measurement without obstructions, making it reliable for slurries, liquids with suspended solids, or corrosive fluids.
4. **Durable Construction** Fischer Porter is known for robust, industrial-grade flow meters designed for harsh environments, including high temperatures and pressures.
5. **Low Maintenance** No moving parts in the flow path, reducing wear and tear over time compared to mechanical meters.
6. **Wide Range of Applications** Works well with water, wastewater, chemicals, and other conductive liquids, making it versatile for various industries.
7. **Digital Output Options** Supports 4-20 mA, pulse, or digital communication (e.g., HART, Modbus), allowing integration with SCADA or control systems.
8. **Long-Term Reliability** Fischer Porter is a well-established brand with a proven track record in industrial flow measurement.
9. **Compliance with Standards** Likely meets industry standards such as ANSI, ISO, and ATEX (if applicable), ensuring regulatory compliance.
10. **Easy Installation** Flanged connections (8-inch) simplify installation in existing pipelines without requiring extensive modifications.
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#### **Cons:**1. **High Initial Cost** As an industrial-grade flow meter, the upfront investment is significant compared to basic mechanical meters.
2. **Limited to Conductive Fluids** Magnetic flow meters require liquids with sufficient conductivity (typically >5 S/cm). Non-conductive fluids (e.g., oil, pure water) may require additional sensors or modifications.
3. **Potential for Signal Noise** In highly turbulent or electrically noisy environments, the magnetic field may generate interference, requiring proper grounding and shielding.
4. **Calibration Sensitivity** Accuracy depends on proper installation (straight pipe runs) and calibration. Poor installation can lead to measurement errors.
5. **Limited Pressure/Temperature Range** While robust, extreme conditions (e.g., very high temperatures or pressures) may require special materials or configurations, increasing cost.
6. **Replacement Parts Availability** Depending on the region, sourcing spare parts or replacements may be challenging if the model is outdated.
7. **Not Ideal for Gases** Magnetic flow meters are designed for liquids only; gas applications require different technologies (e.g., turbine or ultrasonic meters).
8. **Potential for Biofouling** In wastewater or biological applications, biofouling can affect sensor performance, requiring regular cleaning or maintenance.
9. **Complexity in Installation** Requires proper alignment, grounding, and straight pipe runs (typically 5-10D upstream/downstream) to ensure accuracy.
10. **Potential for Signal Drift Over Time** While durable, long-term exposure to corrosive fluids or extreme conditions may affect sensor performance, necessitating periodic recalibration.
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### **Conclusion:**The **Fischer Porter 10DS311ADE18P1B2DBA1132** is a **high-performance magnetic flow meter** well-suited for **large-scale industrial applications** where **accuracy, durability, and high flow capacity** are critical. It excels in **water, wastewater, and chemical processing** but may not be ideal for **non-conductive fluids, gases, or applications with extreme turbulence or electrical noise**.
The **pros outweigh the cons** if the application aligns with its strengths **high flow rates, large pipe sizes, and conductive liquids**. However, buyers must ensure **proper installation, maintenance, and compatibility** with their specific fluid and environmental conditions.
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### **Recommendation:** **Buy this flow meter if:**- You require **high-volume flow measurement (1080 m /h) in an 8-inch pipeline**.
- Your application involves **conductive liquids** (water, wastewater, chemicals).
- You need a **low-maintenance, durable solution** for industrial use.
- You can **install it correctly** (straight pipe runs, proper grounding).
- Budget constraints allow for the **higher upfront cost** compared to simpler meters.
**Consider alternatives if:**- Your fluid is **non-conductive** (e.g., oil, pure water) a **coriolis or ultrasonic meter** may be better.
- You work with **gases** a **turbine or thermal mass flow meter** is necessary.
- Your budget is tight **lower-cost mechanical meters** (e.g., turbine or propeller) may suffice for smaller flows.
- The environment has **extreme electrical interference** additional shielding or a different sensor type may be needed.
**Final Verdict:** This is a **strong choice for industrial liquid flow measurement** where its capabilities align with your needs. Ensure proper installation and calibration to maximize accuracy and longevity.
Safety and Security. Motor Drives. Flow Indicators. Pneumatic Exhaust Valves.
Flow Rate:1080 M3/H. Motor Starters.