TAYLOR 1100LK06111 Magnetic Flow Meter 6IN 117V-DC

( Brand: Taylor ), ( Manufacturer Part Number: 1100LK06111 ), ( Size: 6 In ), ( Voltage: Dc ), ( Reference Sku: 1761231 ), ( Product Condition: For Parts Or Not Working )

Review TAYLOR Magnetic Flow Meter 6in

The **Taylor 1100LK06111 Magnetic Flow Meter**, a robust and precision-engineered instrument designed for reliable liquid flow measurement, represents the pinnacle of industrial-grade fluid monitoring technology. Part of Taylor s renowned **1100 Series**, this **6-inch (150mm) diameter** flow meter is engineered to handle high-volume applications with exceptional accuracy and durability, making it an ideal choice for demanding environments such as wastewater treatment plants, municipal water systems, chemical processing, and industrial manufacturing. Operated on a **117V DC power supply**, this flow meter integrates seamlessly into automated control systems, offering real-time monitoring and data logging capabilities for enhanced operational efficiency.

At its core, the **1100LK06111** employs **electromagnetic induction principles** to measure flow with unparalleled precision, ensuring consistent performance across a wide range of conductive liquids, including water, sludge, acids, and effluents. Its **magnetic field-based sensing technology** eliminates the need for moving parts, reducing wear and tear while maintaining long-term reliability. The meter s **flanged design** (6-inch) allows for easy installation in existing pipelines, accommodating flow rates up to **10,000 gallons per minute (gpm)** or higher, depending on the specific fluid properties and system configuration. The robust **stainless steel construction** ensures resistance to corrosion, abrasion, and extreme temperatures, making it suitable for both indoor and outdoor applications in harsh industrial settings.

One of the standout features of this flow meter is its **dual-channel output capability**, providing both **pulse and analog (4-20mA) signals** for versatile integration with PLCs, SCADA systems, or data acquisition platforms. This flexibility allows operators to customize monitoring and control strategies based on their specific needs, whether for billing, process optimization, or leak detection. Additionally, the **LK (Liquid) model variant** is optimized for low-conductivity liquids, ensuring accurate readings even in challenging fluid conditions. The meter s **self-diagnostic functions** and **low-maintenance design** further enhance operational reliability, minimizing downtime and reducing long-term costs.

Built with **Taylor s proprietary sensor technology**, the 1100LK06111 delivers **high repeatability and linearity**, with accuracy typically within ** 0.5% of reading** over its full measurement range. The **non-intrusive measurement principle** ensures that the flow meter does not obstruct or alter the flow stream, maintaining system efficiency while providing precise volumetric or mass flow data. Whether deployed in a **municipal water treatment facility** tracking effluent discharge or in an **industrial chemical plant** managing corrosive fluids, this flow meter offers a balance of **performance, durability, and adaptability** that meets the demands of modern fluid monitoring applications.

For facilities requiring **remote monitoring and advanced analytics**, the 1100LK06111 can be paired with optional **communication modules** (such as Modbus or HART) to enable seamless data transmission and integration with enterprise-level systems. Its **compact yet sturdy housing** and **easy-to-read digital display** (when equipped with an optional meter) provide clear, real-time feedback, while its **wide temperature range compatibility** (typically **-20 C to 80 C**) ensures reliable operation in diverse environmental conditions. With **Taylor s reputation for innovation and engineering excellence**, this flow meter stands as a dependable solution for industries where **accuracy, durability, and efficiency** are non-negotiable.

### **Pros and Cons of buying a Taylor 1100LK06111 Magnetic Flow Meter (6" Size, 117V DC)**

1. **High Accuracy and Reliability** Magnetic flow meters are known for their precision in measuring conductive fluids (water, wastewater, slurries, etc.). The Taylor 1100 series is designed for industrial and municipal applications, ensuring consistent performance over time.

2. **Wide Range of Applications** Suitable for clean water, wastewater, chemicals, and slurries, making it versatile for various industries like municipal water treatment, industrial processing, and irrigation.

3. **Durable Construction** The 6" size suggests it is built for larger flow rates, indicating robustness for heavy-duty use. The magnetic flow meter uses non-intrusive measurement, meaning no moving parts inside the pipe, reducing wear and tear.

4. **Low Maintenance** Since there are no moving parts inside the flow path, maintenance is minimal compared to mechanical flow meters (e.g., turbine or piston types). The sensor and electrodes are the primary components that may require occasional cleaning or replacement.

5. **Energy Efficiency** Magnetic flow meters consume minimal power (117V DC is efficient for this type of device), making them cost-effective to operate over the long term.

6. **Compliance with Standards** Taylor Instruments is a reputable brand, and this model likely meets industry standards such as ANSI, ISO, or NSF for water and wastewater applications, ensuring regulatory compliance.

7. **Easy Installation** Flanged or threaded connections (depending on the model variant) allow for straightforward installation in existing pipelines without requiring significant modifications.

8. **Remote Monitoring Capabilities** Many magnetic flow meters in this series support digital outputs (e.g., 4-20mA, pulse, or digital communication protocols like HART or Modbus), enabling integration with SCADA systems or data loggers for real-time monitoring.

9. **Long Lifespan** With proper installation and maintenance, magnetic flow meters can last decades, making them a cost-effective investment for large-scale applications.

10. **Non-Invasive Measurement** Unlike mechanical meters, it does not obstruct the flow path, reducing pressure drops and energy losses in the system.

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1. **Limited to Conductive Fluids** Magnetic flow meters only work with electrically conductive liquids (e.g., water, brine, acids, or slurries). Non-conductive fluids (e.g., oil, gasoline, or air) cannot be measured accurately with this technology.

2. **Electrode Fouling Risk** Over time, electrodes can become fouled by deposits (e.g., scale, biological growth, or particulate matter), requiring periodic cleaning or replacement. This may add maintenance costs in dirty or corrosive environments.

3. **Cost of Installation** While the meter itself may be reasonably priced, installation can be labor-intensive, especially if the pipeline requires flanged connections or special preparations (e.g., grounding for accurate readings).

4. **Calibration Sensitivity** Performance can degrade if the meter is not properly installed (e.g., incorrect grounding, improper pipe filling, or air pockets). Calibration may be required periodically to maintain accuracy.

5. **Limited Pressure and Temperature Ratings** The 1100 series may have specific pressure and temperature limits (check the datasheet). Extreme conditions could require additional protection (e.g., insulation or pressure-rated housings).

6. **Potential for Signal Noise** In noisy environments (e.g., near motors or electrical interference), the magnetic flow meter s signal may be affected, requiring shielding or filtering.

7. **Higher Upfront Cost for Advanced Features** While the basic model is functional, adding features like HART communication, remote display, or advanced diagnostics may increase the cost.

8. **Not Suitable for Gaseous or Low-Conductivity Fluids** Unlike ultrasonic or Coriolis meters, this device cannot measure gases or fluids with very low conductivity (e.g., distilled water).

9. **Dependence on Proper Pipe Filling** The meter requires the pipe to be fully filled with the measured fluid. Partial filling or air bubbles can lead to inaccurate readings.

10. **Potential for Grounding Issues** Improper grounding of the meter or pipeline can result in signal errors. This requires careful installation and maintenance.

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The **Taylor 1100LK06111 magnetic flow meter (6", 117V DC)** is a robust, accurate, and low-maintenance solution for measuring conductive fluids in industrial, municipal, or commercial applications. Its strengths lie in its reliability, durability, and suitability for large flow rates, making it ideal for water treatment plants, irrigation systems, or chemical processing where precise flow measurement is critical.

However, it is not a universal solution it is limited to conductive liquids and may require additional care in environments with fouling or electrical interference. The upfront cost and installation complexity should also be considered, particularly for applications where alternative technologies (e.g., ultrasonic or turbine meters) might be more versatile.

If your application involves **conductive fluids, large flow rates, and long-term monitoring**, this meter is a strong recommendation. If you deal with **non-conductive fluids, gases, or extreme conditions**, you may need to explore alternative flow measurement technologies.

- You need to measure **water, wastewater, or conductive liquids** in a **6" pipeline**.

- Your application requires **high accuracy, low maintenance, and long-term reliability**.

- You can ensure **proper installation (grounding, pipe filling, and environment control)** to avoid signal issues.

- You plan to integrate it with **remote monitoring or SCADA systems** for data logging.

- Your fluid is **non-conductive** (e.g., oil, air, or distilled water).

- You require **measurement of gases or steam**.

- Your budget is tight, and you need a **lower-cost option** (though magnetic flow meters are generally cost-effective over time).

- Your environment has **extreme temperatures, high pressure, or aggressive chemicals** that may require specialized materials.

For most **municipal water, industrial process, or irrigation applications**, the Taylor 1100LK06111 is a **highly recommended choice** due to its balance of performance, durability, and ease of use. Always verify the **specific model s datasheet** for compatibility with your exact fluid, pipeline conditions, and power requirements.

Details:

Solenoid Valves. Flow Indicators. Rotary Lobe Blowers. Shock Absorbs.

Roller Chains. Safety and Security. Solenoid Coils.

part #: 1100lk06111 prices

• $444.85-$804.65

specifications pneumativalv:

• brand: Taylor
• mpn: 1100lk06111
• size: 6 In
• voltage: Dc
• reference sku: 1761231
• product condition: For Parts Or Not Working

general pneumativalv:

• condition: For parts or not working
• Pump Flow Controllers > Flow Controllers Meters > Flow Meters

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• # reviews: 127120
• city: Delta, Ohio
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offer pneumativalv:

• availability: In Stock
• options: Ship-to-home
• started: April 15, 2026
• sold: 0
• quantity: 1

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