Company Information
E-mail		[email protected]
Mobile		+8613666084105
Whatsapp		+8613666084105
WeChat		13666084105
Add		Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China

Product Overview

The Epro MMS6220 9100-00009N is a dual-channel shaft eccentricity monitor designed for the precise measurement of shaft eccentricity in rotating machinery. The monitor detects the deviation of the shaft’s rotational axis from the centerline of the bearing, which is crucial for preventing excessive wear, vibration, or failure in rotating equipment. This device is especially important for critical machinery such as turbines, motors, pumps, and compressors, where the alignment of rotating shafts is vital for optimal performance and longevity.

With its robust design and advanced capabilities, the Epro MMS6220 helps operators ensure the continuous monitoring of shaft health, preventing potential catastrophic failures and reducing downtime. Its dual-channel monitoring allows for the detection of eccentricity on two shafts simultaneously, making it an efficient solution for complex machinery setups.

Product Specifications

The following table outlines the key specifications for the Epro MMS6220 9100-00009N Dual Channel Shaft Eccentricity Monitor:

Parameter	Specification
Input Channels	2 Channels (Dual Channel Monitoring)
Shaft Eccentricity Range	0.1 to 5 mm (measuring shaft deviation from centerline)
Output Signal	4-20 mA (current output for each channel)
Power Supply	24 V DC ± 20%
Operating Temperature	-20°C to +60°C (-4°F to +140°F)
Humidity	5% to 95% RH (non-condensing)
Dimensions	30 x 128.4 x 160 mm
Weight	0.32 kg
Mounting	Wall or panel mountable
Environmental Protection	IP65 (dust-tight and water-resistant)
Communication Interface	Modbus RTU (RS485) for remote integration and monitoring
Alarm Outputs	2 relay outputs for alarm and warning
Measurement Resolution	0.01 mm
Certifications	CE, UL, RoHS

Product Applications

The Epro MMS6220 9100-00009N is ideal for use in environments where precise alignment of rotating shafts is critical to the operation of machinery. Some common applications include:

• Power Generation: Monitoring turbine shafts for eccentricity and imbalance.
• Oil & Gas: Ensuring the alignment of shafts in pumps, motors, and compressors.
• Manufacturing: Detecting misalignment in production equipment such as conveyors, motors, and mills.
• Mining: Preventing shaft wear and failure in crushers, mills, and other heavy-duty machinery.
• Water Treatment: Ensuring proper alignment in pumps and fans.
• Cement and Steel Industries: Monitoring and controlling shaft eccentricity in rotary kilns, mills, and other equipment.

Product Advantages

The Epro MMS6220 9100-00009N offers several key advantages that enhance its appeal in industrial applications:

1. Dual Channel Monitoring: Ability to monitor two shafts simultaneously, making it ideal for complex machinery setups.
2. Precise Eccentricity Measurement: Capable of detecting even slight shaft misalignments with a resolution of 0.01 mm.
3. Early Fault Detection: Identifies issues before they result in costly repairs or downtime, ensuring operational continuity.
4. Real-time Monitoring: Provides continuous feedback, enabling proactive maintenance and system adjustments.
5. Modbus RTU Communication: Offers easy integration with existing industrial control systems for remote monitoring and diagnostics.
6. Robust Design: The IP65 rating ensures the monitor is dust-tight and water-resistant, perfect for use in harsh industrial environments.
7. Cost-effective Maintenance: By preventing shaft failure and wear, the device helps reduce maintenance costs and extends machinery lifespan.
8. Flexible Mounting Options: Can be mounted on walls or panels, offering installation flexibility in various locations.

Recent Product News

Although specific articles or news releases about this model are not available, it’s important to note that the Epro MMS6220 continues to be an essential tool in industries where machinery uptime and reliability are critical. Its dual-channel design and ability to measure shaft eccentricity precisely makes it an indispensable tool for companies looking to reduce mechanical failure risks.

Frequently Asked Questions (FAQs)

1. What is shaft eccentricity?

   • Shaft eccentricity refers to the deviation of a shaft’s rotational axis from the centerline of the bearing. It’s a critical measure for detecting potential misalignments that can cause mechanical failure.

2. How does the Epro MMS6220 monitor shaft eccentricity?

   • The monitor uses sensors to detect the movement of the shaft and compares its axis with the bearing centerline, providing real-time measurements.

3. Can this device be used for different types of rotating machinery?

   • Yes, the Epro MMS6220 can be used for a wide range of rotating equipment, including turbines, compressors, motors, and pumps.

4. What is the output signal of the device?

   • The monitor provides a 4-20 mA current output for each channel, which can be used for further analysis or integration with control systems.

5. How accurate is the measurement of shaft eccentricity?

   • The monitor has a measurement resolution of 0.01 mm, ensuring precise detection of even small deviations.

6. Can the device be installed in harsh industrial environments?

   • Yes, the device is rated IP65, meaning it is dust-tight and resistant to water, making it suitable for harsh environments.

7. What kind of communication interface does the device support?

   • The Epro MMS6220 supports Modbus RTU (RS485), which allows for integration with existing industrial control systems.

8. How many shafts can be monitored with the Epro MMS6220?

   • The device is designed to monitor two shafts simultaneously, making it ideal for machinery with multiple rotating components.

9. What kind of alarm outputs are available?

   • The monitor has two relay outputs for alarm and warning signals, which can be integrated into your plant’s alarm system.

10. What is the power supply requirement for the Epro MMS6220?

    • The device operates on a 24 V DC power supply, with a tolerance of ±20%.

Related Models in the Same Series or Category

Model	Description
Epro MMS6220 9100-00008N	Single-channel version designed for simpler shaft monitoring applications.
Epro MMS6210 9100-00007N	Multi-channel version for monitoring several shafts simultaneously in more complex machinery setups.
Epro MMS6230	Advanced eccentricity monitor with enhanced diagnostic capabilities and greater flexibility in use.
Epro MMS6310	Portable version for on-site measurement and monitoring of shaft alignment and eccentricity.
Epro MMS6300	General-purpose vibration and shaft monitoring system for mid-range applications.
Epro MMS6340	Multi-axis version designed for monitoring shaft alignment across multiple bearings and shafts.
Epro MMS6200	Compact and cost-effective model for smaller rotating machinery with less complex monitoring needs.
Epro MMS6350	High-end system designed for large machinery and critical operations where precision is vital.
Epro MMS6400	Modular system offering customizable configurations for multi-point shaft monitoring.
Epro MMS6280	High-precision model for high-speed turbines and equipment in industries such as aerospace or power gen.

Popular Models from Epro

Model	Description
Epro MMS6100	Basic vibration monitoring system for entry-level applications.
Epro MMS6500	High-end machinery protection system offering comprehensive diagnostics and advanced analysis features.
Epro MMS6240	Cost-effective vibration monitor designed for general machinery health monitoring.
Epro MMS6600	Advanced multi-sensor monitoring system for large turbines and other critical machinery.
Epro MMS6250	Flexible vibration and shaft alignment system offering modular design for customized applications.
Epro MMS6230	Real-time vibration and shaft monitoring system with higher fault detection capabilities.
Epro MMS6400	Robust and scalable solution for monitoring complex machinery with multiple rotating components.
Epro MMS6450	Compact, low-cost vibration and eccentricity monitoring system for smaller machinery.
Epro MMS6050	Entry-level system for basic vibration and eccentricity monitoring, ideal for non-critical applications.
Epro MMS6300	Ideal for small and medium-sized industrial machinery requiring basic monitoring of shaft eccentricity.

Frequently Asked Questions (FAQs)

1. What is shaft eccentricity?

   • Shaft eccentricity refers to the deviation of a shaft’s rotational axis from the centerline of the bearing. It’s a critical measure for detecting potential misalignments that can cause mechanical failure.

2. How does the Epro MMS6220 monitor shaft eccentricity?

   • The monitor uses sensors to detect the movement of the shaft and compares its axis with the bearing centerline, providing real-time measurements.

3. Can this device be used for different types of rotating machinery?

   • Yes, the Epro MMS6220 can be used for a wide range of rotating equipment, including turbines, compressors, motors, and pumps.

4. What is the output signal of the device?

   • The monitor provides a 4-20 mA current output for each channel, which can be used for further analysis or integration with control systems.

5. How accurate is the measurement of shaft eccentricity?

   • The monitor has a measurement resolution of 0.01 mm, ensuring precise detection of even small deviations.

6. Can the device be installed in harsh industrial environments?

   • Yes, the device is rated IP65, meaning it is dust-tight and resistant to water, making it suitable for harsh environments.

7. What kind of communication interface does the device support?

   • The Epro MMS6220 supports Modbus RTU (RS485), which allows for integration with existing industrial control systems.

8. How many shafts can be monitored with the Epro MMS6220?

   • The device is designed to monitor two shafts simultaneously, making it ideal for machinery with multiple rotating components.

9. What kind of alarm outputs are available?

   • The monitor has two relay outputs for alarm and warning signals, which can be integrated into your plant’s alarm system.

10. What is the power supply requirement for the Epro MMS6220?

    • The device operates on a 24 V DC power supply, with a tolerance of ±20%.

Related Models in the Same Series or Category

Model	Description
Epro MMS6220 9100-00008N	Single-channel version designed for simpler shaft monitoring applications.
Epro MMS6210 9100-00007N	Multi-channel version for monitoring several shafts simultaneously in more complex machinery setups.
Epro MMS6230	Advanced eccentricity monitor with enhanced diagnostic capabilities and greater flexibility in use.
Epro MMS6310	Portable version for on-site measurement and monitoring of shaft alignment and eccentricity.
Epro MMS6300	General-purpose vibration and shaft monitoring system for mid-range applications.
Epro MMS6340	Multi-axis version designed for monitoring shaft alignment across multiple bearings and shafts.
Epro MMS6200	Compact and cost-effective model for smaller rotating machinery with less complex monitoring needs.
Epro MMS6350	High-end system designed for large machinery and critical operations where precision is vital.
Epro MMS6400	Modular system offering customizable configurations for multi-point shaft monitoring.
Epro MMS6280	High-precision model for high-speed turbines and equipment in industries such as aerospace or power gen.

Popular Models from Epro

Model	Description
Epro MMS6100	Basic vibration monitoring system for entry-level applications.
Epro MMS6500	High-end machinery protection system offering comprehensive diagnostics and advanced analysis features.
Epro MMS6240	Cost-effective vibration monitor designed for general machinery health monitoring.
Epro MMS6600	Advanced multi-sensor monitoring system for large turbines and other critical machinery.
Epro MMS6250	Flexible vibration and shaft alignment system offering modular design for customized applications.
Epro MMS6230	Real-time vibration and shaft monitoring system with higher fault detection capabilities.
Epro MMS6400	Robust and scalable solution for monitoring complex machinery with multiple rotating components.
Epro MMS6450	Compact, low-cost vibration and eccentricity monitoring system for smaller machinery.
Epro MMS6050	Entry-level system for basic vibration and eccentricity monitoring, ideal for non-critical applications.
Epro MMS6300	Ideal for small and medium-sized industrial machinery requiring basic monitoring of shaft eccentricity.

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