NEWINFORMATION

Overview

Carlo Gavazzi is a globally recognized leader in industrial automation. Among its extensive product range, monitoring relays stand out as exceptional solutions. These relays play a crucial role in various industrial applications, including power quality monitoring, motor protection, and process control

 

What are Monitoring Relays?

Monitoring relays are electronic devices that supervise various parameters within an electrical system. They gather data on voltage, current, frequency, power, power factor, and more. When these values exceed predefined thresholds, the relays generate alarms or trip signals. This early detection of equipment failures or abnormal conditions prevents damage and downtime.

Carlo Gavazzi Monitoring Relay Features

• 🔴High-precision monitoring: Carlo Gavazzi monitoring relays accurately monitor power quality parameters, ensuring reliable system protection.
• 🔴Extensive product range: A diverse selection of monitoring relays caters to various applications, covering parameters like voltage, current, power, power factor, frequency, and temperature.
• 🔴Robust design: Engineered for industrial environments, these relays withstand vibrations, temperature fluctuations, and other demanding conditions.
• 🔴Easy setup and operation: User-friendly interfaces and straightforward configuration processes simplify installation and operation.

 

Application Examples

• 🔴Motor protection: Safeguard motors by monitoring parameters such as motor current, temperature, and vibration.
• 🔴Power quality monitoring: Detect power quality issues by monitoring voltage, frequency, and power factor.
• 🔴Process control: Monitor process variables and provide feedback to control systems.

Carlo Gavazzi monitoring relays are essential tools for enhancing the reliability and efficiency of industrial facilities. Their precise monitoring capabilities, wide product range, and robust design make them suitable for various industries.

Download Carlo Gavazzi Industrial Application Brochure HERE

Recommended Models and Selection Criteria

Choosing the right Carlo Gavazzi monitoring relay from the extensive product range is crucial. Consider the following factors when selecting:

• Monitored parameters: Clearly define the parameters to be monitored (voltage, current, frequency, power factor, etc.).
• Setting range: Select a model with a suitable setting range for the minimum and maximum values of the monitored parameters.
• Output format: Choose the required output format (relay contacts, analog output, digital output).
• Installation environment: Select a model that meets the requirements of the installation environment, such as vibration resistance and temperature tolerance.
• Functions: Consider additional features like latching functions or self-diagnosis.

Recommended Model Examples

• 🔴DPA series: Compact, multifunctional, wide voltage range.
• Ideal for motor protection, over/under current detection, phase balance monitoring, and cost-effective versatility.
• e.g. DPA51CM44, DPA55CM44, DPA01CM60, DPA01CM69, DPA01DM48, DPA52CM44 etc.
• 
• 🔴DPB series: High precision, excellent noise immunity, and extensive configuration options.
• Suitable for precise power monitoring and power quality monitoring, offering high reliability and stability.
• e.g. DPB51CM44, DPB01CM48, DPB02CM44, DPB52CM44 etc.
• 
• 🔴DUB series: Compatible with various input signals and flexible settings.
• Ideal for temperature monitoring, level monitoring, and process control, offering versatility with different sensors.
• e.g. DUB01CB23500V, DUB01CB2310V, DUB02CT23, DUB03CW24, DUB71CB23500V, DUB01CD4810V etc.
• 

Selection Tips:

• ・Always consult the catalog and datasheet for detailed specifications, features, and connection methods to avoid errors.
• ・For complex systems or specific applications, consider consulting an expert.
• ・Contact us HERE.
• ★　Download Product Overview Catalog HERE.

Summary

Carlo Gavazzi monitoring relays offer exceptional reliability and a wide range of options for various industrial applications. Careful selection based on monitored parameters, installation environment, and required functions is essential to optimize performance.