Schneider GV3P80 | Motor circuit breaker, TeSys GV3, 3P, 70-80 A, thermal magnetic, EverLink terminals
13,783 EGP25,525 EGP (-46%)
Schneider GV3P80 | Motor circuit breaker, TeSys GV3, 3P, 70-80 A, thermal magnetic, EverLink terminals
Schneider Electric has long been a leader in the field of electrical distribution and automation. Their products are widely recognized for innovation, quality, and reliability. The Schneider GV3P80 is part of their GV3 range of motor circuit breakers, designed to provide comprehensive protection for electric motors.
In modern electrical systems, motor protection is essential for ensuring the safe operation of machinery and equipment. The GV3P80 excels at safeguarding motors from overload, short-circuit conditions, and phase failure, making it a critical component in industrial and commercial settings.
Schneider GV3P80: A Detailed Overview
The Schneider GV3P80 is a high-performance motor circuit breaker designed for protecting motors with a power rating of up to 37 kW (50 hp) in three-phase systems. This device provides thermal-magnetic protection and offers adjustable settings to suit various motor protection needs.
General Description
The Schneider GV3P80 features a robust and compact design that ensures reliable operation in harsh environments. It is designed to protect motors from electrical faults, reducing the risk of damage and downtime.
Key Features of the GV3P80
- Adjustable Thermal and Magnetic Protection: The GV3P80 allows users to adjust settings for thermal overload protection and magnetic short-circuit protection, providing flexibility across different applications.
- High Breaking Capacity: The GV3P80 has a high breaking capacity, making it suitable for demanding industrial environments.
- Compact Design: Despite its power, the GV3P80 maintains a compact form factor, allowing for easier integration into control panels.
Technical Specifications
To fully appreciate the capabilities of the Schneider GV3P80, understanding its technical specifications is crucial.
Electrical Ratings
- Rated Current: 80 A
- Rated Voltage: Up to 690 V AC
- Breaking Capacity: High fault current protection with up to 100 kA at 400 V
Physical Dimensions
- Size: Compact and space-saving design that fits well into most motor control panels.
- Weight: Lightweight for easy handling and installation.
Operating Conditions
- Temperature Range: Operates effectively in temperatures from -25°C to 60°C.
- Environmental Protection: Comes with an IP20 rating, offering protection against solid objects.
Applications of Schneider GV3P80
The Schneider GV3P80 is engineered for use in various sectors, offering reliable motor protection in both industrial and commercial environments.
Industrial Applications
In industrial settings, the GV3P80 is utilized in machinery such as pumps, conveyor belts, and compressors, where motor protection is critical for continuous operation and safety.
Commercial Applications
The GV3P80 also finds use in commercial applications like HVAC systems, escalators, and lifts, where motor protection is vital to ensure reliability and reduce downtime.
Installation and Configuration
Proper installation and configuration are key to maximizing the benefits of the Schneider GV3P80.
Installation Guidelines
The GV3P80 is designed for easy installation in control panels, with clear and straightforward instructions provided by Schneider Electric. It integrates seamlessly into motor control circuits.
Configuration Options
With adjustable thermal and magnetic protection settings, users can fine-tune the GV3P80 to suit the specific requirements of their motor systems.
Maintenance Requirements
The GV3P80 is designed for longevity and requires minimal maintenance. Regular inspections and tests are recommended to ensure optimal performance, especially in environments with high electrical demands.
Advantages of Schneider GV3P80
The Schneider GV3P80 offers numerous advantages that make it a top choice for motor protection in a wide range of applications.
Enhanced Safety Features
The GV3P80 includes built-in protection against overloads, short circuits, and phase failures. These features help prevent electrical faults from causing damage to motors and other connected equipment.
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