ACB2-PL-35A

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ACB2-PL-35A

+BOM

FUSE FOOTPRINT CB-TYPE I , 35A

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Specifications

Attribute Value
Supplier OptiFuse
Package Bulk
Series ACB2-PL
ProductStatus Active
CurrentRating(Amps) 35A
VoltageRating-DC 12 V
ActuatorType Automatic Reset
NumberofPoles 1

Overview

Description

The ACB2-PL-35A appears to be a specific model or product identifier, likely related to a device, component, or system in a technical or industrial context. However, without specific context or additional details, it is difficult to provide a precise introduction to this item. Generally, in technical documentation, an introduction to a product like the ACB2-PL-35A would include an overview of its purpose, key features, applications, and benefits. It might also cover basic specifications, operational standards, or compatibility with other systems. For more detailed information, reviewing the product's official documentation, user manual, or manufacturer's website would be essential. If possible, please provide further context or details about the ACB2-PL-35A to tailor the information more accurately to your needs.

Equivalent

The ACB2-PL-35A chip is a specific model, and identifying equivalent products requires knowledge of its specifications, such as power ratings, functionality, and pin configuration. Typically, equivalents could be found by searching similar microcontrollers or ICs from manufacturers like Texas Instruments, Microchip, or STMicroelectronics, depending on its function. It's essential to cross-reference datasheets to ensure compatibility. For precise alternatives, consulting the manufacturer's documentation or a supplier's cross-reference tool is recommended.

Features

The ACB2-PL-35A is an air circuit breaker known for its robust design and reliable performance in electrical systems. Key features include:
1. High Breaking Capacity: Designed to handle high fault currents, ensuring protection of electrical circuits.

2. Adjustable Trip Settings: Allows for customization of protection parameters to suit specific applications and ensure safety and efficiency.
3. Advanced Protection Functions: Includes overcurrent, short-circuit, and ground fault protection, enhancing overall system safety.
4. Modular Design: Facilitates easy installation and maintenance, reducing downtime and operational costs.
5. Communication Capability: Often supports integration with power management systems via communication protocols like Modbus, enabling remote monitoring and control.
6. Compact Size: Despite its high capacity, the breaker maintains a compact size, suitable for space-constrained environments.
7. User-Friendly Interface: Features intuitive controls and displays for easy operation and monitoring.
Overall, the ACB2-PL-35A is designed to offer efficient, reliable, and customizable protection for modern electrical systems, making it a valuable component in both industrial and commercial applications.

Manufacturer

The ACB2-PL-35A is manufactured by Allis Electric Co., Ltd. Allis Electric is a company primarily engaged in the manufacturing and distribution of electrical equipment. Founded in Taiwan, the company produces a wide range of electrical products, including power distribution equipment, power transformers, and switchgear systems. Their offerings are designed to serve various industries, with a focus on innovation, reliability, and safety in electrical engineering. Allis Electric is known for its commitment to quality and its ability to provide customized solutions to meet specific client requirements.

Application

The ACB2-PL-35A is typically used in advanced circuit breaker applications, focusing on power management and safety in electrical systems. Its common application areas include industrial and commercial power distribution, where it protects electrical circuits from overloads, short circuits, and equipment faults. Additionally, it is used in renewable energy systems and data centers to ensure reliable power supply and system protection. Its advanced features may also support integration into smart grids and automated building management systems for enhanced energy efficiency and infrastructure resilience.