Dc Inductive Load Bank by Rata
Product Overview
Certainly! Here is a summary of the "DC Inductive Load Bank by Rata" based on the detailed introduction, organized into five key points:
Product Features
**Product Overview**
Product Value
The DC Inductive Load Bank by Rata is a high-capacity, versatile electrical testing device designed for resistive and inductive load simulation. It is manufactured by Deyang Rata Technology Co., LTD, using quality-tested materials and advanced technology. The load bank supports both local and remote control modes and is available in indoor designs tailored to client requirements. It features a rated capacity of 375 KVA/300 kW/225 kvar and operates at 400VAC with a 3-phase 4-wire connection.
Product Advantages
**Product Features**
Application Scenarios
- Dual control mode: local panel switching and remote PC control via RJ45 interface.
- Durable 8020 Ni-Cr alloy finned resistors for long service life.
- Three-phase inductors with aluminum cores designed to limit temperature rise, eliminating the need for fans.
- Indoor design with IP23 protection rating and horizontal air discharge cooling method.
- Mobility aided by forklift holes, compact size (1800×1600×1600 mm), and robust packaging.
**Product Value**
The product ensures reliable and efficient load simulation necessary for testing power systems and equipment performance under resistive and inductive loads. Its customizable design, long-lasting components, and flexible control options make it a valuable tool for users looking to conduct accurate, safe, and convenient electrical testing and maintenance.
**Product Advantages**
- Advanced, durable Ni-Cr resistor and aluminum core inductors for efficient thermal management without additional cooling fans.
- Flexibility in operation through both local and remote control modes, enabling ease of use and data management including load data saving and printing.
- Customization services to meet specific client needs.
- Sturdy indoor design with adequate protection and convenient transportation features.
- Manufactured with quality materials and precision technology, ensuring long-lasting, stable performance.
**Application Scenarios**
Ideal for use in electrical testing environments including power plants, substations, and maintenance workshops where simulation of inductive and resistive loads is required. It is suitable for both indoor applications and customized setups based on customer requirements. It benefits engineers and technicians involved in testing generators, transformers, batteries, UPS systems, and other electrical equipment.