Rata Dc Inductive Load Bank Manufacturer
Product Overview
Certainly! Here is a summary of the product “Rata DC Inductive Load Bank Manufacturer” based on the detailed introduction:
Product Features
**Product Overview**
Product Value
The Rata DC Inductive Load Bank is a high-capacity electrical load testing device designed for industrial applications. It features a rated power capacity of 375KVA/300kW/225kvar and operates on 400VAC, 3-phase 4-wire systems. The product supports both indoor and outdoor designs to fit various client requirements and offers local and remote control modes for flexible operation.
Product Advantages
**Product Features**
Application Scenarios
- Dual control modes: local panel switch and remote PC control via RJ45 network interface
- Use of durable 8020 Ni-Cr alloy finned resistors for long service life
- Three-phase aluminum core inductors with low temperature rise, eliminating the need for active cooling fans
- Indoor design with IP23 protection and horizontal air discharge cooling
- Movable with forklift holes for easy transport
**Product Value**
This load bank provides reliable and efficient load testing solutions that ensure system safety and performance validation. Its robust build and advanced technology allow for accurate simulation of resistive and inductive loads, reducing equipment failure risks and maintenance costs. Customization services enhance its adaptability to specialized operational needs.
**Product Advantages**
- Superior resistor and inductor materials for durability and stable performance
- Flexible control options including remote data saving and printing capabilities
- IP23-rated indoor design ensuring protection against dust and moisture
- Efficient natural cooling minimizing operational noise and maintenance
- Competitive pricing combined with high quality, widely favored by customers nationally
**Application Scenarios**
The Rata DC Inductive Load Bank is suitable for testing and calibrating electrical power systems, such as generators, uninterruptible power supplies (UPS), and power distribution units in industrial plants, power stations, and manufacturing facilities. It is also applicable in research and development environments, quality control departments, and for routine maintenance of electrical equipment.