Chroma 61601: 500VA AC Power Source for Precision Testing

Description

Chroma 61601 AC Power Source: Precision Power for Demanding Applications

The Chroma 61601 AC Power Source is a versatile and reliable solution for testing and simulating AC power conditions. With its advanced features and exceptional performance, it empowers engineers and technicians to conduct rigorous testing and ensure the reliability of their products.

Product Specifications:

Output Power: 500VA
Frequency Range: 15-1kHz
Phase: 1 Phase
Voltage Range: 150V / 300V / Auto

Features and Benefits:

High Output Power: Delivers 500VA of continuous power, enabling testing of high-power devices.
Wide Frequency Range: Supports frequencies from 15Hz to 1kHz, accommodating a wide range of testing requirements.
Single-Phase Output: Provides a stable and reliable single-phase AC power source for testing single-phase devices.
Auto Voltage Range: Automatically adjusts the output voltage to 150V or 300V, eliminating the need for manual switching.
Advanced Control Interface: Intuitive user interface with a large LCD display for easy operation and monitoring.
Remote Control Capability: Supports remote control via RS-232, USB, and Ethernet interfaces for automated testing.
Compact and Portable: Designed with a compact footprint and lightweight construction for easy portability and storage.

Ensuring Product Reliability: Enables rigorous testing of AC-powered devices, reducing the risk of failures in the field.
Simplifying Testing Procedures: Automates testing processes and eliminates the need for manual adjustments, saving time and effort.
Improving Efficiency: Remote control capabilities allow for unattended testing, maximizing productivity.
* Protecting Equipment: Advanced safety features protect both the power source and the devices under test from damage.

With its precision performance, versatility, and ease of use, the Chroma 61601 AC Power Source is an indispensable tool for engineers, technicians, and anyone involved in testing and simulating AC power conditions.