BIPS-500 Universal Laboratory Power Supply

Description

Introduction

The BIPS-500 Universal Power Supply is a versatile and robust instrument engineered for critical laboratory tasks. This high-precision device ensures stable power delivery, making it an essential component for researchers who require exact control over voltage and current parameters to achieve repeatable and accurate experimental results.

Key Features

– Adjustable output range from 10 to 600V for versatile applications.

– Current control flexibility ranging from 1 to 500mA.

– Power capacity output rated between 1 and 300W.

– Fine-tuned increments of 1V, 1mA, and 1W for exact adjustments.

– Large, high-visibility LCD display with integrated backlight.

– Programmable timer settings ranging from 1 minute up to 99 hours and 59 minutes.

Benefits

The BIPS-500 removes the guesswork from your experiments by providing a stable, constant-voltage environment. By offering granular control over power output, it protects sensitive samples and equipment from fluctuations. The built-in timer allows for automated processes, freeing up your time for other analytical tasks while ensuring the process stops exactly when required.

Usage / How to Use

This unit is primarily used in biotechnology and chemistry laboratories for electrophoresis and general circuit testing. Simply plug the unit into a grounded outlet, connect your leads, and use the front control panel to select your desired voltage and current increments. Once configured, set the timer for your specific protocol, and the unit will manage the output precisely until the cycle is complete.

Why Choose This Product

Quality Construction: Built with durable components designed to withstand daily intensive use in professional settings.

Precision Accuracy: Provides consistent, reliable output increments to meet the strictest experimental standards.

User-Friendly Interface: The clear, backlit LCD screen ensures that settings are easily readable even in dim laboratory environments.

Maximum Safety: Engineered with internal safeguards to ensure constant-voltage delivery throughout long-duration experiments.