DF1B-6EP-2.5RC - Hirose Electric Co Ltd

Manufacturer Part Number

DF1B-6EP-2.5RC

Manufacturer

Hirose

Introduction

The Hirose DF1B-6EP-2.5RC is a compact, rectangular connector housing designed for a variety of industrial and electronic applications. It features a robust construction, a small footprint, and a versatile design that allows for easy integration into various systems.

Product Features and Performance

6-position, 1-row connector housing

5mm pitch between contacts

Crimp or IDC contact termination options

Latch lock fastening mechanism for secure connections

Operating temperature range of -35°C to 85°C

Compact and space-saving design

Product Advantages

Durable and reliable performance in harsh environments

Easy installation and integration into tight spaces

Versatile contact termination options to suit different application needs

Secure latch lock for reliable, long-lasting connections

Key Reasons to Choose This Product

Compact and space-efficient design for optimal use of limited space

Robust construction and wide temperature range for reliable performance

Flexible termination options to suit various wiring requirements

Secure latch lock mechanism for dependable connections

Quality and Safety Features

Polyamide (PA) and nylon insulation materials for high-quality, safe construction

Complies with industry standards and regulations for quality and safety

Compatibility

The Hirose DF1B-6EP-2.5RC connector housing is compatible with the DF1B series of connectors, allowing for seamless integration into a wide range of applications.

Application Areas

Industrial automation and control systems

Electronic and electrical equipment

Automotive and transportation applications

Instrumentation and measurement devices

Product Lifecycle

The Hirose DF1B-6EP-2.5RC is an active product, and there are no plans for discontinuation at this time. However, as technology evolves, customers are advised to periodically check with Hirose or our website's sales team for information on any potential alternative or equivalent models that may become available.