Oxley White Indicator Lamp Single Chip, Multi-Voltage 12V AC/DC to 60V AC/DC, BA9 Base, 10 mm Diameter, 1792mcd ELED/BA9S/CW

Oxley ELED/BA9S/CW White Indicator Lamp Single Chip is a versatile LED replacement bulb designed for multi-voltage applications ranging from 12 V AC/DC to 60 V AC/DC. It features a BA9 lamp base and compact dimensions including a 10 mm diameter and 25.5 mm overall length, making it an ideal substitute for traditional incandescent bulbs in push button switches and panel instrumentation.

This indicator lamp employs single chip surface mount LED technology delivering bright white light with a luminous intensity of 1792 millicandela and a wide 120-degree viewing angle. It offers exceptional reliability with an extensive rated lifetime of 100,000 hours and IP66 sealing that protects against dust and water, suitable for demanding industrial environments.

The product complies with RoHS standards to ensure environmental safety and durability. Oxley’s design facilitates easy installation and compatibility with existing BA9 and E10 incandescent fixtures, supporting various control and display systems used in electronics and power connectors.

Key features such as multi-voltage operation, high brightness, long life, and robust sealing make this indicator lamp ideal for industrial, laboratory, commercial, and HVAC control panel applications where clear and reliable visual indicators are essential.

This lamp replaces conventional BA9 and E10 incandescent bulbs with an energy-efficient LED. Suitable for use in push button switches and panel instrumentation. Multi-voltage compatibility allowing flexible deployment in AC or DC circuits.

Durability ensured by IP66 sealing and RoHS compliance. Long operational lifetime drastically reduces maintenance needs. High luminous intensity provides clear and bright indication. Compact size with BA9 base fits standard mounting sockets.

Explore our extensive catalog for other industrial Indicator Lamps and electronic components to complement your control and display system requirements.