Emergency light battery 3.6 Volt 900mAh with 25cm cable and JST XHP-2 connector, cell size AA

Description

Emergency light battery 3.6 Volt 900mAh with 25cm cable and JST XHP-2 connector, cell size AANC battery emergency and safety lighting – AA size explained in detail Introduction to the world of emergency and safety lighting

Imagine a power outage – total darkness, disorientation, and perhaps even panic. In moments like these, it becomes clear how crucial emergency and safety lighting can be. They are required by law in public buildings, office complexes, hospitals, and even residential buildings and are often life-saving. But behind these small, often inconspicuous lights lies an entire technology – and at its heart: the battery.

The purpose of such a battery? Quite simply: to supply power when there is no more. But that's easier said than done. The battery must be reliable, durable, temperature-resistant, and quickly ready for use – no easy task. This is precisely where the NC battery comes in, which was specially developed for the requirements of emergency and safety lighting. This model is a true all-rounder that scores points with its compact dimensions, efficient performance, and secure connection technology.

Many people barely notice emergency lights while they're working. But when they're needed, they need to activate at the push of a button or automatically—without delay. That's why it's so important to use a high-quality battery like the one from . In this article, we'll take a closer look at what makes this battery special, who it's suitable for, and what you should consider when purchasing it.

What is the NC battery?

The NC battery is a specially designed nickel-cadmium (NiCd) battery pack used in numerous emergency and safety lighting devices. With a voltage of 3.6 volts and a capacity of 900 mAh, it offers a reliable power source for emergencies—whether in elevators, escape route lighting, or safety signs.

What makes it so special is that the battery isn't just an energy storage device. It's designed for continuous use under critical conditions. This means high temperature resistance, low self-discharge, and a long service life even with frequent charging and discharging. The so-called "memory problem," which affects many NiCd batteries, has been largely minimized in this model through targeted optimization.

Another advantage is its ease of use. With its integrated JST XHP-2 connector, the battery can be connected quickly and securely – without soldering or complicated cable connections. The 25 cm long cable also offers installation flexibility – whether in a ceiling module, a wall mount, or concealed housing.

Technical data at a glance

Let's take a closer look at the battery's specifications. These technical data will help you accurately assess whether this model is suitable for your application:

Characteristic Details type NiCd (nickel-cadmium) Tension 3.6 volts capacity 900 mAh Cell size AA size Design Triangular arrangement Dimensions (in mm) approx. 51.8 x 28.7 x 26.7 Weight approx. 69 grams Connection JST XHP-2 connector Cable length approx. 25 cm Area of application Emergency and safety lighting

This overview already demonstrates how specifically this battery was developed. Its compact design and low weight make it an ideal choice for tight enclosures, while its voltage and capacity are tailored to the typical requirements of emergency lighting systems.

Special features of the battery

What makes this battery so special? Besides its technical specifications, it's the details that impress:

• Reliability: The battery functions reliably even after long storage periods – a must for security applications.

• Low maintenance: Once installed, the battery requires little maintenance.

• Robustness: Insensitive to temperature fluctuations and mechanical stress.

• High number of charging cycles: The NC battery can withstand many charging cycles, which makes it particularly economical.

• Safe operation: The JST XHP-2 connector ensures a firm hold and protects against incorrect polarity.

It is particularly reassuring for facility managers, electrical installers and operators of public buildings to know that the battery is designed for maximum safety in every respect.

The design: AA size in triangular design

The battery's cells are arranged in a triangular configuration. This means that three AA cells are arranged to create a stable, compact shape. This sounds technical at first, but in practice, it offers many advantages.

Firstly, this design saves space. The cells are positioned closely together, reducing the overall dimensions. This allows the battery to be installed in many enclosures with limited space—such as narrow emergency lights or recessed frames in ceiling modules. Furthermore, the triangular design ensures even weight distribution, which better absorbs vibrations and shocks.

The sturdy casing also prevents individual cells from shifting during use or transport. This ensures consistent battery performance over the years, and thermal stress is better distributed—meaning less risk of overheating or cell damage.