ELP B092T 2 Cell 6.4V 2.3Ah LiFePO4 Emergency Lighting Stick Battery

Equipment that uses this battery:

ELP LDM90MOD – Limited Stock

In the whole battery market, from big energy storage for photovoltaic systems and electric vehicles to small handheld devices, there is a movement from well-known technologies, which were used for decades, to the relatively new lithium based technologies.

The main benefits of lithium based technologies are a very high energy density, and a long lifetime up to twice that of the NiCd or NiMH
batteries.

When using lithium batteries there are some points that have to be considered. There have been reports about possible risks of the lithium technology, which are mostly caused by the chemical reactivity of some lithium technologies.

Characteristics:

• Suited for high temperature operation (up to 55 °C)
• Design life: 4 years at 55 °C – 8 years at 35 °C

• Storage time: up to 12 months from production date
• Higher energy density than NiCd and NiMH batteries
• Non-critical to the environment – no heavy metal content

Established in 1995 and based in the South-East, we are a team of experts with unrivalled knowledge and experience in safety lighting products, devices, and electronic circuits.

We hold a vast range of stock onsite which means no long lead times for your commercial project. Therefore, if we have the products in stock that you need, we aim to get them to you the very next day.

We don’t just sell products we also develop them in-house. We specialise in manufacturing emergency lighting equipment and have vast engineering capabilities, so we can supply you with exactly what you need while meeting legal requirements.

We also customise existing products and create bespoke orders as part of our assembly and emergency lighting conversion work. Our technical support team is always available to give respected advice and support.

Our offering includes comprehensive testing to ensure all products are fully functioning and compliant with current regulations when they leave our site.