Perfect for these applications |
Forklift 
Scrubbers 
Aerial Access 
Buggies 
Marine
The Devastating Impact of Battery Heat
Using a lead-acid battery when it is over-temperature is a primary cause of early failure and a dramatic reduction in lifespan. This damage follows a clear rule: for every the battery temperature exceeds , the battery's cycle life is halved. For example, a battery operating at an average of will only deliver 750 cycles, instead of its rated 1,500. Heat is typically generated during charging, so the battery is at its hottest right after charging ends. Fast-charging systems generate significantly more heat than air-mix systems, compounding the problem.
Cooling Challenges & Reduced Productivity
After charging, a battery should ideally be allowed to cool below . However, the time required for cooling is highly variable. The traditional -hour charge, -hour cool model fails to account for factors such as the battery's end-of-charge temperature, ambient room temperature, and whether the battery is in a restrictive forklift compartment or on an open rack. In hot climates, batteries can be constantly in a state of thermal distress, drastically reducing their lifespan. A fast-charged battery in a non-air-conditioned room may take much longer to cool than one charged by an HF charger in temperature-controlled racks, if it ever cools down at all.
The Simple & Smart Solution
The SmartBlinky Temperature Monitor offers an easy, ideal solution to battery overheating by giving operators immediate visibility into thermal status. A solid amber LED signals the risk of damage, while a flashing amber LED means the battery is actively losing life and must be cooled below . This empowers operators to select a cool battery, maximising cycle life and achieving a significant ROI by preventing premature replacement. Consistent high temperatures, however, signal the need for facility-wide thermal management solutions, such as improved cooling or the iBOS system.
Easy to Understand
With its bright amber LED, the SmartBlinky Temperature Monitor is easy to use. A solid amber LED indicates an alert, and a flashing amber LED indicates a critical battery temperature.
Simple Installation
Connect two wires to power between 8.0V and 12.0V and place the probe between the cells. A reverse connection will not damage the SmartBlinky Temperature Monitor.
Improved Battery Life
Battery life halves for every 10°C over 40°C at which it operates. Avoid using batteries over temperature and maximise their useful life.
Fully Classified
The SmartBlinky Temperature Monitor holds both the CE Mark and UKCA Mark, ensuring its safety.
Designed for the toughest environments
All materials are corrosion-resistant, and the low-profile design protects against damage from battery cables and other hazards. The SmartBlinky Temperature Monitor has been designed to last the life of the battery.
Inexpensive & Cost-Effective
Over the lifetime of a battery, a SmartBlinky Temperature Monitor saves time and labour costs and delivers rapid ROI.
Fits All Cells
Just adjust the packing and place the probe between the cells. It is also easily removed from one battery and fitted to another.
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