Nash Siren Receiver Batteries - CR123A

Currently unavailable

Currently unavailable
The Nash Siren Receiver Batteries are high-power CR123A lithium cells specifically engineered for anglers who require reliable power for their Nash Siren R3 and S5R digital receivers. These batteries offer an extended life compared to standard market cells, ensuring your bite alarms and receivers stay operational during long fishing sessions. While these batteries provide superior performance, they are single-use cells and must be disposed of according to local battery recycling regulations once fully depleted.
| Model Part Number | T2959 |
|---|---|
| Brand | Nash Tackle |
No, the Nash Siren Receiver CR123A batteries are high-performance primary lithium cells and cannot be recharged.
While CR123A is a standard size, these are specifically optimized for Nash Siren electronics; use in other devices may yield varying results.
These should be taken to a designated battery recycling point or hazardous waste facility; do not dispose of them in household trash.
Lithium CR123A cells are generally stable, but you should remove them from your device if storing for long periods to prevent potential chemical leakage.
Each pack contains one high-performance CR123A cell.
Ensure the battery is inserted with the correct polarity and clean any terminal corrosion with a dry cloth.
Verify that the battery compartment cover is securely closed and the battery is making firm contact with the spring terminals.
To install, open the battery compartment on the back of your Nash Siren R3 or S5R receiver. Ensure the polarity is aligned correctly, matching the plus (+) and minus (-) markings on the battery with the icons inside the receiver casing. Do not force the battery into the compartment; it should sit flush with the contacts. To preserve the life of your receiver, always remove the battery if you intend to store the device for several months at a time. Keep the batteries in a cool, dry place and avoid exposing them to extreme heat, as this can degrade the internal chemistry and significantly shorten the lifespan of the cell.