Cameron Sino Battery for Juniper Mesa Field, Topcon Tesla 3400mAh 25.16Wh
Replacement lithium-ion battery for Juniper Mesa Field and Topcon Tesla survey equipment, 3400 mAh, 25.16 Wh, 7.4 V
- 3400mAh capacity powers Juniper Mesa Field and Topcon Tesla equipment longer
- 4V 25.16Wh lithium-ion cell matches original voltage and energy specs
- Fully decoded chip works like the factory battery for reliable communication
- ISO9001 RoHS CE certified with overcharge over-discharge short-circuit protection
- Compact 74.50 x 39.40 x 21.00mm size fits the device without modification
Replacement battery for Juniper Mesa Field
This lithium-ion pack delivers 3400mAh at 7.4V for 25.16Wh of energy. It replaces original part numbers 20545 and 61117 in survey and test equipment. A fully decoded chip ensures communication matches the factory unit.
Physical specs and protection
The cell measures 74.50 x 39.40 x 21.00mm and weighs 110.0g. Built-in circuitry guards against overcharge, over-discharge, over-voltage and short circuits. Production follows ISO9001, RoHS and CE standards for safety and durability.
Packaging and break-in
Shock-absorbing foam protects the battery during transport. The manufacturer notes that two or three full charge and discharge cycles bring the pack to peak capacity. Installation videos are available online for reference.
Highlights
- 3400mAh capacity powers Juniper Mesa Field and Topcon Tesla equipment longer
- 4V 25.16Wh lithium-ion cell matches original voltage and energy specs
- Fully decoded chip works like the factory battery for reliable communication
- ISO9001 RoHS CE certified with overcharge over-discharge short-circuit protection
- Compact 74.50 x 39.40 x 21.00mm size fits the device without modification
Specifications
| Brand | Cameron Sino |
|---|---|
| Model | Juniper Mesa Field, Topcon Tesla |
Questions about this item
How do I install the battery and what step is often missed?
Install by matching the connector to the Juniper Mesa Field or Topcon Tesla socket; the step people miss is fully seating the connector so the decoded chip communicates with the device.
What maintenance or replacement will this 3400mAh lithium-ion cell need later?
Expect capacity fade after several hundred charge cycles; replace when run-time drops below useful levels for survey or test work.
What limit appears first during sustained field use of the 25.16Wh pack?
The 7.4 V output will sag under continuous high-current draw, triggering the built-in over-discharge protection before the 60 °C thermal limit is reached.
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