About this replacement
Triplett CamView IP Pro 8150 — 7.4V Li-ion Replacement Battery (37-105)
This 7.4V, 2600mAh Li-ion battery replaces the OEM pack in the Triplett CamView IP Pro 5" Camera Tester (model 8150). It powers the portable display, PoE test ports, and network interface while technicians install and verify IP surveillance cameras in the field. Voltage and capacity match the original 37-105 specification exactly.
- CamView IP Pro 8150 compatibility: The 8150 uses a 7.4V two-cell Li-ion pack with a matched BMS handshake. This replacement carries the same cell configuration and connector pinout, so the instrument's charge controller and fuel gauge register the pack without fault codes.
- Bench tested on actual hardware: We ran this pack through the 8150's full boot sequence, PoE port activation, and sustained display-on load. The BMS held voltage rail above 7.0V under combined draw and did not trigger a protective cutoff during active port polling.
- First deployment after storage: If the tester has been shelved with a fresh pack installed, run the instrument through a complete menu-driven function check before heading to a job site. The 8150 maps battery state during active use, and skipping this step causes premature low-battery warnings during your first camera verification session.
BMS cutoff when the CamView IP Pro activates its PoE test port
When the 8150 switches on its PoE output, it draws a sharp inrush current to negotiate power delivery with the connected camera. An aged or deeply discharged pack can't sustain that spike, and the BMS trips the protection circuit before the port finishes initialising. The result looks like a random shutdown, but it happens consistently at the moment of PoE activation. A fully charged replacement pack with healthy cells absorbs the inrush without dropping below the BMS cutoff threshold — typically 6.0V at the cell level.
CamView IP Pro won't recognise a new pack after sitting unused for months
Li-ion cells self-discharge during storage, and if the pack voltage drops below roughly 6.0V total, the BMS enters sleep mode and blocks charging to prevent cell damage. The 8150 then shows no charge activity and may appear completely dead. To recover the pack, apply a compatible Li-ion charger that supports a low-current pre-charge mode — this nudges the cell voltage above the BMS wake threshold. Once the pack reads above 6.5V, normal charging resumes and the instrument will power on.