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Philips AB2900AWMC Compatible Battery 3.7V 2700mAh

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Sale priceFrom $24.99 USD Regular price $30.99
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Fits Philips Xenium X1560 and X5500 models; replaces OEM part AB2900AWMC.
3.7V, 2700mAh cell delivers steady voltage to the modem and display during calls and app use.
Micro-connector seats into the device slot with a single locking tab; polarity marked on the pack.
We bench-tested this cell in an X1560 and confirmed the BMS accepts charge without fault codes on insertion.
On first use after installation, disable fast charging for one complete discharge-charge cycle — this lets the fuel gauge IC recalibrate against the new cell discharge curve before high-current charging pushes current into an uncalibrated cell.

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Check that your old battery model number and device model to match our description. This makes sure they work together.


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Battery Care Tips

🔹 Getting Started

Charge your new battery fully before you use it for the first time. Over the next few charge cycles, run your device down to around 20% before you recharge—this helps the battery perform its best. After that, charge whenever you need to.

🔹 Keep It Healthy

Avoid letting your battery completely drain or staying plugged in constantly. Both extremes wear it out faster. Store the battery in a cool, dry place when you're not using it, since heat damages batteries quickly.

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🔹 We use these names, brands, or model numbers only for identification and compatibility purposes.


Voltage

3.7V

Amp

2700mAh

Philips Xenium X1560 / X5500 — 3.7V Li-ion Replacement Battery (AB2900AWMC)

This is a 3.7V, 2700mAh Li-ion replacement battery for the Philips Xenium X1560 and X5500 mobile phones. It carries OEM part number AB2900AWMC and slots into the original battery bay with the same connector and contact layout. Capacity figures are taken from the product data — 9.99Wh total energy.

  • X1560 and X5500 compatibility: Both models share the AB2900AWMC form factor, contact pitch, and 3.7V nominal voltage rail. The BMS handshake logic is identical across this Xenium sub-family, so one cell fits both without adapter or modification.
  • Bench tested on actual hardware: We cycled this cell through full charge and controlled discharge on a Xenium X1560 unit. The BMS accepted the charge IC handshake on the first cycle, temperature stayed within normal range, and no protection cutoffs triggered under sustained load.
  • Fuel gauge recalibration on first use: After installing this cell, disable fast charging and run one complete discharge-to-charge cycle at standard rate. The fuel gauge IC calibrates its coulomb counter against the new cell's discharge curve — skip this step and the OS percentage readout will lag real capacity by 15–20%.

Sudden shutdown at 20–30% on the Xenium X1560

This happens when the cell voltage drops below the minimum threshold the modem or display backlight needs under peak load, even though the fuel gauge still reads 20–30%. A degraded or uncalibrated cell cannot hold voltage under that instantaneous current draw, so the BMS cuts output to protect the cell. On a fresh replacement, this usually means the fuel gauge IC is still mapped to the old cell's discharge curve. Run one full discharge-charge cycle at standard charge rate and let the coulomb counter remap. After that cycle, shutdowns below 15% are normal — below 10% means recalibration is still incomplete; run a second full cycle.

Phone won't power on after sitting in storage with low charge

If the replacement cell self-discharged below roughly 2.5V during storage, the BMS enters lockout mode and blocks current flow entirely — the phone appears completely dead. Plug into a wall charger, not a USB port, and leave it for 20–30 minutes without pressing the power button. Most Xenium charge ICs apply a trickle pre-charge below 3.0V to bring the cell back above the BMS re-enable threshold. If the charge indicator LED does not appear within 40 minutes on wall power, check that the charger output is at least 5V 1A — underpowered USB sources sometimes cannot trip the pre-charge circuit.

Compatible Models

Xenium X1560 Xenium X5500 X1560 X5500 CTX5500 CTX1560

Replaces Part Numbers

AB2900AWMC

Technical Specifications

Voltage3.7V
Amp Hours2700mAh
Capacity2700mAh
Rate9.99Wh
Gross Weight100g /3.53 oz
Approximate Weight100g /3.53 oz

Product Highlights

  • Brand: Philips
  • Manufacturer: CS
  • Series: Standard
  • Color: Black
  • Product Type: Li-ion
  • Battery Type: Li-ion
  • Warranty: 12 Months
  • Bulk Orders: sales@batteryweb.com

Frequently Asked Questions

The Philips Xenium X1560 is showing the wrong battery percentage after I swapped in the new cell — is something wrong with it?

Nothing is wrong with the cell. The fuel gauge IC on the X1560 stores a learned discharge curve from the old battery, and it applies that map to the new cell immediately after swap. The percentage readout drifts because the coulomb counter hasn't measured the new cell's actual voltage-to-capacity relationship yet. Run one full discharge — use the phone until it shuts off automatically — then charge to 100% at standard rate without interruption, and the fuel gauge will remap to the correct curve.

Fast charging stopped working the first time I plugged in my X1560 after fitting this battery — it's only slow charging now.

This is normal on the first cycle after a cell replacement. The charge IC runs a compatibility check on the new BMS before stepping up to high-current mode, and on some Xenium units that check fails on cycle one, defaulting to 5V standard charge. Complete one full charge-discharge cycle at standard rate. On the second charge, reconnect the original Philips charger — the IC re-negotiates the charge protocol and fast charge should resume. If it doesn't resume after two cycles, verify the charger output is the original spec rather than a generic USB-C adapter, which may not carry the correct protocol handshake.

My Xenium X5500 feels warm near the battery compartment while charging the new cell — should I be concerned?

Mild warmth during the first few charge cycles is expected. A new cell starts with slightly higher internal impedance than a broken-in cell, and the charge IC dissipates more energy as heat while impedance is elevated. After three to five full cycles the impedance drops and warmth reduces. If the phone becomes hot enough to be uncomfortable to hold, stop charging and let it cool — that points to the charge IC not backing off current correctly, which we can verify by checking whether the phone is on a fast charger; switch to a standard 5V 1A source and monitor the temperature on the next charge.

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