cellePhone mobile generation

Battery Li-Ion for HTC Desire 510 / 601 (replaced BA-S930)
Item number 4802
More than 15 available ${ $store.getters.currentItemVariation.stock.net } available
(function () { // Order deadline per weekday: [hour, minute] (German time) // Index: 0=Sunday, 1=Monday, ... 6=Saturday var CUTOFFS = { 0: [11, 0], // Sunday until 11:00 am 1: [18, 30], // Monday until 6:30 pm 2: [18, 30], 3: [18, 30], 4: [18, 30], 5: [18, 30], 6: [18, 30] // Saturday until 6:30 pm }; function nowInGermany() { return new Date(new Date().toLocaleString("en-US", { timeZone: "Europe/Berlin" })); } function countdownText() { var now = nowInGermany(); var c = CUTOFFS[now.getDay()]; var cutoff = new Date(now); cutoff.setHours(c[0], c[1], 0, 0); if (now < cutoff) { var diff = cutoff - now; var h = Math.floor(diff / 3600000); var m = Math.floor((diff % 3600000) / 60000); var s = Math.floor((diff % 60000) / 1000); return ' ' + 'Order & pay within ' + (h > 0 ? h + ' hrs ' : '') + m + ' min ' + s + ' sec ' + '– and we will ship today!'; } return ' ' + 'Orders placed now will be shipped tomorrow.'; } setInterval(function () { var el = document.getElementById('versand-countdown'); if (el) { el.innerHTML = countdownText(); } }, 1000); })();
* Incl. VAT excl. Shipping

Compatible with: HTC Desire 320, Desire 501, Desire 510, Desire 510 LTE, Desire 510 Mini, Desire 512, Desire 601, Desire 603h, Desire 6160, Desire 619D, Desire 700, Desire 700 dual sim, Desire 7060, Desire 7088, Desire 709d. Replaces this battery type: BA S930, BA S970, BM65100, 35H00213-00M, 35H00215-00M, 35H00228-01M, 35H00228-00M, 99H11740-00. Dimensions: ca. 60 x 53 x 5 mm. Capacity: 2100 mAh.

  • Long stand-by and conversation duration
  • With the maximum capacity for this type of rechargeable battery!
  • High quality battery cells with long service life
  • Precision production
  • Replacement for the original rechargeable batteries of the models listed above
  • Can be charged using any charger suitable for the device
  • No memory effect
  • Protection from overloading/overheating/short circuiting
  • Maximum possible safety!