The AP-4077LI is a commercial-grade, high-capacity replacement Lithium-Ion (Li-Ion) battery pack engineered to deliver reliable, long-lasting power to professional Motorola MOTOTRBO digital two-way radio fleets. Featuring a nominal voltage of 7.4V and an expanded capacity rating of 2200 mAh, this premium tier power module is built to sustain demanding, multi-shift operations in intensive industrial sectors such as heavy manufacturing, public security logistics, airport ground handling, and large-scale construction management.
Manufactured with high-efficiency Li-Ion cells, the AP-4077LI eliminates the problematic “memory effect” common in legacy NiMH cells, allowing for flexible top-off charging cycles without reducing the battery’s overall operational lifespan. The rugged, impact-resistant outer casing is built to withstand mechanical drops, environmental vibration, and thermal expansions typical of heavy field deployment. Precision-machined contact plates ensure low electrical resistance and stable current continuity, guaranteeing that your professional transceivers perform at full RF output power throughout the entire working shift.
SPECIFICATIONS & INDUSTRIAL COMPATIBILITY MATRIX:
• Component Type: Professional Rechargeable Replacement Battery Pack
• Internal Chemistry Type: High-Performance Lithium-Ion (Li-Ion)
• Electrical Output Voltage: 7.4 VDC nominal
• Charge Storage Capacity: 2200 mAh (Extended duty cycle for multi-shift runtime)
• Structural Housing: Heavy-duty, impact-resilient polymer enclosure
• Motorola MOTOTRBO DP Digital Series Compatibility:
– DP-3400, DP-3401, DP-3600, and DP-3601
• Motorola XPR & Global Commercial Series Compatibility:
– XPR Series: XPR-6300 and XPR-6550
– P-Series: P-6000 and P-6620
– High-Tier Series: P-8200, P-8260, and P-8268
• Motorola DGP & Infrastructure Series Compatibility:
– DGP Series: DGP-4150, DGP-4150+, DGP-6150, and DGP-6150+
– Digital Repeaters: DR-3000 infrastructure units
• Application: Perfect for replacing degraded or depleted fleet battery inventory, outfitting emergency backup power reserves, upgrading field communications runtimes, and reducing operational maintenance downtime in large-scale radio systems.
