Hytera BL3101 Li-ion Battery 3100 mAh RoHS for PNC370 Radio

The Hytera BL3101 is a genuine OEM lithium-ion rechargeable battery pack engineered exclusively for the Hytera PNC370 Push-to-Talk over Cellular (PoC) radio. With a 3100 mAh capacity, it delivers up to 18 hours of continuous operation — sufficient to power a full shift and beyond without a mid-day swap. The battery supports convenient in-situ recharging via the PNC370's Micro-USB port, allowing top-ups from any standard USB power source in the field, in a vehicle, or at a desk. RoHS compliance confirms that the cell chemistry and manufacturing process meet EU and equivalent international hazardous-substance restrictions, making the BL3101 suitable for deployments subject to environmental procurement requirements. As a factory-genuine Hytera component, the BL3101 is matched to the PNC370's battery management circuitry for safe charge termination and accurate charge-state reporting. Note: Hytera has discontinued the PNC370 platform; the suggested successor radio is the PNC360S.

Key features & benefits

• 18-Hour Operating Endurance — The 3100 mAh capacity powers the PNC370 for up to 18 hours of operation per charge, supporting full-shift deployments in logistics, security, transit, and public-safety applications without requiring a battery exchange.
• Micro-USB Opportunity Charging — Compatible with the PNC370's built-in Micro-USB charging port, the BL3101 can be topped up from virtually any USB power source — vehicle chargers, power banks, or wall adapters — keeping field teams powered wherever they work.
• Genuine OEM Battery Pack — Factory-matched to the PNC370's battery management system, ensuring accurate state-of-charge indication, correct charge termination, and full compatibility with Hytera's optional multi-unit charger accessories.
• RoHS Compliant — Manufactured in compliance with RoHS (Restriction of Hazardous Substances) directives, making the BL3101 suitable for environmentally regulated procurement environments and responsible end-of-life disposal.
• Lithium-Ion Chemistry — Li-ion technology delivers a high energy-to-weight ratio and low self-discharge, maintaining charge readiness during standby and eliminating the memory-effect concerns associated with older battery chemistries.