Vendor: Hilook

HiLook Hikvision 6MP AcuSense 8CH CCTV Kit with 8 Turret IP Cameras IPC-T262H-MU + 8CH NVR

SKU: IPC-T262H-MU
Description

- 6MP Ultra-Clear Resolution: Delivers detailed imaging for wide coverage and enhanced zoom.
- H.265+ Compression: Reduces bandwidth and storage requirements efficiently.
- Built-in Microphone: Captures ambient audio for situational awareness and context.
- IP67 Weatherproof: Protects against harsh conditions like rain, dust, and extreme temperatures.
- AcuSense Technology: Filters motion for human and vehicle detection, minimizing false alarms.

Regular price $874.00 AUD Sale price $874.00 AUD Regular price $1,643.00 AUD
Sale 46.8% $769.00 AUD (46.8%)

inc GST + 3 Year Warranty & Support
Free shipping over AUD300

In stock

Our Promise to You

Authentic Products with a 3-Year Warranty: Your Trusted CCTV Partner for Peace of Mind

3-Year Warranty

All cameras come with a comprehensive 3-year warranty

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Free Shipping

Orders over $300 ship free across Australia with tracking included

30-Day Returns

30-day return policy for unused items in original packaging

Fast Delivery

Processed in 1-3 business days, delivered in 5-10 days Australia-wide

Overview

The HiLook 6MP AcuSense 8-Camera Kit is a value-packed CCTV solution for residential or small commercial setups. Equipped with 6MP ultra-clear resolution, built-in microphones, dual IR night vision, smart human/vehicle detection, and 8CH PoE NVR with 4K support.

Technical Specifications

- 6MP Resolution: Delivers high-quality 3072×2048 imaging for detailed monitoring and enhanced zoom playback.
- H.265+ Compression: Reduces bandwidth and storage usage with efficient video encoding.
- Built-in Microphone: Captures real-time audio for improved contextual awareness.
- AcuSense Smart Detection: Identifies humans/vehicles while filtering irrelevant motion to minimize false alarms.
- IP67 Weatherproofing: Withstands harsh outdoor conditions like rain, dust, and extreme temperatures.
- Dual IR Night Vision: Provides 30m visibility in darkness via infrared emitters.