1605
The ACC-1605 is a Mini Tower chassis crafted for users who value desk space without compromising on essential performance. Designed with a high-airflow mesh front panel and a streamlined black finish, it fits perfectly into modern offices and home environments. Despite its compact footprint, it offers robust support for Micro-ATX motherboards, dual storage options, and standard ATX power supplies, making it the smart choice for efficient system integrators.
Feature Overview
- Supports Micro-ATX / Mini-ITX motherboards.
- Air cooling: rear 1 × 80 mm fan.
- GPU clearance: up to 240 mm.
- CPU cooler clearance: up to 140 mm.
- PSU: ATX, top-mounted.
- Case size : 270 × 165 × 345 mm
Downloads
The cooling and hardware layout shown in the product photos is for reference only. Please check the website’s product specifications for the actual configuration.
Streamlined Space. Optimized Flow.
The Foundation for Modern Efficiency.
The ACC-1605B combines a geometric mesh design with a highly functional internal layout. It’s built to keep your components cool and your workspace clutter-free.
Breathable Mesh Design
The front panel features a full-coverage geometric mesh pattern. This design facilitates unrestricted air intake, allowing your fans to pull in fresh air efficiently.
Space-Saving Footprint
With a slim width of just 160mm and a compact depth of 260mm, the ACC-1605 is engineered for tight spaces. It liberates valuable desk real estate, making it an ideal solution for compact dorms, busy cubicles, or minimalist home setups.
Surprising Compatibility
This chassis supports Micro-ATX motherboards and full-sized ATX power supplies. With clearance for graphics cards up to 250 mm and CPU coolers up to 140mm, you have the flexibility to build a capable system that meets your specific needs.
Flexible Storage Options
The ACC-1605 offers dedicated bays supporting up to two 3.5” HDDs and two 2.5” SSDs.This hybrid support ensures you can balance high-speed system drives with ample mass storage for all your documents and media.
CASES
PSU