OBSERVATORY HF MESH PWM

OBSERVATORY HF MESH PWM

Take your gaming to the next level with the Kolink Observatory HF Mesh PWM PC Case. This mid-tower chassis combines robust support for high-performance components with exceptional airflow, ensuring your system stays cool under pressure. With its sleek design and functional features, the Observatory HF Mesh PWM is a stylish and practical addition to any gaming setup. 

Kolink Observatory HF Mesh PWM Mid-Tower PC Case at a Glance: 

  • Mid-tower case with superior ventilation 
  • Pre-installed with three PWM fans for efficient cooling 
  • Extensive hardware support, including ATX motherboards and up to 330mm GPU clearance 
  • High-quality materials with a hinged tempered glass side panel 
  • Integrated cable management for a neat and organized build 
  • Available with a mesh front panel for maximum airflow 

 

Observatory HF Mesh PWM Style 


The Kolink Observatory HF Mesh PWM is constructed from durable 0.5mm SPCC steel and features a stylish mesh front panel designed for optimal airflow. The model also showcases a full hinged tempered glass side panel, allowing a clear view of your components while adding an elegant touch to your setup. 

The mesh front panel not only enhances the overall look of the case but also ensures excellent ventilation. The right side panel is crafted from flat metal, maintaining a sleek and streamlined appearance. 


Hardware Support 


The Kolink Observatory HF Mesh PWM is built to accommodate a wide range of gaming hardware. It supports ATX, Micro-ATX, and Mini-ITX motherboards, offering plenty of room for high-performance components. The case includes seven expansion slots, providing flexibility for adding PCIe devices. 

With a generous 330mm clearance for GPUs, the Observatory HF Mesh PWM can house a variety of powerful graphics cards. The case features four versatile drive bays. Two of these can be configured for either 2.5" or 3.5" drives, while the other two are dedicated to 2.5" SSDs, providing ample storage options. 


Superior Cooling Solutions 


Designed for exceptional thermal performance, the Observatory HF Mesh PWM comes pre-installed with three black PWM fans to ensure efficient cooling. The front panel supports up to three 120mm or 140mm fans, or you can install radiators up to 360mm. Included are two 120mm black PWM fans mounted on the front panel. 


The top panel accommodates two 120mm or 140mm fans and includes one 120mm black PWM fan for additional cooling. The rear panel supports a single 120mm fan or a 120mm radiator. Additionally, the PSU cover has mounting options for two 120mm fans, directing cool air into the PSU chamber and enhancing overall system airflow. Fan control can be easily managed via the reset button or the 3-pin ARGB cable on the lead fan.

 

For water-cooling enthusiasts, the front panel can support radiators up to 360mm, and the rear panel is compatible with 120mm radiators. The case provides 160mm of clearance for CPU coolers, ensuring compatibility with a variety of cooling solutions. The bottom features a magnetic dust cover, while the top panel includes a dust filter to keep your system free from debris.


Clean Build 


The Kolink Observatory HF Mesh PWM is designed with a focus on cable management. The motherboard tray includes strategically placed pass-throughs, making cable routing easy and maintaining a tidy interior. This helps create a clean and professional-looking build, reducing clutter and improving airflow. 


The front I/O panel offers multiple connectivity options, including one USB 3.0 port, two USB 2.0 ports, and HD audio. It also features a fan control via the reset button, providing convenient access to essential functions. 


Durable and Versatile 


The Observatory HF Mesh PWM's dimensions ensure it fits comfortably in most setups while offering substantial internal space: 350mm (D) x 200mm (W) x 440mm (H) for the chassis and 390mm (D) x 200mm (W) x 449mm (H) for the complete product. This allows the case to accommodate a wide range of components while maintaining a compact footprint. 

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