Skip to product information
1 of 10

SilverStone RM53-502 5U Rackmount Server Chassis Supports SSI-EEB ATX 360mm Radiator Dual PSU-With Rail

SilverStone RM53-502 5U Rackmount Server Chassis Supports SSI-EEB ATX 360mm Radiator Dual PSU-With Rail

Brand: SilverStone
Regular price Rs. 62,872.00
Regular price 28% off Rs. 86,500.00 Sale price Rs. 62,872.00 Utsav Offer
Sale Sold out
Check delivery time to your location
Quantity

Buying in bulk?

Our sales team quotes volume pricing for bulk orders. Buying a few units? Order here and add your GSTIN in the cart for a GST invoice.

  • 100% Genuine, Brand New & Sealed
  • Original Manufacturer Warranty
  • Trusted Since 2014 · 15 Lakh+ Orders
View full details

🔧 Enterprise‑Grade 5U Rackmount Design: Supports 5U rackmount and tower orientation, ideal for servers, NAS systems, and high‑performance workstations.

❄️ Advanced Cooling & 360mm Radiator Support: Compatible with up to 360mm front liquid cooling radiators and multiple fan placements for superior thermal performance.

🖥 Wide Motherboard Compatibility: Supports SSI‑EEB, SSI‑CEB, Extended ATX, ATX, Micro‑ATX, and Mini‑ITX motherboards for maximum build flexibility.

🔋 Dual Power Supply Support: Supports PS2 (ATX), Mini‑Redundant, 2U CRPS Redundant power supplies with optional secondary SFX PSU mounting.

💾 Flexible Storage Configuration: Universal drive cage supports 5.25‑inch, 3.5‑inch, and 2.5‑inch drives for scalable storage requirements.

🔐 Secure & Service‑Friendly Build: Front lockable door, chassis intrusion switch, 8 PCI expansion slots, and tool‑less access for enterprise deployments.

The SilverStone RM53‑502 is a professional‑grade 5U rackmount server chassis engineered for data centers, workstations, and NAS environments. It supports SSI‑EEB and ATX motherboards, advanced liquid cooling up to 360mm, and dual power supply configurations. With flexible storage options, high GPU clearance, and superior airflow design, RM53‑502 delivers reliability, scalability, and thermal efficiency for demanding enterprise workloads.