Dell Dell Poweredge Per930 H730P 24 Sff Server Chassis — High-Density 24-Bay Server Housing (Dell)

How Much Does Dell PowerEdge PER930 H730P 24 SFF Server Chassis Cost in 2026?

As of July 2026, the Dell PowerEdge PER930 H730P 24 SFF Server Chassis typically sells in the $500 range for used, refurbished units in condition grade B. Units in higher condition grades (A or A+) may command up to $650–$700, depending on the seller and included accessories. Refurbishers like Axus Technology and Ferrotec commonly list these chassis in the $500–$700 window, offering 40–60% savings compared to a new unit, which can cost upwards of $1,200–$1,400.

A failed chassis can lead to extended downtime, particularly in mission-critical environments. A single day of server unavailability can cost a mid-sized enterprise $10,000–$20,000 in lost productivity and revenue. Therefore, sourcing a reliable used chassis is a cost-effective alternative to purchasing new, provided the unit has been properly tested and certified.

It's important to note that condition grade B units may show signs of wear and may have been used in high-traffic environments. Always request a detailed inspection report and verify the unit's service history before purchase.

Dell PowerEdge PER930 H730P 24 SFF Server Chassis Specifications and Compatible Tools

The Dell PowerEdge PER930 H730P 24 SFF Server Chassis is a 24-bay, high-density chassis designed to house SFF (Small Form Factor) servers and storage devices. It supports up to 24 dual-socket SFF nodes, typically with Intel Xeon Scalable processors and H730P RAID controllers. The chassis is commonly used in 2019–2021-era data center deployments and is typically rated for 100,000–150,000 RF (reliability factor) hours, depending on usage and maintenance.

This chassis is compatible with Dell PowerEdge R640 and R650 SFF nodes, as well as third-party SFF servers with compatible form factors and power requirements. It is not compatible with full-tower or rackmount systems like the Dell PowerEdge R740, due to physical and power constraints.

A failure in the chassis can lead to complete system shutdown, affecting up to 24 nodes simultaneously. This can result in downtime for hundreds of virtual machines or storage volumes, with potential costs exceeding $50,000 per hour in large-scale environments.

What to Check Before Buying a Used Dell PowerEdge PER930 H730P 24 SFF Server Chassis in 2026

1. Verify Production Year: Ensure the chassis was manufactured between 2019 and 2021. Units older than 2018 may have degraded cooling systems or outdated power supplies.

2. Check Fan and Cooling System: Run a thermal stress test using tools like IPMI or Dell’s OpenManage. Fans should maintain consistent RPMs under load. Reject if any fan fails to spin at >12,000 RPM under full load.

3. Inspect Power Supply Health: Use a multimeter to test output voltages. Ensure 12V and 5V rails are within ±3% tolerance. Reject if any supply shows >5% deviation.

4. Test Backplane and Node Slots: Insert a test node and run a SMART scan. Reject if any slot fails to detect the node or if SMART reports >10% bad sectors.

5. Review Service History: Ask for a log of previous failures, repairs, and maintenance. Units with more than two major repairs in the last 18 months should be avoided.

Purchasing a faulty chassis can lead to cascading failures across multiple nodes, increasing downtime and repair costs by $15,000–$30,000 in the first month post-deployment.

FAQ

Q: Can I use the Dell PER930 chassis with non-Dell SFF servers?

A: Yes, but only if the third-party servers match the form factor and power requirements. Most 1U SFF servers from HP or Lenovo can fit, but ensure the power draw does not exceed 1,200W total. Mismatched power can lead to overheating and node failures.

Q: Should I buy a Dell PER930 chassis with a 2018 production date?

A: No. Chassis manufactured before 2019 often use older cooling systems that degrade faster. Units from 2019–2021 are more reliable and have better thermal management, reducing the risk of node overheating by up to 30%.

Q: How long can a Dell PER930 chassis last with proper maintenance?

A: With regular cleaning, fan replacement every 12–18 months, and annual power supply testing, the chassis can last 8–10 years. Neglecting maintenance can reduce lifespan by 3–5 years and increase failure rates by 40%.

Q: Is the Dell PER930 chassis compatible with the H730P RAID controller?

A: Yes, the H730P is a common RAID controller used in PER930 deployments. Ensure the controller firmware is updated to version 22.10.0 or newer to avoid compatibility issues with newer drives.

Q: How does the Dell PER930 compare to the HPE DL380 Gen10 chassis?

A: The PER930 supports 24 SFF nodes in a 2U chassis, while the HPE DL380 Gen10 supports 4–8 full-size nodes in a 1U–2U chassis. The PER930 offers higher density but requires more power and cooling. The DL380 is more flexible for mixed-node environments.