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Z4-11N-113C-E12
Z4-Series SeismicFrame Cabinet System; 78.7 (1999 mm) H x 23.6" (600 mm) W x 41.3" (1050 mm) D; 40U; Square-Punched Rails; Single Perforated Metal Front Door; Single Point Keyed Latch; Double Perforated Metal Rear Doors; Two Point Keyed Latch; 2 Side Pane
| Height | 78.7" (1999 mm) 40U |
| Width | 23.6" (599 mm) |
| Depth | 41.3" (1049 mm) |
| Front Door | Single, Perforated Metal |
| Rear Door | Double, Perforated Metal |
| Latches | Two-Point, Keyed Lock |
| Color | Glacier White |
| Top Panel | Standard Top Panel |
| Side Panels | Solid, 2 Each |
Product Description
Featuring an industry-leading 1500 lb (680 kg) equipment load, the Z4-Series SeismicFrame® can also support an additional 100 lb (45 kg) top load for cabling. This cabinet was tested by a Telecommunications Carrier Group and ISO 17025 certified Independent Testing Laboratory (ITL) to meet the Telcordia Technologies GR-63-CORE, Issue 4, April 2012, Sections 4.4 per Zone 4 requirements. GR-63-CORE seismic testing includes a series of physical shaker table tests, during which a loaded cabinet is placed through simulated earthquake conditions. Zone 4 testing includes the most severe test conditions, in which the cabinet must perform with limited movement and survive the test without permanent structural or mechanical damage, ensuring the internal equipment is not damaged.
Key Features and Benefits
- Industry-leading 1500 lb (680 kg) seismic equipment load to support more equipment
- OSHPD OPM-0112 provides pre-approved, code-compliant seismic designs of supports and attachments for the cabinet when used in health facilities
- UL Listed 2416 for a 3000 lb (1360 kg) static (non-seismic) equipment payload and integrated grounding and bonding features
- Multiple size options, including 1200 mm D cabinets to support deeper equipment, like modular network switches and high-density server applications
- Adjustable-depth equipment mounting rails match equipment mounting requirements
- Wide range of thermal and cable management accessories
- Pre-drilled top attachment points for mounting overhead pathway and bracing
- Includes transport casters for moving the cabinet into place during initial installation
- Simplified installation only requires floor anchorage eliminating the requirement for costly engineering calculations for external bracing
- Primary and secondary anchorage points provide flexibility in anchoring the cabinet to the floor
Product Information
Design Tools
1999 mm Height Specification for the Z4‑11N‑113C‑E12
The TNZ4 seismic data rack delivers robust protection for mission‑critical equipment in high‑seismic zones. Built on the SeismicFrame® platform, it meets stringent Telcordia GR‑63‑CORE Zone 4 requirements while providing a clean, modular design. Its 78.7″ (1999 mm) height maximizes floor‑space efficiency in dense data‑center environments. Designed for heavy loads, the Z4‑11N‑113C‑E12 supports up to 3 000 lb of equipment, exceeding the typical 1 500 lb seismic payload and ensuring ample capacity for future expansion. The reinforced frame and double‑point keyed latches maintain structural integrity during seismic events. This z4 3000 capability makes the cabinet suitable for high‑density server and networking deployments. The cabinet's 1999 mm height aligns with standard 42U rack configurations, providing a familiar footprint for installers. Adjustable‑depth mounting rails accommodate a wide range of equipment depths, from modular switches to high‑performance compute nodes. Pre‑drilled top attachment points enable easy integration with overhead cable pathways and bracing systems. Every unit undergoes the e12 test‑qualified verification process, confirming compliance with the latest seismic standards. Independent testing validates performance under simulated earthquake conditions, ensuring no permanent damage to the enclosure or its contents. This rigorous e12 test certification gives facility managers confidence in long‑term reliability. Beyond seismic resilience, the cabinet integrates seamlessly with CPI's thermal and power management accessories. Options such as air containment panels, grounding hardware, and transport casters simplify installation and maintain optimal operating temperatures. The result is a future‑ready solution that protects assets while supporting evolving data‑center workloads.