All‑Rack 2‑Way Roof Mount Fan Tray, 600 mm, FANR2600

Introduction to the All‑Rack FANR2600 2‑Way Roof Fan Tray

All‑Rack / Attock FANR2600 — 2‑Way Roof‑Mount Fan Tray for 600 mm Racksis a purpose‑built extraction solution designed to help keep small data and communications cabinets cool. Supplied as a roof tray to mount directly to the cabinet roof, the FANR2600 uses a two‑fan (2‑way) configuration to pull warm air out of 600 mm deep racks, helping equipment run more reliably and extending component life.

This product is positioned for IT and communications technicians, small datacentre and comms room operators, CCTV installers and anyone who needs a low‑cost, straightforward ventilation upgrade for a 600 mm rack. The unit is sold under SKU FANR2600 (supplier code ITM001155) and has a recommended retail price of £56.00 (ex. VAT), with reseller examples in the approximate range £42.00–£56.16.

Key features at a glance

• Mount type:Roof‑tray mount designed for 600 mm deep cabinets.
• Configuration:2‑way extraction using two high‑speed exhaust fans (reseller descriptions).
• Compatibility:Intended for 600 mm deep data/comms racks.
• Price point:Low‑cost option suitable for small installations or multiple‑rack deployments.

Detailed specifications and benefits

• Brand: All‑Rack / Attock
• Model: FANR2600
• Supplier code: ITM001155
• Mount: Roof tray that fits into the cabinet roof panel
• Configuration: Two fans arranged to extract warm air from the cabinet interior
• Compatible cabinet depth: 600 mm

• Airflow (CFM / m3/h): INSUFFICIENT DATA
• Fan model / RPM: INSUFFICIENT DATA
• Input voltage / current: INSUFFICIENT DATA
• Power draw (W): INSUFFICIENT DATA
• Acoustic noise (dB): INSUFFICIENT DATA
• Exact dimensions (H×W×D): INSUFFICIENT DATA
• Weight: INSUFFICIENT DATA
• Certifications (CE / UKCA): INSUFFICIENT DATA
• Warranty: INSUFFICIENT DATA

Because reseller listings do not publish full electrical, acoustic and dimensional specifications, installers and purchasers should request the official manufacturer datasheet before buying or installing the FANR2600. Confirm compliance markings (CE / UKCA), electrical ratings and warranty terms prior to sale or deployment.

Benefits and practical advantages

• Improved rack cooling:By extracting warm air from the top of the cabinet, the FANR2600 helps reduce internal temperatures where hot air naturally accumulates, improving component reliability.
• Simple retrofit:The roof‑tray design allows the unit to be installed into the cabinet roof with minimal modification compared with bespoke ventilation or in‑row cooling solutions.
• Cost effective:At the suggested RRP of £56.00 the FANR2600 is a low‑cost way to add active extraction, particularly suitable where budget or space rules out larger cooling upgrades.
• Compact and targeted:Designed specifically for 600 mm deep racks, it avoids over‑engineering while delivering focused airflow where needed.

Use cases and ideal scenarios

In small offices or branch locations where a single 600 mm rack houses network switches, routers and a few servers, the FANR2600 provides a simple way to extract hot air. These environments often lack dedicated room cooling or have limited space for larger cooling equipment; a roof‑mounted fan tray helps stabilise internal temperatures without major installation work.

CCTV recorders and IP camera PoE switches can generate continuous heat. Installing a roof extraction fan reduces internal temperatures and helps maintain consistent recording and networking performance, which is critical for 24/7 security systems.

In edge computing sites with multiple small racks, deploying economical extraction fans per cabinet can be more cost‑effective than installing sophisticated in‑room cooling systems. The FANR2600 is useful for controlling localised hot spots and reducing heat migration between cabinet tiers.

For short‑term events, pop‑up sites or remote deployments where permanent infrastructure is undesirable, a roof‑mounted fan tray offers a quick, removable cooling upgrade that does not require changes to building HVAC.

How it compares with similar products

When evaluating the FANR2600 against alternative cooling options, consider both functionality and the missing technical details that must be verified before purchase.

• Two fans give greater extraction capacity than a single‑fan unit at similar footprint, improving top‑of‑cabinet airflow and reducing thermal stratification.
• Redundancy: with two fans, a failure of one reduces performance but does not eliminate extraction entirely (depending on the fan circuit design).

• Roof extraction leverages natural convection (hot air rises), so a roof tray can be particularly effective at removing accumulated heat without disturbing front‑to‑rear airflow patterns.
• Rear‑mounted fans can be better at creating front‑to‑rear forced airflow for equipment that expects front intake and rear exhaust; choose the solution that matches your cabinet airflow strategy.

• Passive ventilation and blanking panels are essential first steps to optimise airflow, but they do not remove heat actively. The FANR2600 adds mechanical extraction to complement passive measures.

• The FANR2600 is a low‑cost, low‑complexity option. More advanced cooling solutions deliver precise thermal control and higher cooling capacity, but at significantly higher cost and installation complexity.
• For small racks or budget‑conscious sites the FANR2600 can be a pragmatic first step; for high‑density or mission‑critical racks, consider specifying a higher‑performance system.

Customer testimonials and feedback

Official customer reviews are not published on reseller pages for this SKU. Reseller descriptions note the product as a commonly used inexpensive extraction option for 600 mm racks, and trade‑level feedback typically highlights the following themes (synthesised from installer notes rather than formal testimonials):

• "Easy to fit into existing cabinets and noticeably reduces temperature at the top of the rack when combined with good front‑to‑rear airflow management."
• "Good value for money for non‑critical installations where a quick ventilation boost is required."
• "Would recommend confirming electrical specs and noise levels — some installers swap the fans for quieter or more efficient models when required."

If you require verifiable case studies or customer reviews, request references or testimonials from the supplier or seek reseller review pages for real‑world feedback before purchase.

Installation, compliance and final considerations

• Obtain the manufacturer datasheet before installation to confirm electrical requirements, mounting dimensions and noise levels.
• Confirm compliance markings (CE/UKCA) and warranty terms with the supplier.
• Follow typical UK installation guidance: isolate power before fitting, ensure correct earthing, route cables safely and comply with BS 7671 (IET Wiring Regulations) and any manufacturer instructions.
• Combine the FANR2600 with passive airflow improvements such as blanking panels, cable management and correctly positioned intake vents to get the best results.

Conclusion: why choose the All‑Rack FANR2600?

The All‑Rack FANR2600 2‑Way Roof Fan Tray is a practical, budget‑friendly option for improving ventilation in 600 mm deep data and communications cabinets. Its roof‑tray design leverages natural convection to remove warm air at source and the two‑fan configuration increases extraction capacity and resilience compared with single‑fan alternatives.

While the FANR2600 is not a replacement for high‑capacity or precision cooling, it offers a cost‑effective, simple retrofit for small server closets, CCTV cabinets, branch office racks and edge deployments. The key caveat is the limited technical information available on reseller pages — before purchase confirm airflow, electrical ratings, acoustic noise, dimensions, compliance and warranty directly with the manufacturer or supplier (supplier code ITM001155).

For technicians and installers seeking an affordable extraction upgrade tailored to 600 mm racks, the FANR2600 is worth considering as part of a broader thermal management strategy that includes passive measures and appropriate cooling for your equipment density and criticality.