RF Shielded Test Enclosure — Benchtop or rack — JRE 1724B
Rack-oriented cover-door enclosure with an 11" H x 15.5" W x 22.5" D interior, dual C-size plates, and lid-support struts.
JRE 1724B specifications
- Inside dimensions
- 11" H x 15.5" W x 22.5" D (280 x 395 x 570 mm)
- Outside dimensions
- 13" H x 17" W x 24" D (330 x 430 x 610 mm)
- Isolation
- −100 dB DC to 1 GHz, −95 dB to 3 GHz, −85 dB to 6 GHz
- Weight
- 31 lbs (14.1 kg)
- Shipping Weight
- 37 lbs (16.8 kg)
- Shipping Dimensions
- 31" x 22" x 18" (790 x 560 x 460 mm)
- I/O Plates
- Two C-size (7" x 7", 180 x 180 mm)
- RF Absorbing Foam
- 3/4" (19 mm) thick LS-30, temp rating 90°C, UL 94V-0
- Vents
- 80mm honeycomb style, AC or DC fan optional
- Construction
- Rugged welded aluminum, made in USA
- Optional MW Upgrade
- > 85 dB isolation to 28 GHz
JRE 1724B overview
For wide-screen laptops, mesh systems, access points, and other large wireless devices, usable height matters as much as footprint. The JRE 1724B provides that room in a rack-oriented cover-door format. Internal struts hold the lid open while the DUT is placed and connected.
- Interior: 11" H x 15.5" W x 22.5" D (280 x 395 x 570 mm).
- Outside: 13" H x 17" W x 24" D (330 x 430 x 610 mm).
- Isolation: −100 dB DC to 1 GHz; −95 dB to 3 GHz; −85 dB to 6 GHz.
- Two removable C-size plates, each 7" x 7" (180 x 180 mm), provide broad I/O capacity.
- 80 mm honeycomb vents accept an optional AC or DC fan for active airflow.
- 3/4" (19 mm) LS-30 RF absorbing foam reduces reflections and hot-spots.
- Optional MW upgrade delivers > 85 dB isolation to 28 GHz.
At $2,025.00 and in stock, the JRE 1724B puts usable height over this rack-oriented footprint. I would choose that volume only after checking the connected assembly with its cables and adapters attached. The two removable C-size plates then provide the wall area for its required I/O.
Go deeper
- How to Select and Configure an RF Shielded Test Enclosure A practical engineer's guide to sizing an RF test enclosure, configuring I/O plates, choosing filtered data interfaces, power, thermal, and antennas.
- Keeping Your Cool: Heat, Vents, Fans and Airflow in an RF Shielded Test Enclosure Why RF shielded chambers heat up, how to measure real device wattage instead of the label, and how much airflow it takes to hold your temperature rise.
- Mounting Devices Inside an RF Shielded Test Enclosure How to hold your DUT inside a JRE chamber for repeatable RF tests: the removable ABS floor, why plastic not metal, antenna placement and wall drilling.
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