RF Shielded Test Enclosure — Benchtop — JRE 0814
Upright in-stock enclosure for tall DUTs, with a 10.75" H x 6.5" W x 12.5" D interior and C-size I/O plate.
JRE 0814 specifications
- Inside dimensions
- 10.75" H x 6.5" W x 12.5" D (270 x 165 x 320 mm)
- Outside dimensions
- 12.25" H x 8" W x 14" D (310 x 205 x 355 mm)
- Isolation
- −100 dB DC to 1 GHz, −95 dB to 3 GHz, −85 dB to 6 GHz
- Weight
- 12 lbs (5.5 kg)
- Shipping Weight
- 14 lbs (6.4 kg)
- Shipping Dimensions
- 18" x 16" x 13" (460 x 410 x 330 mm)
- I/O Plate Size
- C-size — 7" x 7" (180 x 180 mm)
- RF Absorbing Foam
- 3/4" (19 mm) thick, LS-30, temperature rating 90°C, UL 94V-0 flammability rating
- Door
- Side-swing with secure latch handle and dual stainless steel friction hinges
- Vents
- Two shielded 'honeycomb' vents
- Construction
- Rugged welded aluminum, made in USA
- Optional MW Upgrade
- Extends isolation to 28 GHz (>85 dB) for 5G FR2, UWB, Wi-Fi 6E/7
- Optional Keyed Locking Latch
- Add $29
JRE 0814 overview
Tall routers, access points, and mesh nodes can be awkward to cable in a low, wide chamber. This upright enclosure puts usable height where standing devices need it while keeping a narrow bench footprint. Its side-swing door opens the full face for loading and cable placement.
- 10.75" H x 6.5" W x 12.5" D (270 x 165 x 320 mm) interior for tall DUTs.
- −100 dB isolation from DC to 1 GHz, −95 dB to 3 GHz, and −85 dB to 6 GHz.
- Optional MW upgrade extends isolation to 28 GHz at greater than 85 dB.
- Two shielded honeycomb vents provide passive airflow; optional fans support hotter devices.
- Field-changeable C-size I/O plate measures 7" x 7" (180 x 180 mm) for configurable connections.
- 3/4" (19 mm) LS-30 absorbing foam reduces internal reflections and hot-spots.
- 12 lbs (5.5 kg), with rugged welded-aluminum construction made in USA.
- $1,280.00 and in stock; RF connectors and interface filters are configured separately.
Lay out the connected DUT on the bench before choosing: cables, adapters, and antenna clearance can consume more room than the device itself. I would pick this standalone enclosure when one upright bay is enough. A keyed latch remains available when access control matters.
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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