ESD drawer cabinet 36x36E, 717x725x850 mm, 8 drawers 1x50/2x75/4x100/1x150, 75 kg, AUTO Lock - Lista 95.163

If you need to store components and tools sorted and secured in the EPA, this cabinet gives you 8 drawers with front heights of 1x50/2x75/4x100/1x150 mm in the 36 x 36 E grid. The shallow 50 mm drawer at the top suits small parts and component reels, while the 150 mm drawer at the bottom offers space for hand tools and spare parts. The AUTO Lock works with RFID badge or number code and opens and locks automatically. With the optional Lista Access software, time profiles can be stored to restrict access to set hours. At 717 mm wide and 850 mm high it serves as fixed storage beside or under the workbench.

Benefits

• Dissipative surface: all painted parts carry the dissipative paint coating developed by Lista, which drains charges in a controlled way.
• AUTO Lock: automatic opening and locking by RFID badge or code, time profiles via the optional Lista Access software.
• 75 kg per drawer: usable area of 612 x 612 mm per drawer, enough for heavy test equipment and tools.
• Single drawer lock: already included in the standard version.
• 36 x 36 E grid: Lista partitioning material in the same grid divides the 612 x 612 mm usable area precisely.

Colours

Choose the ESD colour when ordering from the following options:

• Light grey RAL 7035
• Pale grey NCS S 2403-Y
• Anthracite grey RAL 7016
• Orange NCS S 1080-Y40R

Use and combination

Typical locations are EPA areas in electronics production and at EMS providers, test and repair stations, labs and component stores. The dissipative effect depends on the cabinet being properly earthed. For the top, the ESD synthetic resin cover plate 36x36E measuring 717 x 725 mm fits, combined with a grooved mat or a three-sided edge rim so nothing rolls off. Lista partitioning material in the same grid organises the drawers.

Notes

Follow Lista's assembly instructions and loading guidelines when loading the drawers and the cabinet. The stated load capacity applies to an evenly distributed load.