ESD drawer cabinet 36x36E, 717x725x1000 mm, 8 drawers 1x50/2x75/2x100/2x150/1x200, 75 kg, AUTO Lock - Lista 95.181

If you need more order at 1000 mm height in the 36 x 36 E grid, Lista 95.181 gives you 8 drawers that together occupy 900 mm clear height. Each drawer offers 612 x 612 mm usable area. 5 of the 8 drawers have front heights up to 100 mm and keep small parts and components clearly arranged, the tallest front measures 200 mm. AUTO Lock offers the functions of RFID Lock but opens and locks automatically via RFID badge or number code. The optional Lista Access software can store time profiles that limit access to defined periods.

Benefits

• Dissipative paint coating: All painted surfaces carry the dissipative paint coating developed by Lista, which drains charges in a controlled way.
• Load capacity: 612 x 612 mm usable area per drawer at 75 kg per drawer.
• Single-drawer interlock: Included as standard, only one drawer can be opened at a time.
• AUTO Lock: Automatic opening and locking via RFID or code, time profiles via Lista Access (option).
• Layout: 8 drawers with 1x50/2x75/2x100/2x150/1x200 mm front heights use the full 900 mm clear height.

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 EPAs in electronics production and at EMS providers, test and repair stations, laboratories and component stores. The dissipative effect requires the cabinet to be properly grounded. At 1000 mm high, the top can serve as an extra surface next to the workstation once a cover plate is fitted. Matching the 36 x 36 E format are an ESD resin cover plate that serves as a top surface, a grooved mat for the top and a three-sided roll-off edge that keeps parts from falling off. Matching Lista partitioning material is available for the drawers.

Notes

• For loading the drawers, follow the Lista assembly instructions and loading guidelines. The stated load capacity applies to evenly distributed loads.