ESD drawer 36x36E, usable area 612x612 mm, front height 200 mm, 200 kg, single catch right - Lista 95.756

For cabinet housings in the Lista 36 x 36 E grid, this model supplies a drawer with 200 mm front height and 200 kg load capacity, suitable for taller assemblies, measuring instruments and spare parts. The body height is 176 mm, the clear dimensions are 600 x 600 mm. The catch mounted on the right is released with one hand and keeps the drawer closed even when the cabinet is unlocked.

Benefits

• Dissipative surface: the painted surfaces carry the dissipative paint coating developed by Lista, which drains charges in a controlled way.
• Divisible: the inner walls have a slot grid in 17 mm units on all sides, so the 612 x 612 mm area can be divided as needed.
• 200 kg load capacity: applies to an evenly distributed load.
• Single catch right: released with one hand, prevents unintended opening even when the cabinet is unlocked and is the minimum requirement for mobile drawer cabinets.
• Freely combinable: drawers with different front heights can be fitted in any order in the same 36 x 36 E housing.

Colours

Choose the ESD colour when ordering from these options:

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

Use and combination

The drawer is used in EPA areas of electronics production, at test and repair stations, in labs and in component stores. The dissipative effect requires the cabinet to be properly earthed. It fits Lista cabinet housings in the 36 x 36 E format and can be combined there with drawers of other front heights. The slot grid takes partitioning material for taller assemblies, measuring instruments and spare parts. Thanks to the single catch it is also suitable for mobile drawer cabinets.

Notes

Follow Lista's assembly instructions and loading guidelines when loading drawers and drawer cabinets. Load capacity applies to an evenly distributed load. The clear height of the cabinet housing determines the drawer selection: the sum of the front heights must equal the clear height.