PS-Ribbed Wall Length 353 mm / Height 180 mm / Grid 20 mm / ESD The PS-ribbed wall with dimensions 353 x 180 x 1.85 mm is specifically designed for Euro containers of sizes 600 x 400 and 400 x 300 mm. This product made from solid polystyrene offers high stability and is electrostatically conductive, meeting the requirements of the ESD standard DIN EN 61340-5-1. The ribbed wall has 14 slots, allowing for division into 15 grids of 20 mm each, which facilitates the organization and retrieval of components. The surface and volume of the ribbed wall have a resistance of 10^6 Ω, ensuring protection against electrostatic discharge. The product is colored black and has a material thickness of 1.85 mm.
Technical Data:
- Length: 353 mm
- Height: 180 mm
- Thickness: 1.85 mm
- Grid: 20 mm
- Slots: 14
- Surface resistance: 10^6 Ω
- Volume resistance: 10^6 Ω
- Material: Polystyrene
- Color: Black
- Suitable for container sizes: 600 x 400 / 400 x 300 mm
In order to satisfy the constantly increasing requirements in electronics manufacturing you must protect your components against electrostatic discharge.
The ESD-safe parting inserts for Euro containers complete your workstation.
Parting inserts facilitate the removal of components to be processed from containers. Cut-outs can be adapted to your requirements. You will find hereinafter our standard parting inserts for the most common applications.
Technical data for standard versions
Lateral length container:
- 300 / 400 / 600 mm outside
- 253 / 353 / 553 mm inside
Partition heights:
- 80 / 120 / 180 mm
Thicknesses:
- 1.5 mm
- 1.8 mm
- 2.0 mm
- available with different raster widths/numbers of subdivisions - electrostatically volume conductive - In compliance with ESD standard DIN EN 61340-5-1
customizable
Upon request - Standard partitions
specific heights between 30 - 600 mm
handhold cut-outs
Also for KLT containers
H
=
Height of the parting insert (80, 120 or 180 mm)
L
=
Length of the parting insert (253, 353 or 553 mm)
G
=
Grid spacing
ES
=
External support (if existing)
SW
=
Slot width
In case of high Euro containers we recommend parting inserts and additionally interlayers that can be manufactured with cut-outs allowing a quick and easy removal of the components.
For the use in transport containers to transport or store electronic components in an organized manner and in layers
Fix your products and protect them against damage during transportation. The interlayers of lightweight polypropylene with cavities provide additional stability for your containers equipped with partitions.
Technical data for standard versions
Lateral length container:
- 300 / 400 / 600 mm
Partition height:
- 80 / 120 / 180 mm
Thicknesses:
- 1.5 mm
- 1.8 mm
- 2.0 mm
- available with different raster widths/numbers of subdivisions - electrostatically volume conductive - In compliance with ESD standard DIN EN 61340-5-1
Handhold cut-outs for easier removal from Euro containers available in 3 versions:
Standard: 2 corners sloped
Type A: 2 handhold cut-outs semicular 34 x 17 mm
Type C: 2 grip holes round 30 mm
In our product range you will find a wide selection of interlayers and parting inserts (partitions) for the use in transport containers. The combination is ideal for transporting different components susceptible to ESD. Available in 3 different materials for various requirements
PP cavity material: - made of extruded polypropylene (PP) - high abrasion resistance - low weight
PS solid material: - made of polystyrene (PS) - high abrasion resistance - high stability
PE foam: - made of polyethylene foam (PE) - abrasion-resistant and corrosion-free - very low weight
Our standard dimensions are based on the most commonly used Euro transport containers.
If you don't find what you are looking for among our standard dimensions, please don't hesitate to ask us for customer-specific dimensions.
High abrasion resistance, high stability,
volume conductive.
Typical surface resistance: R = 10^4–10^6 Ohm.
ESD-compliant
Customizable
Interlayers and compartments can be individually adapted to your wishes and requirements. Size and shape can be adapted. Solutions with cut-outs are also possible.