Product description: Kradex IOT.ZD3005 Pi5J ABS V0 modular housing for DIN rail - 90 x 89.4 mm - light gray
The IOT.ZD3005 Pi5J enclosure from Kradex is a versatile solution for electronics professionals looking for a durable and functional enclosure for IoT projects . Made of self-extinguishing ABS V0 material, the enclosure is resistant to high temperatures and various chemicals. Its compact dimensions of 90 x 89.4 mm make it perfect for tight spaces. The light gray color and minimalist design make it easy to integrate into various work environments. The enclosure is compatible with various accessories that extend its functionality, such as socket covers, end caps and red and transparent filters, allowing you to customize the enclosure to the specific needs of the project.
Kradex IOT.ZD3005 Pi5J ABS V0 modular housing for DIN rail - 90 x 89.4 mm - light gray.
The housing is made of ABS V0 material.
Special features of the Kradex case
- Type: full housing without gasket, which facilitates access to the interior and assembly of components.
- ABS V0 material : made of self-extinguishing ABS V0 material, the housing ensures a high level of safety, resistance to high temperatures and chemicals.
- Compact dimensions : Dimensions of 90 x 89.4 mm make the housing ideal for applications in confined spaces where space saving is essential.
- Accessory Compatibility : Expandable and customizable with optional grilles and filters in a variety of colors, allowing you to personalize and customize your enclosure to meet your project's specific needs.
- DIN rail mounting : simple and quick installation in standard electrical installations.
Technical specification of the Kradex housing
- Manufacturer: Kradex
- Model: IOT.ZD3005 Pi5J
- Housing type: full modular housing for DIN rail
- Material: ABS V0 (self-extinguishing)
- Color: light gray
- External dimensions: 90 x 89.4 mm
In our offer you will also find other Kradex casings. We encourage you to familiarize yourself with the offer.
The dimensions of 90 x 89.4 mm make the case ideal for applications in confined spaces.
