Riferimento 12851
HP 742438-001 T620 T630 THIN CLIENT STAND FOOT SUPPORT WITH SCREWS
Riferimento 12851
HP 742438-001 T620 T630 THIN CLIENT STAND FOOT SUPPORT WITH SCREWSItem code: 12851
Condition: Used (Low price / Extremely worn)
Warranty: 12 months
Spedizione con corriere espresso in 24/48h
Più pezzi compri, più risparmi: fino al 20% del carrello
FEATURES Product name: HP 742438-001 T620 T630 Thin Client Stand Components Included: Support/Piede: The support is designed to maintain the thin client vertically. It is a robust base that guarantees stability and safety to the device. Screws: The kit includes all the screws needed to fix the thin client to the support, ensuring easy installation and secure anchorage. Compatibility: Supported Models: HP T620 and HP T630 Thin Clients. Functionality: Ergonomic design: Designed to occupy a minimal space on your desk, improving the organization of your workspace. Stability: Provides secure and stable support for the thin client, reducing the risk of tipping. Easy Installation: Includes all the required screws, allowing a simple and quick configuration. Material and Construction: High Quality Materials: Built with durable materials that ensure durability and professional appearance. Use and Applications: Working Environment: Ideal for offices, call centers, educational environments and any other context where you use HP thin client. Versatility: It can be used on desks, tables or any flat surface. Advantages: Space Optimization: Lift the thin client from the worktop, leaving more free space on the desk. Best Organization: It helps maintain an orderly working environment, with less clutter. Security: It ensures that the thin client is securely placed, reducing the risk of accidental damage. Conclusion: HP 742438-001 support for thin client T620 and T630 is a practical and efficient solution for those seeking to improve the organization and functionality of their workspace. Easy installation, robustness and compact design make it an essential accessory for those who use these thin client models.