Description
Schneider HMIZSUSBB2 | Extension cable, Harmony ST6, USB Panel mount
The Schneider HMIZSUSBB2 is a robust industrial-grade USB extension cable designed for the Harmony ST6 human-machine interface (HMI) series. It offers a secure and user-friendly method for adding a panel-mounted USB port to an HMI system, allowing easy access to USB functionality without needing to open the electrical cabinet.
This cable enhances operator convenience and system maintenance efficiency by enabling external access to USB devices such as flash drives, configuration tools, or programming equipment.
Technical Specifications HMIZSUSBB2
-
Product Type: USB extension cable
-
Mounting Type: Panel mount (front side installation)
-
Connectors:
-
Internal: USB Type A male
-
External: USB Type A female (panel side)
-
-
Compatibility: Harmony ST6 HMI panels
-
Cable Length: Approx. 2 meters (refer to datasheet for exact value)
-
IP Rating: Up to IP65 when correctly installed
-
Operating Environment: Industrial, suitable for harsh conditions
-
Material: Rugged industrial-grade plastic and metal components
Key Features HMIZSUSBB2
-
Easy USB Access – Provides direct access to USB ports from the front of the panel, useful for uploading programs, extracting logs, or connecting external devices.
-
High Protection Level – When properly mounted, the panel port achieves IP65 protection, guarding against dust and water ingress.
-
Time-Saving Installation – Plug-and-play design with no special tools required.
-
Enhanced Safety – Operators can access the USB without opening the enclosure, reducing electrical hazard exposure.
-
Dedicated Compatibility – Tailored for Harmony ST6 series, ensuring mechanical and functional compatibility.
Applications:
-
Industrial control panels in manufacturing plants
-
HMI operator workstations requiring external USB ports
-
Machinery with Harmony ST6 HMIs for routine configuration or updates
-
OEM systems where easy USB access is frequently needed
-
Environments where control cabinet access is restricted or regulated
