IAI SEL-T-J/HG1H-SA12BEH-MK1379-S5-1: Comprehensive Training Pendant

Brand:IAI

Model Number:SEL-T-J/HG1H-SA12BEH-MK1379-S5-1

Type:Teaching Pendant

Interface:USB

Operating Voltage:12V DC

Dimensions (LxWxH):200mm x 100mm x 50mm

Weight:500g

Material:Stainless Steel

Environmental Conditions:-20°C to +55°C

Compliance:CE, UL

Number of Control Buttons:12

Touchpad Size:60mm x 40mm

Touchpad Resolution:1000 DPI

Connectivity:USB 2.0 High Speed

Software Compatibility:Windows XP/Vista/7/8/10, Linux

Touchpad Type:Multi-touch

    Introducing the IAI SEL-T-J/HG1H-SA12BEH-MK1379-S5-1 Teaching Pendant, a cutting-edge control pendant designed for comprehensive industrial education. This pendant is crafted with precision and equipped with a user-friendly interface, making it ideal for teaching complex industrial processes. Its ergonomic design ensures comfortable handling during extended use.

    Featuring a durable stainless steel body, this pendant can withstand harsh industrial environments without compromising functionality. The pendant comes with a USB 2.0 High Speed interface for seamless connectivity with computers and industrial control systems. With its multi-touch touchpad and 12 programmable buttons, users can easily navigate and control machinery with precision.

    Equipped with a high-resolution touchpad capable of 1000 DPI, the IAI SEL-T-J/HG1H-SA12BEH-MK1379-S5-1 Teaching Pendant offers exceptional tactile feedback and accuracy. It supports a wide range of operating temperatures (-20°C to +55°C), ensuring reliable performance across various industrial settings.

    Compliant with international safety standards including CE and UL, this pendant guarantees user safety and compliance with industry regulations. It is compatible with multiple versions of Windows and Linux operating systems, making it versatile for various educational and professional applications.

    Ideal for workshops, training centers, and educational institutions, the IAI SEL-T-J/HG1H-SA12BEH-MK1379-S5-1 Teaching Pendant streamlines the learning process by providing hands-on control experience without the need for physical access to actual machinery.