Smartpack2 Touch User Manual Jun 2026
The float voltage is the constant voltage applied to the battery to maintain its charge. To set it via the Touch screen, follow these steps:
Displays the current system time, active user access level, and high-level alarm summary icons.
Choose between Lead Acid, NiCd, or Lithium. Capacity Settings: Enter the total Ah of your battery bank.
Backing up your configuration creates a complete snapshot of your settings, which is invaluable if the controller is reset to factory defaults or replaced. smartpack2 touch user manual
Save or load configuration profiles via the front USB port. Step-by-Step Configuration Guide
The SmartPack2 Touch features a high-resolution color display. It uses an intuitive icon-based menu system. Displays system status, voltage, and current.
The controller is typically mounted on the front panel of the power system shelf for easy access. The float voltage is the constant voltage applied
The Eltek Smartpack2 Touch combines powerful, enterprise-grade control with a modern, accessible interface, making it a top-tier choice for managing critical DC power systems. From its physical installation to advanced web-based management and security features, this controller is designed to be the central "brain" of your power infrastructure. By mastering its touch interface, network capabilities, and configuration options as outlined in this manual, you are equipped to ensure the utmost reliability and performance of your power system.
Toggle between (automatic IP assignment) or Static IP mode.
Check the CAN bus cabling connecting the controller to the rectifiers. 6. Conclusion Capacity Settings: Enter the total Ah of your battery bank
To enable remote web monitoring, configure your network settings first: Navigate to . Select IP Settings . Choose Static IP or DHCP .
The Eltek Smartpack2 Touch is a premium control unit designed for industrial power supply systems. It features a high-resolution color touchscreen that allows operators to monitor, configure, and troubleshoot DC power systems in real time.