Monitor HSE performance across departments or multiple locations in real-time to achieve safety goals and operational excellence.
Improve Safety Performance
Enhance Visibility
Increase Accountability
Builds Safety Culture
Yes. The HSE Performance Board can display multiple Health, Safety and Environment (HSE) Key Performance Indicators (KPIs) on a single screen. These may include accident-free days, Lost Time Injury (LTI) figures, near-miss incidents, safety training completion, safety inspections and first-aid cases. The layout can be customized according to your reporting requirements.
Data can be updated manually or automatically, depending on the selected configuration. Automatic updates can be supported through compatible PLCs, sensors, external controllers or database integrations. This helps reduce manual data entry and keeps displayed safety information current.
Yes. The board can be configured to integrate with compatible PLCs, safety management systems, databases or other industrial systems. Depending on the model, communication options may include RS485, Ethernet TCP/IP and Modbus. Integration feasibility depends on your existing system’s interfaces and data format.
Yes. Custronics offers customized HSE Performance Boards with options for display dimensions, digit height, LED colors, KPI layout, text labels, enclosure design and mounting methods. The displayed metrics can be selected to suit your company’s HSE policies, reporting practices and operational objectives.
Yes. Indoor and outdoor configurations are available. For outdoor installations, the board can be specified with a suitable weather-resistant enclosure, appropriate IP protection rating and high-brightness LEDs for visibility in daylight. The final specifications should match the installation environment and exposure to rain, sunlight and dust.
Yes. HSE Performance Boards can be configured for multiple departments, production lines, buildings or sites. Each board can display location-specific safety information. Where centralized monitoring is required, the system can be designed to receive data from multiple locations, subject to the communication infrastructure and software integration requirements.
