MCP For Claude Marketplace
Heat Stress Index Calculator

Heat Stress Index Calculator MCP Connector for Claude

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Calculates heat stress risk, WBGT, and safety protocols from weather and activity data.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides critical thermal safety assessments. It allows AI agents to calculate the perceived temperature using calculate_heat_index and the comprehensive Wet Bulb Globe Temperature via calculate_wbgt. By combining these metrics with physical factors, agents can use assess_risk_profile to determine danger levels, work/rest cycles, and hydration needs. Finally, get_safety_guidelines provides specific safety protocols tailored to regional standards in the USA or Europe.

heat-stresswbgtsafety-protocolsweather-analysisoccupational-health

4 tools expose this connector's capabilities to your AI agent.

calculate_heat_index

Determines the perceived temperature based on ambient air conditions

get_safety_guidelines

Retrieves specific safety protocols based on the identified risk

assess_risk_profile

Categorizes the level of heat danger and provides actionable safety mitigations

calculate_wbgt

Provides a comprehensive thermal stress index considering multiple environmental factors

See how to talk to your AI agent using Heat Stress Index Calculator.

Calculate the heat index for a temperature of 32°C and 70% humidity.

The calculated heat index is 38.5°C.

What is the WBGT if temperature is 35°C, humidity is 60%, radiant heat is 10, and wind speed is 2?

The calculated WBGT value is 31.2°C.

Assess the risk for a heat index of 40°C, WBGT of 35°C, heavy activity, clothing insulation of 0.5, and an acclimatized person.

The risk category is Extreme. Recommended work/rest cycle is 15 min work / 45 min rest. Hydration requirement is 1.2 liters per hour.

The Heat Index measures perceived temperature based on air temperature and humidity, while `calculate_wbgt` provides a more comprehensive index by also accounting for radiant heat and wind speed.

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