The Endress+Hauser iTHERM FlameLine TAF12S is a heavy-duty high-temperature thermometer designed for furnaces, reactors, and combustion processes.

It is built for extreme heat conditions, where standard temperature sensors fail. Thanks to its robust thermowell design and high-temperature materials, it ensures stable and safe measurement in demanding environments.

👉 Typical use:

• Furnaces
• Heaters
• Reactors
• Incineration systems

👉 Not suitable for:

• Low-temperature or general-purpose measurement

Technical Information

When Should You Use TAF12S?

Choose this model if your application involves:

• Very high temperatures (e.g. > 800°C)
• Aggressive or high-velocity process environments
• Risk of sensor damage or failure
• Critical processes where temperature accuracy affects safety

If your process is standard or low temperature, this model is over-engineered.

 What Makes It Different?

1. Designed for Extreme Temperatures

This thermometer is engineered to withstand very high process temperatures.
👉 It maintains accuracy where standard probes degrade quickly.

2. Heavy-Duty Thermowell Protection

The sensor is protected by a robust thermowell, which resists:

• Mechanical stress
• Corrosion
• Process flow impact

👉 This significantly extends service life.

3. Reliable Measurement in Combustion Processes

It performs well in furnaces and combustion environments, where conditions are unstable and harsh.
👉 Helps maintain process safety and efficiency.

4. Built for Industrial Safety

Temperature measurement in high-heat processes is critical.
👉 This model ensures stable, repeatable readings under extreme conditions.

Typical Applications

Industrial Furnaces
Monitor temperature to ensure stable heating and prevent overheating.

Chemical Reactors
Maintain precise temperature control in high-temperature reactions.

Waste Incineration Systems
Ensure safe combustion and regulatory compliance.

FAQ

Q: What temperature range can it handle?
A: It is designed for very high-temperature processes, typically in furnace and combustion applications.

Q: Why not use a standard thermometer?
A: Standard sensors cannot withstand extreme heat and harsh conditions, leading to frequent failure.

Q: Is a thermowell necessary?
A: Yes. In high-temperature environments, a thermowell protects the sensor and improves durability.