The Omega FT-PLCD100-06BS is a flexible thin-film platinum RTD (Resistance Temperature Detector) with a Pt100 element. This sensor provides a highly accurate and reliable method for temperature measurement across a wide range of applications. Its thin-film construction offers fast response times and excellent stability, making it suitable for demanding environments where precise temperature monitoring is crucial.

Applications:

• Surface temperature measurement
• Heating, ventilation, and air conditioning (HVAC) systems
• Process control in industrial applications
• Medical equipment
• Laboratory research
• Food processing

Features:

• Pt100 element (100 Ω at 0°C)
• Flexible thin-film construction
• Fast response time
• Excellent stability
• Wide temperature range: -50 to 200°C
• High accuracy
• Durable and resistant to vibration

Benefits:

• Accurate and reliable temperature measurements for precise control.
• Fast response time enables quick detection of temperature changes.
• Flexible design allows for easy mounting on curved or irregular surfaces.
• Wide temperature range suits diverse applications and environments.
• Stable performance ensures consistent readings over time.
• Durable construction provides long-lasting operation.

Additional Details:

The FT-PLCD100-06BS features a thin-film platinum sensing element encapsulated within a flexible substrate. This design allows the sensor to conform to various surfaces, ensuring good thermal contact for accurate temperature readings. The Pt100 element conforms to IEC 60751 standards, guaranteeing interchangeability and standardized performance. It is typically connected in a 2, 3, or 4-wire configuration, with the choice depending on the required accuracy and lead wire length compensation. The sensor is designed for direct mounting to the surface being measured, often using adhesives or clamping mechanisms.

The sensor's small size and flexibility make it ideal for applications where space is limited or where the sensor needs to be mounted on complex geometries. The fast response time is particularly beneficial in applications where temperature changes rapidly, such as in process control systems or HVAC systems.