The RdF 29309 RTD temperature sensor series offers a small rugged design that allows the sensor to conform on curved surfaces for an accurate response in milliseconds (<0.3s on a metal surface).

This RTD platinum sensor is welded within a Kapton® / Teflon® lamination that completely encapsulates the assembly and lead entrance which provides moisture resistance for condensing environments or shallow immersion. This enables outstanding durability and flexibility for use. The 29309 series has an operating temperature range from -200°C up to +260°C and has long term stability exceeding ±0.05°C per 5 years.

Available with sensing element resistances of 100Ω and 1000Ω at 0°C with an IEC 751 Class B accuracy.

The leads of the sensor are comprised of 28 AWG nickel-coated, stranded copper PFA Teflon® insulated parallel conductors, with a standard length of 12 inches. These can be customised should you require.

• Surface platinum RTD temperature sensor
• Temperature range -200°C to +260°C (-320°F to +500°F)
• Self-heating is typically less than 15mW/°C
• Time constant of <0.3sec on metal surfaces
• Ice point resistance of 100 ±0.12Ω or 1000 ±1.2Ω, International Class B, (±0.12%)
• Interchangeability ±(0.3°C @ 0°C +0.005 |t|°C) IEC 751 Class B above -50°C
• Long term stability <0.05°C per 5 years (0.02Ω, above -50°C)
• Maximum current 100Ω = 5mA, 1000Ω = 2mA for limited seIf heating
• Recommended maximum current of 1mA<
• Lead wires of 28 AWG nickel-plated copper, PFA Teflon® insulated ribbon cable
• 4 wire configuration
• Encapsulated in Kapton®

RdF is the world’s leading innovator in the design, development and production of surface, insertion and immersion temperature and heat flow sensors. Every product in this catalogue is a class leader in ease-of-use, toughness and long-term reliability, all at low cost. Please visit www.rdfcorp.com for more information.

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This RTD platinum sensor is welded within a Kapton® / Teflon® lamination that completely encapsulates the assembly and lead entrance which provides moisture resistance for condensing environments or shallow immersion. This allows outstanding durability and flexibility for use. The 29230 series has an operating temperature range from -200°C up to +260°C and has long term stability exceeding ±0.05°C per 5 years.

Available with sensing element resistances of 100Ω and 1000Ω at 0°C with an IEC 751 Class B accuracy.

The leads of the sensor are comprised of 28 AWG nickel-coated, stranded copper PFA Teflon® insulated parallel conductors, with a standard length of 12 inches. These can be customised should you require.

• Surface platinum RTD temperature sensor
• Temperature range -200°C to +260°C (-320°F to +500°F)
• Self-heating is typically less than 15mW/°C
• Time constant of <0.3sec on metal surfaces
• Ice point resistance of 100 ±0.12Ω or 1000 ±1.2Ω, International Class B, (±0.12%)
• Interchangeability ±(0.3°C @ 0°C +0.005 |t|°C) IEC 751 Class B above -50°C
• Long term stability <0.05°C per 5 years (0.02Ω, above -50°C)
• Maximum current 100Ω = 5mA, 1000Ω = 2mA for limited seIf heating
• Recommended maximum current of 1mA
• Lead wires of 28 AWG nickel-plated copper, PFA Teflon® insulated ribbon cable
• 2 or 3 wire configuration options are available
• Encapsulated in Kapton®

RdF is the world’s leading innovator in the design, development and production of surface, insertion and immersion temperature and heat flow sensors. Every product in this catalogue is a class leader in ease-of-use, toughness and long-term reliability, all at low cost. Please visit www.rdfcorp.com for more information.

The post RdF 29230 Series appeared first on Rhopoint Components.

• Polyimide insulated flexible RTD Stikon® surface temperature sensor
• Temperature range -200°C to +232°C with permissible exposure to 260°C for short periods clamped
• Standard accuracy of ±0.5Ω 0.5% of temperature. (Optional accuracy of ±0.22Ω 0.25% of temperature)
• Time response of 200ms lag on metal surfaces
• Platinum sensing element with a resistance of 100Ω at 0°C
• TCR of 0.00385 Ω/Ω/°C nominal (IEC751)
• Stability of less than 0.2°C drift per year at a rated service temperature with proper mounting
• The bare sensor will rise less than 1°C while dissipating an I²R power of 15mw on metal surfaces
• Stranded nickel plated copper conductors with PFA Teflon® insulated 3 or 4 conductor ribbon cable

The insulation resistance between the outer sensor insulation clamped between 2 metal plates and the common lead wire is 50MΩ minimum with 50VDC applied to a dry sensor at room temperature.

Mounting will conform to surfaces with radii down to ⅜ inch transverse to the element winding and 1½ inch longitudinal to the winding

The below table gives the temperature resistance ratio characteristics of the RdF 22810 series:

Temperature coefficient 0.00385Ω/Ω/°C nominal (IEC751) between -200°C to +232°C for the 22810 series

 

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