-
Your shopping cart is empty!
MENU
The ITT series of programmable temperature probes utilise K or J thermocouple or a PT100 RTD sensor and a 6mm stainless steel sheath for efficient temperature measurement (accuracy of 0.1% for RTD and 0.2% for thermocouple), delivered via programmable 4-20mA transmitter output. The probe comes pre-programmed for easy setup, but the can be configured to any temperature range within the probe's capability using the software provided.
The ITT series of pressure transducers is available with a variety of accessories such as plastic and metal cable glands, compression fittings or stainless steel pockets - speak to our technical sales team to discuss your requirement.
The below table gives the full specifications for each resistor model available including the Cynergy3 ITT series:
£0.00 Ex Tax: £0.00
The ITTU series of programmable temperature probes utilise K or J thermocouple or a PT100 RTD sensor and a 6mm stainless steel sheath for efficient temperature measurement (accuracy of 0.1% for RTD and 0.2% for thermocouple), delivered via programmable 4-20mA transmitter output. The probe comes pre-programmed for easy setup, but the can be configured to any temperature range within the probe's capability using the software provided.
The ITTU series of pressure transducers is available with a variety of accessories such as plastic and metal cable glands, compression fittings or stainless steel pockets - speak to our technical sales team to discuss your requirement.
The below table gives the full specifications for each resistor model available including the Cynergy3 ITTU series:
£0.00 Ex Tax: £0.00
The IWTT series of wireless industrial temperature transducers from Cynergy3 utilises J or K type thermocouples or PT100 RTD sensor to offer an excellent cost effective alternative to traditional wired transducers in inaccessible or expensive installation environments. The sensors feature accuracy as low as <±0.1% of the full scale, temperature coefficient of ±500ppm/°C and up to 750m line-on-site range. The IWTT series' user selectable features include transmission update rates, output (4-20mA or 1-5V), and configuration (single or 5 channel; depending on receiver used). The IWTT series is designed to be paired with one of the iwr family of wireless receivers for simple plug-and-play temperature measurement solution; a compression fitting is available to allow easy alignment of the head with the receiver. The sensors are housed within a acetal body, making them suitable to use in harsh environments. Each device comes temperature compensated, calibrated and fully traceable.
The IWTT series of temperature transducers is available in a range of input and sheath length options. Further customisation is available on this product - speak to our technical sales team to discuss your requirement.
Typical applications for the Cynergy3 IWTT pressure transducer series include:
The below table gives the full specifications for each resistor model available including the Cynergy3 IWTT series:
£0.00 Ex Tax: £0.00
The IWTTU series of wireless industrial temperature transducers from Cynergy3 utilises J or K type thermocouples or PT100 RTD sensor to offer an excellent cost effective alternative to traditional wired transducers in inaccessible or expensive installation environments. The sensors feature accuracy as low as <±0.1% of the full scale, temperature coefficient of ±500ppm/°C and up to 750m line-on-site range. The IWTTU series' user selectable features include transmission update rates, output (4-20mA or 1-5V), and configuration (single or 5 channel; depending on receiver used). The IWTTU series is designed to be paired with one of the iwr family of wireless receivers for simple plug-and-play temperature measurement solution; a compression fitting is available to allow easy alignment of the head with the receiver. The sensors are housed within a acetal body, making them suitable to use in harsh environments. Each device comes temperature compensated, calibrated and fully traceable.
The IWTTU series of temperature transducers is available in a range of input and sheath length options. Further customisation is available on this product - speak to our technical sales team to discuss your requirement.
Typical applications for the Cynergy3 IWTTU pressure transducer series include:
The below table gives the full specifications for each resistor model available including the Cynergy3 IWTTU series:
£0.00 Ex Tax: £0.00
The 20100 butt bonded foil type K (Chromel/Alumel) thermocouple temperature sensor series from RdF offer high performance and are ideal for demanding applications. These surface thermocouples provide an accuracy of ±2.2°C or ±2% with a fast response time of 0.5s (ungrounded) and 0.25s (grounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type K thermocouple offers an operating temperature range of -184°C up to +816°C. The 20100 series from RDF utilises butt bonding which produces thermocouples with no increase in thickness or mass at the junction. This offers a micro-foil® thickness of 0.0128mm (0.0005"). The sensors have a removable Kapton® frame for bare foil application.
£0.00 Ex Tax: £0.00
The 20101 butt bonded foil type E (Chromel/Constantan) thermocouple temperature sensor series from RdF offer high performance and are ideal for demanding applications. These surface thermocouples provide an accuracy of ±1.7°C or ±0.5% with a fast response time of 0.5s (ungrounded) and 0.25s (grounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type E thermocouple offers an operating temperature range of -200°C up to +900°C. The 20101 series from RDF utilises butt bonding which produces thermocouples with no increase in thickness or mass at the junction. This offers a micro-foil® thickness of 0.0128mm (0.0005"). The sensors have a removable Kapton® frame for bare foil application.
£0.00 Ex Tax: £0.00
The 20102 butt bonded foil type T (Copper/Constantan) thermocouple temperature sensor series from RdF offer high performance and are ideal for demanding applications. These surface thermocouples provide an accuracy of ±1°C or ±0.75% with a fast response time of 0.5s (ungrounded) and 0.25s (grounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type T thermocouple offers an operating temperature range of -250°C up to +350°C. The 20102 series from RDF utilises butt bonding which produces thermocouples with no increase in thickness or mass at the junction. This offers a micro-foil® thickness of 0.0128mm (0.0005"). The sensors have a removable Kapton® frame for bare foil application.
£0.00 Ex Tax: £0.00
The 22810 polyimide insulated flexible RTD Stikon® surface sensor series from RdF is designed to provide a practical method for measuring surface temperature. The standard sensing element is platinum with a resistance of 100Ω at 0°C with a TCR of 0.0038 Ω/Ω/°C nominal and an operating temperature range -200°C to +232°C. The 22810 sensor series from RdF are small, flexible and their low mass has a minimal thermal effect on the material being measured. They are ideally suited for applications where the device can be permanently mounted using adhesives or other mechanical mounting methods.
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
£0.00 Ex Tax: £0.00
The 26721 Stikon® type E (Chromel/Constantan) thermocouple temperature sensor series from RdF are embedded in a paper thin laminate intended for surface temperature measurement applications. These thermocouples have a response time of 0.25s (grounded) and 0.5s (ungrounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type E thermocouple offers an operating temperature range of -184°C up to +260°C (continuous), +371°C (short term) and provides an accuracy of ±1.7°C or ±0.5%. The 26721 series from RDF are without pre-applied cement so you can select the adhesive or clamp for extended temperature capability. These thermocouples use a Kapton® case material.
£0.00 Ex Tax: £0.00
The 26722 Stikon® type T (Copper/Constantan) thermocouple temperature sensor series from RdF are embedded in a paper thin laminate intended for surface temperature measurement applications. These thermocouples have a response time of 0.25s (grounded) and 0.5s (ungrounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type T thermocouple offers an operating temperature range of -184°C up to +260°C (continuous), +371°C (short term) and provides an accuracy of ±1°C or ±0.75%. The 26722 series from RDF are without pre-applied cement so you can select the adhesive or clamp for extended temperature capability. These thermocouples use a Kapton® case material.
£0.00 Ex Tax: £0.00
<p class="opening_description">
The 26723 Stikon® type K (Chromel/Alumel) thermocouple temperature sensor series from RdF are embedded in a paper thin laminate intended for surface temperature measurement applications. These thermocouples have a response time of 0.25s (grounded) and 0.5s (ungrounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type K thermocouple offers an operating temperature range of -184°C up to +260°C (continuous), +371°C (short term) and provides an accuracy of ±2.2°C or ±2%. The 26723 series from RDF are without pre-applied cement so you can select the adhesive or clamp for extended temperature capability. These thermocouples use a Kapton® case material. </p>
<ul class="opening_description">
<li>Stikon® thermocouple</li>
<li>
Type K (Chromel/Alumel)</li>
<li>
Accuracy of ±2.2°C or ±2%</li>
<li>
Operating temperature range of -184°C up to +260°C (continuous), +371°C (short term)</li>
<li>
Operating current of 0.5mA</li>
<li>
Response time of 0.5s (ungrounded) and 0.25s (grounded) for the sensor to reach 63.2% of a change in mounting surface temperature
</li>
<li>
Insulation resistance of 50MΩ minimum at 50 VDC in ungrounded junction TCs
</li>
<li>
Lead wires 30AWG solid T/C wire with fiberglass insulation and overwrap, parallel lay</li>
<li>Kapton® case material</li>
</ul>
£0.00 Ex Tax: £0.00
The 26724 Stikon® type J (Iron/Constantan) thermocouple temperature sensor series from RdF are embedded in a paper thin laminate intended for surface temperature measurement applications. These thermocouples have a response time of 0.25s (grounded) and 0.5s (ungrounded) for the sensor to reach 63.2% of a change in mounting surface temperature. This type J thermocouple offers an operating temperature range of -184°C up to +260°C (continuous), +371°C (short term) and provides an accuracy of ±2.2°C or ±0.75%. The 26724 series from RDF are without pre-applied cement so you can select the adhesive or clamp for extended temperature capability. These thermocouples use a Kapton® case material.
£0.00 Ex Tax: £0.00
The 29230 surface platinum RTD temperature sensor series from RdF offers a small strong design which allows the sensor to conform on curved surfaces for an accurate response in milliseconds. These surface temperature sensors offer a long term stability better than ±0.05°C per 5 years. Available with sensing element resistances of 100Ω and 1000Ω with an IEC 751 Class A or Class B accuracy, or 500Ω with an IEC 751 Class B accuracy. The 29230 series offers a response time of 0.3s in water flowing at 3 feet per second. They offer an operating temperature range of -50°C up to +232°C (or up to +260°C in dry applications). The leads are welded within the sealed platinum RTD sensor which helps to provide this sensor’s durability. Moisture resistance for condensing environments or shallow immersion is provided by Kapton® / Teflon® lamination that completely encapsulates the assembly and lead entrance.
The 100Ω, 500Ω and 1000Ω sensing element choices are available with a IEC 751 Class B accuracy offering a tolerance of ±0.12Ω, ±0.6Ω and ±1.2Ω respectively at 0°C. 100Ω and 1000Ω platinum elements are also available with the tighter IEC 751 Class A accuracy offering tolerances of ±0.06Ω and ±0.6Ω respectively at 0°C.
Lead length of the sensor can be customised to your requirements.
£0.00 Ex Tax: £0.00
The 29309 surface platinum RTD capsule temperature sensor series from RdF offers small strong design which allows this package to conform on curved surfaces for accurate response in milliseconds. These surface temperature sensors offer a long term stability better than ±0.05°C per 5 years. Available with sensing element resistance of 100Ω or 1000Ω with an IEC 751 Class A or Class B accuracy. The 29309 series offers a response time of 0.3s in water flowing at 3ft per second. they offer an operating temperature range of -50°C up to +232°C (or up to +260°C in dry applications). The leads are welded within the sealed platinum RTD sensor which helps to provide this sensor’s durability. Moisture resistance for condensing environments or shallow immersion is provided by Kapton®/Teflon® lamination that completely encapsulates the assembly and lead entrance.
The 100Ω and 1000Ω sensing element choices are available with a IEC 751 Class B accuracy offering a tolerance of ±0.12Ω and ±1.2Ω respectively at 0°C. 100Ω and 1000Ω platinum elements are also available with the tighter IEC 751 Class A accuracy offering tolerances of ±0.06Ω and ±0.6Ω respectively at 0°C.
Lead length of the sensor can be customised to your requirements.
£0.00 Ex Tax: £0.00
