High Accuracy RTD Pt100 Temperature Sensor – 4 wire 1/10 DIN – PPL1-P

Our high accuracy 1/10 DIN Pt100 temperature sensor is the perfect choice for calibration reference sensors or R&D applications with an operating range of -100 to +250°C.

Technical Details

Pt100 platinum resistance thermometer to BS EN 60751:2008
Wiring System: 2, 3 or 4 wire, Simplex or Duplex
1/10 DIN tolerance detector, +/-0.03°C @ 0°C
316 stainless steel TIG welded protection sheath 3mm or 6mm diameter
2 metres PFA (Teflon) screened cable terminated in tails
Suitable for use in the range -100 to +250°C
Sensor Probe with Flying Lead
General Purpose Industrial and OEM Applications
Ideal for use with Compression Fittings or Pockets
Standard Choice of Wiring, Detectors, Sheath Sizes & Lead Types
Manufacture to Your Requirements
UKAS or Traceable Calibration Available

Prices from £62.50

SKU: PPL1-P-A-4-S-E-60-200-C-2000-XXX Categories: Platinum Resistance Thermometers (RTD Sensor, PRT, Pt100 Sensors, Pt1000), Temperature Probes & Sensors

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01628 778688 sales@processparameters.co.uk

High Accuracy 1/10 DIN RTD Pt100 Temperature Sensor Probe

Our high accuracy Pt100 temperature sensor is ideal for use as a calibration reference sensor. We use a 1/10 DIN sensing element within the probe which has an RTD accuracy of +/-0.03°C at a temperature of 0°C and is available as either a 3mm diameter sensor or a 6mm diameter.

When using accurate sensors, depth of immersion is critical to ensuring measurements are as precise as possible. The sensing length of this sensor is 15mm so we recommend a minimum depth of immersion of 150mm.

The plain stem of the probe is made from 316 stainless steel and the tip is TIG welded closed to give a pressure tight housing for the sensor. We offer standard diameters of 3mm and 6mm in various standard lengths to suit your needs. The 3mm high temperature sensor has a pot seal to accommodate the cable.

The high accuracy temperature probes are fitted with 2 metres of high performance PTFE (Teflon) screened lead which is practically chemically inert and is suitable for the full operating range of the sensor. The plated copper braid screen provides mechanical protection as well as providing the opportunity for electrical screening should it be required.

The silver-plated copper conductors are very easy to solder, making fitting a connector extremely straightforward. Process Parameters can take care of this for you should you require assistance.

Highly Accurate Temperature Probes by Process Parameters

Manufactured by Process Parameters, great care is taken during the assembly of these 1/10 din RTD accuracy sensors using specialised techniques to ensure your sensor gives good service for an extended time. Careful treatment of the sensor housing and filling with inert media ensure that sensor drift is minimised.

We also offer a comprehensive calibration service and a wide choice of accessories. Have a look at our wide range of RTD Pt100 sensors, and platinum resistance thermometers.

Need help selecting a high accuracy temperature sensor for your application? Contact us now. We manufacture quality temperature probes, thermocouples, k type thermocouples and RTD sensors to order to your exact specifications.

Email us at sales@processparameters.co.uk, or call 01628 778788.

Sheath Material	316 Stainless steel
Probe Length	200mm, 250mm, 300mm
Probe Diameter	3mm diameter, 6mm diameter

What is a High Accuracy Temperature Sensor?

A high accuracy temperature sensor refers to a temperature measuring device that is designed to provide highly precise and reliable temperature readings. These sensors are engineered with advanced technology and stringent calibration processes to ensure minimal measurement errors and high repeatability. An accurate temperature sensor is capable of providing temperature measurements with a narrow margin of error, often within a fraction of a degree. They are designed to minimise the impact of external factors, such as ambient temperature fluctuations or electromagnetic interference, which could affect the accuracy of the readings.

Applications that require precise temperature monitoring, such as scientific research, industrial processes, medical equipment, and quality control systems, often rely on high accuracy temperature sensors. These sensors play a critical role in ensuring optimal performance, process control, and maintaining the integrity of temperature-sensitive applications.

What is a Pt100 Temperature Sensor?

A Pt100 temperature sensor is a type of resistance temperature detector (RTD) that uses platinum as its sensing element. It has a resistance of 100 ohms at 0°C, with its resistance changing predictably with temperature, making it suitable for accurate temperature measurements in various applications.

What is a 1/10 DIN Temperature Probe?

A 1/10 DIN temperature probe refers to a type of temperature probe that meets the 1/10 DIN standard for accuracy and performance. The DIN standard, also known as the "Deutsches Institut für Normung" (German Institute for Standardisation), sets guidelines for various technical aspects, including temperature measurement.

The term "1/10 DIN" indicates the level of accuracy and precision of the temperature probe. The DIN standard specifies that the temperature probe should have a tolerance or deviation of 1/10th of the temperature range being measured. For example, if the temperature range is from 0°C to 100°C, a 1/10 DIN temperature probe would have a maximum tolerance of ±0.1°C.

Probes meeting the 1/10 DIN standard are designed to provide highly accurate and precise temperature measurements. They are often used in applications that require strict temperature control, quality assurance, and scientific research where small temperature differentials are crucial.

What is the Standard Accuracy of RTD?

RTD accuracy is determined by its type, resistance value, and class. Platinum RTDs are most accurate, followed by nickel and copper. The International Electrotechnical Commission (IEC) sets standards for RTDs. Class A offers the highest accuracy (±0.15%), while Class B is ±0.30%. Resistance value also affects accuracy.