Platinum Resistance Temperature Sensors

Platinum probes A complete range of platinum probes, comprised of a ceramic substrate coated in platinum, glass protection and platinum-coated nickel output wire. Applications: heating and air conditioning, energy splitter controls, automotive technology, household appliances, standalone thermometers, etc. Dimensions and tolerances: Operating temperature: -50 °C → +600 °C Substrate length: ±0.2 mm Substrate width: ±0.15 mm Substrate thickness: 0.63 mm Total thickness: 1.4 ±0.15 mm Diameter of output wire: 0.25 mm Length of output wire: ±1 mm Distance between wires: ±0.2 mm Accuracy: - suffix B:  Class B as per IEC 751 (DIN 43760) - suffix A:  Class A = 1/2 Class B - suffix T:  Class 1/3 = 1/3 Class B Stock resistance housing response time no. current (0 °C) of casing water air 181-1980 100 Ω B 0.4 sec 20 s 181-1996 100 Ω B 0.4 sec 20 s 293-8418 100 Ω B 0.4 sec 20 s 181-2012 100 Ω C 0.3 s 15 s 181-2028 100 Ω C 0.3 s 15 s 293-8430 100 Ω C 0.3 s 15 s 293-8519 100 Ω B (P: 3 mm) 0.4 sec 20 s 181-2040 500 Ω B 0.4 sec 20 s 181-2056 500 Ω D 0.4 sec 20 s 181-2062 500 Ω D 0.4 sec 20 s 293-8446 1000 Ω B 0.4 sec 20 s 457-3596 1000 Ω D 0.4 sec 20 s 457-3603 1000 Ω D 0.4 sec 20 s

Fluke 63IR and Contact Thermometer The Fluke 60 series IR thermometer is excellent for jobs requiring temperature measurement in hard-to-reach, hot, rotating, or dangerous situations. Get accurate readings over a broad range of temperatures -40°C to 760°C (-40 °F to 1400 °F). The enhanced optics allow you to measure smaller objects further away. All with a comfortable and easy to use handheld device. FEATURES and BENEFITS: . Laser guided sighting system for easy targeting . Backlit display . High resolution optics . 0.95 emissivity . Selectable °C or °F . Maximum temperature display . Expanded measurement range up to 535 °C (999 °F) . High accuracy: 1 % and repeatability: 0.5 % Fluke 66 Additional Features: . Min/Max/Avg/Dif readings . Data logging up to 12 points . Hi/Lo alarms . Adjustable emissivity from 0.1 to 1.0 in 0.01 steps Model Fluke 63 Response time ≤0.5 seconds Accuracy -32 to -26°C: +/-3°C -26 to -18°C: +/-2.5°C -18 to +23°C: +/-2°C 23 to 510°C: +/-1% >510°C: +/-1.5% of reading Battery life 10 hours with laser and backlight activated Weight 320g Dimensions 200 x 160 x 55mm Supplied with Durable hard case; 9V alkaline battery; operating instructions.

TE Connectivity GX Series Glass Wire Wound Temperature Sensors TE Connectivity’s MEAS GX series of platinum resistance sensors are constructed of one or two platinum bands, wound on a glass tube, protected from the environment by a glass layer. These temperature sensors provide accurate temperature measurement with a high temperature gradient. Designed for use in environments subject to high vibrations, suitable applications include cryogenics, HVAC and the food industry. Large temperature range High temperature stability Resistant to high vibrations Short response time Small dimensions Limited mounting space required Lead wire connection is pull up force resistant Short response time For use in dry environments

HEL 700 series Platinum RTD Miniature Pt 1000 and Pt 100 ceramic-cased temperature probes. PTFE or fibreglass wired output. Linear output. Ref.: HEL 705-U-0-12-00 HEL 705-T-0-12 HEL 707-U-0-12-00 HEL 707-T-0-12 Temperature range: –200 → +260°C –200 → +260°C –75°C to +540°C –75°C to +540°C Wire type: PTFE PTFE Fibreglass Fibreglass Dimensions (mm): 2.18 x 4.75 2.18 x 4.75 Ø2.18 x 6.35 Ø2.18 x 6.35 Resistance at 0°C: 1000Ω 100Ω 1000Ω 100Ω Temperature coefficient: α= 0.00375 Ω/Ω/°C α= 0.00385 Ω/Ω/°C α= 0.00375 Ω/Ω/°C α= 0.00385 Ω/Ω/°C Max. measuring current: 2 mA 2 mA 2 mA 2 mA Wire length: 305 mm 305 mm 305 mm 305 mm Linearity difference: ± 0.1% of full scale (–40°C to +125°C); ±2.% of full scale (–200°C to +540°C)

PTF Family - PT100 Professional range of TE Connectivity temperature sensors from the PTF family. The sensors incorporate a structured platinum film on a ceramic substrate, passivated by glass coating. The sensors are a suitable solution for fast and precise feedback due to the small outline and low mass. Ideal for use with temperature feedback control, industrial applications and medical equipment. Wide temperature range Global interchangeability