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R @ 77°F (25°C) 10 KΩ ±5% B (0/50) °C 3881 KΩ ±5% Operating Temperature-22°F to 185°F (-30°C to 85°C) Storage Temperature-40°F to 212°F (-40°C to 100°C) Response Time Maximum 50 seconds (in water) R-T Curve Duct temperature sensor dimensions. AIC MAX AIC . in (Il mm) 029 in (7.5 mm) 0.31 in 18 mm) 33 in mm) 08 in

I2 I Temposonics® MB Analog 1. Product description and technology Temposonics® sensors can be used in versatile mobile machines without any restriction and replace contact-based linear sensors like potentiometers. Highly dynamic systems are controlled safely by means of Temposonics® sensors, thus enhancing the productivity, availability and quality of the working process of

M C091 11DXXX 002 4 U Material: Carle 02.07.13 Oberfläche: 2:1 14 (14-a) C091 11D014 002 4 U 12 (12-a) C091 11D012 002 4 U 8 (08-a) C091 11D008 002 4 U 7 (07-b) C091 11D107 002 4 U 7 (07-a) C091 11D007 002 4 U 6 (06-a) C091 11D006 002 4 U 5 (05-b) C091 11D105 002 4 U 5 (05-a) C091 11D005 002 4 U 4 (04-a) C091 11D004 002 4 U 3 (03-a) C091 11D003 002 4 U Contact arrangement View on mating side ...

of 59°F to 86°F (15°C to 30°C), 15% to 70% RH: 30 days • Drying prior to soldering: Not to exceed 48h at 176°F (80°C) or 16h at 212°F (100°C) or 8h at 257°F (125°C) • Flux type: R or RMA Flow Soldering Conditions • Preheat temperature: 176°F to 302°F (80°C to 150°C) • Maximum rate of temperature change: 4.5°F/s or 2.5°C/s

-58°F to 302°F (-50°C to 150°C) • Suitable for PCB and probe mountings • Available in a wide range of material systems • Also available with epoxy coating • Available on tape and reel to EIA RS-468A for automatic insertion NTC Thermistors Types RL35/40/45 Amphenol Advanced Sensors

Protimeter® Speedy User Instructions AAS-INSSPEEDY2000, Rev. A March 2014 PROTIMETER Amphenol Advanced Sensors Table of Contents Introduction ...

-30°C ~ 80°C Storage Temperature Range-10°C~ 80°C Rated Current Max. 30 mA Insulation Resistance Min 100 MΩ by 500V DC Application Section Detecting the turbidity degree of water Theory of Operation The sensor operates on the principle that when light is passed through a sample of water, the amount of light transmitted through the sample is

ber that is hotter than 20°C will give higher readings and timber colder than 20°C will give lower readings. An approximate manual correction of 0.5% moisture content per 5°C may be subtracted from timber that is above 20°C. For timber that is below 20°C, a manual correction of 0.5% moisture content per 5°C may be added to the measured value.

RFS Technologies designs and manufactures premium-quality cable and antenna solutions for wireless, public safety, distributed antenna system (DAS) and other telecom markets in North America. As an Amphenol company, we’re part of a global powerhouse in high-technology, interconnect, sensor and antenna solutions that’s enabling the electronics revolution across almost every industry.

<60 seconds at 72°F (22°C) Calibration Interval 12 months, offset adjustment using single gas at 0 to 1000 ppm CO 2. Full factory calibration available. Performance—Temperature Channel Temperature Range • Voltage output: 32°F to 104°F (0°C to 40°C) • Display: 32°F to 122°F (0°C to 50°C) Display Resolution 0.1°F (0.1°C) Display ...

1. Accuracies measured at 25°C, nominal voltage. 2. 30% RH step response, measured at 25°C in a 1 m/sec air flow. Resolution 14 bit (0.01°C) Accuracy1 ±0.5°C Repeatability ±0.1°C Response Time2 ≤116 sec (T 63) Operating Range3-20°C to 70°C Long Term Drift <0.05°C/year (Normal conditions) 1. Accuracies measured at 25°C, nominal voltage.

25/85°C K Maximum Operating Temperature °F (°C) Code R25°C ± 1% Code R25°C ± 2% Code R25°C ± 3% Code R25°C ± 5% Code R25°C ± 10% 1000 2 3540 ± 1% 257 (125) NDM102C2R1 NDM102C2R2 NDM102C2R3 NDM102C2R5 NDM102C2R10 2000 2 3540 ± 1% 257 (125) NDM202C2R1 NDM202C2R2 NDM202C2R3 NDM202C2R5 NDM202C2R10

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C-44724 Morley Drive Clinton Township, MI 48036 Sine Systems - www.amphenol-sine.com Amphenol 24-JUNE-17 21-JUNE-17 D R A W N: RO 20-JUNE-17 C H E C K E D: AA E N G I N E E R: RO A P P R O V A L: WS IPC-WHMA-A-620

-10°C ~ 90°C Storage Temperature Range-20°C~ 90°C Rated Current Max. 30 mA Insulation Resistance Min 100 MΩ by 500V DC Application Section Detecting the turbidity degree of water Theory of Operation The sensor operates on the principle that when light is passed through a sample of water, the amount of light

5. 32°F to 158°F (0° to 70°C). 6. Typical value over one year. 1st character: Pressure range: 5 = 15 psi, 3 = 30 psi, 0 = 100 psi 2nd character: Last digit of year of manufacture; i.e. 4 ==> 2014 3rd character: 1-9, A, B, C, where 1 = January and C= December 4th and 5th character: Work lot 01 to Z9

R O H S C O M P L I A N T P R O D U C T D ATA D R AW I N G 18.0 ± 0.2 M AT E R I A L C O N N E C T O R S : VITA 67.3 SMPM Backplane Contact ( 3221-40066 ) VITA 67.3 SMPM Backplane Contact ( 3221-40066 ) C A B L E : Ø.085 Flexible Coax S H R I N K T U B I N G : M23053/5 P E R F O R M A N C E I M P E D A N C E : 50 Ohms F R E Q .

ITEM # SVHC CAS PPM SF2911-60172 LEAD 7439-92-1 4,000 SV Design Engineering Department design@svmicro.com Signed for and on behalf of SV Microwave, Inc

-10°C ~ 90°C Storage Temperature Range-20°C~ 90°C Rated Current Max. 30 mA Insulation Resistance Min 100 MΩ by 500V DC Application Section Detecting the turbidity degree of water Theory of Operation The sensor operates on the principle that when light is passed through a sample of water, the amount of light transmitted through the sample is

-10°C ~ 90°C Storage Temperature Range-20°C~ 90°C Rated Current Max. 30 mA Insulation Resistance Min 100 MΩ by 500V DC Application Section Detecting the turbidity degree of water Theory of Operation The sensor operates on the principle that when light is passed through a sample of water, the amount of light