Search Results for anderson greenwood 80 series catalog

PRODUCT DATASHEET HB158-U12S24-350LI HYBRIFLEX® Hybrid Feeder Cabling Solution 12x24, 1-5/8”, 12 pairs 6AWG, Low-Inductance Coaxial Power Wire, 24 pairs Single-Mode Fiber, DLC Connectors, 350 ft

Series Voltage Compensated, Media Isolated, High Pressure Sensors Applications • Process control systems • Hydraulic systems and valves • Automobiles and trucks • Biomedical instruments • Refrigeration and HVAC controls • Appliances and consumer electronics • Ship and marine systems • Aircraft and avionic systems Features

NPI-19 I2C Series Specifications Parameters Min. Typ. Max. Units Zero Pressure Output (10% - 90%) 666 Count Hex Zero Pressure Output (5% - 95%) 333 Count Hex Full Scale Pressure Output (10% - 90%) 399A Count Hex Full Scale Pressure Output (5% - 95%) 3CCB Count Hex POWER UP Symbol Parameter Limits Unit Remark Min Typ Max T

Our A Series™ is a line of heavy duty plastic rectangular & circular connectors, which include AT, ATP, ATM and AHD Series™ AT06GY-3S-N-TPE-M2 3 Position Plug Single-Ended Molded Cable Assembly. Black TPE, Uses Connector AT06-3S, 2 Meter Length.

80 HBF058-08U1S2-80FS 90 HBF058-08U1S2-90FS 100 HBF058-08U1S2-100FS PRODUCT DATASHEET HBF058-08U1S2-60FS HYBRIFLEX® RRH Hybrid Jumper, 5/8", 1 pair 8AWG, 1 pair Single-Mode Fiber with DLC to Elongated DLC Clip, 60 ft HBF058-08U1S2-60FS REV : A REV DATE : 15 Mar 2021 www.rfstechnologies.com

80 11.90 12.40 12.90 85 10.11 10.54 10.98 90 8.619 8.994 9.376 95 7.373 7.699 8.032 100 6.327 6.611 6.903 Thermistor Resistance (R-T Table) Sensitivity Field of View Filter Transmission Data Parameter Limits Units Condition Min Typ Max Field of View 81 86 91 Degree 50% of Maximum Output

790 820 1960 1235 520 70 6 7 Mitteleinstiegstoilette Die Toilette für den Einbau im mittleren Busbereich. Die Mitteleinstiegstoilette ist speziell für den Einbau am Mitteleinstieg des Busses

7. 51443 FSO: 80 - 120 mV. Shipping and Handling All wafers are shipped in protective containers. The wafers are sawn on sticky tape with rings. All wafers are electrically probed and visually inspected. Samples from each wafer verify offset, FS output, and linearity. Electrical rejects are inked with red dots. Visual rejects

specific requirements of our clients for small to large series. In doing so we are combining tried and tested technolo-gies with innovative product ideas. Our expertise and flex-ibility are well demonstrated in the developement of customer specific solutions. One thing that all our products have in common is the nonexist -

TESTING AND ENVIRONMENTAL Storage Temperature °C (°F) -40 to 70 (-40 to 158) Operation Temperature °C (°F) -40 to 65 (-40 to 149) Installation Temperature °C (°F) -20 to 65 (-4 to 149)

The Amphenol Socapex Shielded Coaxial Contact is designed for high frequency interconnection in a range of applications, including battlefield communication, aerospace, and telecom. Available in contact sizes 16, 12, and 8, the shielded coaxial contact is qualified to AS39029 coax standards and available in both crimp and PC Tails versions. It can be used in MIL-DTL-38999, EN3645, EN4165, and ...

80 FR-N-2SSM-01-80F 90 FR-N-2SSM-01-90F 100 FR-N-2SSM-01-100F PRODUCT DATASHEET FR-N-3SM-01-50F HYBRIFLEX® RRH Optical Fiber Cable, 3 Pair, Ruggedized Bend-Insensitive Single-Mode Fiber, DLC Connectors, 50 ft FR-N-3SM-01-50F REV : C REV DATE : 26 Apr 2021 www.rfstechnologies.com

±-80 ppm CO 2 or 4% of the reading (whichever is greater) @72°F (22°C) when compared against factory certified reference Non-Linearity < 1% of FS Stability With ABC Logic enabled (default setting for T8002-ACD-2K) <2% FS over the life of the sensor (typical 15 years) With ABC Logic disabled (default setting on T8002-ACD)

The new Telaire T5100-LED series is a new low cost, high performing CO 2 transmitter for the building controls market. It works seamlessly with building automation systems, and allows you to simply and effectively control fresh air into a ventilated space to regulated standards, providing immediate energy savings. ® Amphenol Advanced Sensors

80 11.82 12.32 12.82 85 10.022 10.45 10.88 90 8.526 8.896 9.275 95 7.278 7.601 7.930 100 6.235 6.516 6.804. Typical ZTP-135BS Characteristic Data Sensitivity Field of View Parameter Limits Units Condition Min Typ Max Field of View 80 85 90 Degree 50% of Maximum Output Filter Transmission Data.

Title: NovaSensor P330W Absolute Pressure Sensor Author: Amphenol Advanced Sensors Subject: NovaSensor s P330W Absolute Pressure Sensor is a Piezoresistive (PRT) Pressure Die, offering the same superior stability and sensitivity as in larger die, but in an extremely small footprint, making it ideal for invasive app´ Õ»³ZÞ ÷£ ïv r 8Î1{ +Aç ¶=JÈz³ 1: 8 ¸ 1÷ÛL "X¬xçk 0úÁøô ...

80 hbf058-08u1s1-80f1 90 hbf058-08u1s1-90f1 100 hbf058-08u1s1-100f1 additional assemblies - 2 pair sm fiber length, ft model number 8 hbf058-08u1s2-8f 10 hbf058-08u1s2-10f 12 hbf058-08u1s2-12f 15 hbf058-08u1s2-15f 20 hbf058-08u1s2-20f 25 hbf058-08u1s2-25f 30 hbf058-08u1s2-30f 40 hbf058-08u1s2-40f 50 hbf058-08u1s2-50f 60 hbf058-08u1s2-60f 70 ...

80 1.1984 1.261 1.3264 85 1.0193 1.0745 1.1317 90 0.8707 0.9193 0.9697 95 0.7469 0.7898 0.8344 100 0.6433 0.6812 0.7208 105 0.5562 0.5899 0.625 Specifications Thermopile Chip Parameter Limits Units Condition Min Typ Max Chip Size 1.8 x 1.8 mm2 Diaphragm Size 1.0 x 1.0 mm2 Active Area 0.5 x 0.5 mm2 Internal Resistance 35 50 65 kW 25°C ...

80 hbf058-08u1s2-80fs 90 hbf058-08u1s2-90fs 100 hbf058-08u1s2-100fs additional assemblies - 1 strand sm fiber length, ft model number 10 hbf058-08u1ss-10fs 15 hbf058-08u1ss-15fs 20 hbf058-08u1ss-20fs 30 hbf058-08u1ss-30fs 40 hbf058-08u1ss-40fs 50 hbf058-08u1ss-50fs 60 hbf058-08u1ss-60fs 70 hbf058-08u1ss-70fs 80 hbf058-08u1ss-80fs 90 hbf058 ...

-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