Contextual Info: CN2100, CN2200 & CN2400 Family CN2100 Series 1⁄32 & 1⁄16 DIN Temperature and Process Controllers MADE IN USA OMEGA SM CARE Extended Warranty Program 1 ⁄32 DIN CN2132 Series 169 $ ߜ ߜ ߜ ߜ ߜ ߜ ߜ ߜ ߜ Basic Unit Universal Temperature and Process Input

Contextual Info: PID Controllers Temperature Controls T2000 • • • • • • • • • • • • T2000 1/16 DIN and 1/32 DIN NEMA 4X protection Autotune automatically sets PID parameters Single ramp/soak program Heat-cool operation AC or DC power supply Inputs: Thermocouple, RTD, 0-50mV

Contextual Info: OMEGAROMETER DP2000 Series Process Monitors MADE IN USA OMEGA DP2000 Digital Indicator/Controllers bring you a new world of versatility. ® 1 ⁄8 DIN DP2000 meter A universal 1⁄8 DIN case houses your choice from among thousands of configurations. Choose any combination of display type LED or LCD ,

din 43760

Abstract: DIN IEC 68 din IEC 68 soldering
Contextual Info: Nickel Temperature Sensors FC – Product Series Temperature Range: –60°C.+200°C Nickel temperature sensor elements in FC Flip Chip construction Soldering junction (reflow solderable) Technical Data Specification: DIN 43760 Temperature range:

din 68 150

Abstract: din 43760 smd mk
Contextual Info: Nickel Temperature Sensors SMD – Product Series Temperature Range: –50°C.+150 Nickel temperature sensor elements in SMD constructions Solding junction reflow solderable Technical Data Specification: DIN 43760 Temperature range: -50°C to +150°C

din 43760

Contextual Info: Nickel Temperature Sensors 3W – Product Series Temperature Range: –60°C.+300°C Nickel temperature sensor elements for increased temperature range Technical Data Specification: DIN 43760 Temperature range: -60°C to +300°C Temperature Coefficient:

Resistance characteristic Ni1000

Abstract: ni1000 Ni1000 temperature sensor zni 1000 design ideas EK 110 DIN43760 TS16949 ZNI1000 ZNI1000TA
Contextual Info: ZNI1000 Temperature sensor Description The ZNI1000 is a Ni thin film Resistance Temperature Detector RTD , specified to DIN 43760. The high temperature coefficient offers higher signal outputs than other RTD's, which results in higher accuracy with smaller temperature changes.

Contextual Info: Nickel Temperature Sensors 1E/ 1K – Product Series Temperature Range: –60°C.+150°C Nickel temperature sensor elements with PTFE-insulated connections Technical Data Specification: DIN 43760 Temperature range: -60°C to +150°C Temperature Coefficient:

din 43760

Contextual Info: Nickel Temperature Sensors 2FW – Product Series Temperature Range: –60°C.+200°C Nickel temperature sensor elements with flat wire FW connections Technical Data Specification: DIN 43760 Temperature range: -60°C to +200°C Temperature Coefficient:

din 43760

Contextual Info: Nickel Temperature Sensors 2I/ 2K – Product Series Temperature Range: –60°C.+200°C Nickel temperature sensor elements with PTFE-insulated connections Technical Data Specification: DIN 43760 Temperature range: -60°C to +200°C Temperature Coefficient:

DIN43760

Abstract: ni1000 Ni1000-SOT Resistance characteristic Ni1000 Ni1000 temperature sensor ni1000 DIN 43760 ZNI1000 ZNI1000TA ZNI1000TC
Contextual Info: ZNI1000 TEMPERATURE SENSOR DESCRIPTION The ZNI1000 is a Ni thin film Resistance Temperature Detector RTD , specified to DIN 43760. The high temperature coefficient offers higher signal outputs than other RTD’s, which results in higher accuracy with smaller temperature changes.

ni1000 DIN 43760

Abstract: DIN43760 Ni1000-SOT ni1000 din43760 Ni1000 temperature sensor AIR FLOW DETECTOR self heating Ni1000
Contextual Info: ZNI1000 TEMPERATURE SENSOR DESCRIPTION The ZNI1000 is a Ni thin film Resistance Temperature Detector RTD , specified to DIN 43760. The high temperature coefficient offers higher signal outputs than other RTD’s, which results in higher accuracy with smaller temperature changes.

Ni1000

Abstract: Resistance characteristic Ni1000 DIN43760 ZNI1000 ZNI1000TA ZNI1000TC
Contextual Info: ZNI1000 TEMPERATURE SENSOR DESCRIPTION The ZNI1000 is a Ni thin film Resistance Temperature Detector RTD , specified to DIN 43760. The high temperature coefficient offers higher signal outputs than other RTD’s, which results in higher accuracy with smaller temperature changes.

8E16A

Abstract: 21-PT100 21pt100 8427
Contextual Info: RTD Simulation Values 8E16A Series • • • • 21 PT100 Simulation values Temperature from -100 to +400°C Ideal for calibration and testing DIN 43760 values Dimensions in mm Specifications: T.C. Tolerance @ 25 °C Full load stability No load stability

din 43760

Abstract: F3105 W2103 omega 99 grease F3142 43760 W2102 WS81 W2112 W2122
Contextual Info: A Major Advance in RTD Technology! OMEGA Thinfilm RTD Elements C Model F3105 19 $ 2. 2 Features: Size: Some are as small as thermistors Shape: Flat or cylindrical packages Calibration: α = .00385 DIN 43760 curve Accuracy: Equal to conventional wire-wound units

Contextual Info: Nickel Temperature Sensors 2W – Product Series Temperature Range: –60°C.+200°C Nickel temperature sensor elements with wire connections Technical Data Specification: DIN 43760 Temperature range: -60°C to +200°C Temperature Coefficient: 4280 ppm/K NC series

TFS-S

Abstract: 250R W0805 vishay TFS-W 1206
Contextual Info: TFS Vishay Sfernice Wraparound and Single-In-Line, Thin Film Temperature Sensors FEATURES • Conforms to the DIN 43760 specs in - 60 °C to + 180 °C temperature range RoHS • TCR: 6180 ppm/°C 0 °C; + 100 °C (see Note #1) • Wide resistance range:

Thermocouple color

Abstract: thermocouples sensors Thermocouple Type K 745685-T02 745690-T002 thermocouple j type thermocouple sensor 745686-01 k type thermocouple K001
Contextual Info: Signal Conditioning Thermocouple and RTD Sensors Thermocouple and RTD Sensors Thermocouples J, K, T, and E types Accessories RTDs Thermocouple plugs J, K, T, E Spring-loaded fittings (probes only) Tubing cutters (probes only) Platinum 100 Ω at 0 °C Conform to DIN 43760-1980

vishay TFS-W 1206

Abstract: SIL SFERNICE
Contextual Info: Vishay Sfernice Wraparound and Single-In-Line, Thin Film Temperature Sensors SURFACE MOUNT TFS FEATURES • Conforms to the DIN 43760 specs • Wide range of packaging choices: W/A, SIL, etc. • High precision and stability Vacuum deposited nickel films are used to produce

100C

Abstract: TFS-C515 TFS-C55 TFSC
Contextual Info: Vishay Thin Film Hybrid and Wraparound, Single-In-Line, Thin Film Temperature Sensors SURFACE MOUNT TFS FEATURES • Conforms to the DIN 43760 specs • Wide range of packaging choices: bare chips, W/A, SIL, etc. • High precision and stability down to 0.2%

Contextual Info: Vishay Thin Film Hybrid and Wraparound, Single-In-Line, Thin Film Temperature Sensors SURFACE MOUNT TFS FEATURES • Conforms to the DIN 43760 specs • Wide range of packaging choices: bare chips, W/A, SIL, etc. • High precision and stability down to 0.2%

Contextual Info: Bulletin No. IRMA-F Drawing No. LP0393 Released 12/09 Tel +1 717 767-6511 Fax +1 (717) 764-0839 www.redlion.net MODEL IRMA - INTELLIGENT RTD MODULE WITH ANALOG OUTPUT USER PROGRAMMABLE INPUT (RTD alpha=0.00385 (DIN 43760), alpha=0.00392, or resistance) 

Contextual Info: Series 860 RTD Thermometers Model 868F $ 299 Basic Unit MADE IN USA NIST ߜ Each Unit Comes with Certificate Stating NIST Traceability ߜ 3- and 4-wire RTD’s ߜ Accurate ߜ 0.1° and 1° Resolution ߜ Compact and Rugged ߜ DIN 43760 Standard Specifications

Contextual Info: Platinum Resistance Temperature Detectors Detector Interchangeability Tolerance Chart Tolerance 0.9 OHMS 2.25 Z deg C 0.8 2.0 0.7 1.75 Basic Detector Resistance at 0°C Is 100 ohms CLASS B DIN 43760-1980 BS 1904 0.6 1.5 0.5 1.25 JIS C1604-1981 0.5 JIS C1604-1981