DT400H ARINC 429 DATABUS Analyzer

• Lightweight, hand-held unit • 16-line, backlit display • User-friendly operation • Record up to 240 screens for later download to PC/printer • Many labels displayed simultaneously • Fully compatible with all other DATATRAC test equipment and PC-based support programs • Proven reliabilit

Fast Ethernet Cat5e Data Double-Ended Cordset

Product Description Fast Ethernet Cat5e Data Double-Ended Cordset: Male straight RJ45-coded black RJ45 Field Attachable to male straight RJ45-coded black RJ45 Field Attachable, shielded, 30 V AC / 42 V DC, 1.5 A; PUR green cable, 4-wires, 2x2x0.34 mm²

包装：散装 描述：IONIZER OVERHEAD MODEL 991 静电控制，防静电，ESD，无尘室产品 电离装置，除静电设备

包装：盒 描述：INPUT PLUG AUSTR FOR WALL ADAPT 电源 - 外部/内部（板外） 配件

Belden Solid Filler Panels

Product Description Solid Filler Panel, includes Mounting Hardware

Belden Solid Filler Panels

Product Description Solid Filler Panel, includes Mounting Hardware

Belden Plastic Tool-Less Filler Panels

Product Description Filler Panels, Plastic Tool-Less. Fits 10-32, 12-24 & square hole rails.

Belden Plastic Tool-Less Filler Panels

Product Description Filler Panels, Plastic Tool-Less. Fits 10-32, 12-24 & square hole rails.

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection ■Process connection G1/8 male thread ■Electrical connection rotatable by 360° Functional p

Temperature Detection – Probe

Features ■Pt‐100 probe acc. to DIN EN 60751 ■Vibration and shock-resistant ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■4-wire connection technology ■Process connection G1/8 male thread ■Electrical connection rotatable by 360° Functional principle Resist

Temperature Detection – Probe

Features ■Pt‐100 probe acc. to DIN EN 60751 ■Vibration and shock-resistant ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■4-wire connection technology Functional principle Resistance thermometers are used for the detection and monitoring of temperatures to

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection ■Process connection Tri-Clamp 3/4 Functional principle Resistance thermometers are used fo

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection ■Process connection Tri-Clamp 3/4 Functional principle Resistance thermometers are used fo

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt‐100 probe acc. to DIN EN 60751 ■Vibration and shock-resistant ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■4-wire connection technology Functional principle Resistance thermometers are used for the detection and monitoring of temperatures to

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Can be connected to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitorin

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Operating temperature of the connector: -20 … 120 °C ■4-wire connection technology Functional principle Resistance thermometers are used for the detection and

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Operating temperature of the connector: -20 … 120 °C ■4-wire connection technology Functional principle Resistance thermometers are used for the detection and

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting 0…100 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are ava

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting 0…100 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are ava

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated el

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated el

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…150 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…150 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…50 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are av

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting 0…100 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are ava

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting 0…100 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are ava

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated el

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated el

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…150 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…150 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…50 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are av

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…50 °C (other settings on request) ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are av

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting 0…100 °C (other settings on request) ■Process connection G1/8 male thread Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated electronics, the limited temperatu

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…50 °C (other settings on request) ■Process connection G1/8 male thread Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated electronics, the limited temperat

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting 0…100 °C (other settings on request) ■Process connection G1/8 male thread Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated electronics, the limited temperatu

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…50 °C (other settings on request) ■Process connection G1/8 male thread Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated electronics, the limited temperat

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated el

Temperature Detection – With Current Output

Features ■Miniature design ■Analog output 4…20 mA ■Factory setting -50…100 °C (other settings on request) ■Process connection G1/8 male thread Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated electronics, the limited tempera

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – Probe

Features ■Pt‐100 probe acc. to DIN EN 60751 ■Vibration and shock-resistant ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■4-wire connection technology Functional principle Resistance thermometers are used for the detection and monitoring of temperatures to

Temperature Detection – Probe

Features ■Pt 100 probe according to DIN EN 60751 ■Resistant to vibrations and shocks ■Connectable to TS, TTM, IM34, BL20, BL67 ■Max. temperature connector: 120°C ■Connection mode: 4-wire connection Functional principle Resistance thermometers are used for the detection and monitoring of

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Measuring range 0…X °C (special item: Measuring range must be set by customer service!) ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diamet

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diameter; excluding 30-mm probe tip) Functional principle The TTM miniature transmitters are a

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Measuring range 0…X °C (special item: Measuring range must be set by customer service!) ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Compression fitting process connection ■Bendable probe (min. bending radius: 3x outer diamet

Temperature Detection – With Current Output and PNP/NPN Transistor Switching Output

Features ■Miniature design ■Parameterizable via IO-Link ■Analog output 4…20 mA (2-wire) ■Switching output ■Process connection G1/8 male thread Functional principle The TTM miniature transmitters are available with integrated probe. Due to the integrated electronics, the limited tempera

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