Search results for “DCH2 (2W)”

The A/100-2W-DO-6 from Automation Components, Inc. is a 100 Ohm two-wire platinum RTD (Pt, ±3850 ppm/°C) for duct mounting, supplied as a probe.

The MP6-2W-4LE-0M from Artesyn Embedded Power is an enclosed AC-DC converter rated 800 W with 3 outputs at 48 V, 12 V and 5 V, accepting 85 to 264 VAC and 120 to 300 VDC input.

The A/RH3-100-2W-D from Automation Components, Inc. is a humidity and temperature sensor measuring 0 to 100% RH with analog current and analog voltage outputs, ±3% RH accuracy, a 20 s response time and chassis mounting.

The A/100-2W-O-4X from Automation Components, Inc. is a two-wire 100 Ohm platinum RTD (±3850 ppm/°C) outside-mount module.

The BB-485USBTB-2W from Advantech Corp is a mini converter from USB to RS-485.

The A/RH1-100-2W-D from Automation Components, Inc. is a humidity and temperature sensor measuring 0 to 100% RH with analog current and analog voltage outputs, ±1% RH accuracy, a 20 s response time and chassis mounting.

The A/RH3-100-2W-O from Automation Components, Inc. is a humidity and temperature sensor measuring 0 to 100% RH with analog current and analog voltage outputs, ±3% RH accuracy, a 20 s response time and chassis mounting.

The A/100-2W-S-4X from Automation Components, Inc. is a two-wire, strap-on 100 Ω platinum RTD with a ±3850 ppm/°C coefficient, supplied as a module.

The A/RH3-1K-2W-D from Automation Components, Inc. is a humidity and temperature sensor measuring 0 to 100% RH with analog current and analog voltage outputs, ±3% RH accuracy, a 20 s response time and chassis mounting.

The A/RH1-100-2W-O from Automation Components, Inc. is a relative humidity (RH) sensor.

The A/100-2W-S10-4X from Automation Components, Inc. is a two-wire 100 Ohm platinum RTD (±3850 ppm/°C) with a threaded cylindrical probe.

The A/100-2W-PO-2 from Automation Components, Inc. is a two-wire platinum RTD probe rated 100 Ω with ±3850 ppm/°C, supplied as a probe.

The A/100-2W-DO-4 from Automation Components, Inc. is a 100 Ω two-wire RTD for duct mounting.