SNAP 2-Ch 100-Ohm Platinum RTD Analog Temperature Input Module

SNAP 2-Ch 100-Ohm Platinum RTD Analog Temperature Input Module

€ 0,00

SNAP 2-Ch 100-Ohm Platinum RTD Analog Temperature Input Module

Out of stock

SKU: SNAP-AIRTD Categories: , Brand:

Description

The SNAP-AIRTD provides two channels of analog temperature input. Nominal input temperature range is -200 to +850 degrees C. Input range is 0 to 400 ohms. Although the two channels are not isolated from each other, the module is transformer isolated and optically isolated from other modules and devices. Modules are factory calibrated.
The SNAP-AIRTD uses 100 ohm platinum inputs. For other similar modules, see the SNAP-AIRTD-1K (1000 ohm platinum) and the SNAP-AIRTD-10 (10 ohm copper).

Attachments

Product features

  • Model: SNAP
  • ETIM Code: EC001420
  • ETIM Class: PLC analogue I/O-module
  • Number of analogue inputs: 2
  • Analogue inputs configurable: Yes
  • Input, current: No
  • Input, voltage: No
  • Input, resistor: Yes
  • Input, resistance thermometer: Yes
  • Input, thermocouple: No
  • Input signal, configurable: Yes
  • Resolution of the analogue inputs: 14 bit
  • Type of electric connection: Screw-/spring clamp connection
  • Width: 85.5 mm
  • Power consumption: 1 Watt
  • Height: 18.3 mm
  • Depth: 90.2 mm
  • Variant: Analog Input
  • Weight: 0.1 kg

Description

The SNAP-AIRTD provides two channels of analog temperature input. Nominal input temperature range is -200 to +850 degrees C. Input range is 0 to 400 ohms. Although the two channels are not isolated from each other, the module is transformer isolated and optically isolated from other modules and devices. Modules are factory calibrated.
The SNAP-AIRTD uses 100 ohm platinum inputs. For other similar modules, see the SNAP-AIRTD-1K (1000 ohm platinum) and the SNAP-AIRTD-10 (10 ohm copper).

Attachments

Get a quote

Do you have any questions or need more information about a product?

Our experts are happy to help you!

Contact us+31 85 800 3700
Powered by  GDPR Cookie Compliance
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.