Fargo Controls, Inc. NAMUR Inductive Proximity Sensor S3250

Description
Working Principle These sensors act as a variable resistor. With the active surface free, they have a low output resistance. In the presence of a metal target the output resistance is high. The resulting variation in the current is used to control a signal amplifier. Technical Characteristics Nominal voltage: 8 Vdc (7,7 - 9V) - Load resistance 1K ohms Output current: In the presence of metals < 1 mA Output current: In the absence of metals > 3 mA These sensors can be used in a variable voltage field from 5 to 30 Vdc. Amplifiers All the NAMUR sensors can operate in connection with the following amplifiers: ALNC type for 1 sensor; ALTP delayed type for 1 sensor or ALN2 type for 2 sensors. Furthermore, they can be connected to the electronic rotation controls CRTP. Features: Conforming to NAMUR standards (DIN 19234) Pre-wired cable or connector models CE Compliant to the EMC directive
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Description
Working Principle These sensors act as a variable resistor. With the active surface free, they have a low output resistance. In the presence of a metal target the output resistance is high. The resulting variation in the current is used to control a signal amplifier. Technical Characteristics Nominal voltage: 8 Vdc (7,7 - 9V) - Load resistance 1K ohms Output current: In the presence of metals < 1 mA Output current: In the absence of metals > 3 mA These sensors can be used in a variable voltage field from 5 to 30 Vdc. Amplifiers All the NAMUR sensors can operate in connection with the following amplifiers: ALNC type for 1 sensor; ALTP delayed type for 1 sensor or ALN2 type for 2 sensors. Furthermore, they can be connected to the electronic rotation controls CRTP. Features: Conforming to NAMUR standards (DIN 19234) Pre-wired cable or connector models CE Compliant to the EMC directive
Request a Quote Datasheet

Suppliers

Company
Product
Description
Supplier Links
NAMUR Inductive Proximity Sensor - S3250 - Fargo Controls, Inc.
Eatontown, NJ, USA
NAMUR Inductive Proximity Sensor
S3250
NAMUR Inductive Proximity Sensor S3250
Working Principle These sensors act as a variable resistor. With the active surface free, they have a low output resistance. In the presence of a metal target the output resistance is high. The resulting variation in the current is used to control a signal amplifier. Technical Characteristics Nominal voltage: 8 Vdc (7,7 - 9V) - Load resistance 1K ohms Output current: In the presence of metals < 1 mA Output current: In the absence of metals > 3 mA These sensors can be used in a variable voltage field from 5 to 30 Vdc. Amplifiers All the NAMUR sensors can operate in connection with the following amplifiers: ALNC type for 1 sensor; ALTP delayed type for 1 sensor or ALN2 type for 2 sensors. Furthermore, they can be connected to the electronic rotation controls CRTP. Features: Conforming to NAMUR standards (DIN 19234) Pre-wired cable or connector models CE Compliant to the EMC directive

Working Principle

These sensors act as a variable resistor. With the active surface free, they have a low output resistance. In the presence of a metal target the output resistance is high. The resulting variation in the current is used to control a signal amplifier.

Technical Characteristics

Nominal voltage: 8 Vdc (7,7 - 9V) - Load resistance 1K ohms Output current: In the presence of metals < 1 mA Output current: In the absence of metals > 3 mA These sensors can be used in a variable voltage field from 5 to 30 Vdc.

Amplifiers

All the NAMUR sensors can operate in connection with the following amplifiers: ALNC type for 1 sensor; ALTP delayed type for 1 sensor or ALN2 type for 2 sensors. Furthermore, they can be connected to the electronic rotation controls CRTP.

Features:

  • Conforming to NAMUR standards (DIN 19234)
  • Pre-wired cable or connector models
  • CE Compliant to the EMC directive
Supplier's Site Datasheet

Technical Specifications

  Fargo Controls, Inc.
Product Category Proximity Sensors
Product Number S3250
Product Name NAMUR Inductive Proximity Sensor
Sensor Technology Inductive Proximity Sensor
Body Shape Rectangular
Operation Distance 0.3937 to 2.36 inch (10 to 60 mm)
Switching Frequency 0.1000 kHz
Operating Temperature -13 to 158 F (-25 to 70 C)
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