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Schneider XMLZL009 Pressure Sensor Accessories OsiSense XM

Name: Schneider XMLZL009 Pressure Sensor Accessories OsiSense XM
SKU: XMLZL009

Brand:

Schneider

Series:

OsiSense XM

Product Type:

Cooler

Model:

XMLZL009

Order Number:

XMLZL009

Description:

Schneider pressure sensor accessories OsiSense XM XMLZL009, product type cooler

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Series Overview

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Brand：	Schneider
Series：	OsiSense XM
Product Type：	Cooler

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Series Overview

Sensors

The function of the analog pressure sensor is to control and measure the pressure or vacuum in hydraulic or pneumatic systems.

It can convert pressure into an electrical signal proportional to the measured pressure.

Its high precision makes it suitable for pressure/vacuum display, control, and regulation required by all industrial applications.

Because it is very robust, it is also suitable for applications with high operating speeds.

Pressure and Vacuum Switches

The function of the electronic pressure/vacuum switch is to control or regulate the pressure or vacuum in hydraulic or pneumatic systems.

When the preset pressure or vacuum point is reached, it can convert the pressure change into a digital output signal.

The robustness of the switch and its good conformity to the set value over a period of time make it an ideal choice for applications with high operating speeds.

In addition, its high repeatability and short response time also make it suitable for applications that require pressure regulation and pressure measurement.

General - purpose Sensors

General - purpose sensors are electronic pressure/vacuum switches that include analog outputs identical to those of sensors.

Rachel

Industrial Control Sales Specialist: Focuses on delivering high-performance, cost-effective industrial control products. Offers end-to-end one-stop procurement support—covering rapid quotation, streamlined order fulfillment, and responsive after-sales service—to simplify clients’ procurement processes. Email: Anthony@icxsg.com

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Schneider XMLZL009 Pressure Sensor Accessories OsiSense XM

Product parameters

Series Overview

Series Overview

Rachel

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