Product Name: Negele NSL-F-02 Continuous Level Sensor With Dual Probe
Brand: Negele
Product Code: NSL-F-02
Tags: Negele
Negele Continuous Level Sensor Dual Probe
Negele NSL-F-02 Continuous Level Sensor With Dual Probe
NSL-F-02 Sensor Probe
Negele NSL-F-02 Level Dual Probe
Continuous Level With Dual Probe
Negele Sensor With
NSL-F-02 Sensor Dual
NSL-F-02 Continuous Sensor Dual Probe
Negele NSL-F-02 Continuous Level With Probe
Continuous Level Dual Probe
NSL-F-02 Level Dual Probe
Negele NSL-F-02 Continuous Sensor Dual Probe
NSL-F-02 Level Sensor Dual
Negele NSL-F-02 Level Sensor Probe
Negele Sensor Probe
NSL-F-02 Level With
Continuous Dual Probe
Negele Continuous Level Sensor Dual
Negele NSL-F-02 Continuous Dual Probe
NSL-F-02 Continuous Level Sensor
Continuous Level Sensor With Dual Probe
Are you interested in the product Negele NSL-F-02 Continuous Level Sensor With Dual Probe from manufacturer Negele with code NSL-F-02? Contact us now and get offer. Imtek Engineering, the fastest and most reliable industrial equipment supplier in the world, will offer you the best offer!
Get Offer With E-Mail: info@im-tek.com
Get a offer for Negele NSL-F-02 Continuous Level Sensor With Dual Probe from our live support team now!
Potentiometric, continuous level measurement in metallic or plastic vessels with hygienic thread G1? (CLEANadapt, Tri-Clamp), compact versionOptimized resource efficiency through precise measurement even for demanding applications with foam, pasty or highly adhesive mediaFlex-Hybrid: Digital IO-Link and analogue 4…20 mA parallelExtremely fast response time < 100 ms for filling processesFor non-metallic vessels from 200 mm to 1500 mm heightDual probe version especially for use in plastic vessels up to 1500 mm heightHygienic alternative to float sensors due to easily sterilisable installation solutionIdeal for adhesive and pasty mediaMinimum product conductivity typically 50 ?S/cmInstallation in vessels at the top, the side or from belowModular design: configurable from the low-cost basic version to the high-end model