Ice lab · Cool-cast edits · Free shipping over $80
Login Register
Ice lab · Dual-buy left bay

Ipf Electronic - Lichtleitersensor/Lichtleiterverstärker Lichtleiter Taster, 2m, LT200510 Kopf: Edelstahl Leitungen 6 A Bemessungsspannung 250 V

SKU 10674284015 4.1
EUR148.45 EUR189.45

Pay in 4 interest-free payments of $37.11 Learn more

Shipping Estimate
USA
  • USA
  • CAN

Ships within 48 hours · Estimated delivery Nov 16 - Nov 21

Specimen tray Carousel

Lab notes

Soft-blob field with ribbon-tape seals — cool ice-lab sheet for description and returns.

Description

Ipf Electronic Lichtleitersensor Lichtleiterverstärker Lichtleiter Taster, 2m, LT200510 Kopf: Edelstahl Leitungen 6 A Bemessungsspannung 250 V 6 A Bemessungsspannung 250 V Betriebsfrequenz 50 Technische Details Nennquerschnitt 300 mm² Ausführung DIN Ausführung Hülsenform lang Geeignet für massive Leiter ja Geeignet für mehrdrähtige Leiter ja Geeignet für feindrähtige Leiter ja Geeignet für hohe Temperaturen (bis 650 °C) nein Geeignet für Lackdraht nein Geeignet für Rundleiter ja Geeignet für Flachleiter nein Werkstoff Kupfer Oberflächenschutz blank Isolation ohne Spannungsreihe bis 30 kV Verbindungsart Stoßverbinder Anzahl der Abzweige 2 Für zugfeste Verbindungen nein Ölstopp Mittelsteg ja

Exchange/Return Notes
  • We offer a 30-day return/exchange service after receiving.
  • Final sale items are not eligible for returns or exchanges.
  • To process your return/exchange, please contact us at [email protected]
  • Please click here for more details>>> Return & Exchange Policy

Frequently Asked Questions for Ipf Electronic - Lichtleitersensor/Lichtleiterverstärker Lichtleiter Taster, 2m, LT200510 Kopf: Edelstahl Leitungen 6 A Bemessungsspannung 250 V

What should I check before selecting boxes during checkout?

Ask the seller about wording that remains unclear to you. Read any explanation that appears after changing a selection.

What should I check when a product appears in a sponsored listing?

Check whether the advertised option is currently available. Compare relevant alternatives using consistent criteria rather than page position.

Where should I look for guidance on using the product correctly?

If no special instructions are provided, ask about an important uncertainty instead of guessing. Check whether additional resources are needed to follow the guidance.

Discover

Random picks

You may also like

Recommended

recommand products