Datasheet4U Logo Datasheet4U.com

PC354 - PCB Relay

Datasheet Summary

Features

  • 25 Amp contact Capacity.
  • 70 Amp Inrush.
  • 5 kV Dielectric Strength Between Coil and Contacts.
  • .250 Quick Connect Terminals for Load.
  • 1.5 Hp @ 250 VAC.
  • Meets UL 873 Spacing.
  • Lead Free and RoHS Compliant E93379 Load Type Resistive Load 1A (SPST-NO) 25 A @ 250 VAC 20 A @ 277 VAC Motor Load 1.5 HP @ 250 VAC NOT UL RATED Load Type Inductive Load 1A (SPST-NO) 20 A @ 250 VAC, P. F. = 0.4.

📥 Download Datasheet

Datasheet preview – PC354

Datasheet Details

Part number PC354
Manufacturer Picker
File Size 457.85 KB
Description PCB Relay
Datasheet download datasheet PC354 Datasheet
Additional preview pages of the PC354 datasheet.

📁 Similar Datasheet

  • PC3541 - Pressure sensors (ifm)
  • PC354N1J000F - AC Input Photocoupler (Sharp Electrionic Components)
  • PC354N1TJ00F - AC Input Photocoupler (Sharp Electrionic Components)
  • PC354NJ0000F - AC Input Photocoupler (Sharp Electrionic Components)
  • PC354NT - Mini-flat Package/ AC Input Type Photocoupler (Sharp Electrionic Components)
  • PC354NTJ000F - AC Input Photocoupler (Sharp Electrionic Components)
  • PC353 - Mini-flat Package Photocoupler with Base Terminal (Sharp Electrionic Components)
  • PC353T - Mini-flat Package Photocoupler with Base Terminal (Sharp Electrionic Components)
  • PC355 - Mini-Flat Package/ High Sensitivity Photocoupler (Sharp Electrionic Components)
  • PC355NT - Mini-Flat Package/ High Sensitivity Photocoupler (Sharp Electrionic Components)
Other Datasheets by Picker

Full PDF Text Transcription

Click to expand full text
25 Amp Miniature PCB Power Relay PC354 FEATURES  25 Amp contact Capacity  70 Amp Inrush  5 kV Dielectric Strength Between Coil and Contacts  .250 Quick Connect Terminals for Load  1.5 Hp @ 250 VAC  Meets UL 873 Spacing  Lead Free and RoHS Compliant E93379 Load Type Resistive Load 1A (SPST-NO) 25 A @ 250 VAC 20 A @ 277 VAC Motor Load 1.5 HP @ 250 VAC NOT UL RATED Load Type Inductive Load 1A (SPST-NO) 20 A @ 250 VAC, P.F. = 0.
Published: |