U.S. Ground
Parcel Shipments
See Shipping Policy
View Cart
The RSPAdvantage
Home Breakers, Fuses & Circuit Protection Miniature Circuit Breakers Phoenix Contact Miniature Circuit Breakers CBMC E4 24DC/1-4A NO Phoenix 2906031 Device circuit breakers max. 16 Amp DC 18 VDC - 30 VDC
Images are for illustration only and may not reflect the actual product. Refer to the description or specs.

Downloads

Phoenix 2906031 CAD data International.dxf Phoenix 2906031 CAD data International.pdf Phoenix 2906031 CAD data International.stp Phoenix 2906031 Flyer English.pdf Phoenix 2906031 Flyer English-2.pdf Phoenix 2906031 Manufacturers declaration English.pdf Phoenix 2906031 Manufacturers declaration International.pdf Phoenix 2906031 Package Slip International.pdf Phoenix 2906031 Product Information English.pdf Phoenix 2906031 Tender Text English.zip Phoenix 2906031 Various English.pdf

CBMC E4 24DC/1-4A NO Phoenix 2906031 Device circuit breakers max. 16 Amp DC 18 VDC - 30 VDC

CBMC E4 24DC/1-4A NO Phoenix 2906031 Device circuit breakers max. 16 Amp DC 18 VDC - 30 VDC DIN rail: 35 mm Protective Devices
Normally In Stock! Order now!
Condition: New

Usually ships Same Day or Next Day
Price: $207.20
Sale Price: $134.68
Add to JobAdd to FavoritesAdd to Quick Quote
Multi-channel electronic device circuit breaker for protecting four loads at 24 VDC in the event of overload and short circuit. With electronic locking of the set nominal currents. For installation on DIN rails.
Specifications
Breaker Mount Type Din Rail
Breaker Amperage Rating 16 Amp
Breaker Number of Poles Single Pole
Breaker Voltage Rating 18 VDC - 30 VDC
Manufacturer Phoenix Contact
Component Electronic Circuit Breaker

Customer Reviews

0.0
0 Reviews

All Reviews

Reviewed by 0 customers
Usually ships Same Day or Next Day

Customer Service

Order Tracking Favorites Your Account About Us Careers

Store Info

Shipping Policy Returns FAQs Privacy Policy

Contact Us

  RSP Supply
710 S Redwood Road
North Salt Lake, Utah 84054

  801-532-2706
  sales@rspsupply.com

Payment Methods

Follow Us