3VA4135-5ED14-0AA0 - 35Amp Circuit Breaker

3VA4135-5ED14-0AA0 - 35 Amp Circuit Breaker

Discover an effective, reliable way to protect your system with the Siemens 3VA4135-5ED14-0AA0 — a 35-amp, single-pole breaker built on the 3VA41 frame. With a TM210 thermal-magnetic trip unit (fixed settings), it responds consistently to overloads or short circuits without requiring fine-tuning. At just 5.1 inches tall and about 1 lb in weight, it installs easily even in tighter panel spaces, delivering dependable protection without bulk.

Key Features and Benefits

• Responds swiftly to overcurrent events: Keeps wiring and loads safe.
• Compact profile: Fits in panels with limited clearance.
• High interrupting capacity: Rated for up to 35 kA at 277 VAC.
• Pre-installed load-side lugs: Reduces installation time.
• Industry trust: From Siemens, a recognized name in circuit protection.

Technical Specifications

• Manufacturer: Siemens
  
• Frame: 3VA41
  
• Part Number: 3VA4135-5ED14-0AA0
  
• Amperage: 35 A
  
• Poles: 1
  
• Voltage Rating: 277 VAC
  
• Interrupting Rating: 35 kA @ 277 VAC
  
• Trip Unit: TM210 thermal-magnetic (fixed Ir, fixed Ii)
  
• Height: 5.1 in
  
• Approx. Weight: 1 lb
  
• Lugs: Pre-installed on load side
  

Material Compliance and Certifications

• Compliance: This Siemens molded-case breaker is UL listed and meets Class M (MEAB) breaking capacity standards, ensuring safe operation under ANSI/UL guidelines.
• Design Standards: It complies with Siemens’ internal design standards for the 3VA series. Use of the Siemens name and trademarks here is purely for accurate identification and does not imply any partnership or endorsement.

Where It Works Best

• The 3VA4135-5ED14-0AA0 is ideal for commercial and light industrial setups. If you’re an electrician, facility manager, or maintenance technician, this breaker is great in panelboards or switchgear requiring a dependable single-pole 35 A circuit protection. It’s well-suited for branch circuits in lighting, HVAC, motor control, or general-purpose electrical loads.