BQ3B10000S01 - 100Amp Circuit Breaker

BQ3B10000S01 - 100Amp Circuit Breaker

The Siemens BQ3B10000S01 is a 100-amp, 3-pole Type BQ circuit breaker designed for you to use in 240-volt electrical distribution systems. In addition to standard overcurrent protection, this model includes a factory-installed 120VAC shunt trip, allowing the breaker to be opened remotely through an external control circuit.

The bolt-on design provides a secure connection in compatible equipment, and load-side lugs are included. With a 100-amp rating and a 10kA interrupting capacity, the BQ3B10000S01 is commonly used for feeder circuits, branch circuits, HVAC equipment, motor loads, and general power distribution. Like other breakers in the Siemens BQ series, it is built for your everyday service in commercial and industrial environments.

Key Features and Benefits

• 100 amp current rating
• Three-pole common-trip operation
• 240 VAC voltage rating
• Factory-installed 120VAC shunt trip
• 10kA interrupting rating (AIR)
• Bolt-on mounting configuration
• Load-side lugs included
• Molded case circuit breaker construction
• Suitable for feeder and branch circuit protection
• UL 489 Listed

Technical Specifications

• Manufacturer: Siemens
  
• Catalog Number: BQ3B10000S01
  
• Series: BQ
  
• Product Type: Molded Case Circuit Breaker (MCCB)
  
• Amp Rating: 100 Amps
  
• Number of Poles: 3
  
• Voltage Rating: 240 VAC
  
• Interrupting Rating: 10kA AIR
  
• Special Feature: 120VAC Shunt Trip
  
• Trip Configuration: Common Trip
  
• Connection Type: Bolt-On
  
• Dimensions:
  • Width: 4 in.
  • Height: 4 in.
  • Depth: 5 in.
• Weight: 1.323 lb.
  
• UPC: 783643000858
  
• Country of Origin: Mexico
  

Material Compliance and Certifications

• UL 489 Listed
• Designed for low-voltage electrical distribution applications
• Export Classification: EAR99
• Manufactured to Siemens product standards

Where It Works Best

• The Siemens BQ3B10000S01 is commonly installed in commercial buildings, manufacturing facilities, schools, warehouses, and other properties that utilize three-phase power.