Siemens HHED63B100 Sentron ED-Frame 100A 3-Pole 600V Molded Case Circuit Breaker
- Regular price
- $1,999.00
- Sale price
- $1,999.00
- Regular price
-
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Product Description P/N: HHED63B100
Description
The Siemens HHED63B100 is a high-interrupting molded case circuit breaker designed to provide severe overcurrent and short-circuit protection in commercial electrical distribution systems. This 100-amp, three-pole protective device utilizes a robust thermal-magnetic trip mechanism to continuously monitor electrical loads and rapidly disconnect power during hazardous fault conditions. By securing critical branch circuits, the breaker prevents catastrophic damage to downstream industrial equipment and ensures continuous facility operation.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Siemens |
| Category | Electrical Distribution |
| Part Number | HHED63B100 |
| Subcategory | Circuit Breakers |
| Amperage Rating | 100 A |
| Maximum Voltage Rating | 600 VAC / 250 VDC |
| Number of Poles | 3 |
| Frame Type | ED-Frame (HHED6) |
| Trip Unit Type | Thermal-Magnetic |
| Interrupting Rating | 65 kA at 480 VAC |
| Phase Connection | 3-Phase (ABC) |
| Mounting Style | Panel Mount / Bolt-On |
| Weight | 3.5 lbs |
Information About HHED63B100
The HHED63B100 is an integral safety component of the Siemens Sentron ED-frame series, engineered with a compact, high-dielectric composite housing that safely contains internal arc flashes. It is equipped with a highly responsive thermal-magnetic trip unit that delivers reliable, fixed-parameter protection against both sustained overloads and instantaneous short circuits. Electrical technicians deploy this UL-listed breaker within main switchboards and distribution panels requiring a robust 65 kA interrupting capacity at 480 VAC. The architecture features standard bolt-on or lug connections, facilitating secure mechanical integration directly into high-capacity industrial busbar infrastructure.
Key Features:
● Thermal-Magnetic Trip Unit: Combines temperature-sensitive bimetal elements and electromagnetic sensors to precisely detect varying electrical fault profiles.
● High Interrupting Capacity: Delivers an exceptional 65 kA interrupting rating at 480 VAC to safely clear severe industrial electrical faults.
● ED-Frame Construction: Utilizes a compact, high-strength molded case housing to conserve valuable space within crowded commercial switchboards.
● Three-Pole Configuration: Engineered specifically to regulate and protect three-phase alternating current power within demanding factory networks.
● Phase Isolation Barriers: Incorporates specialized internal arc chutes to suppress electrical arcing and prevent dangerous phase-to-phase flashovers during a trip.
● Fixed Trip Settings: Features predetermined thermal and magnetic trip thresholds to simplify field installation and prevent accidental miscalibration.
● Broad Voltage Range: Rated for safe continuous operation up to 600 VAC, accommodating a wide variety of heavy-duty industrial applications.
The HHED63B100 delivers the reliability and precision required for secure power distribution and catastrophic fault prevention in commercial electrical networks.
Description
The Siemens HHED63B100 is a high-interrupting molded case circuit breaker designed to provide severe overcurrent and short-circuit protection in commercial electrical distribution systems. This 100-amp, three-pole protective device utilizes a robust thermal-magnetic trip mechanism to continuously monitor electrical loads and rapidly disconnect power during hazardous fault conditions. By securing critical branch circuits, the breaker prevents catastrophic damage to downstream industrial equipment and ensures continuous facility operation.
Technical Specifications
| Condition | New/Never Used Surplus |
| Brand | Siemens |
| Category | Electrical Distribution |
| Part Number | HHED63B100 |
| Subcategory | Circuit Breakers |
| Amperage Rating | 100 A |
| Maximum Voltage Rating | 600 VAC / 250 VDC |
| Number of Poles | 3 |
| Frame Type | ED-Frame (HHED6) |
| Trip Unit Type | Thermal-Magnetic |
| Interrupting Rating | 65 kA at 480 VAC |
| Phase Connection | 3-Phase (ABC) |
| Mounting Style | Panel Mount / Bolt-On |
| Weight | 3.5 lbs |
Information About HHED63B100
The HHED63B100 is an integral safety component of the Siemens Sentron ED-frame series, engineered with a compact, high-dielectric composite housing that safely contains internal arc flashes. It is equipped with a highly responsive thermal-magnetic trip unit that delivers reliable, fixed-parameter protection against both sustained overloads and instantaneous short circuits. Electrical technicians deploy this UL-listed breaker within main switchboards and distribution panels requiring a robust 65 kA interrupting capacity at 480 VAC. The architecture features standard bolt-on or lug connections, facilitating secure mechanical integration directly into high-capacity industrial busbar infrastructure.
Key Features:
● Thermal-Magnetic Trip Unit: Combines temperature-sensitive bimetal elements and electromagnetic sensors to precisely detect varying electrical fault profiles.
● High Interrupting Capacity: Delivers an exceptional 65 kA interrupting rating at 480 VAC to safely clear severe industrial electrical faults.
● ED-Frame Construction: Utilizes a compact, high-strength molded case housing to conserve valuable space within crowded commercial switchboards.
● Three-Pole Configuration: Engineered specifically to regulate and protect three-phase alternating current power within demanding factory networks.
● Phase Isolation Barriers: Incorporates specialized internal arc chutes to suppress electrical arcing and prevent dangerous phase-to-phase flashovers during a trip.
● Fixed Trip Settings: Features predetermined thermal and magnetic trip thresholds to simplify field installation and prevent accidental miscalibration.
● Broad Voltage Range: Rated for safe continuous operation up to 600 VAC, accommodating a wide variety of heavy-duty industrial applications.
The HHED63B100 delivers the reliability and precision required for secure power distribution and catastrophic fault prevention in commercial electrical networks.