ABB 1SCD014482R1 CSSE OT 30A UL 3P 480V - UL 1008
Part Number: 1SCD014482R1
Quick Summary
ABB 1SCD014482R1 CSSE OT 30A UL 3P 480V is a three-pole control switch designed for reliable motor control in industrial panels. This device tackles common panel reliability challenges by delivering rugged operation with precise open-transition switching. You’ll reduce arc-related wear and extend equipment life in high-duty environments when switching 3-phase loads. The unit is UL 1008 listed and cULus certified, with ETIM classification to support predictable procurement and interchangeability in large facilities. With no neutral required and a 440–480 V operating window, it integrates smoothly into existing power distributions. This combination of protection, certification, and easy integration lowers total cost of ownership while supporting safety and regulatory compliance in manufacturing environments.
Product Information
Conflict Minerals Reporting Template (CMRT)
CMRT - Conflict Minerals Reporting Template
Instructions and Manuals
ZTGSE and ZTSSE Operation & Maintenance Manual
Wiring Diagram
77A-2007 ZTGDSE 30-1200A Electrical Schematic
Minimum Order Quantity
1 piece
Customs Tariff Number
853710
Country of Origin
United States (US)
Package Level 1 Units
crate 1 piece
Controller Type
CS (Level 4)
Neutral Type
No Neutral
Number of Poles
3P
Rated Frequency (f)
Main Circuit 50/60 Hz
Rated Operational Voltage
440 ... 480 V AC
Standards
UL1008
Transition Type
Open Transition
Ampere Rating
30 A
UL Certificate
cULus - CERTIFICATE OF COMPLIANCE - E35022-Vol1-Sec1-20230616
ETIM 8
EC000066 - Power contactor, AC switching
WEEE Category
4. Large Equipment (Any External Dimension More Than 50 cm)
Three-pole, 30 A rating enables direct switching of typical 3-phase motors; this reduces wiring complexity and improves panel density, ideal for conveyors, pumps, and fans. Rated for 440–480 V AC three-phase operation; this wide voltage window supports stable performance across industrial facilities, enabling straightforward installation in manufacturing lines and process equipment. Open Transition switching minimizes contact wear and arcing during energization and de-energization; this extends life in high-cycle control circuits and reduces maintenance overhead in assembly lines and packaging systems. No Neutral configuration simplifies wiring, shortens installation time, and reduces panel costs while maintaining compatibility with existing three-phase distributions. UL 1008 listed and cULus certified underpins regulatory compliance and safety, easing approvals in facilities with stringent electrical standards and supporting warranty and vendor qualification processes.
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FAQs
This device is designed for 3P, 3-phase power distributions with no neutral required. Install in standard ABB-compatible control panels, wire to the three-phase bus, and follow label torque specs and safety procedures. Its open-transition design simplifies wiring by reducing arcing at switch-on and switch-off, which minimizes the risk of premature contact wear.
The unit is rated at 30 A and supports a main operating window of 440 to 480 V AC, compatible with 50/60 Hz service. This combination makes it suitable for most mid-size industrial motors and equipment across manufacturing and processing lines without requiring a secondary contactor for typical loads.
Yes. The 3P configuration, 30 A rating, and open-transition switching are well suited for motor control in conveyors, pumps, fans, and other automation equipment. Its UL 1008 listing and cULus certification provide confidence in compliance, safety, and interchangeability within standardized control panels across multiple lines.
This device carries UL 1008 listing and a cULus certificate (E35022-Vol1-Sec1-20230616). It is also associated with ETIM EC000066 classification for power contactors, aiding standardization and procurement in large facilities, and it aligns with dominant US electrical standards for safe operation.
Open Transition switching reduces arc energy during switching events, which lowers contact wear and extends component life in high-cycle applications. Combined with UL/cUL certifications and robust construction, this translates to lower maintenance intervals, reduced downtime, and predictable lifecycle costs in demanding production environments.