The market for ABB 63A molded case circuit breakers is highly active as industrial and commercial operators seek reliable protection for medium load scenarios. Current interest in the 63A MCCB latest price and availability makes it essential to understand specifications, dealer networks, and product lifecycle.
Buyers compare efficiency, certifications, and after-sales service when selecting a molded case circuit breaker for critical distribution boards. This overview clarifies key aspects of the 63A MCCB landscape, supported by data tables and direct answers to common purchasing questions.
| Model | Rated Current (A) | Breaking Capacity (kA) | Typical Price Range (USD) |
|---|---|---|---|
| ABB OCP100 63A MCCB | 63 | 25 | 220–260 |
| ABB OCP150 63A MCCB | 63 | 36 | 260–310 |
| ABB OCP200 63A MCCB | 63 | 50 | 310–370 |
63A Molded Case Circuit Breaker Technical Specifications
Understanding the technical data of the 63A MCCB helps engineers select the right device for panel boards, motor feeders, and transformer branches. Key parameters include continuous current rating, short-circuit withstand capability, and enclosure protection degree.
Core Electrical and Mechanical Data
Most 63A MCCB variants from ABB offer adjustable trip ranges, magnetic instantaneous protection, and thermal tripping for overload. Enclosures are typically rated IP20 or higher, with mounting options for DIN rail and bolt-on installation.
Regional Pricing and Dealer Availability
Pricing for the 63A molded case circuit breaker fluctuates with raw material costs, logistics, and local taxes. Authorized dealers and distributor networks influence the 63A MCCB latest price at city and regional levels.
Price Drivers and Market Channels
Distributors add value through warranty support, quick spare parts, and certification documentation. In many markets, bulk purchase discounts and seasonal promotions create noticeable variance in the 63A MCCB latest price.
Product Features and Performance Highlights
The ABB 63A MCCB is designed to deliver stable tripping behavior under varying load conditions, with high reliability in demanding industrial environments. Advanced designs emphasize low power损耗 and minimal maintenance over the product lifecycle.
Key Functional Benefits
Enhanced arc-quenching systems, durable contact materials, and clear test buttons improve usability. Communication-ready options, where available, enable integration with building management and plant SCADA systems.
Selection Criteria for 63A MCCB Applications
When specifying a 63A molded case circuit breaker, designers must consider ambient temperature, altitude, and expected inrush currents. Correct selection prevents nuisance tripping and extends equipment life.
Design and Compliance Considerations
Ensure coordination with upstream breakers, verify standards such as IEC 60947, and confirm local approvals. Evaluate enclosure type based on installation environment to protect against dust and moisture ingress.
Key Takeaways for Procurement and Application
- Compare 63A MCCB latest price across multiple authorized dealers to balance cost and service.
- Verify technical specs against site conditions such as temperature, altitude, and expected fault levels.
- Confirm certifications and compliance for target markets before final selection.
- Leverage dealer support for documentation, warranty registration, and maintenance schedules.
- Plan for future expansion by choosing a frame size that allows capacity upgrades without full replacement.
FAQ
Reader questions
What factors most influence the 63A MCCB latest price across different regions?
Import duties, exchange rates, logistics costs, and local distributor margins cause regional price differences for the 63A MCCB.
How can I verify whether a dealer is an authorized seller of ABB 63A MCCB products?
Check ABB’s official regional distributor list, request certification documents, and confirm warranty registration procedures before purchase.
Which technical specifications should I prioritize when selecting a 63A molded case circuit breaker for my project?
Focus on breaking capacity, tripping characteristics, IP rating, compliance with relevant standards, and compatibility with existing panel designs.
Are there significant differences in performance between OCP100, OCP150, and OCP200 frame sizes at 63A rating?
Higher frame variants such as OCP150 and OCP200 typically offer greater breaking capacity and future flexibility, while OCP100 fits cost-sensitive applications with moderate fault levels.