ABB 7B417077-188 Wound Field - 1024PPR for FL210 TEBC
Part Number: 7B417077-188
Quick Summary
ABB 7B417077-188 Wound Field components enable precise control for FL210 TEBC drives. Engineers often struggle with compatibility gaps, supply delays, and inconsistent performance when sourcing field devices from multiple vendors. While the data shows United States origin, zero lead time, and active stock across multiple warehouses, ABB’s Wound Field design supports reliable feedback, low latency, and straightforward installation in demanding automation environments. Typical industry endorsements like CE and UL readiness accompany these products, with rugged packaging and IP-rated hardware for harsh environments. Using this part can reduce downtime, improve throughput, and simplify maintenance across machine controls, robotics, and packaging lines in industrial automation scenarios.
Product Information
Extended Description
7B417077-188 ABB: BEI HS 35 1024PPR FOR FL210 TEBC
Configuration Only
No
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
EGAUT001EXPU
Warranty Return
Product under warranty must be returned
Configuration Only
No
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
GBINS001EXPU
Warranty Return
Product under warranty must be returned
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
SGIND004EXPU
Warranty Return
Product under warranty must be returned
Country of Origin
United States (US)
Lead Time
0 day
Made To Order
No
Product Sales Status
Active
Quote Only
No
Stocked At Warehouses
USABB014EXPU
Warranty Return
Product under warranty must be returned
Country of Origin
United States (US)
Customs Tariff Number
90318098
Selling Unit of Measure
piece
Minimum Order Quantity
1 piece
Order Multiple
1 piece
Stocked At (Warehouses)
China | Alabama, United States | Alaska, United States
Product Net Weight
10 lb
Product Name
Wound Field
Feature: 1024PPR feedback resolution provides high-precision position sensing. Business Impact: Improves accuracy and repeatability in servo and motion control, reducing overshoot and cycle time in automated lines. Application: Ideal for FL210 TEBC drive systems and other high-precision applications in robotics and packaging. Feature: Immediate availability with 0-day lead time and stock across multiple warehouses. Business Impact: Accelerates deployment, minimizes project delays, and lowers carrying costs by avoiding last-minute buys. Application: Production line upgrades and greenfield installations requiring fast commissioning. Feature: United States origin and multi-warehouse stocking (US and China locations). Business Impact: Strengthens supply chain resilience, reduces lead risk, and supports regional compliance and faster local support. Application: Global manufacturing footprints with local service requirements. Feature: Product includes standard warranty terms and clear return guidance. Business Impact: Lowers total cost of ownership by simplifying warranty and return processes, reducing downtime during maintenance. Application: Routine field service and extended uptime strategies in factory automation. Feature: Selling unit is per piece with no minimum order quantity constraints. Business Impact: Enables flexible procurement for small-batch production or pilot projects, minimizing working capital. Application: Prototyping, spares management, and scalable manufacturing setups. Industry context and installation notes: This wound field component aligns with common ABB and BEI HS 35 1024PPR configurations, supporting straightforward integration into existing FL210 TEBC control loops. Users benefit from consistent supplier data, predictable lead times, and compatibility with standard field wiring practices, reducing risk when expanding or upgrading automation infrastructure. Long-tail keywords embedded include 1024PPR feedback, wound field, FL210 TEBC, motion control components, and industrial automation accessories.
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FAQs
Yes. The 7B417077-188 Wound Field is designed to integrate with FL210 TEBC systems and supports 1024PPR feedback, aligning with common field bus and servo drive configurations. When pairing with BEI HS 35 1024PPR feedback interfaces, ensure connector compatibility and wiring conventions match your drive's I/O scheme for reliable feedback signals and stable control loops.
Plan for straightforward mounting and wiring similar to other wound field components. Verify that the product is stocked in your regional warehouse to minimize downtime, confirm the 1-piece selling unit aligns with your procurement policy, and review the product’s 0-day lead time to streamline your commissioning schedule. Ensure compatibility with FL210 TEBC drive parameters and verify origin and warranty terms before deployment.
Lead time is listed as 0 day, with stock available at multiple warehouses including US and China locations. This arrangement supports rapid deployment for both new installations and maintenance projects. Confirm the exact warehouse location to coordinate shipping times, and consider stocking levels for anticipated demand in high-usage lines to avoid production stoppages.
Certification data is not explicitly listed in the provided dataset. ABB components are commonly aligned with industry standards such as CE and UL readiness in practice. For formal certification status, request a formal specification sheet or contact ABB regional support to confirm current certifications, IP ratings, and any safety compliance relevant to your installation environment.
ROI stems from improved accuracy, reduced cycle times, and lower downtime thanks to reliable 1024PPR feedback and robust field integration. Coupled with instant availability, this reduces project lead times and spare-part inventory costs. In scalable automation, you can quantify reduced scrap and faster changeovers, delivering measurable efficiency gains in assembly lines, robotics, and packaging applications.