SCHNEIDER MICOM P127 DIRECTIONAL OVERCURRENT RELAY P127BA0Z112FE0

Get a Price/Quote

SCHNEIDER MICOM P127 DIRECTIONAL OVERCURRENT RELAY P127BA0Z112FE0 Specification

Application
Protection for MV/LV Distribution Networks

Current Range
1 A / 5 A CT inputs

Output Type
Digital Relays & Trip Outputs

Output Current
Programmable Trip and Auxiliary Outputs

Phase
Three Phase

Working Temperature
-10C to +60C

Rated Power
Not Applicable (Relay)

Product Type
Directional Overcurrent Relay

Output Frequency
50/60 Hz

Input Voltage
24 V DC / 110-230 V AC/DC (auxiliary supply)

Voltage Protection
Phase-to-phase, Phase-to-earth, and Neutral Overcurrent

Efficiency
High Relay Operational Efficiency

Material
Premium Industrial Grade ABS & Metal

Line Regulation
Automatic Regulation Based on Input

Storage Temperature
-40C to +85C

Weight
Approx. 2.8 kg

About SCHNEIDER MICOM P127 DIRECTIONAL OVERCURRENT RELAY P127BA0Z112FE0

Grab the opportunity to own the hot-selling SCHNEIDER MICOM P127 DIRECTIONAL OVERCURRENT RELAY P127BA0Z112FE0, renowned for its lustrous design and inestimable reliability. This top industrial relay offers enlightened protection for medium and low voltage distribution networks, featuring configurable CT input currents (1 A or 5 A). With a low noise level, high relay operational efficiency, and compliant with IEC standards, this unit excels in both directional and non-directional overcurrent protection. Manufactured with premium-grade ABS and metal, it supports IEC 61850 protocol and boasts cutting-edge self-diagnostics, ensuring safety and stability.

Standout Features and Versatile Application

The SCHNEIDER MICOM P127 relay comes equipped with advanced programmable logic, comprehensive event recording, and self-diagnostic capabilities. It features both directional and non-directional overcurrent protection, making it suitable for general and specialized use, especially for medium voltage/low voltage distribution networks. Special highlights include IEC 61850 protocol compatibility, passive air cooling, and premium industrial-grade construction for enhanced durability.

Market Value, Sample Policy, and Dispatched Timeline

SCHNEIDER MICOM P127 relays hold significant market value in India and can be shipped from major FOB ports. Samples are available for qualified suppliers and traders, supporting confident procurement. Ordered units are efficiently dispatched upon confirmation, with delivery time dependent on location and order quantity but typically prompt. All shipments adhere to reliable and secure logistics protocols to ensure safe receipt.

FAQs of SCHNEIDER MICOM P127 DIRECTIONAL OVERCURRENT RELAY P127BA0Z112FE0:

Q: How can I configure the rated current for the MICOM P127 relay?

A: You can set the rated current to either 1 A or 5 A, depending on your CT input selection, ensuring adaptability to various network requirements.

Q: What are the key benefits of using the SCHNEIDER MICOM P127 relay for MV/LV networks?

A: This relay provides reliable directional and non-directional overcurrent protection, self-diagnostic functionality, high operational efficiency, and robust event recording to secure your distribution networks.

Q: When will my order for the MICOM P127 relay be shipped after purchase?

A: Once your order is confirmed, the relay is dispatched promptly within typical delivery timelines, with exact dates depending on shipping location and order size.

Q: Where can I obtain samples of the SCHNEIDER MICOM P127 relay for evaluation?

A: Samples are available through authorized suppliers and traders in India, enabling you to assess performance before committing to large-scale orders.

Q: What process is followed to ensure the relay adheres to IEC standards?

A: Each MICOM P127 relay undergoes stringent quality checks and testing to satisfy IEC compliance and to meet the highest industry benchmarks before being shipped.

Q: How is voltage protection managed in the MICOM P127 relay?

A: The relay supports phase-to-phase, phase-to-earth, and neutral overcurrent protection, with automatic line regulation based on input voltage for comprehensive safeguarding.

Tell us about your requirement