GE MULTILIN MIF II DIGITAL FEEDER REALAY MIFIIPI11E10HI00

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GE MULTILIN MIF II DIGITAL FEEDER REALAY MIFIIPI11E10HI00 Specification

Connector Type
Screw Terminals

Output Type
Relay Contacts

Power Supply
Universal AC/DC Supply

Working Temperature
-10C to +60C

Features
Overcurrent, Earth Fault, Under/Over Voltage, Phase Unbalance, Digital Display, Event Recording, Programmable Settings, Self-Diagnostics

Noise Level
Silent Operation

Application
Feeder Protection for Industrial, Substation and Utility Panels

Operating Temperature
-10C to +60C

Phase
Three Phase

Cooling Method
Natural Air Cooling

Current Range
1A / 5A CT Input

Product Type
Digital Feeder Protection Relay

Input Voltage
90 - 270 V AC/DC

Voltage Protection
Under/Over Voltage & Unbalance Protection

Material
Industrial Grade ABS/Polycarbonate

Storage Temperature
-40C to +80C

Weight
Approx. 1.2 kg

About GE MULTILIN MIF II DIGITAL FEEDER REALAY MIFIIPI11E10HI00

Grab the elite performance of the GE MULTILIN MIF II Digital Feeder Relay MIFIIPI11E10HI00an industrial marvel crafted for supreme feeder protection. With its sublime backlit LCD display and panel-mounted design, this remarked device delivers advanced security for substations and utility panels. Enjoy IP52 protection, programmable alarms, and dual event loggingremarkable features for critical environments. Supplied with versatile RS485 Modbus communication, easy trip & close options, and rugged ABS/polycarbonate housing, it guarantees optimal performance and silent operation. Experience special protection with overcurrent, earth fault, and voltage unbalance capabilities. Perfect for the modern supplier and trader in India.

Precision Usage & Advanced Protection

The GE MULTILIN MIF II DIGITAL FEEDER RELAY MIFIIPI11E10HI00 is engineered for industrial, substation, and utility panel applications, ensuring supreme feeder protection. This elite device offers programmable settings and self-diagnostics, allowing users to tailor machine performance to specific electrical requirements. With trip & close breaker control and support for three-phase systems, it fits demanding power distribution environments. Its digital recording and phase unbalance features provide sublime security against faults, making it a special asset for critical infrastructure protection.

Valuation, Supply Ability & Secure Dispatching

We offer competitive quotations for the GE MULTILIN MIF II DIGITAL FEEDER RELAY MIFIIPI11E10HI00, with reliable supply ability tailored to project timelines. Each unit is securely packaged, ensuring a special and remarked dispatching process. We ship from major Indian FOB ports, providing prompt delivery to your location. Our valuation process considers bulk orders and urgent requirements, and the products elite quality is maintained throughout. Detailed packaging safeguards the relay during transit, guaranteeing flawless condition upon arrival.

FAQs of GE MULTILIN MIF II DIGITAL FEEDER REALAY MIFIIPI11E10HI00:

Q: How does the GE MULTILIN MIF II relay enhance feeder protection?

A: The relay offers elite protection by providing programmable alarms, dual event logging, under/over voltage and unbalance safeguards. Its supreme self-diagnostics and trip & close control options ensure reliable breaker management in industrial and utility panels.

Q: What specific applications is this relay designed for?

A: It is remarkedly suited for feeder protection in industrial facilities, substations, and utility panels, accommodating complex power distribution needs for both suppliers and traders in India.

Q: Where can this relay be installed?

A: The relay is designed for panel mounting, making it ideal for integration into new or existing electrical panels in diverse operational settings such as substations and power plants.

Q: What features set this relay apart from other models?

A: Special features include a backlit LCD display, advanced programmable settings, dual event logging, and robust construction using industrial grade ABS/polycarbonate, ensuring durable and silent operation.

Q: When should the relays event logging and fault storage be used?

A: Event logging and fault record storage should be utilized during system disturbances or maintenance to provide a detailed history for troubleshooting and performance analysis.

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