GE MULTILIN F60 FEEDER PROTECTION SYSTEM F60K03HKHF8LH6UM8LP6UU6TW67

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GE MULTILIN F60 FEEDER PROTECTION SYSTEM F60K03HKHF8LH6UM8LP6UU6TW67 Specification

Current Range
1A/5A nominal (CT input)

Phase
Three Phase (supported)

Power Factor
0.98

Features
Advanced protection, monitoring, metering, IEC 61850 support, event recording, oscillography, security, draw-out construction

Operating Temperature
-40C to +60C

Output Type
Relay Outputs, Digital/Analog Outputs

Application
Feeder automation, substation protection, industrial electrical protection

Noise Level
< 50dB

Connector Type
Screw Terminal/Pluggable terminal

Power Supply
88-264VAC, 110-250VDC automatic selection

Rated Current
Based on CT input, 1A/5A

Cooling Method
Natural Air Cooling

Working Temperature
-40C to +60C

Product Type
Feeder Protection System

Output Frequency
Not Applicable (relay device)

Input Voltage
Range: 88-264VAC / 110-250VDC

Voltage Protection
Over/Under voltage, Phase loss, Unbalance

Efficiency
Up to 99%

Material
Industrial Grade, Metal Enclosure

Storage Temperature
-40C to +85C

Weight
Approx. 5 kg

About GE MULTILIN F60 FEEDER PROTECTION SYSTEM F60K03HKHF8LH6UM8LP6UU6TW67

Experience instant checkout and Grab the venerable GE Multilin F60 Feeder Protection System F60K03HKHF8LH6UM8LP6UU6TW67, a valorous defender of complex electrical networks. This virtuoso device excels in advanced feeder protection, equipped with Ethernet, Modbus, IEC 61850, and more for seamless communication. Personalise your operations with up to 32 relay outputs, intuitive front panel HMI, robust web interface, and flexible draw-out design. Engineered for reliability, its industrial-grade construction and rich diagnostics deliver unwavering performance for substation automation and feeder management.

Robust Application and Versatile Features

The GE Multilin F60 FEEDER PROTECTION SYSTEM F60K03HKHF8LH6UM8LP6UU6TW67 is expertly engineered for feeder automation, substation protection, and broad industrial electrical safeguarding. It is used as a core protector in demanding environments, supporting three-phase operations. Featuring a graphic LCD with keypad, programmable LEDs, and a capacious event recorder, it provides advanced protection, sophisticated monitoring, and seamless SCADA connectivity, ensuring precise and reliable performance under all operating conditions.

Sample Policy, FOB, and Main Domestic Market

GE MULTILIN F60 FEEDER PROTECTION SYSTEM F60K03HKHF8LH6UM8LP6UU6TW67 units are handed over under a transparent sample policy at the lowest price. FOB port facilities guarantee efficient drop-off options for buyers, while prompt shipping supports nationwide accessibility. The main domestic market covers all regions throughout India, making it convenient for suppliers and traders to access and deploy this advanced protection system as per project requirements.

FAQs of GE MULTILIN F60 FEEDER PROTECTION SYSTEM F60K03HKHF8LH6UM8LP6UU6TW67:

Q: How does the GE Multilin F60 enhance protection in industrial and substation environments?

A: The GE Multilin F60 provides valorous protection by offering advanced features such as overcurrent, earth fault, breaker failure, and programmable logic. Its versatile network protocols and draw-out design make it a reliable choice for demanding industrial and substation applications.

Q: What are the main communication protocols supported by this system?

A: This system excels as a virtuoso with Ethernet, Modbus, IEC 61850, DNP3, and serial RS232/RS485 protocols, ensuring seamless integration with multiple automation and SCADA environments.

Q: Where can the GE Multilin F60 be mounted for best use?

A: Thanks to its flexible rack or DIN rail mounting and rugged draw-out design, the system can be securely installed in industrial panels, substations, or switchgear rooms for optimal accessibility and safety.

Q: When is event recording or data logging particularly useful?

A: Comprehensive event recording and oscillography are especially useful after fault events or disturbances, allowing detailed analysis and troubleshooting to bolster future system reliability and protection.

Q: What is the process for firmware upgrades and operator interface access?

A: Firmware can be effortlessly upgraded via the front or remote port, while operators can personalise settings through the friendly front panel HMI, web interface, or SCADA access points for full operational control.

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