GE MULTILIN 350 FEEDER PROTECTION SYSTEM 350-E-P1-S1-H-E-M-N-P-1E-D-N

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GE MULTILIN 350 FEEDER PROTECTION SYSTEM 350-E-P1-S1-H-E-M-N-P-1E-D-N Specification

Protection Class
Class I

Connectivity Type
RS485 (Modbus), Ethernet

Operating Voltage
24-250V DC, 110-250V AC

Thickness
115 mm (depth)

Rated Current
1/5A (selectable)

Components
Protection relay, display module, communication port

Current Rating
1A/5A (selectable)

Panel Type
Flush Mount

Rated Operation Voltage
24-250V DC, 110-250V AC

Cooling System
Natural air cooling

Features
Feeder monitoring, protection, event recording, metering, configurable I/O

Way
Single feeder

Protection Level
Feeder protection, overload, earth fault

Base Material
Metal

Cabinet Material
Metal chassis

Rated Insulation Voltage
2 kV

Control System
Microprocessor-based

Cover Material
Polycarbonate

Product Type
Feeder Protection Relay

Material
Polycarbonate, Metal

Surface Finish
Matte finish

Standard
IEC 60255, ANSI C37.2

Surface Color
Grey

Rated Voltage
24-250 V DC / 110-250 V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
5A

Dimension (L*W*H)
240 x 97 x 115 mm (approx.)

Application
Feeder Protection in Switchgear & Substations

IP Rating
IP54 (front)

Display Type
LCD display

About GE MULTILIN 350 FEEDER PROTECTION SYSTEM 350-E-P1-S1-H-E-M-N-P-1E-D-N

Discover the GE Multilin 350 Feeder Protection System 350-E-P1-S1-H-E-M-N-P-1E-D-Na champion in reliable feeder protection for switchgear and substations. Engineered for world-class performance, this outstanding panel-/flush-mounted relay features fresh FlexLogic programmable logic, discount-level power consumption under 20W, and robust self-diagnostics. Benefit from 512 event records, 10 oscillography records, and extensive connectivity via Modbus, DNP3, and IEC 61850. Built with a sturdy metal and polycarbonate matte finish, this IEC- and ANSI-compliant device guarantees safe, dependable operation across a wide temperature range.

Exceptional Application Surface and Advanced Features

The GE Multilin 350 Feeder Protection System is tailored for feeder protection in critical switchgear and substation environments. Its fresh design and robust polycarbonate-metal construction ensure a reliable operation surface. This solution shines with outstanding features: user-configurable I/O, event and disturbance recording, microprocessor-based control, integrated LCD display, and reserve self-diagnostics. Its primary competitive advantages include firmware upgradability, superior protocol support, and world-class adaptability for demanding industrial applications.

Premium Export Markets, Supply, and Seamless Handover

Designed for global reach, the GE Multilin 350 Feeder Protection System serves premium export markets across industrial sectors. With robust supply ability, distributors in India and beyond can secure this outstanding protection relay for timely project outlay. Flexible payment terms streamline procurement, ensuring a smooth handover from supplier to end user. This products blend of high durability and reliable support make it an excellent investment for any critical infrastructure application worldwide.

FAQs of GE MULTILIN 350 FEEDER PROTECTION SYSTEM 350-E-P1-S1-H-E-M-N-P-1E-D-N:

Q: How does the GE Multilin 350 enhance feeder protection in substations?

A: The GE Multilin 350 provides advanced feeder protection by offering configurable inputs and outputs, comprehensive monitoring, rapid event recording, and robust communication protocols. Its microprocessor-based control and self-diagnostics ensure optimal performance and safety in substation environments.

Q: What communication protocols are supported by the Multilin 350?

A: This system supports several world-class protocols, including Modbus RTU, Modbus TCP/IP, DNP3, and IEC 61850. These guarantee seamless integration with various control and SCADA systems.

Q: Where is the ideal application surface for this protection system?

A: The Multilin 350 is ideally designed for panel or flush mounting within switchgear and substation panels, protecting single feeders in utility and industrial settings.

Q: When is firmware upgradability beneficial for users?

A: Firmware upgradability is valuable whenever feature enhancements, security patches, or protocol updates are released, ensuring the system stays current without hardware replacements.

Q: What are the primary benefits of using the Multilin 350?

A: Key benefits include outstanding flexibility in feeder protection, reliable event and disturbance recording, user-configurable logic via FlexLogic, and industry-compliant safety for critical applications.

Q: What is the process for configuring the programmable logic (FlexLogic)?

A: Users can configure FlexLogic through the front USB, serial, or Ethernet ports, allowing superior customization based on application needs, with support from the units intuitive LCD display.

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