Product Overview

MGC50

AUTO START

Cascade controller

AC voltage

Hourmeter

Power on-off switch (toggle)

Small enclosure

MANUAL START

Start method (select one)

-Key start module with first out annunciation (removes power switch)

-Key switch & 518 Tattletale

-Key switch with pre-heat & 518 Tattletale

-Push button & 518 Tattletale

Voltmeter

Hourmeter

Small enclosure

OPTIONS

Relay for alarm outputs

Note: Minimal options available due to enclosure space constraints, consult IPD for availability

MGC100

AUTO START

Cascade controller

Gages for oil pressure and water temperature (mechanical or electric), compatible with Murphy or VDO senders

AC metering – volts, amps, hertz

Phase selector switch (3 phase)

Hourmeter

Power on-off switch (toggle)

MANUAL START

Start method (select one)

-Key start module with first out annunciation (removes power switch)

-Key switch & 518 Tattletale

-Key switch w/pre-heat & 518 Tattletale

-Push button & 518 Tattletale

Gages for oil pressure and water temperature (mechanical or electric), compatible with Murphy or VDO senders

AC metering – volts, amps, hertz

Phase selector switch (3 phase)

Hourmeter

Power on-off switch (toggle)

OPTIONS

DC voltmeter

Relays for alarm outputs

NEMA 4 enclosure

Electric senders – 100 PSI & 250°F 1/2 inch port

Electric senders – 100 PSI & 320°F M14 port (Deutz engines)

Quick disconnect and wiring harness

Energized to stop (auto start only)

E-stop (mushroom style)

Phase selector switch (single phase applications)

Current transformers

MGC150

AUTO START

Cascade controller

Provision for optional PVA gages or PowerView

Quick disconnect (MEH harness required)

AC metering – volts, amps, hertz

Phase selector switch (3 phase)

Hourmeter

Power on-off switch (toggle)

MANUAL START

Start method (select one)

-Key switch & 518 Tattletale

-Key switch w/pre-heat & 518 Tattletale

-Push button & 518 Tattletale

PowerView

Quick disconnect (MEH harness required)

AC metering – volts, amps, hertz

Phase selector switch (3 phase)

Hourmeter

OPTIONS

PowerView

PVA gages – oil pressure, water temp, DC volts, tachometer (select up to 3)

MEH wiring harness

Relays for alarm outputs

NEMA 4 enclosure

E-stop (mushroom style)

Phase selector switch (single phase applications)

Current transformers

*Some panels shown with optional equipment installed. All models include fuses, fuse block and wiring.

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Murphy MGC 150 manual MGC50, MGC100, MGC150

MGC 150 specifications

The Murphy MGC 150 is an advanced, multifunctional gauge designed specifically for monitoring and controlling critical parameters in a variety of industrial settings. This versatile device finds its applications in sectors such as oil and gas, water management, and renewable energy, among others.

One of the primary features of the MGC 150 is its ability to provide real-time data on pressure, temperature, and level measurements. It is equipped with multiple input channels that allow users to connect various sensors. This flexibility enables the MGC 150 to cater to diverse operational needs, making it a reliable choice for different applications.

Another standout characteristic of the MGC 150 is its user-friendly interface. The device features a large, easy-to-read LCD display that provides clear visual indications of operational parameters. Users can quickly adapt to the system without extensive training, ensuring operational efficiency. The intuitive menu navigation allows users to access settings and data easily, enhancing overall productivity.

The Murphy MGC 150 also incorporates advanced communication technologies. With support for MODBUS, CANbus, and other networking protocols, it can seamlessly integrate with existing industrial control systems. This connectivity facilitates remote monitoring and control capabilities, allowing operators to manage equipment efficiently from a distance.

Along with its robust hardware, the MGC 150 includes advanced diagnostic capabilities. The device can perform self-checks and provide alerts in case of anomalies or deviations from preset thresholds. This feature helps prevent potential failures and reduces downtime, ultimately saving costs and enhancing system reliability.

Durability is another hallmark of the MGC 150, designed to withstand harsh environmental conditions. Its rugged housing is built to endure extreme temperatures, humidity, and vibration, making it suitable for outdoor installations and demanding industrial environments.

In conclusion, the Murphy MGC 150 is a sophisticated, durable, and versatile monitoring and control solution. Its real-time measurement capabilities, user-friendly design, advanced communication options, and robust diagnostics make it an ideal choice for industries requiring reliable performance and high efficiency. By investing in the MGC 150, organizations can ensure optimal operation, improved safety, and reduced operational costs.