Introducing the

iGUARDGen-Set

Controller

The most versatile controller for your engine-driven generator set applications. Designed to work with today’s electronic engines accepting SAE-J1939 protocol.

The iGUARDalso works with non-electronic engines.

The new iGUARD™ controller can be used for all gen-set applications: single-phase or three-phase, and 12 or 24 V. Engine speed can be read from a magnetic pickup or SAE-J1939, and/or AC frequency. Both RS232 for connection to computers, and RS485 MODBUS ports for PowerView Gages, Remote Relay Boards, or communication devices. Designed to meet and exceed NFPA-110, the iGUARD™ has flexible inputs and outputs to more than meet the requirements.

The iGUARD™ features a 64 x 128 pixel full-graphic backlighted LCD display. The microprocessor is flash-based, the controller can be easily re-programmed from the front panel or updated using a PC in the field.

REMOTE RELAY BOARD for iGUARD Controllers

This powerful Remote Relay Board allows for additional input/output capabilities enhancing the iGUARD to handle more applications.

And for SAE-J1939 CAN equipment applications use the microprocessor-

based PowerView Analog Gages.

AC Frequency

AC Amps

AC Volts

kiloWatts

Now you can send all your AC parameters as data to these PowerView MODBUS Gages. No need to send live AC voltages and current long distances.

For More Details, Ordering or dealer Information Call 918-317-4100 or visit www.fwmurphy.com

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Murphy PG-03082H manual Introducing IGUARD Gen-Set Controller

PG-03082H specifications

The Murphy PG-03082H is a robust and highly versatile pressure gauge designed for various industrial applications. It is widely recognized for its precision, durability, and user-friendly features, making it an essential tool in settings such as manufacturing, automotive, and process industries.

One of the main features of the PG-03082H is its accuracy in measuring pressure, which is crucial for monitoring and controlling processes. The gauge typically offers a range of measurement units, including psi, bar, and kPa, allowing users to select the unit that best suits their application. This flexibility is particularly advantageous in multi-national operations where different standard units may apply.

The PG-03082H incorporates advanced technologies that enhance its performance and reliability. It is built using high-quality materials, ensuring longevity and resistance to environmental factors such as temperature fluctuations and exposure to chemicals. The gauge often features a stainless steel casing and a vinyl front lens for improved durability. This design reduces the risk of mechanical failure, even in challenging working conditions.

Another notable characteristic of the Murphy PG-03082H is its easy-to-read dial. The large, clear display allows for quick visual verification of pressure readings, significantly improving workflow efficiency. Many models include a reflective surface which minimizes glare, ensuring that readings can be taken even in bright lighting conditions.

In terms of installation and maintenance, the PG-03082H is designed with user convenience in mind. It typically features a standard mounting process, allowing for easy integration into existing systems. Additionally, the gauge requires minimal calibration, which further simplifies upkeep, making it a time-saving component for operations managers.

The versatility of the Murphy PG-03082H is highlighted by its compatibility with various systems and applications. Whether used in HVAC systems, hydraulic machinery, or laboratory environments, the gauge performs reliably across a broad spectrum of pressure measurement scenarios.

In summary, the Murphy PG-03082H is an exemplary pressure gauge that combines accuracy, durability, and ease of use. Its advanced technologies and user-friendly features make it a preferred choice for professionals seeking reliable pressure measurement solutions in diverse industrial applications. With its proven track record, the PG-03082H stands out as an essential instrument for enhancing operational efficiency and process control.