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May 19, 2026 BY
IN Prosoft

Prosoft EtherNet/IP™ Filtering Features

Filtering Features

The filtering is extremely flexible. For example, you can select frames:

 To and from a single drop

 With errors

 By type (I/O updates, directed messages, etc.)

 With specific data values

You create an equation that defines the criteria used to select frames of interest.

The equation consists of data values and operators.

Capture Features

The AN-X-AMX gateway can control how captured network frames appear, including:

 Format of timestamps

 Format of data – hexadecimal, unsigned or signed integer, binary

 Timing information – values and text graphs of time between frames and time

 From the start of one selected frame and the start of the next

 Display of frame CRCs

 Detailed status information for frames

Web Access

AN-X acts as a web server. Any web browser can connect to the AN-X to view diagnostics and current I/O data.

A web browser can be used to configure the drop number and drop depth, and to configure scheduled an

AN-X to AN-X data exchange.
May 19, 2026 BY
IN Prosoft

Prosoft EtherNet/IP™ to Reliance AutoMax DCS

The AN-X-AMX Gateway lets you capture, store and analyze network data

on a Reliance AutoMax DCS or remote I/O network. The AN-X-AMX

gateway can be used to examine the behavior of all drops, verify network

data and timing, locate network errors and troubleshoot problems with the

network and with the process.

The AN-X-AMX gateway does not occupy a drop on the network or affect

existing network traffic in any way. The AN-X-AMX gateway captures and

stores ALL network frames, with timestamps to microsecond precision and

uses post-capture filtering to select frames of interest for further analysis.

This approach ensures that everything leading up to an event of interest is

preserved.

The alternative approach, pre-filtering and saving only certain messages,

might cause you to lose key information. At the end of each minute, a new

file is created and the file older than the keep time is deleted.

Typical capture file size is 2.5 megabytes/minute, 150 megabytes/hour,

3.6 gigabytes/day. The AN-X-AMX gateway is field upgradeable.

The operating system and firmware can be upgraded over Ethernet.
May 19, 2026 BY
IN Meggitt

Meggitt Flow shutoff valve C327935

Meggitt’s 1½ inch poppet style gas flow shutoff valve is designed for use on

industrial gas turbine engines. This product is very similar to the 2 inch,

C327845. Flow Shutoff Valve, except with a 1½ inch flow body.

Key features

· Fail-safe closedde-energized)

· Closed positionindicating switch

· 100 msec fail-safeclosing time

· 200 msec opening time

· High temperature poppet seal

· Used on both DLE andSAC turbine engines

· Explosion proof design,CSA/UL certified for NECclass 1. division 1.

groupsC and D, temp code T4.CE zone 1. EExd lIB,CE-ATEX and PED

certified

· All stainless steelvalveand body materials forNACE compliance

· No maintenance requiredunder normal conditions
May 19, 2026 BY
IN Meggitt

Meggitt C327935 Specifications

Specifications

Function: Fail-safe fuel gas flow shutoff for gas turbine engines

Physical size: 9.95″ flange to flange, 15.19″ high

Weight: 85 pounds maximum

Flange type: 1.5″ ANSI B16.5 CL 600 raised face flanges

Line pressure: 0 to 1000 psig

Fluid temperature: –20 to 350°F

Performance:

Flow: 0 to 3.0 pounds/sec natural gas

Leakage: ANSI class V

Operating time: 100 msec fail-safe closed (de-energized); 200 msec to fully open

Ambient temperature: –65 to 150°F

Electrical:

Solenoid: Continuous duty, 24 VDC nominal (20 to 28 VDC), 2 amperes maximum

Closed position indicating switch: 28 VDC, 2.5 amperes, 3-wire, SPDT
May 19, 2026 BY
IN GUTOR

GUTOR Customizable double-conversion UPS system

Customizable double-conversion UPS system with galvanic

isolation supporting long backup times.

Gutor PDW is an industrial online double conversion three-phase UPS

system with thyristor-controlled rectifier and IGBT-PWM inverter

designed to secure the critical applications in harsh environment.

Designed for Harsh Environments

• Transformer base provides full galvanic

isolation to prevent electric shock and

suppress harmful electrical noise

• Robust industrial enclosure up to IP42/

NEMA 2*

•  Seismic design for peak spectral

acceleration up to 1.0 g*

•  Operation temperature up to 55°C

•  Printed circuit boards have conformal

coating to protect against moisture, dust,

chemicals, and temperature extremes

•  Tinned copper bars for harsh environment

are available as an option

Adaptable and qualified design

• Extensive range of input and output voltage

•  The rectifier is sized to simultaneously

supply 100% load and boost charge the

battery

•  Strong chargers support various battery

types and address long backup time

Highest Reliability

• High Mean Time Between Failures (MTBF)

•  Long product lifetime with minimal servicing

required

•  Parallel or redundant capable to increase

availability

•  Its controller firmware and hardware are

compliant with IEC 60880 for NPP (Nuclear

Power Plant) applications

•  Independent System Surveillance (ISS)

provides a health supervision of all the

critical components to prevent the system

from freezing and shutdown

Smart communication

• Display with 7 languages

• Relay board, 16 fail-safe NO/NC contacts

•  A wide communication protocol allows Gutor

PDW to be seamlessly integrated into your

monitoring system– Freely programmable alarms and meters

– Communication via modbus, TCP / IP,

IEC 61850. RS485– Web interface for remote monitoring

– Gutor PDW supports EcoStruxure

•  Cybersecurity according to IEC62443 to meet

requirements from GPDR and California law SB-327
May 19, 2026 BY
IN GUTOR

GUTOR SDC RECTIFIER / BATTERY CHARGER

Adaptable and qualified design

• Extensive range of input and output voltage.

•  The rectifier is sized to simultaneously

supply 100% load and boost charge

the battery.

Highest reliability

•  High Mean Time Between Failures (MTBF).

•   Longer product lifespan, with minimal

servicing required.

•    Parallel or redundant capabilities to increase

availability.

•  Controller firmware and hardware are

compliant with IEC 60880 for NPP (Nuclear

Power Plant) applications.

•    Independent System Surveillance (ISS)

provides health supervision of all critical

components to prevent the system from

freezing and shutting down.
May 19, 2026 BY
IN GUTOR

GUTOR SDC Designed for Harsh Environments

Industrial DC power supply system with galvanic isolation.

Fully compliant with IEC standards.

Gutor SDC is an industrial battery charger

and DC power supply system with a thyristor

controlled rectifier designed to secure critical

industrial applications in harsh environments.

Designed for Harsh Environments

•  Transformer base provides full galvanic

isolation to prevent electric shock and

suppress harmful electrical noise.

• Robust industrial enclosure up to IP42 /

NEMA 2*.

• Seismic design for peak spectral

acceleration up to 1.0 g*.

• Operation temperature up to 55°C.

• Printed circuit boards have conformal

coating to protect against moisture, dust,

chemicals, and extreme temperatures.

•  Tinned copper bars for harsh environments

are available as an option.

*Higher options available upon request
May 19, 2026 BY
IN GUTOR

GUTOR WDW Smart Communication

Customizable single-phase and three-phase inverters

with galvanic isolation

Gutor WEW / WDW is an industrial IGBT-PWM

technology-based inverter system designed to secure

critical applications in harsh environment.

Smart Communication

• Display with 7 languages.

• Relay board, 16 fail-safe NO/NC contacts.

•  A wide communication protocol allows

Gutor WEW to be seamlessly integrated into

your monitoring system.

– Freely programmable alarms and meters.

– Communication via modbus, TCP/IP, IEC 61850. RS485.

– Web interface for remote monitoring.

•  Gutor WEW/WDW supports EcoStruxure.

•  Cybersecurity according to IEC 62443 to

meet requirements from GPDR and California

law SB-327.
May 19, 2026 BY
IN GUTOR

GUTOR WEW Adaptable and Qualified Design

Adaptable and Qualified Design

•  Extensive range of input and output voltage.

Highest Reliability

•  High Mean Time Between Failures (MTBF).

•  Long product lifetime with minimal

servicing required.

• Robust industrial enclosure up to

IP42/NEMA 2*.

•  Seismic design for peak spectral

acceleration up to 1.0g*.

•  Operation temperature up to 55°C.

• Printed circuit boards have conformal

coating to protect against moisture, dust,

chemicals, and temperature extremes.

•  Tinned copper bars for harsh environment

are available as an option.

*Higher options available upon request

Adaptable and Qualified Design

•  Extensive range of input and output voltage.

• Parallel or redundant configuration to

increase availability.

• Its controller firmware and hardware are

compliant with IEC 60880 for NPP (Nuclear

Power Plant) applications.

•  Independent System Surveillance (ISS)

provides a health supervision of all the

critical components to prevent the system

from freezing and shutdown.
May 19, 2026 BY
IN GUTOR

GUTOR WEW / WDW INVERTER SYSTEM

Customizable single-phase and three-phase inverters

with galvanic isolation

Gutor WEW / WDW is an industrial IGBT-PWM

technology-based inverter system designed to secure

critical applications in harsh environment.

Designed for Harsh Environments

• Transformer base provides full galvanic

isolation to prevent electric shock and

suppress harmful electrical noise.

• Robust industrial enclosure up to

IP42/NEMA 2*.

•  Seismic design for peak spectral

acceleration up to 1.0g*.

•  Operation temperature up to 55°C.

• Printed circuit boards have conformal

coating to protect against moisture, dust,

chemicals, and temperature extremes.

•  Tinned copper bars for harsh environment

are available as an option.

*Higher options available upon request

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