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August 11, 2026 BY
IN Alfa Laval

Alfa Laval High-purity pharma fittings you can rely on

High-purity pharma fittings you can rely on

• Faster cleaning times thanks to high-quality, interior surface finishes

• More uptime thanks to maximum cleanability and contaminant-free weld

quality

• Full traceability from raw material to the finished product

• Highest quality guaranteed in accordance with ASME BPE standards

• Global presence, solid support and service

Connecting high-purity processing lines calls for the highest levels of hygiene,

safety, quality, and installation ease. Part of a broad portfolio of high-purity

solutions, Alfa Laval UltraPure pharma fittings meet stringent requirements,

such as the EN 10357-A and the ASME BPE standards, required to connect the

piping systems of bioprocessing equipment. Easy to order, these BPE fittings

provide maximum cleanability and are backed by a global organization and solid

customer support.
August 11, 2026 BY
IN Alfa Laval

Alfa Laval Hygienic tubes

Rely on Alfa Laval hygienic tubes for contaminant-free connections throughout

your hygienic processing systems. For safety, reliability, and efficiency,

choose the wall thickness, interior surface finish and tolerance that meet your

precise requirements from a broad range of stainless steel tubes for standard

duties. All hygienic tubes undergo stringent quality control procedures and meet

global hygienic standards to safeguard process integrity and process quality.

Hygienic tubing at its best – the safety, hygiene, quality and availability

you need

• Faster cleaning times thanks to high-quality, interior surface finishes

• More uptime thanks to high weld quality and smooth surface finishes

• Enhanced safety due material tested according the EN 10204 3.1 standard

• Exceptional performance with compliance to ISO 9001 quality management standards

• Easy access to and fast delivery from strategically located global distribution centres

Let Alfa Laval hygienic tubes raise productivity and control costs by ensuring hygienic

connections throughout your processing lines. To optimize process flow rates, choose

from a broad portfolio of tubes and fittings with smooth, crevice-free design, superior

corrosion-resistance, and secure, self-aligning joints. Easy to order, these come in the

surface finishes, uniform wall thicknesses, tight tolerances, and global standards that

your processes require. Available worldwide, they are backed by Alfa Laval’s global

presence and local service and support.
August 11, 2026 BY
IN Alfa Laval

Alfa Laval’s hygienic fittings

Hygienic fittings

For a contaminant-free connection of your hygienic and high-purity processing systems,

trust Alfa Laval’s hygienic fittings. All stainless-steel components meet the most stringent

requirements for surface quality, microbial and corrosion resistance, high cleanability,

material strength, uniform thickness, and crevice-free welding.

This ensures uptime, safety, reliability and efficiency for duties across the dairy, food,

beverage, home & personal care, biotech, and pharmaceutical industries.

Safeguard process integrity and process quality with hygienic fittings for

optimal safety, reliability and efficiency

• Easy-to-clean hygienic fittings with internal surface finishes for hygienic and high-purity

applications

• Minimized risk of dead legs and microbial contamination due to crevice-free welds

• Compliance with global hygienic standards, including ISO 2037. ASME and ASME BPE

dimensions, EN 10357-A, and BS 4825

• Easy online access to digitized material certificates through the Alfa Laval FindMyCert

software tool

• Easy access to spare parts availability through real-time inventory alerts at Alfa Laval

global distribution centres

Available worldwide, Alfa Laval hygienic fittings meet international standards.

Tubular fittings are made from a single piece of cold-formed stainless steel, while

connections are forged from solid stainless-steel bars. In addition, both undergo strict

quality control measures at every stage of manufacturing. This ensures tight tolerances,

uniform wall thickness, smooth weld ends, surface finish and roughness.

Choose from unions, clamp fittings, flanges, bends, tees, reducers, tubing, connectors,

anchor plates and pipe support systems. All hygienic fittings comply with ISO 2037.

ASME dimensions, EN 10357-A, and BS 4825 and come with 3.1 Material Certificates.

In addition, aseptic stainless-steel fittings come with an Alfa Laval Q-doc documentation

package for full traceability of all product contact parts.
August 11, 2026 BY
IN GE

GE MV7000 — Enhanced technology Key benefits

MV7000 — Enhanced technology Key benefits

• Peak power density

• High reliability and availability

• Power scalability with customizable ptions featuring:

–  Low harmonics without additional equipment

–  Four quadrant operation for regenerative applications

–  Transformerless design for compactness

–  Common DC bus system for energy savings

–  High performance process control

–  Visor Connect supports warranty with remote real-time support

and advice

• Front access maintenance

Best-in-class power density

The phase power stack is the main modular building block of the three

level inverter.

•  Compact enclosures thanks todouble sided cooling of the IGBTs

•  Just 18 IGBTs at 3.3 kV can deliver 15 MW

•  Control hardware mounted on a slide in/out frame

•  Simplified cooling system architecture and gate drive power supply topology

• Fuseless design
August 11, 2026 BY
IN GE

GE MV7000 Reliable Saving energy, caring for the environment

Benefits:

• Peak power density — our drive can deliver up to 15 MW with just

18 IGBTs, which is equivalent to a power density of 1.5 MVA/m3

• High reliability and availability — over 10 million hours in operation

across an installed base of over 8.5 GW

• Power scalability with à la carte option packaging that can be

adapted to a wide range of applications

• A full family of drives — GE is your one-stop provider with a

wide portfolio of drives

Advantages of a medium voltage variable frequency system

Reliability & availability 

The higher reliability and lower maintenance needs of a variable

speed drive system compared to gearboxes and hydraulic couplings

result in lower lifecycle cost.

Saving energy, caring for the environment

In today’s world more than ever, energy saved is energy produced.

For a variety of loads, from water pumps to gas compressors, variable

speed control offers the best way to capture energy savings.

Precise power delivery

In many applications, the superiority of electrical control simply cannot

be matched by mechanical systems.

Precise control of power means better outcomes, from the flatness of a steel

sheet to the accuracy of offshore Oil & Gas exploration.
August 11, 2026 BY
IN GE

GE MV7000 High reliability and availability

Cutting-edge power electronics technology and decades of process

expertise come together in the MV7000 — a world-class water-cooled

medium voltage drive suitable for a wide range of power conversion

applications. Easy to install and maintain, the drive offers high reliability

and availability and helps increase the uptime of critical processes.

The MV7000 provides a flexible approach to achieve a customized

solution across different applications.

With the MV7000 our power conversion expertise helps increase

operating efficiency, power availability, plant throughput, operational

precision, and process yield. We are helping our customers meet the

demands and opportunities of the new electric age.

High reliability and availability

The MV7000 is a great example of a design philosophy based on minimizing

component count while retaining peak performance.

Press-pack IGBT (PPI) power devices enable:

• The capability to limit overcurrent with safe turn-off under all operating

and failure conditions

• Case rupture-free due to pressed contacts and no-wire bonding

• N+1 series redundancy thanks to the capability of PPI for continuous

conduction under failure mode

• Long life expectancy even under load cycling

• Effective performance even at low motor frequency operation
August 11, 2026 BY
IN B&R

B&R X20cHB8815 X20 POWERLINK – TCP/IP gateway

The POWERLINK TCP/IP gateway enables the exchange of all types

of application data (HMI, diagnostics, parameter data, etc.) between

a POWERLINK V2 network and a TCP/IP network. It functions like a

layer 2 switch, with the exception that cyclic POWERLINK packets are

not routed to the ETH port.

With respect to the functionality of layer 2 switches, it should be

mentioned that the gateway uses the store-and-forward principle.

Gateway functionality doesn’t need to be configured separately.

When the gateway receives a frame, it saves the MAC address of the

sender and the corresponding interface in the source address table

(SAT). If the destination address is found in the SAT, the gateway

routes the frame to the corresponding interface. Frames with a

broadcast or multicast address are always routed to all interfaces.

When IP packets are received at the “ETH” port that are larger than

the MTU configured for POWERLINK, they are fragmented, if permitted.

• “ETH” port: Interface for TCP/IP network

• “PLK” port: Interface for POWERLINK network

I/O modules cannot be operated with the X20HB8815.

POWERLINK V1 is not supported.

POWERLINK is a standard protocol for Fast Ethernet equipped with hard

real-time characteristics. The POWERLINK Standardization Group

ensures its openness and continual development.

The bus modules expanded to the left allow connection of up to 2 hub

expansion modules in addition to the gateway.

This means that a basic device provides up to 2 POWERLINK ports.
August 11, 2026 BY
IN Triconex

Triconex 3723X Analog Input Input Module with HART Data Sheet

Product Overview

Model 3723X is a TMR (Triple Module Redundancy) analog input module with

a voltage range of 0 to 5 VDC. It provides HART communication (pass-through

function) to connected HART-enabled field devices. This module can only be

installed in the Tricon CX I/O expansion chassis.
August 11, 2026 BY
IN Triconex

TRICONEX TRIPLE MODULAR REDUNDANCYTriconex

KEY CAPABILITIES

• TÜV Certified up to SIL3 applications in accordance with International standard IEC61508

• Easily integrated with all major Distributed Control Systems

• On-line module replacement ensures plant availability by hot-swapping of modules

• Works with both centralized and distributed applications

• Comprehensive family of I/O modules

• HART protocol pass through to Asset Management Systems

• Fast program cycle time for TMC applications

• Expertise available from our TÜV certified Functional Safety Experts and Engineers

• Certified for use in non-incendive applications

TRICONEX TRIPLE MODULAR REDUNDANCY

Tricon operation is based on the principle of safety and high plant availability, which identifies and

compensates for failed control system elements and allows on line replacement while continuing

its assigned task without interrupting the controlled process. Fault Tolerance is achieved through

TMR technology.

TMR employs three isolated, parallel control systems and extensive diagnostics integrated into one

system. The Tricon system uses two-out-of-three (2oo3) voting to provide high integrity, error-free,

uninterrupted process operation with no single point of failure. Setting up applications is simplified

with the Tricon, because the TMR system operates as a single control system from the user’s point of

view. The extensive diagnostics are inherent and transparent to the programmer.

Use of the Tricon continues to expand into new industries and applications as customers require

increased system safety and/or high availability. Today, Invensys has delivered and installed Triconex

safety system solutions in over 70 countries, providing increased safety and high process uptime.
August 11, 2026 BY
IN Triconex

Triconex Tricon Safety Instrumented System (SIL3)

BENEFITS

• Maximizing process/plant uptime, productivity and yield

• Increased reliability and availability, performance and profitability

• Lowers investment and lifecycle costs

• Complies with International safety standards

• Meets safety targets

• Mitigates environmental impact

• Assists you in avoiding penalties or fines for non-compliance

• Enable you to achieve competitive advantage in your markets

KEY CAPABILITIES

• TÜV Certified up to SIL3 applications in accordance with International standard IEC61508

• Easily integrated with all major Distributed Control Systems

• On-line module replacement ensures plant availability by hot-swapping of modules

• Works with both centralized and distributed applications

• Comprehensive family of I/O modules

• HART protocol pass through to Asset Management Systems

• Fast program cycle time for TMC applications

• Expertise available from our TÜV certified Functional Safety Experts and Engineers

• Certified for use in non-incendive applications

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