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August 13, 2026 BY
IN Phoenix Contact

Phoenix Contact Buttons, switches, and indicator lights

Operating and signaling made easy

The buttons, switches, and indicator lights can be combined and mounted

without using tools. The products use tool-free Push-in Technology for easy

connection. The wide-ranging portfolio offers over 200 items.

Main features

• Modular system kit

• Configurator

• Various colors and LED versions

• Buttons: Push buttons, mushroom push buttons, and emergency switching

off buttons

• Various button panels and function types

• Switches: Rotary switches and key switches

• Various switch positions and functions

• Indicator lights

Your Advantages

• Highly convenient operation due to tool-free Push-in connection technology

and touch-proof design

• Wide voltage input enables direct connection to 24 V … 240 V AC/DC nominal

voltage

• Tool-free mounting and installation

• Long service life due to the robust design

• Anti-induced voltage, prevents the LEDs from flickering
August 13, 2026 BY
IN Phoenix Contact

Phoenix Contact 2864422 MINI MCR-SL-RPS-I-I – Repeater power supply

Product description

The 6.2 mm wide MINI MCR-SL-RPS-I-I… repeater power supply supplies

transmitters in the field and electrically isolates the input signal from the

output signal. The module can be used in both isolator and repeater power

supply operation.

Electrically isolated 0…20 mA or 4…20 mA analog standard signals are

available on the input and output side.

The power supply (19.2 V DC to 30 V DC) can be supplied via connection

terminal blocks on the modules or in conjunction with the DIN rail connector.

Your advantages

• Power supply possible via the foot element (TBUS)

• Can be used as an isolator with passive input

• Highly-compact repeater power supplies for electrical isolation, amplification, 

and filtering of standard analog signals

• 3-way isolation

• Supply of 2-conductor and passive 3-conductor sensors
August 13, 2026 BY
IN Alfa Laval

Alfa Laval Hybrid Powder Mixer M15 Working principle

Working principle

The two-stage inline Alfa Laval Hybrid Powder Mixer M15 is

typically integrated into a circulation loop connected to a batch

tank.

After adding liquid ingredients to the tank, the Hybrid Powder

Mixer circulates the liquid over the tank. To provide additional

high-efficiency mixing, tank with volumes larger than 1 – 2 m³,

installing an Alfa Laval Rotary Jet Mixer is highly recommended.

When adding powder to the liquid, the powder is added through

the funnel. The valve under the funnel is opened. The injector

positioned under the valve creates an underpressure in the funnel

outlet, drawing the powder into the rotor-stator and pre-blending

the products. The rotor/stator (single rings) creates the main

shear, dynamically and efficiently blending powder and liquid into

a homogeneous mixture.

The pump impeller in the second stage creates the final shear

and transfers the powder-liquid mixture into the tank under high

pressure. A portion of the powder-liquid mixture is sent through

the injector back to stage one. This way, the liquid flow in the

injector creates the underpressure in the funnel outlet, which

enables the dynamic suction of the powder into the liquid.
August 13, 2026 BY
IN Emerson

Emerson The RIU2 supports 10/100MB communication

The RIU2 supports 10/100MB communication on both primary

and secondary ports.

Data Passthrough. The controller is equipped with the

ability to pass smart HART® information from field devices

connected to a Remote I/O Unit to any workstation node

in the control network.

This means you can take advantage of applications, such as

AMS Device Manager that enable you to remotely manage the

HART information contained in your HART equipped devices.

Mounting. This plug-and-play system structure provides

modular system growth with a single controller and

is approved for remote mounting in a Class 1. Div 2 or

ATEX Zone 2 environment. Refer to the System Power

Supplies and I/O Subsystem Carriers product data sheets

for additional information.

I/O Types and Capacity. The RIU2 support one I/O carrier

of either Classic I/O or HART I/O. The Remote I/O Unit and

I/O cards can be installed on either horizontal or VerticalPlus

carriers. Any of the Classic or HART I/O cards may be utilized.

The HART data from the I/O channels can be used in a control

strategy, providing the user with the same experience using

remote I/O as when using local I/O.
August 13, 2026 BY
IN Emerson

Emerson Shared remote I/O for maximum flexibility

Shared remote I/O for maximum flexibility

I/O Targeting. The M-series Zone 2 Remote I/O Units supports

targeting of Classic I/O to controllers on a per card basis.

For example, a card can be owned by a controller, with different

I/O cards owned by a different controller, with the limit that a

Remote I/O Unit can support 4 controllers maximum.

Each DeltaV controller can have up to 16 Remote I/O Units

associated with it.

The DeltaV system supports up to 300 remote I/O Units1

and they communicate on the same Ethernet network as

the controllers and workstations.

The RIU2 supports 10/100MB communication on both primary

and secondary ports.

Data Passthrough. The controller is equipped with the

ability to pass smart HART® information from field devices

connected to a Remote I/O Unit to any workstation node

in the control network.
August 13, 2026 BY
IN Emerson

Emerson DeltaV M-series Zone 2 Remote I/O delivers big savings

Product Description

The DeltaV M-series Zone 2 Remote I/O delivers big savings

in the installation process. The compact, modular design

allows you to cost-effectively meet your process needs.

The Remote I/O subsystem consists of a System Power

Supply and a Remote I/O Unit connected to an 8-wide I/O

carrier with up to 8 simplex I/O cards.

There are two versions of the Remote I/O Unit; the original

Remote I/O Unit (RIU), and the Next Generation Remote I/O

Unit 2 (RIU2). The RIU2 is a drop-in replacement for the

original RIU back to DeltaV v13.3.1 and has the same

functionality as the original RIU.

Easy to use

Total Control. The controller(s) manages all control

activities for the I/O interface channels. It also manages all

communication functions for the communications network.

Time stamping, alarming, and trend objects are also managed

within the controller(s). The controller(s) executes your control

strategy. Information from an input channel on a Remote I/O

Unit is received, control strategy applied, and data is sent to an

output channel on Remote I/O Unit within 200 ms on average –

assuming a 100 ms scan time for the I/O.
August 13, 2026 BY
IN Emerson

DeltaV™ M-series Zone 2 Remote I/O

Introduction

The DeltaV™ M-series Zone 2 Remote I/O architecture allows

I/O cards to be installed remotely from the controller and

provides communication and control between the field

devices connected to the Remote I/O subsystem and the

other nodes on the control network. Control strategies

and system configurations reside in the DeltaV system’s

powerful controllers.

Benefits

Shared remote I/O. DeltaV M-series Zone 2 Remote I/O can be

shared amongst several DeltaV controllers for a greater range

of applications and installation flexibility.

Easy plug-and-play installation. DeltaV M-series Zone

2 Remote I/O automatically identifies itself to the control

network, saving the usual no-value engineering work that

other automation systems require. Additionally, I/O cards are

recognized as they are inserted into the Remote I/O subsystem.

Easy to use. Like the traditional I/O in your DeltaV system,

the DeltaV controller manages all activities for your Zone

2 Remote I/O. The I/O cards supported by the Remote I/O

subsystem are the same as those used on M-series controllers –

saving you spares.
August 13, 2026 BY
IN Alfa Laval

Alfa Laval Hybrid Powder Mixer S15 is comprised mainly of a two-stage pump

Standard design

The Alfa Laval Hybrid Powder Mixer S15 is comprised mainly

of a two-stage pump with a rotor-stator as the first stage and

as a second stage. It is also equipped with a funnel and an

injector. The funnel is used to introduce powder through an

injector system, which can be isolated using a hygienic C-ball

valve. The injector pre-blends the powder and the liquid, while

at the same time creating underpressure in the funnel outlet.

The S15 unit is reduced to basic functions, without table,

frame and frequency converter and therefore has lower

investment costs than the fully equipped Alfa Laval Hybrid

Powder Mixer M15.
August 13, 2026 BY
IN Alfa Laval

Alfa Laval Hybrid Powder Mixer S15 Powder mixers

Introduction

The Alfa Laval Hybrid Powder Mixer S15 is a stationary dual

stage inline powder dissolution unit that quickly and efficiently

disperses powders, mixing them with liquids into a

homogeneous blend. Using a single-motor pump, it then

transfers the resulting solution at outlet pressures of up to 5

bar. Versatile, cost effective and easy to use, this mixer

efficiently produces homogeneous products at high dry matter

concentrations and high yields.

Applications

The Hybrid Powder Mixer S15 is an excellent choice for

blending thickeners, stabilizers and emulsifiers into

concentrations required in most hygienic applications in the

dairy, beverage and food industries. It is also capable of

producing recombined milk with more than 50% dry matter.

Benefits

• Fast and homogenous powder dissolving

• A combination of a stationary inline powder-liquid mixer

and a pump

• High dynamic shear, gentle mixing

• Reduced installation, emissions, energy and maintenance

costs

• Reduced total cost of ownership combining the functions

of powder mixing and pumping into a single unit

• Reduced investment cost due to the reduction to basic

functions
August 13, 2026 BY
IN Alfa Laval

Alfa Laval Hybrid Powder Mixer M15 is comprised mainly of a two-stage pump

Standard design

The Alfa Laval Hybrid Powder Mixer M15 is comprised mainly of a

two-stage pump with a rotor-stator as the first stage and as the

second stage. It is also equipped with a funnel and an injector.

The funnel is used to introduction powder through an injector

system, which can be isolated using a hygienic C-ball valve. The

injector pre-blends the powder and the liquid, while at the same

time creating underpressure in the funnel outlet.

The unit is mounted on a stainless-steel frame. The table easily

slides into position on the frame, making it easy to place bags of

powder there during mixing. It also functions as a lid to cover the

funnel when not in use. The liquid inlet is equipped with a sight

glass and a butterfly valve.

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