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Beckhoff EL2784 | EtherCAT Terminal, 4-channel solid state relay output, 30 V AC, 48 V DC, 2 A

The digital EL2784 EtherCAT Terminal provides four switches

that can be used like a relay contact for AC/DC voltages.

The electronic switch is realized through high-performance

MOSFET transistors with low on-resistance.

The switch itself is not short-circuit proof, but thanks to its

high pulse current capability it can cope with current until

an external fuse is triggered. The wear resistance increases

the availability of the application. Ohmic and slightly inductive

loads can be switched up to a rated voltage of 30 V AC/DC.

Purely ohmic loads can be switched up to 48 V DC rated voltage.

High peak voltages and electromagnetic interference pulses are

prevented. The power contacts are linked. The outputs of the

EL2784 are supplied via the power contacts.

Special features:

• 4 x make contacts as substitutes for relay contacts

• switching of ohmic loads up to a rated voltage of 30 V AC/48 V DC

• switching of slightly inductive loads up to a rated voltage of 30 V AC/DC

• max. output current 2 A per channel

Beckhoff ELX2792 | EtherCAT Terminal, 2-channel solid state relay output, potential-free, Ex i

The ELX2792 output terminal has two relays, each with a

changeover contact, which can be used universally to

switch intrinsically safe loads up to zone 0/20. 

These could be, for example, solenoid valves, contactors

or optical/acoustic signal devices. The ELX2792 features

potential-free contacts. The signal state of each individual

channel is displayed by an LED. EtherCAT Terminals from 

the ELX series must always be operated in conjunction

with the ELX9560 power feed terminal, which generates

an electrically isolated output voltage (24 V EX) from the

input voltage (24 V DC) to supply the downstream ELX

terminals. If a renewed feed-in should be necessary,

the combination of an ELX9410 and an ELX9560 can be

used so that further ELX terminals can be connected inline.

The ELX terminal segment must be terminated with one

ELX9012. two ELX9410 or one EK1110.

The use of two ELX9410 allows the use of EL terminals

behind ELX terminals. With the EK1110. the terminal

segment can be continued via an EtherCAT cable,

for example to implement cable redundancy.

Beckhoff EL2642 | EtherCAT Terminal, 2-channel reed output

With the switching terminals of the EL/ELM264x (reed) and

ELM274x (solid-state) series, Beckhoff significantly expands

the application possibilities of the integrated measurement

technology of the ELM3xxx series, as well as normal EL3xxx

/EL4xxx analog inputs and outputs.

This is because several sensors or sources can now be

connected to one analog input channel at the same time

via high-quality, EtherCAT-controlled switches.

For this purpose, the EL2642 is equipped with reed relays as

switching elements that allow fast switching cycles with a long

service life. The electrical isolation and the constant transition

resistance of the reed switch allow the measurement of sensitive

signals up to fast scanning operation. Due to the double input

connections X, the channels can simply be connected to 1 x 8

multiplexers andm more. The multi-channel acquisition of analog

signals as well as the flexible switching of various test states in

production integrated test stations is thus simple to do through

the integration of the switches into the EtherCAT system.

Alfa Laval Rotary lobe pumps

Choose an Alfa Laval rotary lobe pump for reliable performance and gentle

pumping action of low, medium and high-viscosity media.

Robust construction, modular design and flexible configuration enhance

process flexibility and operational reliability. High-precision rotors and

low-shear operation make these pumps ideal for handling sensitive process

fluids in general, hygienic and high-purity applications across the dairy, food,

beverage, personal care, biotechnology and pharmaceutical industries.

Robust construction, precision tolerances, and gentle product handling

process flexibility and cost-effective operation

• Reliable, high-performance, low-maintenance pumps for continuous processing

with minimal to no unplanned production stops

• High-quality end-product due to gentle, low-shear pumping

• Compliance with hygienic standards for general, food-grade and pharmaceutical

processing requirements

• Versatile, efficient pumping of low-, medium- and high-viscosity fluids

• Pharmaceutical grade version available with Alfa Laval Q-doc documentation

package for full supply chain transparency and traceability

Depend on the Alfa Laval rotary lobe pump for virtually pulsation-free handling

of all types of process fluids, no matter the viscosity. Designed for easy maintenance

and long service life, these pumps have a wide performance envelope to meet a

broad range of process requirements while maximizing uptime and ensuring product

quality and plant productivity.

Alfa Laval DuraCirc Standard design

Standard design

Twin-wing piston rotors made of special non-galling alloy are

standard. All other media contacting steel components, like the

rotor case, front cover and rotor nuts are in W. 1.4404 (AISI 316L).

With stainless steel gear case and feet, the DuraCirc pump has

an all stainless steel exterior, making it exceptional corrosion

resistant.

The gearbox is as standard designed with duplex shafts and a

strong, long life bearing arrangement. This provides for a very

robust and rigid shaft assembly design – a prerequisite for the very

high volumetric efficiency achieved.

With profiled defined compression elastomers and an optimised

shaft seal location, the DuraCirc is designed according to the

most stringent hygienic design standards and with verified and

effective CIP cleanability.

The pump features a double mechanical seal prepared for sterile

flushing. Furthermore, with special double sealing designs the

pump is prepared for sterile flushing at the port connections and

in the front cover.

The Alfa Laval DuraCirc Aseptic can be supplied either as a bare

shaft pump or mounted on a base plate complete with coupling,

guard, gear motor and shroud for easy, plug-and-play installation.

Working principle

The rotor pistons rotate around the circumference of the channel

in the pump casing. This continuously generates a partial vacuum

at the suction port as the rotors unmesh, causing fluid to enter the

pump. The fluid is transported around the channel by the rotor

pistons, and is displaced as the rotor pistons re-mesh, generating

pressure at the discharge port. The direction of flow is reversible.

Alfa Laval DuraCirc Standard design

Standard design

Twin-wing piston rotors made of special non-galling alloy are

standard. All other media contacting steel components, like the

rotor case, front cover and rotor nuts are in W. 1.4404 (AISI 316L).

With stainless steel gear case and feet, the DuraCirc pump has

an all stainless steel exterior, making it exceptional corrosion

resistant.

The gearbox is as standard designed with duplex shafts and a

strong, long life bearing arrangement. This provides for a very

robust and rigid shaft assembly design – a prerequisite for the very

high volumetric efficiency achieved.

With profiled defined compression elastomers and an optimised

shaft seal location, the DuraCirc is designed according to the

most stringent hygienic design standards and with verified and

effective CIP cleanability.

The pump features a front-loading single mechanical seal, which

allows quick and easy inspection or replacement without the

need to disassemble pipework. Single flushed and double

mechanical shaft seals as well as O-ring seals are available as

options.

Alfa Laval DuraCirc Benefits

Benefits

• Ability to introduce steam barrier on all media/atmosphere

interfaces – front cover, ports and mechanical seals, allows for

sterile pump operation.

• High volumetric efficiency performance allowing for optimized

pump selection, reducing capital cost, whilst improving

process yield.

• Certified to both EHEDG and 3A, reducing both process cross

contamination risk and CIP cycle time, maintaining process

yield whilst cutting cleaning costs.

• Full component interchangeability without complicated

maintenance procedures, long life bearing operation and one

single long-life lubricant making service faster and easier,

increasing process uptime.

• Robust, durable design via strong gearcase incorporating

increased diameter shafts and optimally positioned heavy

duty bearings, minimizes risk of pump head contact, reducing

service requirement, maintaining process continuity.

Alfa Laval DuraCirc Aseptic Circumferential Piston Pump

Introduction

The Alfa Laval DuraCirc Aseptic delivers the perfect balance of

durability, reliability, high efficiency and superior hygienic

performance. Combined with design features enabling simple

service, the DuraCirc Aseptic keeps process running. In additional

to a class leading range of flow and pressure capabilities and

globally recognized hygienic certification, DuraCirc Aseptic

specification allows for a sterile environment to be maintained

within the pump. The innovative design also includes features that

make cleaning and maintenance faster, easier and more

dependable.

Applications

Designed for sterile flushing at all product media to atmosphere

interfaces, as well as Cleaning-in-Place (CIP), the Alfa Laval

DuraCirc Aseptic is ideal for aseptic processing within the dairy,

food, beverage, home and personal care industries. The highly

efficient design is particularly suited to applications that are low in

viscosity with medium to high discharge pressures and require

equipment that can be cleaned in place.

The DuraCirc Aseptic Circumferential Piston Pump is available

with 5 different pump head displacements to handle flow rates up

to 103 m3/h and differential pressures up to 25 bar.

Alfa Laval DuraCirc Benefits

Benefits

• High volumetric efficiency performance allowing for optimized

pump selection, reducing capital cost, whilst improving

process yield.

• Certified to both EHEDG and 3A, reducing both process cross

contamination risk and CIP cycle time, maintaining process

yield as well as cutting cleaning costs.

• Truly front-loading single seal, full component

interchangeability without complicated maintenance

procedures, long life bearing operation and one single long-life

lubricant making service faster and easier, increasing process

uptime.

• Robust, durable design via strong gearcase incorporating

increased diameter shafts and optimally positioned heavy

duty bearings, minimizes risk of pump head contact, reducing

service requirement, maintaining process continuity.

• DuraCirc Uni-Fit port option allows easy direct replacement of

both Alfa Laval SCPP range and also other major brands into

existing process systems, without changing pipework.

Alfa Laval DuraCirc Circumferential Piston Pump

Introduction

The Alfa Laval DuraCirc delivers the perfect balance of durability,

reliability, high efficiency and superior hygienic performance.

Combined with design features enabling simple service, the

DuraCirc keeps process running. In additional to a class leading

range of flow and pressure capabilities, DuraCirc comes with

globally recognized hygienic certification. The innovative design

also includes features that make cleaning and maintenance

faster, easier and more dependable.

Applications

Designed for Cleaning-in-Place (CIP), the Alfa Laval DuraCirc is

ideal for hygienic applications within the dairy, food, beverage,

home and personal care industries. The highly efficient design is

particularly suited to applications that are low in viscosity with

medium to high discharge pressures and require equipment that

can be cleaned in place.

The DuraCirc Circumferential Piston Pump is available with 13

different pump head displacements to handle flow rates up to 149

m3/h and differential pressures up to 40 bar.

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