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The news of Schubert & Salzer Control Systems GmbH

IIoT without plant modification and special knowledge

février 19, 2024

Regulation valve
Schubert & Salzer Control Systems is starting the roll-out-phase of a retrofittable IIoT module for control valves. It makes monitoring and predictive maintenance simple even for plant operating companies without special prior knowledge.

The digital transformation of industry promises us permanent and global data availability – an ideal that can often only be realised with high expenditure, because the installation of new hardware and wired data infrastructures is time consuming and costly. In addition, the selection, setup and operation of the software for data acquisition and analysis requires specific technical knowledge that must additionally be acquired or purchased.
With its control valves, Schubert & Salzer Control Systems is now solving this problem for customers with a special IIoT module. Even already existing positioners from the valve manufacturer can be retrofitted very easily with the new plug & play solution. The modules are immediately able to make their data available via a mobile phone connection.  Instead of retrieving these data via cable or Bluetooth, the data are now available to the customer all over the world – without having to set foot in the plant.

“In the future, it is intended that our IIoT module will be able to make data available for the user’s own cloud solutions, too. Primarily, we also wanted to develop a plug & play solution with our product. That’s why we offer, as a manner of speaking, a “turnkey” IIoT platform that can also be used by plant operating companies that have no cloud platform of their own. This solution offers global access, a good overview of the data and is immediately ready to use“, explains Christoph Lukasik, Head of Design and Development at Schubert & Salzer.

Benefits for maintenance and service
From commissioning to monitoring to the evaluation of the incoming data for predictive maintenance, IIoT offers the user a wide range of benefits. Beyond that, users also benefit when service is necessary, because in the case of abnormalities and discrepancies in the control behaviour, the plant operating company can enable online access for Schubert & Salzer, via which the relevant data can then be observed. This often makes it possible to make a remote diagnosis and solve the problem within a very short time and without an on-site visit.

Manipulation is physically impossible
A particularly important aspect of the new development was security against cyberattacks and unauthorised access. Communication between the IIoT module and the positioner was therefore deliberately designed as a one-way street. “The module is controlled 100% by the controller. It only sends data to the cloud that the controller actively provides. The module itself cannot request data from the controller or actively execute commands.  It is also not technically capable of making changes to the controller“, Lukasik adds.

IIoT for everyone
Following an exhaustive test and development phase, the first roll-out of the technology has been taking place since April 2023. “The feedback so far has been positive and very promising. Together with our customers and their feedback, we are aiming to optimise the IIoT module even further over the course of the coming year and to adapt it to the needs of the user“, Lukasik concludes.
IIoT without plant modification and special knowledge
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Smart control valves thanks to IO-Link

février 02, 2023

Regulation valve
Schubert & Salzer Control Systems develops IO-Link positioners for their pneumatic control valves.

Ingolstadt. – Valves that control process and auxiliary media reliably and precisely are an important component in the digitisation of process plants. Schubert & Salzer Control Systems are now offering the latest generation of their tried-and-tested 8049 digital positioner for pneumatic control valves with IO-Link. Important diagnostic data from controller and valve are thus available to plant operating companies. In addition, valve parameters such as dynamics, accuracy and characteristic curve can be simply adapted at any time without physical access. A single cable with an M12 plug bundles the positioning signal, position feedback, data transmission and even the power supply.

Solid advantages for every plant
The integration of the international IO-Link industrial standard in its latest version 1.1.3 facilitates the installation and maintenance of the valves in complex plants. Additional device-specific software or hardware is not required. Incorrect connection is technically impossible due to the coded connecting plug. Even if a replacement should be necessary, this can be done without the need for specialists. The controller adopts the previously used parameterisation automatically by plug & play and is immediately ready for operation after self-calibration.

Predictive maintenance with extensive diagnostic data
The status data provided non-cyclically via IO-Link significantly increase process reliability and plant uptime. Among other things, they enable the predictive planning of maintenance work. "Thanks to the integration of IO-Link, the data from the field level can be monitored continuously. Even the tiniest irregularities are thus noticeable at an early stage", says Peter Hofmann, product engineer at Schubert & Salzer Control Systems. "With the help of the status data, operating companies can react long before there are even any signs of an unplanned plant stoppage. The evaluation makes it easier for the user to estimate preventive maintenance requirements, to avoid a possible impending failure and to continuously optimise the control valve."
Smart control valves thanks to IO-Link
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New: Globe valves type 7017 and type 7027

avril 28, 2022

Seat valves

With the new types 7017 and 7027, Schubert & Salzer's range now includes two globe valves for regulating and shutting off media ranging from neutral to highly aggressive. In a stainless-steel version with nominal sizes from DN 15 to 50, the two valve types are suitable for a wide temperature range from -30 °C to +200 °C (optionally -100 °C to +220 °C) and for nominal pressures up to PN 40. The straight seat design enables a highly efficient and very simple isolation of the valve itself as well as the welded-on pipeline.

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New: Globe valves type 7017 and type 7027
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New sliding gate control valve type 8621, designed in accordance with ASME standards

octobre 25, 2021

Regulation valve
With the new type 8621, Schubert & Salzer combines ASME standards for the first time with sliding gate technology. It is the first sliding gate control valve not to be built in wafer design, but instead on the basis of ASME B16.34 incl. a flange connection according to ASME B16.5. Sliding gate valves can now be selected with a standardised overall length according to ANSI ISA 75.08.01; plant operators can quickly and simply replace traditional globe valves by much more efficient valves with sliding gate technology.

In comparison with globe valves, users of sliding gate valves benefit from critical advantages, such as minimal consumption of energy due to small actuation forces and fast response due to small strokes. Other features are the controllability of high differential pressures with small actuators, low-noise and cavitation-insensitive operation as well as high variable Kvs values (you can find out more about sliding gate technology here).

The new sliding gate control valve type 8621 is the first Schubert & Salzer valve to be produced not only in Germany, but also in the USA at our location in Concord, North Carolina.

>> More about type 8621
New sliding gate control valve type 8621, designed in accordance with ASME standards
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New, compact sliding gate valve with diaphragm actuator

mai 31, 2021

Our developers said to themselves, "It could be even more compact". The result: A sliding gate valve (GS) with impressively reduced dimensions and weight – type 8028. Due to the new 80-mm diaphragm actuator, the type 8028 GS1, for example in DN100, with an installation length of just 487 mm, is another 50 mm shorter than the already compact GS valve with piston actuator. In terms of control accuracy, the GS type 8028 is in no way inferior to its big brother, the type 8021, and impresses with a rangeability of 80:1. For the high control quality of the GS valves, their very good response behaviour is particularly decisive. Very short reaction times at the highest resolution are achieved due to small actuator travels, low moving loads and low actuation forces. With the new type 8028 valve, modern plant installations designed with increasingly smaller dimensions also enjoy the benefits of sliding gate technology.

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New, compact sliding gate valve with diaphragm actuator
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Press Release - Manifold for centrifugal pumps by Schubert & Salzer

décembre 08, 2020

Compact manifold for cooling and lubrication of the shaft seal on centrifugal pumps
 
Centrifugal pumps depend on cooling and lubrication to operate efficiently, reliably and with a long service life. The solutions commonly used for this purpose in the industry are mostly constructions made of a lot of different components. These are often not exactly matched to each other and also require a lot of space and installation effort.
 
Schubert & Salzer Control Systems has now developed an out-of-the-box solution for this specific application. In this case, the cooling and lubrication of the shaft seals in centrifugal pumps with the operating fluid is controlled via a compact manifold. The adjustable 7010 angle-seat shut-off valve integrated into the block allows a flow rate of 10 to 50 l / h to be set.
 
When the pump is started, the pneumatic valve opens simultaneously, so that cooling and lubrication are ensured immediately. The liquid sensor integrated in the manifold permanetly checks that coolant always flows when the pump is running. If there is no cooling the pump is switched off to prevent damage to the shaft seal and to prevent it from getting stuck. The switch-off and switch-on functions can be carried out via the pump control or can be taken over by a PLC.
 
Schubert & Salzer Control Systems thus offers an efficient out-of-the-box solution for the cooling and lubrication of shaft seals in centrifugal pumps. As a complete solution, the new system is not only more compact than the solutions commonly used in industry, but also significantly reduces installation and maintenance costs.
The manifold is suitable for all centrifugal pumps within the specified performance range. In addition, it can be extended with e.g. manometer connections, pressure and temperature sensors. Further options and intelligent, specific, modular solutions are also possible.
Press Release - Manifold for centrifugal pumps by Schubert & Salzer
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