Positioners Attachment, Options, Explosion Protection, Operation, Diagnostics, Safety
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Positioners – Overview Attachment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Explosion protection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Operation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Diagnostics . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
Safety . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .
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OUR EXPERTISE FOR YOU
Competence in valve engineering Founded in 1907, SAMSON has since become a worldwide leader in the manufacture of expertly engineered control valves, positioners and other valve accessories for all industrial processes.
SAMSON provides you with valve engineering and customer service from a single source: We support you in planning new installations
or overhauling and expanding existing plants.
We assist you in selecting and configuring the
right equipment to suit your control requirements.
We are close at hand to support your life cycle
management, from installation and start-up to maintenance and service.
SAMSON has over 50 subsidiaries, amongst them noted manufacturers of special valves, such as AIR TORQUE, CERA SYSTEM, LEUSCH, PFEIFFER, RINGO VÁLVULAS, STARLINE, and VETEC. We are represented in over 80 countries to assist our customers on all continents.
At SAMSON, we can draw on more than 100 years of experience and expertise in control valve engineering. In 1957, we launched the first pneumatic positioner onto the German market. Since then, we have enhanced and perfected our positioners, their attachment and their interaction with a wide variety of valve models and valve accessories.
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The SMART VALVE INTEGRATION CENTER (SVIC), founded in 2009 at our headquarters in Frankfurt, works in close cooperation with the R&D and test facilities departments to provide the foundations for optimal integration of smart SAMSON devices into process control, engineering and asset management systems. The center performs integration tests of smart devices as well as system tests according to customer specifications in cooperation with
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control system manufacturers. We pass on the knowledge we acquire to our customers in hands-on training seminars. The components used are tested concerning their start-up and interoperability on plant setups in laboratory conditions. Additionally, applicationspecific solutions and field device improvements are developed.
FROM ANALOG TO DIGITAL
1935 – A solenoid valve and a temperature controller are the first electrical devices developed by SAMSON. 1957 – The first pneumatic positioner, STP 703, is launched onto the German market. 1973 – SAMSON introduces an i/p and p/i converter functioning as the linking element between pneumatics and electronics. 1974 – Production of the first electropneumatic positioner, the Type 3762, starts. 1986 – SAMSON participates in a joint project set up by different industrial companies to define a fieldbus for automation later to become PROFIBUS. 1987 – Integral positioner attachment with internal air routing is introduced. It sets a benchmark in control valve engineering that operators still benefit from today. 1989 – The world's first prototype of a fieldbus positioner is presented at INTERKAMA and the ISA show (Philadelphia, USA).
2000 – The Type 3787 Positioner with FOUNDATION™ fieldbus communication helps strengthen our sales activities in North America, Asia and the Middle East. 2001 – The Series 3730 Positioners with hybrid technology and integrated valve diagnostics are presented at INTERKAMA. 2001 – A leakage sensor to monitor seat leakage is introduced. 2004 – The Series 3730 Positioners are certified in accordance with IEC 61508 for use in safetyinstrumented systems up to SIL 3. 2006 – News version with partial stroke testing for safety-instrumented systems are added to the Series 3730. 2006 – Production of flameproof Series 3731 Positioners starts. 2008 – The enhanced EXPERTplus valve diagnostics allow extensive diagnostic functions to be added to the Series 3730 and 3731.
1995 – Production of the digital Type 3780 Positioner with HART® communication starts. 1999 – TROVIS-VIEW, a user interface designed to configure and operate various electronic SAMSON products, is introduced.
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2011 – Type 3730-4 is the first PROFIBUS field unit in which the ID number can be adapted. This allows PROFIBUS-PA field devices to be replaced without having to shut down the control system. 2011 – Type 3730-6 with HART® communication sets new standards in predictive valve diagnostics with its integrated pressure sensors. 2012 – SAMSON is partner of the 75th NAMUR general meeting, which highlights modern final control elements in the automation of processes.
1957 - STP 703
2015 – The new TROVIS SAFE series is added to SAMSON's range of positioners. The positioners marketed under the registered trademark TROVIS SAFE have been optimized for use with on/off valves in safety-instrumented systems and are certified to comply with SIL requirements. 2016 – SAMSON introduces the new positioner generation TROVIS 3793 at the Valve World Expo 2016. These positioners have a modular design. Their high air capacity make suitable them for mounting to large actuators. 2018 – SAMSON introduces two new positioners from the Series 3730 – TROVIS 3730-1 and TROVIS 3730-3 – at the 2018 Valve World Expo. The new positioners for 4 to 20 mA applications combine the latest technological developments with the proven device base known from the Type 3730-1 and Type 3730-3 predecessor models.
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2001 - Series 3730
2016 - Series 3793
ATTACHMENT
Easy and universal attachment Positioner attachment is a complex matter since various mounting interfaces, actuator motions and manufacturer-specific applications exist.
Besides the standard mounting kits (IEC 60534-1, VDI/VDE 3847, VDI/VDE 3845) and SAMSON's integral attachment, mounting kits for actuators by other manufacturers are available. They all share the same benefits: they are simple to mount, particularly rugged and durable. The mounting kits modified by SAMSON to meet customer requirements guarantee problem-free operation of the positioners.
The wide range of high-grade mounting kits allows our positioners to be mounted on many different kinds of linear and rotary actuators by various manufacturers.
–– VDI/VDE 3847-1
3793
3731-3
3730-6
–– IEC 60534-6-1
3793
3731
3730
3767
TROVIS SAFE
3725
3766
–– SAMSON integral attachment
4765
3730-0
Attachment
Series
4763
Type
Attachment to linear actuators
Attachment to rotary actuators –– According to VDI/ VDE 3845 –– VDI/VDE 3847-2
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A closer look at SAMSON integral attachment Integral attachment introduced by SAMSON is the best solution for small and medium-sized actuators as far as safety, cost-effectiveness, quality and a long service life are concerned. A rugged, compact valve unit is created by directly attaching the positioner to the actuator yoke. All moving parts are enclosed and the travel linkage is protected against unintentional adjustments during transportation, installation and operation.
On top of this, the purging of the actuator yoke with positioner exhaust air protects the travel linkage from climatic conditions and corrosive ambient air often present in industrial environments.
An additional benefit is provided by the internal air routing within the actuator yoke. As a result, no expensive external hook-up between the positioner and actuator is required.
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Optional purging with positioner exhaust air
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Seals in all gaps
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Vent plug ensures IP rating up to IP 66
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Space sealed on both sides
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1
1 3
2
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OPTIONS
Options for more performance Control valves are subject to numerous requirements that vary considerably depending on the application and site of installation. In cases where the standard positioner version cannot meet the control demands, SAMSON positioners can be fitted with an extensive range of accessories. The integration of additional
components into the positioner housing minimizes the need to mount accessories and the complexity of the required hook-up. As a result, the cost of installation is reduced while the operational reliability of the valve is increased.
Type
Series
TROVIS SAFE
Inductive limit switch
Fault alarm output Solenoid valve
1) 2)
3731
3793
3730-6
3731-3
3793
3725
4765
3730
Software limit switches
4763
3767
3766
3730-0
Options
1)
1)
1) 1)
1)
1)
Forced venting
1)
Binary input
1)
Analog position transmitter
1)
1)
Leakage sensor
1)
2)
2)
External position sensor
1)
2)
2)
Analog input for external travel sensor
1)
Not for all versions. See list at the back. In preparation
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A closer look at options Software limit switches – These switches signalize that the valve has reached one of the two adjustable limits, e.g. OPEN or CLOSED position or an intermediate position.
Analog position transmitter – The analog position transmitter provides a 4 to 20 mA signal for position feedback indicating the current travel or opening angle of the actuator.
Inductive limit switch – This switch indicates the end position even after a power failure in a safety-instrumented system.
Leakage sensor – This sensor enables positioners with integrated diagnostics to detect seat leakage or trigger an alarm after a limit violation.
Fault alarm output – Alarms generated by the EXPERTplus valve diagnostics are issued at the fault alarm output as a condensed state.
External position sensor – This sensor allows the positioner to be mounted away from the valve (e.g. on a wall). It can be used when the external conditions are unsuitable for the positioner, e.g. extremely high temperatures or increased vibrations at the valve.
Solenoid valve and forced venting – These options guarantee emergency venting of the actuator in compliance with IEC 61508 up to SIL 3. As a result, the control valve is moved to the fail-safe position determined by the actuator. Binary input – Certain diagnostic functions can be started by the binary input, e.g. data logging or partial stroke testing or the valve is moved to the fail-safe position.
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Analog input (4 to 20 mA) – The analog input allows conventional linear or angle position sensors issuing a 4 to 20 mA signal to be connected to the positioners.
EXPLOSION PROTECTION
Reliable safety The formation of an explosive atmosphere cannot be ruled out in most chemical and petrochemical processes. In this case, the plant components must meet special explosion protection requirements. This also applies to positioners used in hazardous areas. For the use in explosive atmospheres, we offer positioners in type of protection intrinsic safety, in non-sparking, protection by enclosure, and flameproof enclosures.
Despite the increased requirements placed on the housing, this also applies to positioners in flameproof enclosures. They are designed to withstand an internal explosion without igniting the explosive atmosphere outside. Various installation methods make it easier to wire the positioner: Direct cable entry with terminal compartment
in flameproof enclosure (Ex d)
Indirect cable entry with terminal compartment
It is possible to operate SAMSON positioners on site using their rotary pushbutton without posing any risk.
designed for increased safety (Ex e)
Conduit system with factory-sealed terminal
compartment
4765
3725
3730
1)
Non-sparking equipment
1)
1)
Protection by enclosure
Flameproof enclosure
2)
3)
2)
2)
3)
5)
2)
2) 4)
3793
4763
1)
3731-3
3767
3730-6
3766
Intrinsic safety (Ex i)
TROVIS SAFE
3793
3730-0
Explosion protection
Series
3731
Type
Purely pneumatic positioner Flameproof enclosure in combination with Type 3770 Field Barrier 3) Flameproof enclosure in combination with Type 6116 i/p Converter 4) Not for all versions. See list at the back. 5) Type 3731-5 only 1) 2)
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A closer look at international certification Positioners cannot be operated in explosive atmospheres until they have been tested and certified by a notified body. International rules on explosion protection are similar. However, national regulations still differ.
SAMSON positioners have the globally accepted IECEx certification. The high level of safety provided by the positioners is also certified by various national and international authorities responsible for markets in North and South America, Asia, Australia and Europe.
GOST-R Ex
CSA FM/UL
JIS ATEX
KC
INMETRO
NEPSI CCoE IECEx
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OPERATION
Intuitive operation At SAMSON, we focus on the user: automatic start-up and a proven operating structure in all our digital positioners as well as numerous details, such as initialization at the push of a button, convenient operation using one rotary pushbutton, a display that is easy to read and whose reading direction can be turned by 180°, contribute to making start-up and operation easier for the user.
Our positioners are easily adapted to the control task at hand – either on site or, in Series 3730, 3731, and 3793 Positioners with diagnostics, on a computer using our TROVIS-VIEW software.
Type
TROVIS
TROVIS SAFE
3725
3730-1
3730-2
3730-3
3730-4
3730-5
3730-6
3731-3
3731-5
3730-1
3730-3
3793
3730-6
3731-3
3793
Operation
–– Automatic initialization
–– Autotuning
–– Monitoring
Start-up
Operating controls –– Initialization key –– Code-based display
–– Plain-text display –– Rotary pushbutton –– Capacitive keys –– TROVIS-VIEW
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A closer look at the TROVIS-VIEW software TROVIS-VIEW provides a uniform user interface that allows users to configure and parameterize various SAMSON devices using device-specific database modules.
Extensive documentation to monitor the valve's condition is achieved by logging positioner data. For example, the Trend-Viewer function tracks process data over time.
Function and parameter settings can be saved to files, archived and transmitted to the positioner over an interface adapter. In online mode, process data of the connected positioner and the device status can be displayed according to a color code system as defined in NAMUR Recommendation NE 107.
A start-up wizard is included in the software for almost all Series 3730 Positioners which guides the user through the process of setting up the positioner step by step.
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OPERATION
Comprehensive system integration Full integration of the control valve into process control and asset management systems allows the full use of the positioner functions, such as status logging and diagnostics. In addition, this manufacturer-independent integration enables the control valve to be configured and started up from a central location.
Our Series 3730 and 3731 Positioners support standard digital interfaces and protocols, such as HART®, PROFIBUS® PA and FOUNDATION™ fieldbus. Numerous device integration files for engineering tools and systems are available for downloading.
Type
TROVIS
TROVIS SAFE
3730-3
3793
3730-6
3731-3
3793
3730-1
3731-3
3731-5
3730-6
3730-5
3730-4
3730-3
3730-2
3730-1
3725
Operation
Communication interface –– HART®
–– PROFIBUS® PA
–– FOUNDATION™ fieldbus –– SAMSON SSP interface
–– Device Type Manager (DTM)
–– Device Description (eDD, eEDD)
Integration using
–– GSD files
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Supported protocols, process control systems and integrations Process control system, integrations*
Emerson - DeltaV, AMS
Siemens - SIMATIC PCS 7, PDM
Yokogawa - CENTUM VP, PRM
ABB - Industrial IT
Endress+Hauser - ControlCare, FieldCare
Honeywell - Experion PKS
Handheld devices*
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CD
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MN
4
5
VW
1
0
*)
EF
2
<
GH
8
JKL ST U
#%&
.
>
X
9
O
PQ
6
YZ
3
I
Emerson - 375/475
R
/
* : +
_
Others on request
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DIAGNOSTICS
Predictive maintenance Due to the increasing automation of plants, positioners are not only used on valves for throttling service but on valves for on/off applications as well. All SAMSON positioners can handle classic analog control loops. TROVIS SAFE positioners can also perform discrete analysis of the set point as well as partial stroke tests, which makes them particularly suitable for mounting on on/off valves. Special positioner versions can also take on the discrete analysis of the set point of mounted on/off valves and partial stroke testing The EXPERTplus valve diagnostics
are integrated into all positioner versions. They record, save and analyze the data on the valve condition. Critical valve conditions can be detected by performing tests online while the process is running as well as offline to provide predictive maintenance. The condensed state is issued at the fault alarm output. Detailed test results and their analysis can be reviewed using our TROVIS-VIEW operator interface or using the protocols of HART®, PROFIBUS® PA or FOUNDATION™ fieldbus.
Type
TROVIS
TROVIS SAFE
3730-4
3730-5
3730-6
3731-3
3731-5
3730-3
3793
3730-6
3731-3
3793
–– Initialization result
–– Measured process values
–– Status messages, condensed state, logging
–– Tests to monitor operation in the running process
–– Tests to analyze the condition of the entire control valve
–– On/off analysis with partial stroke test
3730-1
3730-3
EXPERTplus valve diagnostics
3730-1
3725
3730-2
Diagnostics
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A closer look at monitoring functions and diagnostic tests Monitoring functions keep track of the valve while the process is running without disturbing it. Valve signature/hysteresis test – These tests
Leakage detection – The use of an optional
leakage sensor allows the detection of seat leakage inside the valve.
form the basis for all diagnostics involving the signal pressure. Such tests include detection of air leakage in the pneumatics or an excessively high or low supply pressure.
Diagnostics for on/off valves – The diagnostics
End position trend – This function allows an
alternating zero point or a creeping zero shift due to seat and plug wear or dirt between the seat and plug to be detected.
Diagnostic tests are performed to verify the results of the monitoring functions. These tests can only partly be performed while the process is running as the test has priority over the set point:
Statistical analysis – The statistical analysis of
Static characteristic – This test determines the
process data pinpoints a changed manipulated variable range, external or internal leakage and an incorrect attachment of the positioner.
Data logger – Process conditions can be
monitored and documented by event-triggered data logging.
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provide information on the valve end positions, transit times and breakaway times of the valve (TROVIS SAFE range).
valve dead band and provides information on the friction hysteresis.
Partial stroke test/full stroke test – These tests
check the ability of the valve to move and assess the dynamic control response over a partial travel range or the full travel range.
SAFETY
Safety and reliability We have added the new TROVIS SAFE series to our range of positioners specially for use in safety-instrumented systems. The SIL-certified TROVIS SAFE positioners include partial stroke testing. All diagnostic parameters necessary for on/off valves are ready configured.
Smart positioners with diagnostics can be used to enhance or even replace the functions of solenoid valves mounted on shut-off valve assemblies. They also increase the reliability, e.g. by performing regular partial stroke tests. Use of TROVIS SAFE positioners is possible on observing the requirements of IEC 61511 and the required hardware fault tolerance in safetyinstrumented systems up to SIL 2 (single device/ HFT = 0) and SIL 3 (redundant configuration/ HFT = 1).
In safety-instrumented systems, the control valve acts as a safety valve by opening or shutting off the pipeline in an emergency. High demands are placed on functional safety as outlined in the IEC 61508 and IEC 61511 (SIL) standards.
Type
TROVIS
TROVIS SAFE
Safety function over forced venting 1)
3730-3
3730-4
3730-5
3730-6
3731-3
3731-5
3730-1
3730-3
3793
3730-6
3731-3
3793
Safety function over solenoid valve
3730-2
Safety function over power supply
3730-1
3725
Safety
1)
1)
1)
1)
1)
1)
1)
In preparation
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Safety-instrumented system with TROVIS SAFE positioner Actuator and positioner with partial stroke testing function and external solenoid valve – The solenoid valve triggers the safety function. In the event of a power failure, the actuator is vented and the valve moved to its fail-safe position. The positioner monitors the availability of the valve on demand. Valve diagnostics allow malfunctions to be detected and increase the plant availability. A regularly performed partial stroke test can prevent the valve from seizing up in its operating position.
4...20 mA
PLC 4...20 mA
PLC
Actuator and positioner with partial stroke testing function – TROVIS SAFE positioners that come with emergency venting have a shutdown function according to IEC 61508. As a result, they can implement the safety function as well as testing the valve's proper functioning. The actuator is vented at an input signal of 0 mA, 3.8 mA or 4.4 mA depending on the version. An external solenoid valve is not required for positioners with 'solenoid valve' or 'forced venting' option suitable for safety-instrumented systems.
SPLC
SPLC 24 V
24 V
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Hazardous area
Hazardous area
POSITIONER MODELS
Types 4763 and 4765 – These positioners with pneumatic or electric input signal have a simple and compact design, making them particularly insensitive to vibration. They use a flapper-nozzle system which operates according to the forcebalance principle. They can be applied for both normal and split-range operation.
Type 3766 – The pneumatic positioner is a true classic among our positioners. It has a low air consumption and uses a linear characteristic. It has a fast and precise control response with a low hysteresis.
Type 3767 – The electropneumatic positioner is identical to the Type 3766, except for the dependable i/p converter. Positioner features, such as a low load and the ingeniously simple drop of silicone oil to dampen vibrations in the i/p converter, have contributed to the continual success of our electropneumatic positioners.
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Type 3725 – This positioner is a basic digital positioner for processes with high control demands that do not require communication with a process control system or valve diagnostics. The positioner with a deliberately simple design is operated using capacitive keys. Navigation within the menu on the display has been adopted from other proven SAMSON products, e.g. Series 3730 Positioners. A non-contact sensor system records the valve position and guarantees precise control. Autotuning to calibrate the parameters to the valve is performed during automated initialization of the positioner. The positioner housing is made of UV-resistant plastic.
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POSITIONER MODELS
Series 3730/3731 – The Series 3730 Positioners share the same platform: housing, travel linkage and pneumatic components are identical. Accordingly, these positioners have the same high air output capacity. The versions within this series have varying electronic components and, as a result, different features for ease of operation, functions, communication and diagnostics. While the Type 3730-0 gets by without a microprocessor and is reduced to the essential functions, the Type 3730-1 and higher models use digital signal processing for automatic start-up. The Series 3731 Positioners with flameproof enclosure have largely the same components inside and use the same hybrid technology as the corresponding positioners of the Series 3730. They are based on the same model platform, which allows favorable integral attachment, and use the same mounting kits for linear and rotary actuators. The main difference lies in the flameproof enclosure used for Series 3731 Positioners. Despite the enclosure, the positioner can still be easily operated on site using a rotary pushbutton and the readings that can be turned to suit the mounting position can be viewed on the large display.
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Series 3793 – These innovative electropneumatic positioners of the latest generation round off our product range. The Series 3793 Positioners use the proven mounting kits and have a modular design. High air capacities and variable outputs, e.g. double-acting control, can be achieved by using pneumatic modules that can be exchanged or retrofitted. Optional additional functions, such as limit switches, position transmitters, or binary inputs and outputs, can be added to the positioners on site as option modules. This allows positioners to be easily adapted to customer requirements at any time. Extensive diagnostics, communication using the HART® protocol, ease of operation with a multilingual plain-text display, and a protected noncontact sensor system contribute to making the positioner a top-of-the-range device.
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OVERVIEW Type 3766
3767
4763
4765
3725
3730-0
3730-1
3730-2
p/p
i/p
i/p
p/p
i/p
i/p
i/p
i/p
–– SAMSON integral attachment
– IEC 60534-6-1
Input/output signal Attachment
– VDI/VDE 3847-1 – VDI/VDE 3845
– VDI/VDE 3847-2 Options –– Software limit switches – Inductive limit switch –– Fault alarm output
– Solenoid valve –– Forced venting –– Binary input – Analog position transmitter –– Leakage sensor –– External position sensor –– Analog input for external travel sensor Explosion protection –– Intrinsic safety
– Non-sparking equipment
– Protection by enclosure –– Flameproof enclosure
1)
2)
2)
1)
2)
2)
Operation –– Automatic initialization
– Autotuning
– Monitoring
– Initialization key
– Code-based display – Plain-text display – Rotary pushbutton – Capacitive keys
– TROVIS-VIEW
– Communication interface Diagnostics –– EXPERTplus
Safety –– Emergency shutdown 1)
With Type 6116
2)
With Type 3770
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TROVIS
TROVIS SAFE
3730-3
3730-4
3730-5
3730-6
3731-3
3731-5
3730-1
3730-3
3793
3730-6
3731-3
3793
i/p
i/p
i/p
i/p
i/p
i/p
i/p
i/p
i/p
i/p
i/p
i/p
2)
2)
2)
2)
2)
in preparation
in preparation
in preparation
in preparation
Standard
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Option
SAMSON AT A GLANCE
– Europe 3,300 – Asia 500 – Americas 200 – Frankfurt am Main, Germany 1,800
MARKETS – Chemicals and petrochemicals – Power and energy – District heating and cooling, building automation – General industry – Industrial gases – Food and beverages – Metallurgy and mining – Oil and gas – Pharmaceuticals and biotechnology – Marine equipment – Water and wastewater – Pulp and paper
PRODUCTS – Valves – Self-operated regulators – Actuators – Valve accessories – Signal converters – Controllers and automation systems – Sensors and thermostats – Digital solutions
SALES SITES – More than 50 subsidiaries in over 40 countries – More than 200 representatives
PRODUCTION SITES – SAMSON Germany, Frankfurt, established 1916 Total plot and production area: 150,000 m² – SAMSON France, Lyon, established 1962 Total plot and production area: 23,400 m² – SAMSON Turkey, Istanbul established 1984 Total plot and production area: 11,053 m² – SAMSON USA, Baytown, TX, established 1992 Total plot and production area: 9,200 m² – SAMSON China, Beijing, established 1998 Total plot and production area: 10,138 m² – SAMSON India, Pune district, established 1999 Total plot and production area: 18,000 m² – SAMSON Russia, Rostov-on-Don, established 2015 Total plot and production area: 5,000 m² – SAMSON AIR TORQUE, Bergamo, Italy Total plot and production area: 27,684 m² – SAMSON CERA SYSTEM, Hermsdorf, Germany Total plot and production area: 14,700 m² – SAMSON KT-ELEKTRONIK, Berlin, Germany Total plot and production area: 1,060 m² – SAMSON LEUSCH, Neuss, Germany Total plot and production area: 18,400 m² – SAMSON PFEIFFER, Kempen, Germany Total plot and production area: 35,400 m² – SAMSON RINGO, Zaragoza, Spain Total plot and production area: 18,270 m² – SAMSON SED, Bad Rappenau, Germany Total plot and production area: 10,370 m² – SAMSON STARLINE, Bergamo, Italy Total plot and production area: 26,409 m² – SAMSON VDH PRODUCTS, the Netherlands – SAMSON VETEC, Speyer, Germany Total plot and production area: 27,090 m²
SAMSON AKTIENGESELLSCHAFT Weismuellerstrasse 3 · 60314 Frankfurt am Main, Germany Phone: +49 69 4009-0 · Fax: +49 69 4009-1507 E-mail: samson@samsongroup.com · Internet: www.samsongroup.com
2019-08 · WA310 EN
STAFF POSITIONERS – Worldwide 4,300
