GEA Valve Automation - Control and Feedback Systems
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GEA Valve Automation
E1 –
Control and
Feedback Systems
· 3 Legal notice Publication date: September 2021 The publication of specifications, technical data and information in written or electronic form does not release the user from the responsibility of checking for themselves all products delivered by us for suitability for the application(s) intended. These may be subject to change without prior notification. Errors and printing errors excepted – we assume no liability for the correctness of specifications given. The general terms and conditions of delivery apply. All rights reserved – copyright on all contents. The ® symbol in this catalog identifies a trademark registered in certain countries. GEA Tuchenhagen GmbH Am Industriepark 2 – 10, 21514 Büchen, Germany Registered office: Büchen, Court of Registration: Lübeck, HRB 836 SB Management office: Franz Bürmann, Frank Prescher, Hanno Kussmann Sales tax identification number: DE 812589019
GEA Contents Pages · 5 Introduction Valve Technology................................................................................................................................................................... 6 Control and Feedback Systems.............................................................................................................................................. 8 Interface Types..................................................................................................................................................................... 11 Selection Matrix of Control and Feedback Systems for Valves with Pneumatic Actuator........................................................12 Selection Matrix................................................................................................................................................................... 14 Control and Feedback Systems T.VIS® A-15 Overview............................................................................................................................................................16 T.VIS® A-15 – 24 V DC / AS-i / DeviceNet / IO-Link................................................................................................................. 18 T.VIS® M-20 Overview.......................................................................................................................................................... 20 T.VIS® M-20......................................................................................................................................................................... 22 T.VIS® M-15 Overview.......................................................................................................................................................... 24 T.VIS® M-15 – 24 V DC........................................................................................................................................................ 26 T.VIS® M-15 – AS-i / DeviceNet............................................................................................................................................. 28 SES Overview....................................................................................................................................................................... 30 SES – NAMUR...................................................................................................................................................................... 32 T.VIS® V-1/V-20 Overview..................................................................................................................................................... 34 T.VIS® V-1/V-20.................................................................................................................................................................... 35 T.VIS® V-1 – Valves up to DN 32........................................................................................................................................... 36 T.VIS® V-20 – Valves from DN 40.......................................................................................................................................... 37 T.VIS® P-1/P-15 Overview..................................................................................................................................................... 38 T.VIS® P-1............................................................................................................................................................................. 40 T.VIS® P-15 ........................................................................................................................................................................... 42 Connection Screw Fitting..................................................................................................................................................... 44 Adaptation........................................................................................................................................................................... 45 Logic NOT-function.............................................................................................................................................................. 47 Connection 0, INA / RM, LAT / RMEA..................................................................................................................................... 48 Proximity Switches............................................................................................................................................................... 50 IP Protection Classes.............................................................................................................................................................51 Technical Characteristics...................................................................................................................................................... 52 Appendix Sample Composition of the Order Code............................................................................................................................... 54 Complete Order Code.......................................................................................................................................................... 56 GEA Service for Valve Technology......................................................................................................................................... 58 Description of Certificates.................................................................................................................................................... 60 Abbreviations and Terms.......................................................................................................................................................61 CAD Files............................................................................................................................................................................. 65 General Sales Terms and Conditions of Delivery................................................................................................................... 66
GEA Introduction
6 · Valve Technology
Efficiency delivering perfect results
Valves from GEA form the core component of matrix-piped
process plants. Thanks to a pioneering valve concept that sets
standards for its flexibility, as well as the latest control and
automation functions, our valves offer manufacturers maximum
product safety and process reliability.
All GEA Valves are designed to be efficient and cost-effective
for their particular applications, leading to sustainable operation
and considerable savings potential.
GEA valve technology controls flow processes
GEA butterfly valves Our valve technology ensures safe, efficient processes wherever
sensitive liquid products are manufactured. In food production,
the classic application areas range from milk processing
(milk, yogurt, cheese ...) to liquid foods (sauces and pastes,
GEA VARIVENT®
Valves
instant products, baby food ...) and on to the brewing of beer
and production of beverages. Further significant areas are
biotechnology and pharmaceuticals, as well as care products
and cleaning agents / detergents.
Regardless of the sector, the application or production
specifications: Our valve technology is sure to meet the
demands of our users.
GEA Aseptomag® Valves
GEA Introduction
Valve Technology · 7
Valve solutions for every task
Additional components in our portfolio are available to optimize
the design of any process plant – from pigging systems for the
recovery of valuable products, process connections, and expansion
compensators for offsetting thermal stress, to tank safety systems
for securing and cleaning tanks and containers.
Supported by our Research and Development Department
we regularly launch new, technologically mature products on
the markets. Our customers have high standards, which we
continuously and systematically meet.
GEA VARICOVER®
Product recovery systems
GEA VESTA® Valves
GEA D-tec ®
Valves
GEA Introduction
8 · Control and Feedback Systems
Valve automation for increased process reliability, efficiency and flexibility
GEA’s valve technology sets the standards for reliable, safe and permanently efficient
liquid processes. Leading-edge control and automation options enable operators to
achieve optimum control and monitoring of the valve – thereby realizing state-of-the-art,
highly flexible operating and automation concepts.
The key component is the latest generation of GEA control tops with reliable, ground-
breaking control and feedback technology. Mechanical valve components and a control
top specified for the particular application together to form a finely tuned valve unit
capable of realizing advanced system concepts and enhancing process options.
The control top – integral part of the valve unit
The connection between valve and control top becomes particularly meaningful
when looking at the air paths needed to actuate the main hub. In contrast to other
manufacturers, GEA valves have an internal air duct, which means that there is no
need for tubing between the control top and the valve actuator. The control air from
the control top enters and departs the actuator directly via the inner air duct through
the piston rod, so that there is no unnecessary loss of compressed air and the valve
can perform optimally.
The control top enables optimized production and cleaning processes with less effort
in terms of personnel, energy and time. Valve functions can be automatically and
continuously monitored, recorded, evaluated and, if necessary, corrected. Detectable valve
positions make a decisive contribution to optimal system operation. This ensures
smooth processes and maximum product safety.
GEA Introduction
Control and Feedback Systems · 9
Special priority is given to sustainability in intelligent valve Easy start-up
control: Thanks to the selectable LEFF® function integrated
in the T.VIS® A-15, up to 90 percent of cleaning agents can be Thanks to pre-configurable system parameters and a fully
saved by an optimized and PLC-independent pulsing of the automatic SETUP, the installation for digital valve control
valve discs during the cleaning process. The economical air is easy even also without extensive technical knowledge.
guidance in the control top and the integrated solenoid valves Regional requirements, application-specific certificates
with low power intake minimize energy consumption as well (UL/CSA/PMO/ATEX) and other individual specifications
as the demand for compressed air and the number of hose can be provided as needed.
connections.
As a true pioneer with decades of experience in the development
In addition, the control top offers the best protection to components of valves and control tops for all processes, GEA offers the
against adverse ambient conditions such as moisture, dust, liquids perfect symbiosis of mechanical and electronic engineering,
of any kind, vibrations and other mechanical impact. largely with standardized components. Extensive tests and
countless valve units installed around the world have
continuously proved the reliability and cost-effectiveness for
Modern plant communication at the threshold the user, always ensuring maximum safety of operation.
to industry 4.0
The control tops in the current GEA range can be configured
for all common types of connection and control systems
to make future-oriented, pioneering automation functions
possible. For example, users can ensure early digital integration
of their system control setup in Industry 4.0 environments
by way of the modern IO-Link technology. Digital exchange
of data enables central setting of component parameters and
lossless information transfer.
Diagnostic data from the valve can be processed and displayed
in central control unit of the plant. The options even extend
to networking the system controller with the company’s ERP
system for optimized resource utilization.
GEA Introduction
10 · Control and Feedback Systems
T.VIS® concept –
for valves with pneumatic actuator
T.VIS® A-15 – control top with T.VIS® P-1 – Position controller
automatic setup
• Specially designed for VESTA®
• For open/close position feedback and other small valves
and actuator control • For infinitely definable positioning
•A utomatic setup of the valve disc between the open/
•S emi-automatic setup close positions
• Automatic setup
T.VIS® M-20 – control top with
automatic setup
• Easy and time-saving
commissioning T.VIS® P-15 – Position controller
•F or end position feedback
and actuator control • For infinitely definable positioning
•S imple setting options via of the valve disc between the open/
DIP switches close positions
•E xtended tolerance ranges • Automatic setup
T.VIS® M-15 – control top with
manual sensor setting
INA / RM – proximity switch holder
• For open/close position feedback on the actuator
and actuator control
•P roven sensor technology • For up to 2 proximity switches
•M odules and solenoid valves can M12×1
be retrofitted • INA for the valve series
VARIVENT®, VESTA® and D-tec®
• RM for the valve series Aseptomag®
SES – control top for
potentially explosive areas
LAT / RMEA – proximity switch
•F or open/close position feedback holder in the lantern
and actuator control
• I ntrinsically safe sensors and •F or up to 2 proximity switches M12×1
solenoid valves • L AT for the valve series VARIVENT®
and D-tec®
• R MEA for the valve series
Aseptomag®
(for 1 proximity switch M12×1)
T.VIS® V-1/V-20 – control top
with automatic setup
• Specially designed for VESTA®
and other small valves
• For open/close position feedback
and actuator control
• Automatic setup
• Semi-automatic setupGEA Introduction
Interface Types · 11
24 V (PNP / NPN) IO-Link
In 24 V parallel wiring digital signals are exchanged between a
terminal unit and generally the corresponding input and output
modules of a PLC. In this case, it is necessary to have a separate
wire for each signal, usually in the form of a multi-core cable.
IO-Link is the first globally standardized IO technology
• PNP (current-supplying) indicates signal transfer against (IEC 61131-9) to communicate with sensors and also actuators.
reference potential L−. The high-performance point-to-point communication is based
• NPN (current-drawing) indicates signal transfer against on the long-known 3-wire sensor and actuator connection
reference potential L+. without any additional requirements for the cable material.
IO-Link is therefore not a fieldbus, but the evolutionary further
development of the previously proven connection technology
AS-Interface for sensors and actuators.
OPC / UA
Modbus
DeviceNet
AS-Interface (Actuator-Sensor Interface) is a standard in Profibus
fieldbus communication that was developed for connecting
actuators and sensors. This is to replace parallel wiring used in
the past. The AS-Interface has been an international standard
acc. to EN 50295 and IEC 62026-2 since 1999. AS-i products
are certified by the AS International Association, thereby,
ensuring that equipment from different manufacturers will
work together in the same system. The transmission medium
is an unshielded, two-core yellow cable which also carries the NAMUR
electrical power supply (24 – 30 V direct current voltage) for
the communication electronics and the slaves. A maximum of
62 slaves can be used per AS-i master. The slaves are addressed
manually using a manual addressing unit or automatically by NAMUR
the master. The maximum length of the AS-i cable is 100 m,
although by using repeaters it is possible to extend the entire
length up to 400 m. The 2-wire NAMUR sensors and solenoid valves used here can
be operated in the Ex area because of their “intrinsically safe”
ignition protection type. Using external isolating switching
DeviceNet amplifiers, it is possible to operate control tops with this
communication technology up to zone 1 or 21.
4 – 20 mA (3-wire)
DeviceNet is a CAN-based fieldbus that is chiefly used in
automation engineering. DeviceNet was developed by Allen- In industrial automation engineering, the 4 – 20 mA current
Bradley (part of Rockwell Automation) and later transferred signal is the one most frequently used for analog measured
to the ODVA (Open DeviceNet Vendor Association) as an value transmission. The enormously widespread use of this
open standard. DeviceNet is chiefly used in the USA and, to type of signal is explained by its ease of handling and, above
a certain extent, Asia. A maximum of 64 network nodes can all, its resistance to interference.
be used per fieldbus segment. The nodes address is set either
using dial or DIP switches on the device, or can be configured Using 4 mA as the initial value instead of 0 mA makes it very
using the bus on the basis of software. The maximum length easy to detect and evaluate a wire break. As a rule, 4 – 20 mA
of the DeviceNet cable depends on the selected cable type and corresponds to 0 – 100 % of the physical measuring range of
baud rate, although it cannot exceed 500 m. an analog sensor or the working range of an actuator set in the
parameters; the nominal value is supplied or the actual value
is returned via an interface of this kind.GEA
12 · Selection Matrix of Control and Feedback Systems for Valves with Pneumatic Actuator
Function Control
Position controller Control top
Automatic Automatic Manual
Product T.VIS® P-1 T.VIS® P-15 T.VIS® V-1 T.VIS® A-15 T.VIS® M-20 T.VIS® M-15 SES
Available interface
4-20 mA
24 V DC
AS-i
IO-Link
DeviceNet
NAMUR
(ATEX/NEC)
Available for
**
VARIVENT®/
D-tec®
Butterfly valves
VESTA® ≤ DN 32 /
OD 1"/ ISO 33.7
VESTA® > DN 32 /
OD 1"/ ISO 33.7
**
Aseptomag®Introduction
· 13
Without
Control and Feedback
feedback
Position indicator
Automatic Manual
INA/RM
T.VIS® A-15 T.VIS® M-20 T.VIS® V-1 T.VIS® V-20 T.VIS® M-15 SES LAT/RMEA Connection 0*
(IHN, IHK)
**
* Visual indication for VESTA®
** T.VIS® M-20: Cannot be used for double seat valves / double chamber valves with seat lifting – no external proximity switchGEA
14 · Selection Matrix
GEA VARIVENT®
seat valves
GEA butterfly valves
GEA VARIVENT®
special application valves
Catalogs
Hygienic Valve Technology
GEA VARIVENT®
valves for the U.S. dairy market
Catalogs
Hygienic Pump Technology GEA VARITOP®
tank safety systems
GEA VARINLINE® / GEA VARICOMP®
process connections and
Catalogs
expansion compensators
Aseptic Valve Technology
GEA VARICOVER®
product recovery systems
Catalog
Cleaning Technology
GEA Service
for hygienic valve technology
GEA VESTA® sterile valves
GEA valve automation –
control and feedback systemsIntroduction
· 15
T.VIS® A-15
T.VIS® M-20
T.VIS® M-15
SES
T.VIS® V-1/V-20
T.VIS® P-1/P-15
Connection 0, INA / RM, LAT / RMEAGEA Control and Feedback Systems
16 · T.VIS® A-15 Overview
Concept Position detection
The T.VIS® A-15 is equipped with a high-precision path Path measuring system – the valve position is registered by
measuring system. This automatic open/close position means of a highly modern path measuring system.
recognition is available on any valve from GEA, along with
a T.VIS® feedback system.
Setting
Development has focussed on the requirements and necessities
of our customers from the fluid-processing industry. In addition Automatic – following unlocking, simply pressing the two
to safe control and monitoring of all functions of the process buttons on the cap of the T.VIS® A-15 starts the initialization
valves in breweries, dairies, plants for manufacturing fruit process which runs fully automatically. There is no need to
juices as well as pharmaceuticals, the T.VIS® A-15 offers open the control top for this purpose, resulting in particularly
significant advantages that are directly reflected in lower total quick, easy and safe commissioning of the control top (on
cost of ownership. average < 1 minute).
Immediately following the set-up, it is possible to set the
Features open/close position tolerances and signal attenuation in the
parameter menu.
Quick, automatic initialization
Tamper-proof setting of tolerances
Logic NOT-element
Reduced energy consumption
A logic NOT-element is an available option. It simplifies
Reduction in operating costs
wiring with automatic air support of the spring in the actuator,
Valve status display by LED in order to increase the holding force of the valve.
Filter protects solenoid valves
For more information about the logic NOT-element, refer to the
High-quality pneumatic fittings end of this catalog.
Exchangeable compressed air connection
Supply and exhaust air throttles can be fitted Visualization
Logic NOT-element LED display
• green: valve in non-actuated position
LEFF function
®
• green flashing: valve moving towards non-actuated position
Semi-automatic setup • yellow: valve in end position
• yellow flashing: valve moving towards end position
Standard protection class IP66 • red: in programming mode or fault
The programmable color change allows the display of colors
yellow and green to be swapped over.
Structure
The T.VIS® A-15 is equipped with a precise path measuring
system for detecting its position.
The necessary wiring for control and feedback is performed,
depending on the requirements, via the M12 plug connections
accessible from the outside or through direct wiring and cable
glands.
The control top can be opened for this.
Operation and configuration of the T.VIS® A-15 takes place
either by the two push buttons on the cap or, with the cap
removed, via the buttons below. The push buttons are secured
electronically against inadvertent or incorrect operation, while T.VIS® A-15
in operating mode.
A replaceable filter, in the supply air connection, protects the
solenoid valves.GEA Control and Feedback Systems
T.VIS® A-15 Overview · 17
Service mode LEFF® function
Activation of the main stroke, which may be required for
Features
valve maintenance, is carried out in the service mode that
can be triggered via buttons. At the same time, all feedbacks No additional system technology required
are stopped (warning to the system control). Furthermore,
Independent from the time cycle of the PLC
input signals from the control room are not implemented by
the T.VIS®, in order to protect the employee. Automatic monitoring of the lift functions
Significant cost reduction
Signal attenuation for position feedback (CIP medium losses, waste water costs, etc.)
Attenuation suppresses the signal changes of the feedback
device for the attenuation period specified. At the same time, LEFF® stands for Low Emission Flip Flop. The function
a static change of a feedback signal is delayed by the attenuation describes modulation of the valve disc during the lifting
period. This allows user-specific process sequences to be procedure. It is steadily monitored by the path measuring
optimally set. For the reliable monitoring of the valve seat system and the electronics of the T.VIS® A-15, and works
seal GEA recommends the factory setting without signal independently from the PLCs cycle time.
attenuation.
The LEFF® function is automatically integrated in the T.VIS®
A-15 and for double seat valves simply utilizes standard
Semi-automatic setup feedback units, without needing any special components.
The straightforward configuration using two push buttons
By means of the semi-automatic setup, a control top can be on the T.VIS® cap allows the LEFF® function to be activated
replaced without interrupting the current process. separately at any time during set-up for the valve or double
disc. To allow the LEFF® function to be used with the double
For this, an employee only needs to perform the simple disc, the optional external proximity switch is required.
configuration once on site: in the version in protection class
IP66 with two push buttons on the T.VIS® cap, and for Modulation of the valve disc during lifting makes it possible
the optional protection classes IP67 and IP69 with the cap to drastically reduce cleaning agent consumption, respectively
removed directly with the two buttons below. discharge into the drains and thus, reducing operating costs,
compared to the conventional lifting method. Even compared
For the semi-automatic set-up, the control top initially only to modulation controlled in the PLC, the T.VIS® A-15 offers
learns the position of the valve disc on the non-actuated markedly lower CIP losses per cycle due to significantly
position and then remains until the valve is actuated in the shorter data pathways, as well as the ability to register disc
scope of a running process. Only then will the end position of movement sooner internally due to the measuring system.
the valve be stored. The process thus does not need to be stopped! Significant savings are possible. However, these values
are highly dependent on process parameters, the level of
The semi-automatic set-up is integrated into the T.VIS® A-15 contamination as well as cleaning pressure and flow rate,
as standard and does not require any additional hardware. so that each CIP situation has to be considered case-by-case.
CIP Loss Volume
Air guidance
In most process valves (VARIVENT®, D-tec®), the control air
for actuating the valve is fed directly from the control top into
the actuator via internal air duct. In the case of process valves
that do not permit internal air flow (Aseptomag®, VESTA®),
the air is supplied from the control top via external tubing.
Time
Permanent Lift
PLC Pulsation
LEFF®GEA Control and Feedback Systems
18 · T.VIS® A-15 – 24 V DC / AS-i / DeviceNet / IO-Link
Technical data of the standard version
Position detection Path measuring system
Housing material PA 12/L
Ambient temperature −20 to +55 °C
Air supply Pressure range 2 to 8 bar
Standard acc. to ISO 8573-1:2010
Solid content Quality class 6
Water content Quality class 4
Oil content Quality class 3
Dimensions of air connections Metric 6/4 mm, inch 6.35/4.31 mm (¼")
Protection class IP66*
Sound pressure level via exhaust air throttle Max. 72 dB
Visualization LED (green, yellow, red)
* Overview on page 51
Type of interface 24 V DC, 3-wire, PNP AS-Interface bus DeviceNet IO-Link
Supply
Operating voltage 24 V DC (+20 % −12.5 %) 26.5 – 31.0 V DC 21.5 – 26.0 V DC 24 VDC (±25 %)
No-load current ≤ 25 mA ≤ 25 mA ≤ 35 mA ≤ 45 mA
Maximum current consumption 200 mA 90 mA 90 mA 135 mA
Polarity reversal protection Yes Yes Yes Yes
Specification AS-i V3.0 V1.1 Port Class A / COM2
GEA-TVIS-A15-
221-002917DNET-TVIS_
Additional information IO.ID.ID2-Code: 7.A.E IOLINK_8_2_38k
R1.eds
Bd-20200217-IODD1.1
Conformity AS-i Association ODVA PNO
Inputs
Connection type 24 V DC (PNP)
Short circuit-proof Yes
Overload-proof Yes
Maximum current carrying
100 mA
capacity per feedback output
Voltage drop on the outputs ≤1V
Data bit DI 0* Data bit DI 0* Data bit DI 0*
Feedback “start position” Electronic output
Data bit DI 3** Data bit DI 3** Data bit DI 3**
Feedback “end position” Electronic output Data bit DI 1 Data bit DI 1 Data bit DI 1
Feedback “double disc“ Electronic output Data bit DI 2 Data bit DI 2 Data bit DI 2
Feedback “valve disc“ Data bit DI 0** Data bit DI 0** Data bit DI 0**
Outputs
Activation voltage High = > 13 V; low = < 6 V
Current consumption per input < 10 mA
Activation “PV Y1” Electronic input Data bit DO 0 Data bit DO 0 Data bit DO 0
Activation “PV Y2” Electronic input Data bit DO 1 Data bit DO 1 Data bit DO 1
Activation “PV Y3” Electronic input Data bit DO 2 Data bit DO 2 Data bit DO 2
* Single-seat valves / Butterfly valves
** Double-seat valvesGEA Control and Feedback Systems
T.VIS® A-15 – 24 V DC / AS-i / DeviceNet / IO-Link · 19
Position Description of the order code
14 Feedback location
TA15 Control top T.VIS® A-15
15 Control top type
N Without solenoid valve
P 1 solenoid valve Y11)
I 2 solenoid valves Y1, Y2 (Y2 for lower seat lift)
J 2 solenoid valves Y1, Y3 (Y3 for upper seat lift, air/air actuator or external process valve)
L 3 solenoid valves Y1, Y2, Y3
V 1 solenoid valve Y1, logic NOT-element
X 2 solenoid valves Y1, Y2, logic NOT-element
Y 3 solenoid valves Y1, Y2, Y3, logic NOT-element
16 Feedback
8 2 digital feedbacks
9 2 digital feedbacks with external proximity switch
17 Type of interface
A AS-Interface
B 24 V DC PNP
D DeviceNet
I IO-Link
18 Solenoid valve
A 24 V DC, 0.85 W
0 Without
19 Screw connection2)
J Metric air connection, 5-pin M12 plug (M20×1.5) for 24 V DC (1 PV, 2 feedbacks), IO-Link, AS-Interface, DeviceNet
H Metric air connection, 8-pin M12 plug (M20×1.5) for 24 V DC (> 1 solenoid valve, > 2 feedbacks)
M Metric air connection, M20×1.5 cable gland with integrated terminal strip for 24 V DC
P Inch air connection, 5-pin M12 plug (M20×1.5) for 24 V DC (1 PV, 2 feedbacks), IO-Link, AS-Interface, DeviceNet
I Inch air connection, 8-pin M12 plug (M20×1.5) for 24 V DC (> 1 solenoid valve, > 2 feedbacks)
Z Inch air connection, 0.5" NPT cable gland with integrated terminal strip for 24 V DC
Options (multiple selection possible)
/18 Supply air throttle: regulates the opening speed of the valve (not available with control top types V, X, or Y)
/19 Exhaust air throttle: regulates the closing speed of the valve
24 V DC / AS-i/DeviceNet/IO-Link: 5-pin connection socket for screw connection J, P (article no. 508-963)
/22
24 V DC: 8-pin connection socket for screw fitting H, I (article no. 508-061)
/50 Metal plate engraved
/51 Metal plate (US-Version)
/52 Adhesive label
/66 Protection class IP663)
/67 Protection class IP673)
/69k Protection class IP69k3), 4)
/81 AS-i connection box on cable 1 m with 5-pin M12 connection socket (article no. 508-027)
/82 AS-i connection box on cable 2 m with 5-pin M12 connection socket (article no. 508-028)
/UC Certification UL / CSA, only for indoor use and only with interface type A, B, D, and I
UL 121201 – Nonincendive Electrical Equipment for Use in Class I and II, Division 2 and Clas III, Divisions 1 and
/CD Hazardous (Classified) Locations. CSA C22.2 No. 213-17 – Nonincendive electrical equipment for use in Class I and II,
Division 2 and Class III, Divisions 1 and 2 hazardous
Additional information for order code
/A Suitable for installation on Aseptomag® valves
1)
On Aseptomag valves due to the external air guidance in "R" variant.
®
2)
J/H/M = for air hose Ø 6/4 mm; P/I/Z = for air hose Ø 6.35/4.31 mm
3)
Overview on page 51
4)
Not available in combination with option /22, /81 or /82. Cap without buttons.
The code is composed as following, depending on the chosen configuration:
Position 14 15 16 17 18 19 Options
Code TA15 /66GEA Control and Feedback Systems
20 · T.VIS® M-20 Overview
Concept Features
The T.VIS® M-20 is now equipped with the same tried and Proven housing technology
tested, high-precision path measuring system as the T.VIS® A-15
The highest protection class as standard
to ensure automatic end position detection for each GEA valve.
High vibration and shock resistance
The main focus of development was on the requirements and
wishes of our customers in the liquid processing industries. Individual connection technology
Self-learning initialization
Particular attention was given to the standardization of the
components and to the easiest and most time-saving handling Extremely easy commissioning
possible at the highest level of reliability. Parameters can be preset
Standardized T.VIS® visualization with diagnostic function
Important note
The T.VIS® M-20 is the successor of the T.VIS® M-15 and will
replace it on September 1, 2021. Structure
As of now, the T.VIS® M-15 will only be available for selected The T.VIS® M-20 is equipped with reliable and robust control
markets and valves. See also note on page 24. electronics, containing the proven path measurement system
of the T.VIS® A-15 as an on-board version.
The cable connection to the central control level is implemented
by the customer, either via externally accessible M12 plugs
or via direct wiring to internal spring-loaded terminals,
depending on the requirements.
Parameters can be preset via DIP switches so that the actual
commissioning no longer requires any further operation or
configuration.
Using an internal reset button, the electronics can be reset to
delivery status after a valve service, so that a new self-learning
process takes place automatically when the system is restarted.
The supply air connection is equipped with a replaceable filter
to protect the built-in solenoid valves.GEA Control and Feedback Systems
T.VIS® M-20 Overview · 21
Position detection Visualization
Path measuring system – standardized execution in all LED display
T.VIS® M, A and P systems. • green: valve in non-actuated position
• yellow: valve in end position
• green flashing: valve moving towards non-actuated position
Setting • yellow flashing: valve moving towards end position
• red: SETUP is activated
Parameters such as tolerances, color switching or air support
can be set using integrated DIP switches. The colors green and yellow can be changed, if required,
via dip switch.
The actual initialization process runs automatically. The
procedure only requires completed connections of the control
top to the air supply and electrical system. No other tools are
necessary.
Logic NOT-function
Optionally, a logic NOT-function can be integrated into the
control top without additional control effort.
This provides automatic air support for the spring in the
actuator in order to increase the holding force of the valve.
Air guidance
In most process valves (VARIVENT®, D-tec®), the control air
for actuating the valve is fed directly from the control top into
the actuator via internal air duct. In the case of process valves
that do not permit internal air flow (Aseptomag®, VESTA®),
the air is supplied from the control top via external tubing.GEA Control and Feedback Systems
22 · T.VIS® M-20
Technical data of the standard version
Position detection Path measuring system
Housing material PA 12/L
Ambient temperature −20 to +55 °C
Air supply Pressure range 2 to 8 bar
Standard acc. to ISO 8573-1:2010
Solid content Quality class 6
Water content Quality class 4
Oil content Quality class 3
Dimensions of air connections Metric 6/4 mm, inch 6.35/4.31 mm (¼")
Protection class (ISO 20653) IP6k9k
Sound pressure level via exhaust air throttle Max. 72 dB
Visualization LED (green, yellow, red)
Type of interface AS-Interface bus 24 V DC, 3 wire, PNP
Supply
Operating voltage 23-31.6 V DC 24 V DC (+/−25 %)
No-load current 35 mA 30 mA
Maximum current consumption 155 mA 200 mA
Polarity reversal protection Yes Yes
Specification AS-i V3.0
Additional Information IO.ID.ID2-code: 7.A.E
Conformity AS-i Association
Inputs
Connection type 24 V DC
Maximum current carrying capacity per feedback output 100 mA
Voltage drop on the outputs ≤ 1.8 V
Feedback “start position” Data bit DI 0 Electronic output
Feedback “end position” Data bit DI 1 Electronic output
Outputs
Activation voltage 21–28.8 V DC
Current consumption per input 35 mA
Activation “PV Y1“ Data bit DO 0 Electronic input
Activation “PV Y2“ Data bit DO 1 Electronic input
Activation “PV Y3“ Data bit DO 2 Electronic inputGEA Control and Feedback Systems
T.VIS® M-20 · 23
Position Description of the order code
14 Feedback location
TM20 Control top T.VIS® M-20
15 Control top type
N Without solenoid valve
P 1 solenoid valve Y11)
R 1 solenoid valve Y1 (retrofittable: Y2, Y3)
I 2 solenoid valves Y1, Y2 (retrofittable: Y3)
J 2 solenoid valves Y1, Y3 (retrofittable: Y2)
L 3 solenoid valves Y1, Y2, Y3
V 1 solenoid valve Y1, air support
16 Feedback
2 2 digital feedbacks
17 Type of interface
A AS-Interface bus
B 24 V DC, 3-wire, PNP
18 Solenoid valve
A 24 V DC, 0.85 W
0 Without
19 Screw fitting
L Metric air connection, 2-pin M12 plug (AS-i)
U Inch air connection, 2-pin M12 plug (AS-i)
M Metric air connection, M20×1.5 cable gland (only 24 V DC version)
Z Inch air connection, 0.5" NPT cable gland (only 24 V DC version)
J Metric air connection, 5-pin M12 plug (1 solenoid valve, 2 feedbacks)
P Inch air connection, 5-pin M12 plug (1 solenoid valve, 2 feedbacks)
H Metric air connection, 8-pin M12 plug (> 1 solenoid valve, > 2 feedbacks)
I Inch air connection, 8-pin M12 plug (> 1 solenoid valve, > 2 feedbacks)
Options (multiple selection possible)
/18 Supply air throttle: regulates the opening speed of the valve
/19 Exhaust air throttle: regulates the closing speed of the valve
5-pin M12 connection socket for screw fitting J, P (article no. 508-963)
/22
8-pin M12 connection socket for screw fitting H, I (article no. 508-061)
/50 Metal plate engraved
/51 Metal plate (US-Version)
/52 Adhesive label
/66 Protection class IP66 (powerful water jet)
/81 AS-i connection box on cable 1 m with M12 connection socket (article no. 508-027) for screw fitting L, U (only IP67)
/82 AS-i connection box on cable 2 m with M12 connection socket (article no. 508-028) for screw fitting L, U (only IP67)
/UC Certification UL / CSA for indoor use
Additional information for order code
/A Suitable for installation on Aseptomag® valves
1)
On Aseptomag valves due to the external air guidance in "R" variant.
®
The code is composed as following, depending on the chosen configuration:
Position 14 15 16 17 18 19 Options
Code TM20 8GEA Control and Feedback Systems
24 · T.VIS® M-15 Overview
Concept Features
The T.VIS® M-15 is equipped with manually adjustable sensors Flexible modular system
and a modular system of options, all of which form the basics Use of proven sensor technology
of the T.VIS® feedback technology. This means it is optimally
adapted to the basic requirements of the process system. Quick and easy adjustment of the sensors
Valve status indication by LED
With proven sensor technology, it offers the advantages of the
modern T.VIS® series in an inexpensive manner. Various communication standards available
Components can be upgraded / converted subsequently
Important note Filter protects solenoid valves
The T.VIS® M-15 is exclusively available for applications in the High-quality pneumatic fittings
USA or Canada and for selected aseptic valves (Aseptomag®).
Exchangeable compressed air connection
Supply and exhaust air throttles can be fitted
Logic NOT-element
Standard protection class IP66
Structure
The T.VIS® M-15 is characterized by proven sensor technology.
The basic equipment of the control top comprises of the 24 V
DC interface module with two sensors for feedback of the
valve position and up to three solenoid valves which can be
installed subsequently, if necessary.
In the interface types with DeviceNet and AS-Interface an
adapter module is connected ahead of the standard interface
module, and can also be retrofitted or converted.
A replaceable filter in the supply air connection protects the
solenoid valves.GEA Control and Feedback Systems
T.VIS® M-15 Overview · 25
Position detection Visualization
Inductive sensor system – The valve positions are detected LED display
using two manually adjustable sensors. • green: valve in non-actuated position
• yellow: valve in end position
• yellow flashing: valve neither in non-actuated nor end position
Setting
Mechanical – the sensors are calibrated mechanically using
the positioning spindles, which are subsequently secured to
prevent self-adjustment.
Logic NOT-element
A logic NOT-element is available as an option. It simplifies
wiring with automatic air support of the spring in the
actuator, in order to increase the holding force of the valve.
For more information about the logic NOT-element, refer to the
end of this catalog.
Air guidance
In most process valves (VARIVENT®, D-tec®), the control air
for actuating the valve is fed directly from the control top into
the actuator via internal air duct. In the case of process valves
that do not permit internal air flow (Aseptomag®, VESTA®),
the air is supplied from the control top via external tubing.GEA Control and Feedback Systems
26 · T.VIS® M-15 – 24 V DC
Technical data of the standard version
Position detection Sensors
Housing material PA 12/L
Ambient temperature −20 to +55 °C
Air supply Pressure range 2 to 8 bar
Standard acc. to ISO 8573-1:2010
Solid content Quality class 6
Water content Quality class 4
Oil content Quality class 3
Dimensions of air connections Metric 6/4 mm, inch 6.35/4.31 mm (¼")
Protection class IP66*
Sound pressure level via exhaust air throttle Max. 72 dB
Visualization LED (green, yellow)
* Overview on page 51
24 V DC, 3-wire, PNP
Type of interface 24 V DC, 3-wire, NPN
Supply
Operating voltage 24 V DC (+20 %, −12.5 %)
No-load current ≤ 40 mA
Maximum current consumption 255 mA
Polarity reversal protection Yes
Inputs
Activation voltage High = 21 – 28.8 V; low = < 16 V
Current consumption per input ≤ 35 mA
Activation “PV Y1” Direct PV activation
Activation “PV Y2” Direct PV activation
Activation “PV Y3” Direct PV activation
Outputs
Connection type 24 V DC (PNP / NPN with changeover function)
Maximum current carrying capacity per feedback output 50 mA
Voltage drop on the outputs ≤3V
Feedback “start position” Electronic outputs
Feedback “end position” Electronic outputs
Feedback “seat lift position” Electronic outputsGEA Control and Feedback Systems
T.VIS® M-15 – 24 V DC · 27
Position Description of the order code
14 Feedback location
TM15 Control top T.VIS® M-15
15 Control top type
N Without solenoid valve
P 1 solenoid valve Y11)
R 1 solenoid valve Y1 (retrofittable: Y2, Y3)
I 2 solenoid valves Y1, Y2 (retrofittable: Y3)
J 2 solenoid valves Y1, Y3 (retrofittable: Y2)
L 3 solenoid valves Y1, Y2, Y3
V 1 solenoid valve Y1 (retrofittable: Y2, Y3), logic NOT-element
X 2 solenoid valves Y1, Y2 (retrofittable: Y3), logic NOT-element
Y 3 solenoid valves Y1, Y2, Y3, logic NOT-element
16 Feedback
2 2 digital feedbacks
3 2 digital feedbacks with external proximity switch
17 Type of interface
B 24 V DC, 3-wire, PNP
N 24 V DC, 3-wire, NPN
18 Solenoid valve
A 24 V DC, 0.85 W
0 Without
19 Screw fitting
M Metric air connection, M20×1.5 cable gland
Z Inch air connection, 0.5" NPT cable gland
J Metric air connection, 5-pin M12 plug (1 solenoid valve, 2 feedbacks)
P Inch air connection, 5-pin M12 plug (1 solenoid valve, 2 feedbacks)
H Metric air connection, 8-pin M12 plug (> 1 solenoid valve, > 2 feedbacks)
I Inch air connection, 8-pin M12 plug (> 1 solenoid valve, > 2 feedbacks)
B Inch air connection, Brad Harrison 0.5" NPT 5-pin plug (US)
Options (multiple selection possible)
/18 Supply air throttle: regulates the opening speed of the valve
/19 Exhaust air throttle: regulates the closing speed of the valve
5-pin M12 connection socket for screw fitting J, P (article no. 508-963)
/22
8-pin M12 connection socket for screw fitting H, I (article no. 508-061)
/50 Metal plate engraved
/51 Metal plate (US-Version)
/52 Adhesive label
/66 Protection class IP662)
/67 Protection class IP672)
/69k Protection class IP69k2), 3)
/UC Certification UL / CSA for indoor use
Additional information for order code
/A Suitable for installation on Aseptomag® valves
1)
On Aseptomag® valves due to the external air guidance in "R" variant.
2)
Overview on page 51
3)
Not available in combination with option /22.
The code is composed as following, depending on the chosen configuration:
Position 14 15 16 17 18 19 Options
Code TM15 /66GEA Control and Feedback Systems
28 · T.VIS® M-15 – AS-i / DeviceNet
Technical data of the standard version
Position detection Sensors
Housing material PA 12/L
Ambient temperature −20 to +55 °C
Air supply Pressure range 2 to 8 bar
Standard acc. to ISO 8573-1:2010
Solid content Quality class 6
Water content Quality class 4
Oil content Quality class 3
Dimensions of air connections Metric 6/4 mm, inch 6.35/4.31 mm (¼")
Protection class IP66*
Sound pressure level via exhaust air throttle Max. 72 dB
Visualization LED (green, yellow)
* Overview on page 51
Type of interface AS-Interface bus DeviceNet
Supply
Operating voltage 25.0 – 31.6 V DC 21.5–26.0 V DC
No-load current ≤ 62 mA ≤ 58 mA (at 24 V DC)
Maximum current consumption 140 mA 140 mA
Polarity reversal protection Yes Yes
Specification AS-i V3.0 (max. 62 slaves with master V3.0)
Additional information IO.ID.ID2-code: 7.A.E EDS file: F1022_R4.eds
Certificate AS-i association ODVA
Inputs
Feedback “start position” Data bit DI 0 Data bit I-0
Feedback “end position” Data bit DI 1 Data bit I-1
Feedback “seat lift position” (ext. NI) Data bit DI 2 Data bit I-2
Collective fault Data bit I-7
Outputs
Activation “PV Y1” Data bit DO 0 Data bit O-0
Activation “PV Y2” Data bit DO 1 Data bit O-1
Activation “PV Y3” Data bit DO 2 Data bit O-2GEA Control and Feedback Systems
T.VIS® M-15 – AS-i / DeviceNet · 29
Position Description of the order code
14 Feedback location
TM15 Control top T.VIS® M-15
15 Control top type
N Without solenoid valve
P 1 solenoid valve Y11)
R 1 solenoid valve Y1 (retrofittable: Y2, Y3)
I 2 solenoid valves Y1, Y2 (retrofittable: Y3)
J 2 solenoid valves Y1, Y3 (retrofittable: Y2)
L 3 solenoid valves Y1, Y2, Y3
V 1 solenoid valve Y1 (retrofittable: Y2, Y3), logic NOT-element
X 2 solenoid valves Y1, Y2 (retrofittable: Y3), logic NOT-element
Y 3 solenoid valves Y1, Y2, Y3, logic NOT-element
16 Feedback
2 2 digital feedbacks
3 2 digital feedbacks with external proximity switch
17 Type of interface
A AS-Interface bus
D DeviceNet
18 Solenoid valve
A 24 V DC, 0.85 W
0 Without
19 Screw fitting
A Metric air connection M20×1.5 cable gland with connection box on cable 1 m (AS-i)
S Inch air connection M20×1.5 cable gland with connection box on cable 1 m (AS-i)
L Metric air connection, 2-pin M12 plug (AS-i)
U Inch air connection, 2-pin M12 plug (AS-i)
D Metric air connection, 5-pin M12 plug (DeviceNet)
K Inch air connection, 5-pin M12 plug (DeviceNet)
Options (multiple selection possible)
/18 Supply air throttle: regulates the opening speed of the valve
/19 Exhaust air throttle: regulates the closing speed of the valve
/22 5-pin M12 connection socket for screw fitting L, U, D, K (A-coded, article no. 508-963)
/50 Metal plate engraved
/51 Metal plate (US-Version)
/52 Adhesive label
/66 Protection class IP662)
/67 Protection class IP672)
/69k Protection class IP69k2), 3)
/81 AS-i connection box on cable 1 m with M12 connection socket (article no. 508-027) for screw fitting L, U
/82 AS-i connection box on cable 2 m with M12 connection socket (article no. 508-028) for screw fitting L, U
/UC Certification UL / CSA for indoor use
Additional information for order code
/A Suitable for installation on Aseptomag® valves
1)
On Aseptomag® valves due to the external air guidance in "R" variant.
2)
Overview on 51
3)
Not available in combination with option /22, /81, /82 or /A.
The code is composed as following, depending on the chosen configuration:
Position 14 15 16 17 18 19 Options
Code TM15 /66GEA Control and Feedback Systems
30 · SES Overview
Concept Features
The SES is characterized by proven sensor technology. Proven NAMUR sensors
The control top consists of an interface module, up to Simple and quick adjustment of sensors
2 sensors for valve position feedback and up to 3 solenoid
valves which can also be installed subsequently. Flexible modular system
Selection of various solenoid valves
The SES is only available in PA 12/L material, because
conductivity of the material is required for use in Retro-fittable
ATEX/Ex areas.
Coming soon:
The new T.VIS® E-20 control top in familiar T.VIS® design
for use in potentially explosive areas.GEA Control and Feedback Systems
SES Overview · 31
Position detection Visualization
Proximity switches – the valve positions are recorded using The position of the switch bar projecting from the control top
two manually adjustable proximity switches for the non-actuated makes it possible to detect what the position of the valve is.
and actuated position.
Setting
Mechanical – the sensors are calibrated mechanically using
the positioning spindles, which are subsequently secured to
prevent adjustment.
Field of application
Use in potentially explosive atmospheres is permitted:*
• With proximity switch** up to zone 1 and 20
• For connection to approved intrinsically safe equipment
• ATEX identification:
II 2G Ex ia IIC T6...T1 Gb
II 1D Ex ia IIIC T135 °C Da
• With solenoid valve up to zone 0 and 20 Air guidance
• For connection to approved intrinsically safe equipment
• ATEX identification: In most process valves (VARIVENT®, D-tec®), the control air
II 1 GD for actuating the valve is fed directly from the control top into
Ex ia IIC T4, T5 or T6 Ga the actuator via internal air duct. In the case of process valves
Ex ia IIIC T85 °C, T100 °C or T135 °C Da that do not permit internal air flow (Aseptomag®, VESTA®),
the air is supplied from the control top via external tubing.
• With interface module
• Not subject to Ex approval because it is a purely passive
component
Please note
* There is no ATEX certification for the complete control
top. Certifications can only be issued for the individual
components of the control top. Please note that the
permitted Ex-zone / ATEX category of the complete control
top depends on the approval of the component with the
lowest protection level. The entire control top with all
components is optionally certified according to:
• CSA C22.2
• ANSI / ISA 82.02.01-1999
• UL 1203, 4th Ed.
• UL 429, 6th Ed.
• ISA / ANSI 12.12.01-2011
** The intrinsically safe components are only allowed to be
individually connected to an approved safety barrier. This
arrangement permits use in a risk area.GEA Control and Feedback Systems
32 · SES – NAMUR
Technical data of the standard version
Position detection Inductive proximity switches
Housing material PA 12/L
Ambient temperature 0 to 45 °C
Air supply Pressure range 1.5 to 7 bar
Standard acc. to ISO 8573-1:2010
Solid content Quality class 6
Water content Quality class 4
Oil content Quality class 3
Dimensions of air connections Metric 6/4 mm, inch 6.35/4.31 mm (¼")
Protection class IP65*
Sound pressure level via exhaust air throttle Max. 72 dB
Visualization Position of switch rod
Not for overhead installation
* Overview on page 51
Type of interface EEx / ATEX (12 V DC) EEx / ATEX (24 V DC)
Sensor
NAMUR 8.2 VDC NAMUR 8.2 VDC
Communication
(operating voltage 6 – 30 V DC) (operating voltage 6 – 30 V DC)
II 2 G Ex ia IIC T6....T1 Gb II 2 G Ex ia IIC T6....T1 Gb
Equipment category
II 1 D Ex ia IIIC T135 °C Da II 1 D Ex ia IIIC T135 °C Da
Article no. 505-093 505-093
Solenoid valve
Rated voltage 12 V DC −10 % / +25 % 24 V DC −10 % / +15 %
Rated power 0.5 W 0.5 W
II 1 GD II 1 GD
Equipment category Ex ia IIC T4, T5 or T6 Ga Ex ia IIC T4, T5 or T6 Ga
Ex ia IIIC T85°C, T100°C or T135 °C Da Ex ia IIIC T85°C, T100°C or T135 °C Da
Article no. 512-124 512-155GEA Control and Feedback Systems
SES – NAMUR · 33
Position Description of the order code
14 Feedback location
SES. Control top sensor technology
15 Control top type
N Without solenoid valve
P 1 solenoid valve Y1
I 2 solenoid valves Y1, Y2
L 3 solenoid valves Y1, Y2, Y3
16 Feedback
0 Without
1 1 digital feedback
2 2 digital feedbacks
3 2 digital feedbacks with external proximity switch
17 Type of interface
E EEx / ATEX
18 Solenoid valve
0 Without
E 12 V DC, ATEX
X 24 V DC, ATEX
19 Screw fitting
E Metric air connection, Pg 13.5 cable gland
N Inch air connection, Pg 13.5 cable gland
Options (multiple selection possible)
/43 Material control top PA12/L black (Standard)
/50 Metal plate engraved
/51 Metal plate (US-Version)
/52 Adhesive label
/65 Protection class IP65*
/UC NEC / EX / UL / CSA
* Overview on page 51
The code is composed as following, depending on the chosen configuration:
Position 14 15 16 17 18 19 Options
Code SES. E /43/65GEA Control and Feedback Systems
34 · T.VIS® V-1/V-20 Overview
Concept Setting
The T.VIS® V-1/V-20 has been specially developed for sterile Automatic setting – after unlocking, the fully automatic
VESTA® valves and can be configured as a position indicator initialization can be started by simply pressing the two
or control top. The end position can be programmed automatically buttons on the cover of the T.VIS® V-1/V-20. The control top
within seconds using the buttons in the cap. The buttons are also does not have to be opened for this, which leads to a simple,
used for customer-specific parameterization of the connection safe and particularly quick start-up. Immediately after the
module. VESTA® sterile valves larger DN 32 / OD 1" / ISO 33.7 setup, the end position tolerances and the signal attenuation
can also be equipped with all other control and feedback modules can be set in the parameter menu.
of the T.VIS® series.
Visualization
Features
LED display
Fast, automated initialization • green: valve in non-actuated position
Manipulation-proof setting of tolerances • green flashing: valve moving towards non-actuated position
• yellow: valve in end position
Reduced energy consumption • yellow flashing: valve moving towards end position
• red: in programming mode or fault
Lower operating costs
Valve status display via LED The programmable color change enables switching of the
display colors yellow and green.
High-quality pneumatic connections
Semi-automatic setup
Structure
The control top T.VIS® V-1/V-20 consists of a base element and
the cap. The base element incorporates an integrated high-
precision path measurement system. The cap contains the
control electronics and must therefore not be opened by the
customer. An external hose connection is provided for supplying
the process valve with control air. When used as a control top,
a solenoid valve is integrated and the air connections are
accessible from the outside. When used as a position indicator,
the pneumatic valve control is carried out by a customer-side
solenoid valve, e.g. in a solenoid valve terminal. The necessary
cabling for feedback and/or control is carried out via externally
accessible M12 plug connections. The T.VIS® V-1/V-20 is operated Service Mode (T.VIS® V-1)
and configured using two push buttons on the cap. The push
buttons are secured electronically against inadvertent or Activation of the main stroke which may be required for valve
incorrect operation, while in operating mode. maintenance is performed using the service mode which can
be activated by the buttons. At the same time, all feedbacks
are stopped (warning to the system control). Furthermore,
Position detection input signals from the control room are not implemented
by the T.VIS®, in order to protect the employee.
Path measuring system – the valve positions are recorded
via a state-of-the-art path measuring system.
Air guidance
In the control top version of the T.VIS® V-1, the process valves
are activated via external tubing for the control air from the
control top to the actuator.You can also read
