Burkert 3360 Series Operating Instructions Manual
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Burkert 3360 Series Operating Instructions Manual

Burkert 3360 Series Operating Instructions Manual

Electromotive control valve
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Type 3360, 3361,
AE3360, AE3361
Electromotive control valve
Operating Instructions

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Summary of Contents for Burkert 3360 Series

  • Page 1 Type 3360, 3361, AE3360, AE3361 Electromotive control valve Operating Instructions...
  • Page 2 We reserve the right to make technical changes without notice. Technische Änderungen vorbehalten. Sous réserve de modifications techniques. © Bürkert Werke GmbH & Co. KG, 2016 – 2021 Operating Instructions 2101/05_EUen_00810490 / Original DE...

  • Page 3: Table Of Contents

    Types 3360 and 3361  Electromotive control valve ontent OPERATING INSTRUCTIONS ................................8 Symbols ......................................8 1.1 Definition of terms .................................9 1.2 INTENDED USE ....................................10 BASIC SAFETY INSTRUCTIONS ..............................11 GENERAL NOTES .....................................13 Contact address ..................................13 4.1 Warranty ....................................13 4.2 Information on the Internet ............................13 4.3 PRODUCT DESCRIPTION ................................14 General description ................................14 5.1 5.2 Properties ....................................14 5.3 Variants .....................................15 STRUCTURE AND FUNCTION ..............................17 Representation – Structure of the electromotive control valve..............18 6.1 Valve position after supply voltage failure ......................19...
  • Page 4 Types 3360 and 3361  8.3 Approvals ....................................29 8.4 Type label ....................................30 8.5 Operating conditions ................................31 8.6 General technical data ..............................34 Electrical data ..................................34 8.7 Flow rate values and flow rate characteristics for angle seat control valve (Type 3360) ....37 8.8 Flow rate values and flow rate characteristics for globe control valve (Type 3361) ......40 8.9 INSTALLING THE VALVE ................................43 Safety instructions ................................43 9.1 Installation of devices with threaded connection, flange connection or clamp connection ..43 9.2 9.3 Installation of devices with welded connections ....................45 9.4 Disassembly of the actuator from the valve body ....................46 9.5 Installing actuator on valve body ..........................49 9.6 Rotating the actuator ................................51 9.7 Holding device ..................................52 ELECTRICAL INSTALLATION .
  • Page 5 Types 3360 and 3361  11.10 Scaling the process control ............................73 11.11 Set dead band for process control ...........................74 11.12 Setting up process control and executing P.LIN, P.TUNE ................75 11.13 Set AUTOMATIC operating state ..........................77 OPERATION ......................................78 12.1 Overview: Availability of the operating elements ....................78 12.2 Display elements ....................................79 12.3 Operating elements ................................81 12.4 büS service interface ................................82 12.5 SIM card – acquire and save data (option) ..........................83 DISPLAY OPERATION (OPTION) ..............................84 13.1 User interface ..................................84 13.2 Description of buttons ..............................84 13.3 Display views ..................................85 13.4 Description of symbols ..............................89 13.5 Access rights and password protection .
  • Page 6 Types 3360 and 3361  OPERATING STRUCTURE AND FACTORY SETTING ....................115 17.1 Operating structure of the configuration area ....................115 17.2 Context menu for operation on display ....................... 133 INDUSTRIAL ETHERNET ................................135 18.1 Fieldbus gateway description ........................... 135 18.2 Technical data Industrial Ethernet .......................... 137 18.3 Projecting via fieldbus ..............................138 18.4 Web server ................................... 140 18.5 Advanced functionalities .............................. 142 CANopen ......................................144 19.1 Projecting via fieldbus ..............................144 19.2 CANopen network configuration ..........................
  • Page 7 Types 3360 and 3361  24.2 Spare parts ..................................154 24.3 Assembly tools .................................. 157 DISASSEMBLY ....................................158 25.1 Safety instructions ................................158 PACKAGING AND TRANSPORT ............................159 STORAGE ......................................159 DISPOSAL ......................................159 English...

  • Page 8: Operating Instructions

    Types 3360 and 3361 Operatinginstructions OPERATING INSTRUCTIONS The operating instructions describe the entire life cycle of the device. Keep these instructions in an easily accessible location for every user. The instructions must be available to each new owner of the device. Important safety information! Carefully read through the operating instructions. Study in particular the chapters entitled Basic safety instruc- tions and Intended use.

  • Page 9: Definition Of Terms

    Types 3360 and 3361 Operatinginstructions 1.2 Definition of terms • Device: The term “Device” used in these instructions applies to the types described in these instructions: Type 3360, electromotive angle seat control valve Type 3361, electromotive globe control valve • Ex: The abbreviation “Ex” used in these instructions stands for “potentially explosive”. •...

  • Page 10: Intended Use

    Types 3360 and 3361 Intendeduse INTENDED USE Improper use of the electromotive Type 3360 and 3361 control valve may be dangerous for people, nearby equipment and the environment. The electromotive control valve is designed to control the flow of liquid and gaseous media. ▶ Standard devices must not be used in the potentially explosive area. They do not possess the separate “Ex” type label denoting the approval for use in potentially explosive environments. ▶ The use of alkaline cleaning agents is not permitted for cleaning the surface of the device. ▶...

  • Page 11: Basic Safety Instructions

    Types 3360 and 3361 Basicsafetyinstructions BASIC SAFETY INSTRUCTIONS These safety instructions do not take into account any unforeseen circumstances and events which occur during installation, operation and maintenance. The operator is responsible for observing the location-specific safety regu- lations, also with reference to personnel. Risk of injury from high pressure. ▶...
  • Page 12 Types 3360 and 3361 Basicsafetyinstructions General hazardous situations. To prevent injury, ensure that: ▶ In potentially explosive environments the device must only be used in accordance with the specifications on the separate type label. ▶ The additional information and safety instructions relating to potentially explosive atmospheres enclosed with the device or the separate operating instructions relating to potentially explosive atmospheres must be hee- ded when using the device.

  • Page 13: General Notes

    D-74653 Ingelfingen Tel. + 49 (0) 7940 - 10-91 111 Fax + 49 (0) 7940 - 10-91 448 E-mail: info@burkert.com International The contact addresses can be found on the back pages of the printed operating instructions. Also on the Internet at: country.burkert.com...

  • Page 14: Product Description

    Types 3360 and 3361 Productdescription PRODUCT DESCRIPTION 5.1 General description The electromotive control valve Type 3360 and 3361 is suitable for controlling the flow of liquid and gaseous media. This may be neutral gas, water, alcohol, oil, fuel, hydraulic fluid, salt solution, caustic soda, organic solvent or vapour. The control valve has an electromotive linear actuator with actuation electronics assembly.

  • Page 15: Variants

    Types 3360 and 3361 Productdescription 5.2.1 Special characteristics of the 2-way globe control valve (Type 3361): • Simple and quick replacement of the screwed-in valve seat. • Large expansion space above the valve seat that prevents body erosion caused by cavitation. • Optimal valve selection for the application. By default, 3 variants with different Kv values are available for each DN (5 variants of different Kv values for DN ½").
  • Page 16 Types 3360 and 3361 Productdescription Globe control valve Type 3361: Available actuator size in nominal force [N] DN connection (valve Seat size valve body) [DN] [NPS] 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300 1300, 1 1/4 1300 1300 2500 1300, 1300, 1 1/2 1300 2500 2500 1300, 1300, 1300, 2500 2500 2500...

  • Page 17: Structure And Function

    Types 3360 and 3361 Structureandfunction STRUCTURE AND FUNCTION The electromotive control valve consists of an electromotive linear actuator, a control cone and a 2-way globe valve body or a 2-way angle seat valve body. The control electronics and “SAFEPOS energy-pack” are housed in the side of the linear actuator. The control electronics consist of the microprocessor-controlled electronic mechanism and the position sensor.

  • Page 18: Representation - Structure Of The Electromotive Control Valve

    Types 3360 and 3361 Structureandfunction 6.1 Representation – Structure of the electromotive control valve Blind cover or display with Electrical connectors (cir- device status indicator and bayonet cular plug-in connector or catch cable gland) Actuator cover Actuator housing Only for devices with process control function Transparent window with position Pressure component element indicator Do not unscrew!

  • Page 19: Valve Position After Supply Voltage Failure

    Types 3360 and 3361 Structureandfunction 6.2 Valve position after supply voltage failure Valve position for devices without the SAFEPOS energy-pack energy storage: If the electromotive actuator idles upon a supply voltage failure, the valve remains in the last position that it was in. If the supply voltage fails while the actuator is changing the valve position, the valve remains in an undefined position. The flywheel mass of the actuator and the operating pressure continue to influence the valve spindle until it finally idles.

  • Page 20: Display Of The Device Status

    The factory-set colours for displaying the valve positions “open” and “closed” can be switched. The described can be found in the software description for Types 3360, 3361 on our homepage country. burkert.com Displays in valve mode: If device status “Normal”: Continuously lit in the colour of the valve position.
  • Page 21 Types 3360 and 3361 Structureandfunction 6.4.3 NAMUR operation mode In NAMUR mode the LED light ring lights up in the colour specified for the device status as per NAMUR NE 107. If several device statuses exist simultaneously, the device status with the highest priority is displayed. The priority is based on the severity of the deviation from standard operation (red = failure = highest priority).

  • Page 22: Factory Settings

    Types 3360 and 3361 Structureandfunction Notifications on device status “Function check” MANUAL operating state active X.TUNE active P.TUNE active P.LIN active Process Simulation active Signal generator active Table 6: Notifications on device status “Function check” 6.5 Factory settings Operating state: Devices in their factory default state have their operating state preset to MANUAL. The pre-set factory settings for the individual menu options can be found in chapter “17 Operating structure and factory setting”.

  • Page 23: Control Electronics

    Types 3360 and 3361 Controlelectronics CONTROL ELECTRONICS • Variants Types 3360, 3361 with position control function Types 3360, 3361 with process control function • Position sensor contact-free, high-resolution and wear-free. • Microprocessor-controlled electronics assembly for signal processing, closed-loop control and motor control. • Electrical interfaces (circular plug-in connector or cable gland) 7.5.1 Interfaces Input for set-point position...

  • Page 24: Functional Diagram Of The Electromotive Control Valve

    Types 3360 and 3361 Controlelectronics 7.1 Functional diagram of the electromotive control valve The black parts of the image describe the position control function. The additional elements for the process control function (optional) are depicted in blue. Types 3360 and 3361 Process set-point value Process control Process actual value External set- position point position control...

  • Page 25: Functionality Of The Control Electronics

    Types 3360 and 3361 Controlelectronics 7.2 Functionality of the control electronics The additionally implemented PID controller can, except for the position control, also be used to conduct a process control (e.g. level, pressure, flow rate, temperature) for purposes of cascade control. The process control function is integrated in a control loop. The set-point position of the valve is derived from the process set-point value and the process actual value, with the control parameters (PID controller).
  • Page 26 Types 3360 and 3361 Controlelectronics 7.2.1 Schematic presentation of the position control Analogue: 4–20 mA, 0–20 mA, 0–10 V, 0–5 V Fieldbus gateway büS/CANopen X.LIMIT Manual X.CONTROL CMD* DIR.CMD SPLTRNG CHARACT CUTOFF X.TIME Image 7: Schematic presentation of the position control Legend for the schematic representation of position control and process control: Menu Description X.LIMIT Mechanical stroke range limit DIR.CMD Set-point position direction SPLTRNG...
  • Page 27 Types 3360 and 3361 Controlelectronics Measured Description variables Actual position Set-point position Position controller function: Selection of the source for the input signal of the set-point position in the menu → Inputs/outputs → CMD → CMD.source. Process controller function: the set-point position is specified by the process controller.

  • Page 28: Energy Storage Safepos Energy-Pack (Option)

    Types 3360 and 3361 Controlelectronics Image 8: Schematic presentation of the process control 7.3 Energy storage SAFEPOS energy-pack (option) The device can also be equipped with the energy storage system (SAFEPOS energy-pack). In the event of a supply voltage failure, the energy storage system supplies the actuator with the energy required to move the valve to the position defined in the SAFEPOS menu.

  • Page 29: Technical Data

    Types 3360 and 3361 Technicaldata TECHNICAL DATA The following product-specific information is provided on the type label: • Voltage [V] (tolerance ± 10%) and current type • Seal material of the valve body • Fieldbus standard • Flow capacity • Actuator size • Maximum permitted operating pressure • Flow direction 8.1 Conformity The electromotive control valve Type 3360, 3361 are compliant with the EU directives in relation to the EU Decla- ration of Conformity (if applicable).

  • Page 30: Type Label

    Types 3360 and 3361 Technicaldata 8.4 Type label Function (position controller/ process controller) Maximum current Type Supply voltage, direct Fieldbus standard current Actuator size (nominal CE marking force) 3360 Position controller büS U = 24 V Imax = 3 A 1,300 N Flow characteristic Seal material Kvs20 PS 16 bar...

  • Page 31: Operating Conditions

    Types 3360 and 3361 Technicaldata 8.5 Operating conditions The product-specific information on the type label must be heeded when operating the device. WARNING! Loss of function if operated below or above permitted temperature range. ▶ Never expose the device to direct sunlight in outdoor areas. ▶ Do not operate above or below the permitted ambient temperature range. WARNING! Reduced sealing function if operating pressure too high. Because the valve seat is closed against the medium flow, an excessive operating pressure may cause the valve seat to not close tightly.
  • Page 32 Types 3360 and 3361 Technicaldata Temperature diagram The maximum permitted temperature for the environment and medium are dependent on one another. The permitted maximum temperatures of the device variants can be determined using the characteristics of the temperature diagram. The values are calculated under the following maximum operating conditions: DN32 at 100% duty cycle with 16 bar operating pressure.
  • Page 33 Types 3360 and 3361 Technicaldata Derating pressure and temperature ranges Usage limits of the valve (derating operating pressure) Medium temperature Operating pressure -10 – +50 °C 25 bar 100 °C 24.5 bar 150 °C 22.4 bar 200 °C 20.3 bar 230 °C 19 bar Table 9: Derating the operating pressure as per DIN EN 12516-1/PN25 Medium temperature Operating pressure -29 –...

  • Page 34: General Technical Data

    Types 3360 and 3361 Technicaldata 8.6 General technical data Dimensions: see data sheet Weight: see data sheet Materials: Actuator: PPS and aluminium, powder-coated valve body: 316L body connection: 316L/1.4401 spindle: 1.4401/1.4404 spindle guide: 1.4401/1.4404/316L with carbon-filled PTFE packing gland PTFE V-rings with spring compensation (carbon-filled PTFE) Seal material: Actuator housing sealing element: EPDM...
  • Page 35 Types 3360 and 3361 Technicaldata Operating voltage 24 V ± 10%, max. residual ripple 10% Operating current [A]* max. 3 A (at 25 °C). including actuator at max. load and charging current of optional SAFEPOS energy-pack (charging current approx. 1 A) for design of power supply unit Supply voltage transmitter 24 V ±...
  • Page 36 Types 3360 and 3361 Technicaldata Analogue inputs: ( electrically isolated from the supply voltage and analogue output) Input data for set-point value signal 60 Ω 0/4–20 mA: Input resistance Resolution 12-bit 0–5/10 V: Input resistance 22 kΩ Resolution 12-bit, resolution relates to 0–10 V Input data for actual value signal (optional) 4–20 mA: Input resistance...

  • Page 37: Flow Rate Values And Flow Rate Characteristics For Angle Seat Control Valve (Type 3360)

    Types 3360 and 3361 Technicaldata 8.8 Flow rate values and flow rate characteristics for angle seat control valve (Type 3360) The flow rate values and resulting characteristic depend on the valve seat size. Flow rate values and flow rate characteristic for seat size 15 8.8.1 Flow values Flow characteristic Flow coefficient Stroke [%] 0.16 0.17 0.22 0.40 Stroke [%] Table 12: Angle seat control valve, flow rate values and flow rate characteristic for seat size 15 Flow rate values and flow rate characteristic for seat size 20 8.8.2 Flow values...
  • Page 38 Types 3360 and 3361 Technicaldata Flow rate values and flow rate characteristic for seat size 25 8.8.3 Flow values Flow characteristic Flow coefficient Stroke [%] 0.34 0.36 0.62 11.5 13.0 14.2 15.4 Stroke [%] 16.0 Table 14: Angle seat control valve, flow rate values and flow rate characteristic for seat size 25 8.8.4 Flow rate values and flow rate characteristic for seat size 32 Flow values Flow characteristic Flow coefficient Stroke [%] 0.40 0.46...
  • Page 39 Types 3360 and 3361 Technicaldata Flow rate values and flow rate characteristic for seat size 40 8.8.5 Flow values Flow characteristic Flow coefficient Stroke [%] 0.48 0.66 14.0 20.0 24.5 28.0 32.0 34.5 Stroke [%] 36.0 Table 16: Angle seat control valve, flow rate values and flow rate characteristic for seat size 40 Flow rate values and flow rate characteristic for seat size 50 8.8.6 Flow values Flow characteristic Flow coefficient Stroke [%] 0.87...

  • Page 40: Flow Rate Values And Flow Rate Characteristics For Globe Control Valve (Type 3361)

    Types 3360 and 3361 Technicaldata 8.9 Flow rate values and flow rate characteristics for globe control valve (Type 3361) 8.9.1 Flow rate characteristics The globe control valve exhibits various characteristics depending on the valve seat size. • Parabolic cone of equal per cent for valves with seat size 6–50 • Linear cone for valves with seat size 3–6 •...
  • Page 41 Types 3360 and 3361 Technicaldata 8.9.2 Flow values values DN connection values (valve body) Seat size valve [NPS] 0.10 0.50 0.10 0.50 12.0 1 1/4 13.0 17.8 1 1/2 13.6 20.0 24.0 21.0 24.5 37.0 Table 18: values, globe control valves Kv values DN connection Seat size Kv values [m (valve body) valve Stroke [%] [NPS] 0.003 0.007 0.015 0.025 0.037 0.052 0.065 0.078 0.090 0.10 0.050 0.10...
  • Page 42 Types 3360 and 3361 Technicaldata DN connection Seat size Kv values [m (valve body) valve Stroke [%] [NPS] 1 1/2 0.40 0.50 0.75 10.7 13.6 0.48 0.60 0.85 11.0 15.0 20.0 0.60 0.70 13.8 18.2 24.0 0.48 0.60 0.90 11.6 16.0 21.0 0.60 0.70 1.00 14.0 18.9 24.5 0.90 10.5 15.5 22.0...

  • Page 43: Installing The Valve

    Types 3360 and 3361 Installingthevalve INSTALLING THE VALVE 9.1 Safety instructions WARNING! Risk of injury due to improper installation. ▶ Installation may be carried out by trained technicians only with the appropriate tools. ▶ Secure the system against unintentional activation. ▶ After installation, ensure that the process is restarted in a controlled manner. Observe the sequence! 1.
  • Page 44 Types 3360 and 3361 Installingthevalve 9.2.2 Mounting conditions Installation position: arbitrary, ideally with actuator facing upwards. Flow direction: indicated on the type label with an arrow and the digits 1 and 2. The 1 and 2 are also on the valve body for identification. The flow direction is below the seat with flow from port 2 to port 1. Pipelines: ensure that pipelines are in alignment.

  • Page 45: Installation Of Devices With Welded Connections

    Types 3360 and 3361 Installingthevalve 9.3 Installation of devices with welded connections NOTE! Damage to valve body, valve seat seal or diaphragm. ▶ To avoid damage, the valve should only be mounted in the opened valve position and in the MANUAL opera- ting state. Devices in their factory default state already have their operating state set to MANUAL. NOTE! The following must be heeded when installing the device in the system.

  • Page 46: Disassembly Of The Actuator From The Valve Body

    Types 3360 and 3361 Installingthevalve 9.3.4 Weld the valve body into the pipeline DANGER! Risk of injury from high pressure. ▶ Before working on the system, switch off the pressure and vent or empty the lines. NOTE! The electronics assembly in the actuator will be damaged by the effects of heat. • The actuator must be removed before the valve body is welded in. → Weld the valve body into the pipeline. Ensure that there is no voltage present and minimal vibration during installation.
  • Page 47 Types 3360 and 3361 Installingthevalve 9.4.1 Required work steps 1. Set MANUAL operating state, chapter “14.1” on page 94. 2. Move valve into open position, chapter “15” on page 105. 3. Switch off the supply voltage. Wait until LED illuminated ring goes out. 4. Remove actuator from the valve body, chapter “9.4.3” on page 47. 9.4.2 Required tool •...
  • Page 48 Types 3360 and 3361 Installingthevalve Mechanical position indicator Valve position open Actuator Body connection Valve body Image 13: Actuator disassembly (with angle seat control valve as an example) → Clamp valve body into a holding device. → Place on the body connection with a suitable open-end wrench. Do not use any tools for unscrewing which could damage the body connection.

  • Page 49: Installing Actuator On Valve Body

    Types 3360 and 3361 Installingthevalve 9.5 Installing actuator on valve body Preconditions: MANUAL operating state, valve position at least 1/3 open, supply voltage switched off. → Before installing the actuator, check whether the graphite seal for the valve body is present and undamaged. → Replace damaged or missing graphite seal. Angle seat valve Globe valve Graphite seal Graphite seal Image 14: Graphite seal NOTE!
  • Page 50 Types 3360 and 3361 Installingthevalve → Before re-installation, grease the external thread of the body connection (e.g. with Klüberpaste UH1 96-402 from Klüber). → Position the external thread of the valve body on the internal thread of the body connection. → Place on the body connection with a suitable open-end wrench. Do not use any tools for unscrewing, which could damage the body connection.

  • Page 51: Rotating The Actuator

    Types 3360 and 3361 Installingthevalve 9.6 Rotating the actuator The position of the ports can be changed by turning the actuator through 360°. NOTE! Damage to the valve seat seal and valve seat contour when valve closed. If the valve is closed when the actuator is turned, the valve seat seal and the valve seat contour can be damaged.

  • Page 52: Holding Device

    Types 3360 and 3361 Installingthevalve 9.7 Holding device The holding device protects the valve actuator from damage resulting from forces and vibrations. The holding device is available as an accessory in 2 sizes. See chapter “24 Accessories, replacement parts” on page 152. 9.7.1 Mounting the holding device →...

  • Page 53: Electrical Installation

    Types 3360 and 3361 Electricalinstallation ELECTRICAL INSTALLATION The electromotive control valve is available with two connector options: • With a circular plug-in connector (multi-pin variant) • Cable gland with connection terminals Signal values Operating voltage: 24 V Set-point value: 0–20 mA; 4–20 mA 0–5 V; 0–10 V 10.1 E lectrical installation with circular plug-in connector...
  • Page 54 Types 3360 and 3361 Electricalinstallation 10.1.2 Description of circular plug-in connectors X3 – M12 circular plug, 5-pin Operating voltage and büS/CANopen communication X1 – M12 circular plug, 8-pin Input and output signals X2 – M12 circular socket, 5-pin Input signals process actual value (only with process controller function) FE Functional earth Image 18: Description of circular plug-in connectors 10.1.3 X1 – M12 circular plug, 8-pin, Input and output signals Wire Assignment (device side) colour* Input signals from control centre (e.g. PLC) Set-point value +...
  • Page 55 Types 3360 and 3361 Electricalinstallation 10.1.4 X2 – M 12 circular socket, 5-pin input signals process actual value (only with process control function) Signal Wire Assignment Device end External circuit type* colour** 4–20 mA brown +24 V supply transmitter – inter- Transmitter white PV1: not used nally Blue supplied (identical to GND operating voltage) Black PV2: output from transmitter grey PV3: Bridge to GND (GND from 3-wire transmitter)

  • Page 56: Electrical Connection Büs/Canopen

    Types 3360 and 3361 Electricalinstallation 10.1.5 X3 – M12 circular plug, 4-pin or 5-pin, operating voltage and büS/CANopen communication Wire colour Assignment (device side) without büS/CANopen network with büS/CANopen network** 4-pin connection* - (connection not required) CAN Shield +24 V ±10 % white max. residual ripple 10 % blue black GND / CAN_GND - (connection not required) white CAN_H - (not available with 4-pin socket) blue CAN_L * The specified wire colours relate to the 4-pin M12 connection cable, which is available as an accessory with...

  • Page 57: Electrical Connection Fieldbus Gateway

    Types 3360 and 3361 Electricalinstallation 10.2 Electrical connection Fieldbus gateway Fieldbus gateway Fieldbus connector M12 (2-port Ethernet switch) Image 19: Electrical connection Fieldbus gateway The fieldbus connection is made with a circular plug-in connector M12, 4-pin. Connection diagram Socket Assignment (device side) (device side) Transmit + Receive + Transmit – Receive – Table 25: Electrical assignment of fieldbus gateway NOTE!

  • Page 58: Electrical Installation With Cable Gland

    Types 3360 and 3361 Electricalinstallation 10.3 Electrical installation with cable gland 10.3.1 Safety instructions WARNING! Risk of injury due to improper installation. ▶ Installation may be carried out by authorised technicians only and with the appropriate tools. ▶ Observe general engineering standards & rules during installation. Risk of injury due to unintentional activation of the system and uncontrolled restart. ▶ Secure the system against unintentional activation. ▶...
  • Page 59 Types 3360 and 3361 Electricalinstallation → To unlock, turn the display module or the blind cover counterclockwise and remove. NOTE! For devices with display module, take note of the connection cable to the HMI interface. → For devices with display module, disconnect the connection cable from the HMI interface. 2. Remove the LED and storage module: Fastening screws...
  • Page 60 Types 3360 and 3361 Electricalinstallation 10.3.3 Connecting the cable → Push the cable through the cable gland. NOTE! Take note for connection to spring-loaded terminals. ▶ Minimum length of wire ferrules: 8 mm ▶ Maximum cross-section of wire ferrules: 1.5 mm (uncollared), 0.75 mm (collared) → Strip at least 8 mm of insulation from the wires and crimp ferrules on. →...
  • Page 61 Types 3360 and 3361 Electricalinstallation 10.3.4 Terminal layout – input signal from control centre (e.g. PLC) Clip Assignment Set-point value + (0/4–20 mA or 0–5/10 V) for operating voltage electrically isolated Set-point value – 0...5 V (log. 0) Digital input + 10...30 V (log. 1) Digital input GND relates to GND operating voltage (GND Clip) Table 26: Terminal layout –...
  • Page 62 Types 3360 and 3361 Electricalinstallation 10.3.7 Terminal layout – process actual value input (only with process control function) Signal Clip Assignment Device end External circuit type* 4–20 mA +24 V supply transmitter – internally Transmitter PV1: not used supplied (identical to GND operating voltage) PV2: output from transmitter PV3: Bridge to GND (GND from 3-wire transmitter) 4–20 mA not used...
  • Page 63 Types 3360 and 3361 Electricalinstallation 10.3.8 Close device NOTE! The ingress of dirt or moisture may cause damage or malfunction. To preserve IP65 and IP67 protection, ensure the following before closing the device: ▶ The seal in the actuator housing/actuator cover must be inserted and undamaged. ▶ The seal surfaces must be clean and dry. Blind cover or display module closed Blind cover or display module...
  • Page 64 Types 3360 and 3361 Electricalinstallation 2. Mount LED and storage module: Fastening screws Upper edge of LED and storage module (end position lower than upper edge of actuator cover) Mechanical manual override Image 26: Mount LED and storage module: → Place the LED and storage module onto the actuator cover. Align the recess for the manual override in the centre, paying attention to the correct alignment of the elec- trical plug connection.

  • Page 65: Start-Up

    Types 3360 and 3361 Start-up START-UP 11.1 Safety instructions WARNING! Risk of injury due to improper operation. Improper operation may result in injuries as well as damage to the device and the surrounding area. ▶ The operating personnel must know and understand the contents of the operating instructions. ▶ The safety instructions and the intended use must be observed. ▶...
  • Page 66 Types 3360 and 3361 Start-up 11.4.1 Base settings for position control Before delivery, the base settings for the position control have already been input by the manufacturer. See diagrams below. Type of base setting (observe sequence) Factory default setting Set safety position Close/open (dependent on device variant) Adjustment of position control Factory setting NOTE: If the actuator is disassembled, X.TUNE (X.TUNE function) function must be carried out again before start-up.

  • Page 67: Set Safety Position

    Types 3360 and 3361 Start-up 11.5 Set safety position Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 68: Adjustment Of Position Controller - Execute X.tune

    Types 3360 and 3361 Start-up 11.6 Adjustment of position controller – execute X.TUNE When executing the X.TUNE function, the position control is adjusted at the physical stroke of the actuator in use. Devices come with the X.TUNE function performed by the manufacturer. NOTE! Only perform X.TUNE if required! The X.TUNE function only has to be executed again if the actuator has been dismantled or the valve body has been replaced.
  • Page 69 Types 3360 and 3361 Start-up 11.6.2 Adjustment of position control on PC or device display Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm Back To trigger the X.TUNE function, you must switch to the “Maintenance” detailed view for position controllers. How to switch to detailed view: →...

  • Page 70: Set Standard Signal For Set-Point Position

    Types 3360 and 3361 Start-up 11.7 Set standard signal for set-point position Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 71: Select Physical Unit For Process Control

    Types 3360 and 3361 Start-up 11.8 Select physical unit for process control Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 72: Configure Process Values

    Types 3360 and 3361 Start-up 11.9 Configure process values Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 73: 11.10 Scaling The Process Control

    Types 3360 and 3361 Start-up → Enter the minimum and maximum values. The process actual value is now configured. 11.10 Scaling the process control Scaling process control affects the following functions: • Dead band for process control • Sealing function (CUTOFF), if process control (P.CO) is selected in menu CUTOFF → CUTOFF.type. Setting option: Using the Bürkert Communicator software or the display of the device (optional).

  • Page 74: 11.11 Set Dead Band For Process Control

    Types 3360 and 3361 Start-up 11.11 Set dead band for process control Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 75: Setting Up Process Control And Executing P.lin

    Types 3360 and 3361 Start-up 11.12 Setting up process control and executing P.LIN, P.TUNE Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...
  • Page 76 Types 3360 and 3361 Start-up 11.12.2 For devices without a display – activate the correction characteristic DIP switch 2, which is located under the blind cover, is used to activate the correction characteristic. → To unlock the blind cover, turn it counterclockwise and remove. Devices with ATEX approval or IECEx approval are secured with a magnetic lock. The removal of the cover is described in the supplementary instructions for the electromotive control valves with ATEX approval and IECEx approval.

  • Page 77: 11.13 Set Automatic Operating State

    Types 3360 and 3361 Start-up 11.13 Set AUTOMATIC operating state Factory setting: Devices in their factory default state have their operating state preset to MANUAL. 11.13.1 Setting AUTOMATIC operating state for devices without a display module DIP switch 4, which is located under the blind cover, is used to set the operating state. Devices with ATEX approval or IECEx approval are secured with a magnetic lock. The removal of the cover is described in the supplementary instructions for the electromotive control valves with ATEX approval and IECEx approval.

  • Page 78: Operation

    Types 3360 and 3361 Operation OPERATION WARNING! Risk of injury from improper operation! Improper operation may result in injuries as well as damage to the device and its surroundings. ▶ The operating personnel must know and understand the contents of the operating instructions. ▶ The safety instructions and the intended use must be observed. ▶...

  • Page 79: Display Elements

    Types 3360 and 3361 Operation Table 33: Operating possibilities 12.2 Display elements Description of the display elements: LED illuminated ring Mechanical position indi- 4 different, adjustable cator LED modes Valve opened Valve closed Image 30: Display elements 12.2.1 LED illuminated ring The transparent LED light ring that transmits the light of the LEDs to the outside is fitted to the blind cover or display module.
  • Page 80 Types 3360 and 3361 Operation 12.2.2 Set LED operation mode Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 81: Operating Elements

    Types 3360 and 3361 Operation 12.3 Operating elements Presentation of the operating elements: SIM card büS service interface DIP switch* CLOSE button* OPEN button* Mechanical manual override * Non-functional in devices with display module. The display must be used for operation! Image 31: Operating elements 12.3.1 DIP switch Settings Switch 1: Sets the effective direction between input signal and set-point position.

  • Page 82: Büs Service Interface

    Types 3360 and 3361 Operation 12.3.3 Mechanical manual override If there is no supply voltage, e.g. during installation or in the event of a power failure, the valve can be opened or closed using the mechanical manual override. For a description see chapter “15.4 Actuating the valve mechanically” 12.4 büS service interface The büS service interface can be used for quick service.

  • Page 83: Sim Card - Acquire And Save Data (Option)

    Types 3360 and 3361 Operation 12.5 SIM card – acquire and save data (option) The optional SIM card can be used to store device-specific values and user settings and transfer them to another device. The SIM card is detected when the device starts and is checked for available data. This data will be transferred or over- written accordingly: •...

  • Page 84: Display Operation (Option)

    Types 3360 and 3361 Displayoperation(option) DISPLAY OPERATION (OPTION) The device is operated and configured using buttons on a touchscreen display. 13.1 User interface Information bar Digital View 1 of 1 position indicator Display Layout example: MANUAL/AUTO- MATIC in AUTOMATIC mode MANUAL Back button Menu button Navigation keys Image 34: User interface 13.2...

  • Page 85: Display Views

    Types 3360 and 3361 Displayoperation(option) Functions Confirm selection Press briefly: Save selection Menu button Next (in wizard) Hold down: Open context menu Image 35: Description of button function 13.3 Display views The following views can be accessed from the home screen: • Configuration view, using the left navigation button •...
  • Page 86 To open the context menu, hold down the menu key The comprehensive, detailed description for the display module can be found on our homepage https:// country.burkert.com/ at: Type ME31 → Software ME31. English...
  • Page 87 Types 3360 and 3361 Displayoperation(option) 13.3.2 Configuration view The configuration view is divided in various areas. Icon Configuration area Positioner Inputs/outputs Process controller Industrial communication Displays General settings Table 34: Configuration areas You can switch between the areas with the navigation buttons English...
  • Page 88 Types 3360 and 3361 Displayoperation(option) 13.3.3 Detailed views From the configuration view you can access the following detailed views: Detailed view How to access the detailed view from the configuration view Parameters Select Configuration area* and confirm selection. Select Configuration area* and confirm selection. Maintenance Switch to detailed view MAINTENANCE. * See “Table 34: Configuration areas” on page 87. Table 35: Detailed views Configuration view...

  • Page 89: Description Of Symbols

    Types 3360 and 3361 Displayoperation(option) 13.4 Description of symbols Symbols for access rights Icon Description This setting is write-protected and can only be modified with the appropriate access rights/user code. User Advanced user is logged on to the device. Installer is logged on to the device. Bürkert service employee is logged on to the device. Table 36: Symbols for access rights The rights to read, configure or alter data depend on the set access right and password protection.
  • Page 90 Types 3360 and 3361 Displayoperation(option) Symbols for displaying operating states Priority Icon Description Device is no longer in closed-loop control mode due to a severe error. The valve is stuck in its position. Energy pack active: The supply voltage has been interrupted. The device is supplied with power via the energy pack.

  • Page 91: Access Rights And Password Protection

    Types 3360 and 3361 Displayoperation(option) 13.5 Access rights and password protection There are three user levels for assigning access rights. If password protection is enabled, the information bar of the display displays the enabled user level with the cor- responding icon. User level Icon Description PIN required: manufacturer-set code 005678 Advanced user Rights: reading values, limited right to change values.
  • Page 92 Types 3360 and 3361 Displayoperation(option) → Select Change passwords confirm. → Select user level and confirm. → Enter code: enter with decimal point; change with value of the decimal point. → Confirm the set code You have changed the user level password. → Return with Note! Document passwords such that they are always accessible to authorised persons.

  • Page 93: Screen Saver

    Types 3360 and 3361 Displayoperation(option) 13.6 Screen saver The display user interface is protected by a screen saver. Removing the screen saver: → Press any button and follow the instructions on the display. Factory setting: the waiting time between operation and enabling of the screen saver is one minute. NOTE! Faulty operation as a result of EMC disruptions, cleaning work or unintended physical contact.

  • Page 94: Basic Functions

    Types 3360 and 3361 Basicfunctions BASIC FUNCTIONS 14.1 Changing the operating state, AUTOMATIC, MANUAL Factory setting: Devices in their factory default state have their operating state preset to MANUAL. 14.1.1 Changing operating state in devices without a display module DIP switch 4, which is located under the blind cover, is used to change operating state. → To unlock the blind cover, turn it counterclockwise and remove Devices with ATEX approval or IECEx approval are secured with a magnetic lock.
  • Page 95 Types 3360 and 3361 Basicfunctions 14.1.2 Changing operating state in devices with a display module The operating state can be set in 2 ways: • using the menu key in the MANU/AUTO layout on the home screen or in a user-specific view. • in the menu AUTO I MANU, located in the configuration area General settings. Setting using the menu button You can change the operating state in the home screen or in a view. If you want to change the operating state using the menu key, the view of the display must be in the MANU/AUTO layout.
  • Page 96 Types 3360 and 3361 Basicfunctions Setting in the menu AUTO | MANU Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 97: Enable - Disable Sealing Function

    Types 3360 and 3361 Basicfunctions 14.2 Enable – disable sealing function Factory setting: The sealing function is disabled in devices upon delivery. This function causes the valve to seal or open completely within the set range. The parameters for the sealing or opening of the valve (CMD) is stated in per cent. The transfer from sealing or opening to closed-loop control mode occurs with a hysteresis of 1%.
  • Page 98 Types 3360 and 3361 Basicfunctions 14.2.2 Enable or disable sealing function in devices with a display module To enable or disable the sealing function, you must switch to the detailed view “Parameter for position controller”. How to switch from the home screen to the detailed view: → switch to CONFIGURATION → select Position controller and confirm selection. You are now in the “Parameter” detailed view. How to enable the sealing function: →...

  • Page 99: Enabling - Disabling Correction Characteristic

    Types 3360 and 3361 Basicfunctions 14.3 Enabling – disabling correction characteristic Factory setting: The correction characteristic is disabled in devices on delivery. When the correction characteristic is enabled, the flow characteristic or operating characteristic is corrected depending on the set-point position (CMD) and valve stroke (POS). Flow characteristic: The flow characteristic k = f(s) indicates the flow rate of a valve, expressed by the k value, as a function of the stroke s of the actuator spindle.
  • Page 100 Types 3360 and 3361 Basicfunctions 14.3.1 Enabling or disabling correction characteristic in devices without a display module The correction characteristic must be selected for enabling. For a description see chapter “14.3.3 Select correction characteristic or program to be user-specific”. DIP switch 2, which is located under the blind cover, is used to activate the correction characteristic. Devices with ATEX approval or IECEx approval are secured with a magnetic lock.
  • Page 101 Types 3360 and 3361 Basicfunctions 14.3.3 Select correction characteristic or program to be user-specific Setting option: Using the Bürkert Communicator software or the display of the device (optional). Settings are created on the PC using the büS service interface and the Bürkert Communicator software. It requires the USB büS interface set available as an accessory. Display operation: Button functions Select, activate Confirm...

  • Page 102: Change Effective Direction

    Types 3360 and 3361 Basicfunctions 14.4 Change effective direction Factory setting: The effective direction “Rise” is set in devices on delivery. Meaning: • Rise: The position 0% (valve closed) is actuated with the standard signal 0 V, 0 mA or 4 mA. • Fall: The position 0% (valve closed) is actuated with the standard signal 5 V, 10 V or 20 mA. Set-point position (CMD) 100% Valve open...
  • Page 103 Types 3360 and 3361 Basicfunctions 14.4.2 Changing effective direction in devices with a display module To change the effective direction, you must switch to the “Parameter for position controller” detailed view. How to switch from the home screen to the detailed view: → switch to CONFIGURATION → select Position controller and confirm selection. You are now in the “Parameter” detailed view. How to change the effective direction: →...

  • Page 104: Disabling Process Control

    Types 3360 and 3361 Basicfunctions 14.5 Disabling process control For devices with a process control function, the process control can be disabled in order to operate the device with the position controller function. The menus that are solely relevant to process control remain visible after disabling, but cannot be used.

  • Page 105: Manual Override Of Valve

    Types 3360 and 3361 Manualoverrideofvalve MANUAL OVERRIDE OF VALVE The valve can be manually actuated in various ways: • Electrically with the OPEN and CLOSE buttons which are located under the blind cover (only on devices without display module), see chapter “15.1” on page 105. • Electrically using the display on the home screen (only on devices with a display module), see chapter “15.2.1” on page 107.
  • Page 106 Types 3360 and 3361 Manualoverrideofvalve Remove the blind cover: Devices with ATEX approval or IECEx approval are secured with a magnetic lock. The removal of the cover is described in the supplementary instructions for the electromotive control valves with ATEX approval and IECEx approval. → To unlock the blind cover, turn it counterclockwise and remove. Switch to MANUAL operating state: →...

  • Page 107: Electrical Override Of Valve On Devices With A Display Module

    Types 3360 and 3361 Manualoverrideofvalve 15.2 Electrical override of valve on devices with a display module The valve can be electrically actuated in various ways: • using the navigation keys on the display (see chapter “15.2.1” on page 107). • On the display or using the Bürkert Communicator software in the AUTO I MANU menu.

  • Page 108: Electrically Actuating The Valve Using The Bürkert Communicator Or Display

    Types 3360 and 3361 Manualoverrideofvalve Switch to MANUAL operating state: → Press the menu button. In MANUAL operating state, the MANUAL icon is visible in the information bar. The two arrow icons labelled “open” and “close” are displayed. The device’s LED light ring flashes. Change valve position: → To open the valve, press the top navigation key.

  • Page 109: Actuating The Valve Mechanically

    Types 3360 and 3361 Manualoverrideofvalve How to open or close the valve: → select AUTO | MANU. If the device is in AUTOMATIC operating state: → select Manual mode to set MANUAL operating state. Manual mode menu for manual actuation of the valve is now available. → In the Manual mode menu, open and close the valve with the arrow buttons.
  • Page 110 Types 3360 and 3361 Manualoverrideofvalve 15.4.3 Remove blind cover or display module NOTE! Carefully remove the display module so that the connection cable and HMI interface are not damaged. Devices with ATEX approval or IECEx approval are secured with a magnetic lock. The removal of the cover is described in the supplementary instructions for the electromotive control valves with ATEX approval and IECEx approval.
  • Page 111 Types 3360 and 3361 Manualoverrideofvalve 15.4.4 Removing the fieldbus gateway from the actuator Preconditions: Supply voltage switched off, blind cover or display module removed. NOTE! The fieldbus gateway may be removed only when it is deenergised, otherwise the device may be damaged. Fastening screw Image 49: Remove fieldbus gateway → Remove fastening screw (socket head screw, width across flats 3 mm). NOTE! Caution when removing the fieldbus gateway.
  • Page 112 Types 3360 and 3361 Manualoverrideofvalve 15.4.5 Actuating the valve mechanically Preconditions: Supply voltage switched off, blind cover or display module removed. Also for device variant with fieldbus gateway: Fieldbus gateway removed. NOTE! The mechanical manual override may be used only when it is de-energised, otherwise the device may be damaged. → To mechanically override the valve, use an Allen key with 3 mm AF. NOTE! Maximum torque 2 Nm.
  • Page 113 Types 3360 and 3361 Manualoverrideofvalve → Once the desired valve position is achieved, remove the Allen key. The mechanical manual override mechanism will disengage automatically. 15.4.6 Mounting the fieldbus gateway on the actuator Preconditions: Supply voltage switched off. NOTE! The fieldbus gateway may be mounted only when it is deenergised, otherwise the device may be damaged. Align and position fieldbus gateway.

  • Page 114: Advanced Functions

    ADVANCED FUNCTIONS The functions for special control tasks and their configuration are described in a separate software description. These can be found, with specification on our homepage: country.burkert.com English...

  • Page 115: Operating Structure And Factory Setting

    Types 3360 and 3361 Operatingstructureandfactorysetting OPERATING STRUCTURE AND FACTORY SETTING The factory default settings are depicted in blue in the operating structure to the right of the menu. Examples: Factory-enabled or selected menu options Factory-disabled or unselected menu options sec, ... Factory-set values 17.1 Operating structure of the configuration area Positioner Start-up assistant for position control START-UP 0.5%...
  • Page 116 Types 3360 and 3361 Operatingstructureandfactorysetting Positioner Auxiliary functions that can be enabled ADD.FUNCTION CHARACT CUTOFF DIR.CMD SPLTRNG X.LIMIT X.TIME Enabled auxiliary functions CHARACT TYPE Linear GP 1 :25 GP 1 :33 GP 1 :50 GP 2 5:1 GP 3 3:1 GP 5 0:1 User-defined TABLE DATA •...
  • Page 117 Types 3360 and 3361 Operatingstructureandfactorysetting Positioner Enabled auxiliary functions DIR.CMD Rise Fall SPLTRNG Minimum 100% Maximum X.LIMIT Minimum 100% Maximum 5.0 sec X.TIME Opening time 5.0 sec Closing time Image 55: Operating structure – 1-c, “Position controller” configuration area Positioner MAINTENANCE CALIBRATION X.TUNE Select seal material (see type label)! PTFE PEEK...
  • Page 118 Types 3360 and 3361 Operatingstructureandfactorysetting Positioner DIAGNOSTICS SYSTEM.VALUES Operation time Travel accumulator Direction change Device temperature Highest temperature Lowest temperature HISTOGRAM.POS HISTOGRAM.SPAN HISTOGRAM.DTEMP ENERGY-PACK State of health NAMUR status Error Out of specification USER.DIAGNOSIS MSG.CONFIG Acknowledge POS.MONITOR PV.MONITOR Logbook SERVICE.TIME TRAVEL.ACCU CYCLE.COUNTER POS.MONITOR PV.MONITOR NAMUR type SERVICE.TIME...
  • Page 119 Types 3360 and 3361 Operatingstructureandfactorysetting Positioner DIAGNOSTICS USER.DIAGNOSIS ADD.DIAGNOSE SERVICE.TIME TRAVEL.ACCU CYCLE.COUNTER POS.MONITOR PV.MONITOR HISTOGRAM.POS HISTOGRAM.SPAN SERVICE.TIME Operation time Interval Next message TRAVEL.ACCU Travel accumulator Interval Next message CYCLE.COUNTER Direction change Interval Next message POS.MONITOR Tolerance band Compensation time PV.MONITOR Tolerance band Compensation time HISTOGRAM Start | Stop Clear...
  • Page 120 Types 3360 and 3361 Operatingstructureandfactorysetting Inputs/outputs I CMD SP.source Analogue CMD.source büS CANopen CMD.manual Manual SP.manual Fieldbus 0–5 V ANALOG.type 0-10 V 4–20 mA 0–20 mA Inactive Signal loss detection Out of specification Error Minimum SP.scale 100% Maximum Analogue PV.source büS CANopen 4–20 mA ANALOG.type Frequency K-factor...
  • Page 121 Types 3360 and 3361 Operatingstructureandfactorysetting Inputs/ outputs ADDITIONAL IOs Inactive DIGITAL IN X.CO I P.CO.source Digital büS Fieldbus Inactive EXT-ERROR.source Digital büS Fieldbus EXT-ERROR.para Safepos Stop DIGITAL.type Normally open Normally closed DIGITAL OUT 1 FUNCTION Position limit DIGITAL OUT 2 Device state Manual mode Control deviation Safepos Control deviation...
  • Page 122 Types 3360 and 3361 Operatingstructureandfactorysetting Inputs/ outputs SIGNAL CMD* ADDITIONAL IOs ANALOG OUT büS ANALOG.typ 0–5 V 0-10 V 4–20 mA 0–20 mA SCALE Minimum Maximum 100% Image 61: Operating structure – 2-c, “Inputs/outputs” configuration area 7) Only available in devices with process control function 24) Only available in devices with analogue output option.
  • Page 123 The Industrial Communication menu is described in the separate software manual. Download at: www.burkert.com / Type 3360, 3361 / Downloads “Operating instruc- tions” / Software manual Type 3360. Image 63: Operating structure – 3, Industrial communication 24) Only available in devices with analogue output option.
  • Page 124 Types 3360 and 3361 Operatingstructureandfactorysetting Process controller Start-up assistant for process control START-UP P.CO.inactive P.CONTROL active P.CONTROL inactive PID.PARAMETER DBND 1.0000 Value Unit 999.0 s 0.0 s 0.0% UNIT No unit Per cent Temperature Flow rate Mass flow Volume Mass volume Pressure value Speed P.CO Unit PLC P.CO.scale...
  • Page 125 Types 3360 and 3361 Operatingstructureandfactorysetting Process controller MAINTENANCE CALIBRATION P.TUNE P.LIN Image 65: Operating structure – 3-b, process controller maintenance 7) Only available in devices with process control function. English...
  • Page 126 Types 3360 and 3361 Operatingstructureandfactorysetting Display Brightness 100% Contrast Screen saver Wait period 1 minute 2 minutes 5 minutes 15 minutes 30 minutes 60 minutes Brightness Image 66: Operating structure – 4-a, “Display” configuration area Display DIAGNOSTICS Temperature Device temperature Image 67: Operating structure – 4-b, diagnostics display Display MAINTENANCE Version number...
  • Page 127 Types 3360 and 3361 Operatingstructureandfactorysetting General settings Operation mode Status LED NAMUR operation mode Valve mode Valve mode + warnings LED off Yellow Valve open Green Valve closed büS Displayed name Location Description Advanced Unique device name Baud rate 50 kbit/s 125 kbit/s 250 kbit/s 500 kbit/s 1 Mbit/s...
  • Page 128 Types 3360 and 3361 Operatingstructureandfactorysetting General settings Quickstart Display Diagnostics Active Inactive Language English German French Password protection Passwords Advanced user Change passwords Installer Current Physics. Units • • • Frequency • • • Length • • • Ω Resistor kΩ MΩ Speed Image 70: Operating structure –...
  • Page 129 Types 3360 and 3361 Operatingstructureandfactorysetting General settings Physics. Units Speed • • • ft/min °C Temperature °F Time • • • µs Voltage µV Image 71: Operating structure – 5-c, configuration area “General settings” 40) O nly available on display. → Unit system. The setting in the Communicator software is made in the menu bar View English...
  • Page 130 Types 3360 and 3361 Operatingstructureandfactorysetting General settings MAINTENANCE Device information Displayed name Identification number Serial number Software identification number Software version büS version Hardware version Product type Manufacturing date eds version Device driver Reset devices Restart Return to factory settings Reset All Reset Parameter Reset Calibration Simulation SIGNAL GENERATOR...
  • Page 131 Types 3360 and 3361 Operatingstructureandfactorysetting General settings MAINTENANCE Simulation PROCESS SIMULATION On/Off 1.PT1 PROCESS.form 2.PT1 Linear NON-LINEARITY GP 1:25 GP 1:33 GP 1:50 GP 25:1 GP 33:1 GP 50:1 Dead time 1.PT1 t 2. PT1 t PT2 t PT2 d Automatic mode AUTO I MANU Manual mode Manual mode Image 73:...
  • Page 132 Types 3360 and 3361 Operatingstructureandfactorysetting General settings DIAGNOSTICS Device status Operating duration Device temperature Supply voltage Min./max. values Max. temperature Min. temperature Max. supply voltage Min. supply voltage Removable storage status Unknown status Memory available Memory not available Memory not available (notification be... Memory optional büS status Receive errors...

  • Page 133: Context Menu For Operation On Display

    The context menu is only available on the display in the operating structure shown. In the Bürkert Communicator software, the partially identical menus are integrated differently into the operating structure. A detailed description of the Bürkert Communicator software can be found in the respective operating instructions. Download at: www.burkert.com / Communicator Home screen CONFIGURATION View 1...
  • Page 134 Types 3360 and 3361 Operatingstructureandfactorysetting Home screen CONFIGURATION View 1 Views Positioner Context menu Inputs/ Present notifications are displayed. outputs Message overview Help Process Set shortcut controller Where am I? Change user level Advanced user Display Installer Bürkert General settings Context menu Present notifications are displayed. Message overview Advanced user Change user level...

  • Page 135: Industrial Ethernet

    Types 3360 and 3361 IndustrialEthernet INDUSTRIAL ETHERNET To allow connection to an Ethernet network, the electromotive control valve with integrated fieldbus gateway is optionally available. Supported fieldbus protocols: Ethernet/IP, PROFINET, Modbus TCP. 18.1 Fieldbus gateway description display module Fieldbus gateway Fieldbus connector M12 (2-port Ethernet switch) Image 77: Fieldbus gateway with display module 18.1.1 Access to büS service interface The büS service interface is located inside the Fieldbus gateway.
  • Page 136 Types 3360 and 3361 IndustrialEthernet 18.1.2 LEDs for indicating network connection status The LEDs for indicating network connection status are located inside the fieldbus gateway. To access it, turn the cover counterclockwise. Interfaces X1 and X2 2-port Ethernet switch (interfaces for fieldbus port) LEDs for interface X1 and X2: Link/Act LED (green) Status display for fieldbus Link LED (yellow)

  • Page 137: Technical Data Industrial Ethernet

    Types 3360 and 3361 IndustrialEthernet 18.2 Technical data Industrial Ethernet 18.2.1 PROFINET IO specifications Topology recognition LLDP, SNMP V1, MIB2, Physical Device Minimum cycle time 10 ms not supported MRP media redundancy MRP client is supported Other supported functions DCP, VLAN Priority Tagging, Shared Device Transmission speed 100 MBit/s Data transport layer Ethernet II, IEEE 802.3 PROFINET IO specification...

  • Page 138: Projecting Via Fieldbus

    The start-up files required for the respective project planning software and their description are available on the Internet. Download at: www.burkert.com / Type 3360, 3361 / Downloads “Software” / Initiation Files Please refer to the documentation of your project design software for instructions regarding the installation of the start-up files.
  • Page 139 Types 3360 and 3361 IndustrialEthernet How to switch to detailed view: → For setting with Bürkert Communicator, select Industrial Communication in the navigation area. → CONFIGURATION When using the display for the configuration, switch to on the home screen and select Industrial Communication. You are now in the “Parameter” detailed view. The Ethernet parameters can only be set when the corresponding fieldbus protocol has been selected.

  • Page 140: Web Server

    Types 3360 and 3361 IndustrialEthernet 18.4 Web server The configuration of the Ethernet participant, required to connect to the network, can be run with a web server. 18.4.1 Connecting to the web server → Only with PROFINET: Assign IP addresses and DNS-compatible name with a suitable start-up tool for PRO- FINET attachments.
  • Page 141 Types 3360 and 3361 IndustrialEthernet With EtherNet/IP, DHCP or BOOTP can also be set (NOT by default). In this process, the IP address is acquired from a DHCP server. → Open an internet browser. → Enter default IP 192.168.0.100. (On EtherNet/IP devices, the IP address is assigned by a DHCP server. If no address is assigned via DHCP within 1 minute, the device uses the default IP 192.168.0.100.) The software for configuring the Ethernet participant is now available on the PC.

  • Page 142: Advanced Functionalities

    The object route function grants access to all objects in the system. Access requires the object, with index and sub-index, and the address of the device/module to be specified. Then the value can be read back. The interface for this is described in the additional instructions. Download at: www.burkert.com / Type ME23 / Fieldbus description English...
  • Page 143 Types 3360 and 3361 IndustrialEthernet The following objects allow additional control and monitoring. 18.5.2 Device Status NAMUR NE 107 Name Description Access type Device status Corresponds to device status of Type 3323, 3324, 3325 NAMUR NE 107 Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0 reserved...

  • Page 144: Canopen

    The eds file and the associated description are available on the Internet. Download at: www.burkert.com / Type 3360, 3361 / Downloads “Software” / Initiation Files Please refer to the documentation of your project design software for instructions regarding the installation of the start-up files.

  • Page 145: 20 Büs

    Cabling of büS networks Additional information about cabling for büS networks is available at manual „Cabling Guide for büS/EDIP“ at country.burkert.com 20.2 Configuration of büS networks Additional information about the configuration of büS networks can be found on the Internet. Download at: www.burkert.com / Type 8922 / Downloads / User Manuals / Software instructions Typ8922, MExx | Software of f(x) configuration English...

  • Page 146: Maintenance

    Maintenance MAINTENANCE The maintenance work is described in the separate service instructions. These instructions can be found on our → Type 3360, 3361. homepage at: country.burkert.com 21.1 Safety instructions DANGER! Risk of injury due to high pressure in the system or device. ▶ Switch off the pressure before working on the system or device. Vent or empty the lines.

  • Page 147: Visual Inspection

    Types 3360 and 3361 Maintenance 21.4 Visual inspection According to the usage conditions, perform regular visual inspections: → Check medium ports for tightness. → Check relief bore on the pipe for leaks. Relief bore Image 83: Relief bore 21.5 Maintenance notifications Maintenance notifications are displayed in the following LED operation modes: •...

  • Page 148: Troubleshooting And Messages

    Types 3360 and 3361 Troubleshootingandmessages TROUBLESHOOTING AND MESSAGES 22.1 Error notifications Device error notifications are displayed as follows: • Valve mode The LED light ring alternatingly flashes red and the colour indicating the valve position. • Valve mode + warnings (factory pre-set). The LED light ring alternatingly flashes red and the colour indicating the valve position. •...
  • Page 149 Types 3360 and 3361 Troubleshootingandmessages Notification Description Device behaviour Measure Internal error: Rever- Signal failure of the Error notification. Actuator Contact Bürkert service. beration sensor signal position sensor. is moving to safety failure. position. MANUAL ope- rating state not possible. Internal error: ... Internal error in the device. Error notification. Actuator Contact Bürkert service.

  • Page 150: Notifications On Device Status "Out Of Specification

    Types 3360 and 3361 Troubleshootingandmessages 22.2 Notifications on device status “Out of specification” Notifications on device status “Out of specification” are displayed in the following LED operation modes: • Valve mode + warnings (factory pre-set). The LED light ring alternatingly flashes yellow and the colour indicating the valve position. •...

  • Page 151: Notifications On Device Status "Function Check

    Types 3360 and 3361 Troubleshootingandmessages 22.3 Notifications on device status “Function check” Notifications on device status “Function check” are displayed in the following LED operation modes: • Valve mode + warnings (factory pre-set). The LED light ring alternatingly flashes orange and the colour indicating the valve position. • NAMUR operation mode. The LED light ring glows orange.

  • Page 152: Accessories, Replacement Parts

    Incorrect accessories and unsuitable spare parts may cause injuries and damage the device and the area around it ▶ Use only original accessories and original spare parts from Bürkert. Additional information about cabling for büS networks is available at manual „Cabling Guide for büS/EDIP“ at country.burkert.com Accessories Order number Connection cable with M12 socket, 4-pin, (length 5 m) for operating voltage (without...

  • Page 153: Communication Software

    A detailed description of the installation and operation of the software can be found in the associated ope- rating instructions. Download the software from: country.burkert.com 24.1.1 büS service interface The device is equipped with the büS service interface for communicating with the PC. Communication takes place via a USB interface on the PC and the USB büS interface, which is available as an accessory (see “Table 48:...

  • Page 154: Spare Parts

    Types 3360 and 3361 Accessories,replacementparts 24.2 Spare parts 24.2.1 Spare parts for control valves of Types 3360 and 3361 Spare parts for Type 3360 and 3361 Order number SAFEPOS energy-pack 285834 Plastic display module 277869 Plastic blind cover 277881 Spindle ø 10 mm, DN15–DN20 285685 Seal set for packing gland Spindle ø 14 mm, DN25–DN50 285722 Seal set for packing gland (high- Spindle ø...
  • Page 155 Types 3360 and 3361 Accessories,replacementparts 24.2.3 Spare parts for globe control valve Type 3361 Control cone set for Type 3361 contains: control cone, spring-type straight pin, graphite seal Order number DN connection (valve Seat size valve body) [DN] Stainless steel PTFE PEEK 10/15 347247 – – 10/15 149934 – – 10/15 152696 on request on request 10/15 149935 on request on request 10/15 149912 on request...
  • Page 156 Types 3360 and 3361 Accessories,replacementparts Valve seat set for Type 3361 contains: valve seat, graphite seal Seat size valve DN connection (valve body) [DN] Order number 10/15 284777 10/15 262143 10/15 262146 10/15 262147 10/15 262149 262151 262152 262153 262155 262157 262160 262163 262170 262171 262173 262174 262175 262176 262177 262178 262179 Table 52: Valve set for Type 3361 English...

  • Page 157: Assembly Tools

    Types 3360 and 3361 Accessories,replacementparts 24.3 Assembly tools 24.3.1 Installation tools for control valves of Types 3360 and 3361 Modified socket wrench for packing gland Spindle ø [mm] DN connection (valve body) [DN] Width across flats Order number SW19 683220 SW21 683222 25–50 SW21 683223 Table 53: Installation tools for Types 3360 and 3361 24.3.2 Installation tools for control valves of Type 3361 Installation tool for replacing valve seat DN connection (valve body) [DN] Order number 652604 652605 652606 652607 652608 652609 655562 655563 655564 Table 54: Installation tools for Type 3361...

  • Page 158: Disassembly

    Types 3360 and 3361 Disassembly DISASSEMBLY 25.1 Safety instructions DANGER! Risk of injury due to high pressure and escaping medium. If the device is pressurised while being disassembled, there is a risk of injury due to sudden depressurisation and medium discharge. ▶ Turn off the pressure before dismantling the device. Vent or empty the lines. CAUTION! Risk of injury due to heavy device.

  • Page 159: Packaging And Transport

    Types 3360 and 3361 PackagingandTransport PACKAGING AND TRANSPORT NOTE! Transport damage! Inadequately protected devices may be damaged during transport. • Protect the device against moisture and dirt in shock-resistant packaging during transportation. • Avoid storage above or below the permitted storage temperature. CAUTION! Risk of injury due to heavy device. During transportation or installation work, the device may fall down and cause injuries. ▶...
  • Page 160 www.burkert.com...

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3361 seriesAe3360Ae3361

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