8035 BURKERT | Alldatasheet

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Technical content

Visit product website  DATA SHEET Type 8611  eCONTROL - Universal controller Type 8619  multiCELL - Multi-channel and multi-function transmitter/controller Type 8802  ELEMENT continuous control valve systems - overview Type 8644  AirLINE SP electropneu- matic automation system Standard | EU | en | 2023-12-18 | 16 Inline flowmeter or Inline batch controller, with paddle wheel

  • Up to PN 16, size of measuring pipes: DN 06…DN 65 Display for indication of flow rate and volume with two totalizers or dosing Automatic calibration using Teach-In Inputs (with batch controller) and all outputs can be checked without the need for actual flow Total and day counters for batch quantity and number of dosing, volume or mass counter indicator (with batch controller) The paddle wheel device Type 8035 is specially designed for use in neutral or slightly aggressive, solid-free liquids. The device is provided as flowmeter or batch controller. The device is made up of a compact Inline sensor-fitting with paddle wheel (Type S030) and a transmitter with display (Type SE35). The device is quickly and easily assembled thanks to a bayonet mounting and locking system. The Bürkert “Inline quarter-turn” technology ensures a leakage-free operation. The Bürkert designed sensor-fitting system ensures simple installation of the devices into all pipelines from DN 06…DN 65. The flowmeter is available either as a variant with standard signal output or as a battery-powered indicator/totaliser variant without output. Product variants described in the data sheet may differ from the product presentation and description. Type description Can be combined with Type 8035 © Christian Bürkert GmbH & Co. KG, Subject to alteration

2 | 23Visit product website  Table of contents 1. General technical data 4 1.2. All variants 1.3. Flowmeter 1.4. Batch controller 2. Product versions 8 2.2. Batch controller 3. Approvals and conformities 9 3.2. Conformity 3.3. Standards 3.4. Pressure Equipment Directive (PED) Device used on a pipe 3.5. North America (USA/Canada) 4. Materials 10 4.2. Material specifications Flowmeter Batch controller 5. Dimensions 13 With cable plug (DIN EN 175301 803) With M20 x Battery powered indicator/totalizer 5.2. Transmitter Type SE35 mounted in an Inline sensor-fitting Type S030 6. Performance specifications 15 7. Product installation 15 8. Product operation 16 Flowmeter: 8.2. Functional overview Display and operating keys Flowmeter with a standard output signal Batch controller 8.3. Function modes Flowmeter with standard output signal Batch controller 9. Product design and assembly 21

3 | 23Visit product website  10. Networking and combination with other Bürkert products 21 10.2. Batch controller 11. Ordering information 22 11.2. 11.3. Bürkert product filter 11.4. Ordering chart Flowmeter Batch controller 11.5. Ordering chart accessories

4 | 23Visit product website  1. General technical data 1.1. About the device The Inline device Type 8035 is available as a flowmeter or a batch controller in a compact variant. Furthermore, the flowmeter is available either as a measuring device with a standard output signal or as a battery powered indicator/totalizer without output. 1.2. All variants The following data are valid for both the flowmeter and the batch controller. Product properties Material Make sure the device materials are compatible with the fluid you are using. Further information can be found in chapter “4.1. Bürkert resistApp” on page 10 Further information on the materials can be found in chapter “4.2. Material specifications” on page Non wetted parts Lid PC Front panel film Polyester Cover PC Housing PC Screw Stainless steel Bayonet system PC Cable gland PA Wetted parts Sensor armature Brass, stainless steel, PVC, PP or PVDF (depending on the Inline sensor-fitting variant Type S030) Axis and bearing Ceramics (Al2O3) Paddle wheel PVDF Sensor-fitting body Brass, stainless steel, PVC, PP or PVDF (depending on the Inline sensor-fitting variant Type S030) Seal FKM or EPDM (depending on the Inline sensor-fitting variant Type S030) Display 15 mm, 8-digit LCD, alphanumeric,15 segments, 9 mm high Compatibility Any pipe from DN 06…DN 65 which are fitted with Bürkert Type S030 Inline sensor-fitting. For the selection of the nominal diameter of the Inline sensor-fittings, see data sheet Type S030 Pipe diameter DN 06…DN Dimensions Further information can be found in chapter “5. Dimensions” on page 13 Measuring principle Paddle wheel Measuring range • Flow rate: 0.5…1000 l/min (0.13…265 gpm) Flow velocity: 0.3…10 m/s Performance data Measurement deviation • Teach-In: ± % of the measured value 1.) at Teach-In flow rate value Standard K-factor: ± 2.5 % of the measured value 1.) Linearity ± 0.5 % of full scale 1.) Repeatability ± 0.4 % of the measured value 1.) Electrical data Power source (not supplied) Limited power source according to UL/EN 62368 1 standards or limited energy circuit according to UL/ EN 61010 1 §9.4 DC reverse polarity protection Yes Overvoltage protection Yes Voltage supply cable • Cable with maximum operating temperature greater than 80 °C (176 °F) (90 °C (194 °F) for UL-Rec ognized variant) Max. 50 m length, shielded

5 | 23Visit product website  Medium data Fluid temperature With Inline sensor-fitting Type S030 in: PVC: 0…+ °C (+ 32…+ 122 °F) PP: 0…+ °C (+ 32…+ 176 °F) PVDF, stainless steel or brass: - 15…+ 100 °C (+ 5…+ 212 °F) See data sheet Type S030  for more information. Fluid pressure With Inline sensor-fitting Type S030 in: plastic: max. PN metal: max. PN 16 (PN 40 on request) See data sheet Type S030  for more information. Viscosity Max. 300 cSt Rate of solid particles Max. 1 Maximum particle size 0.5 mm Process/Pipe connection & communication Pipe connection With Inline sensor-fitting Type S030 in: Plastic: true union with nut and solvent/fusion socket, spigot or external thread Metal: internal or external thread, weld ends, clamp or flange See data sheet Type S030  for more information. Approvals and conformities Directives CE directive Further information on the CE Directive can be found in chapter “3.3. Standards” on page 9 Pressure equipment directive Complying with article 4, paragraph 1 of 2014/68/EU directive Further information on the pressure equipment directive can be found in chapter “3.4. Pressure Equipment Directive (PED)” on page 9 North America (USA/Canada) UL Recognized for the USA and Canada Environment and installation Relative air humidity ≤ %, without condensation Height above sea level Max. 2000 m Operating condition Continuous Equipment mobility Fixed Application range Indoor and outdoor Protect the device against electromagnetic interference, ultraviolet rays and, when installed outdoors, against the effects of climatic conditions. Degree of protection 2.) according to IEC/EN 60529 IP65 with the following conditions met: device wired cover and lid screwed tight female cable plug or glands mounted and tightened with blind plug on unused cable glands Installation category Category I according to UL/EN 61010 Pollution degree Degree 2 according to UL/EN 61010 1.) Under reference conditions i.e. measuring medium = water, ambient and water temperature = + 20 °C (+ 68 °F), observing the minimum the minimum inlet and outlet sections and the appropriate inner diameter of the pipe. 2.) Not evaluated by UL

6 | 23Visit product website  1.3. Flowmeter Note: If the device is mounted in a humid environment or outside, then the maximum voltage allowed is 35 V DC instead of 36 V DC. Product properties Material Female cable plug/male fixed plug Body, contact holder and cable gland in PA Cable gland seal and flat seal in NBR Performance data 4…20 mA output uncertainty ± % of current range Electrical data Operating voltage (V+) Measuring device with standard output signal 12…36 V DC ± %, filtered and regulated Connection to main supply: permanent, through external SELV (Safety Extra Low Voltage) and LPS (Limited Power Source) power supply V AC, 50/60 Hz Voltage supply available inside the device: supplied voltage: 27 V DC regulated maximum current: 125 mA integrated protection: 125 mA time delay fuse Battery powered indicator/totalizer x 1.5 V DC non-rechargeable alkaline AA batteries, lifetime 4 years at 20 °C (68 °F) Current consumption 12…36 V DC powered measuring device with standard output signal, with sensor and without pulse output consumption With relays: ≤ mA Without relay: ≤ mA Power consumption 115/230 V AC powered measuring device: 3 VA Output Measuring device with standard output signal Transistor (pulse): potential free NPN or PNP (wiring dependant) function: pulse output, adjustable pulse value 0…400 Hz 5…36 V DC, 100 mA, voltage drop at 100 mA: 2.5 V DC duty cycle (pulse duration/period): 0.5 galvanic insulation and protected against overvoltage, polarity reversals and short circuit Relay: 2 relays, normally open, hysteresis, adjustable thresholds non UL recognized device: 230 V AC/3 A or 40 V DC/3 A (resistive load) UL recognized device: 30 V AC/42 Vpeak/3 A or 60 V DC/1 A Current: 4…20 mA (3-wire with relays, 2-wire without relay) sourcing or sinking (wiring dependant) max. loop impedance: 900 Ω at 30 V DC, 600 Ω at 24 V DC, 50 Ω at 12 V DC, 800 Ω with a V AC voltage supply response time (10…90 %) for the measured value: 6 s (default)) Battery powered indicator/totalizer Without output

7 | 23Visit product website  Voltage supply cable Measuring device with standard output signal External diameter (cable): 5…8 mm (with cable plug) 6…12 mm (1 cable per cable gland) or 3…5 mm when using a multi-way seal (2 cables per cable gland) Cross section of wires: 0.25…1.5 mm2 (with cable plug) 0.75 mm² (with cable gland) Cross section of the local ground wire: max. 0.75 mm² Battery powered indicator/totalizer None Process/Pipe connection & communication Electrical connection • Variant 12…36 V DC: cable plugaccording to DIN EN 175301 803 or cable glands M20 1.5 Variant with batteries: None Environment and installation Ambient temperature Operation and storage: variant 12…36 V DC: - 10…+ °C (+ 5…+ 140 °F) variant 115/230 V AC: - 10…+ °C (+ 5…+ 122 °F) variant with batteries: - 10…+ °C (+ 5…+ 131 °F) 1.4. Batch controller Note: If the device is mounted in a humid environment or outside, then the maximum voltage allowed is 35 V DC instead of 36 V DC. Electrical data Operating voltage (V+) • 12…36 V DC, max tolerance: - % or + % at 12 V DC, ± % at 36 V DC, filtered and regulated Connection to main supply: permanent, through external SELV (Safety Extra Low Voltage) and LPS (Limited Power Source) power supply V AC, 50/60 Hz Voltage supply available inside the device: supplied voltage: 27 V DC regulated maximum current: 125 mA integrated protection: 125 mA time delay fuse Current consumption With sensor, without consumption of digital input and pulse output With relays: 100 mA (at 12 V DC) mA (at 36 V DC) mA (115/230 V AC) Without relay: mA (at 12 V DC) mA (at 36 V DC) mA (115/230 V AC) Power consumption 115/230 V AC powered measuring device: 3 VA Input • DI (1 to 4) Switching threshold Von: 5…36 V DC Switching threshold Voff max.: 2 V DC Min. pulse duration: 100 ms Input impedance: 9.4 kΩ Galvanic insulation, protected against polarity reversals and voltage spike

8 | 23Visit product website  Output • Transistors (digital outputs DO1 and DO4): potential-free NPN or PNP (wiring dependant) function: pulse output (by default for DO1), batch state (by default for DO4), configurable and parametrisable 0…300 Hz 5…36 V DC, 100 mA max., voltage drop at 100 mA: 2.7 V DC duty cycle (pulse duration/period): > 0.45 galvanic insulation, protected against overvoltage, polarity reversals and short-circuits Relays (digital outputs DO2 and DO3): 2 relays, normally open, parametrisable (by default: DO2 always configured to control the valve, parametrized of 100 % of the batch quantity and DO3 configured as alarm) non UL recognized device: 230 V AC/3 A or 40 V DC/3 A (resistive load) UL recognized device: 30 V AC/42 Vpeak/3 A or 60 V DC/1 A max. cutting power of 750 VA (resistive load) Voltage supply cable • External diameter (cable): 6…12 mm (1 cable per cable gland) or mm when using a multi-way seal (2 cables per cable gland) Cross section of wires: 0.75 mm² Process/Pipe connection & communication Electrical connection Cable glands M20 1.5 Environment and installation Ambient temperature Operation and storage: variant 12…36 V DC: - 10…+ °C (+ 5…+ 140 °F) variant 115/230 V AC: - 10…+ °C (+ 5…+ 122 °F) 2. Product versions 2.1. Flowmeter The flowmeter is available in two variants: Inline flowmeter with standard output signal (4…20 mA, frequency) Inline flowmeter as battery powered indicator/totalizer Flowmeter with standard output signal The device operates on a 2- or 3-wire system and needs a 12…36 V DC or a 115/230 V AC power supply. The device is equipped with: an analogue output (4…20 mA current output) a digital output (pulse output) and two totalizers. Some variants are also fitted with two fully configurable relay outputs. The device allows: through the digital or relay outputs to switch a solenoid valve to activate an alarm to generate a flow rate proportional frequency through the analogue output to establish a control loop

9 | 23Visit product website  Flowmeter as battery powered indicator/totalizer The device has no output and displays the instantaneous value as well as the amount of liquid that has flowed trough. 2.2. Batch controller The device needs a voltage supply of 12…36 V DC or 115/230 V AC. The device is equipped with: four digital inputs (DI1 to DI4), two transistor outputs (DO1 configured as a pulse output and DO4 configured as state output, by default), two relay outputs (DO2 always configured to control the valve and by default parametrise of 100 % of the batch quantity and DO3 configured as alarm output by default), two volume or mass totalizers and two totalizers for the number of batches performed. The second relay output can be used to activate another valve, to initiate alarms or to generate warnings. When mounted in a pipe in series with one or two valves, the batch controller makes it possible to carry out a dosing of one or several quantities of liquids. The unit controls the opening of the valves and measures the quantity of the fluid which flows. The unit also closes the valves when the pre-set quantity has been delivered. 3. Approvals and conformities 3.1. General notes

  • The approvals and conformities listed below must be stated when making enquiries. This is the only way to ensure that the pro duct complies with all required specifications. Not all available variants of the device can be supplied with the below mentioned approvals or conformities. 3.2. Conformity In accordance with the Declaration of Conformity, the product is compliant with the EU Directives. 3.3. Standards The applied standards which are used to demonstrate compliance with the EU Directives are listed in the EU-Type Examination Certificate and/or the EU Declaration of Conformity. 3.4. Pressure Equipment Directive (PED) The device conforms to article 4, paragraph 1 of the Pressure Equipment Directive (PED) 2014/68/EU under the following conditions: Device used on a pipe Note: The data in the table is independent of the chemical compatibil ity of the material and the fluid. PS = maximum admissible pressure (in bar), DN = nominal diameter of the pipe Type of fluid Conditions Fluid group 1, article 4, paragraph 1.c.i DN ≤ 25 Fluid group 2, article 4, paragraph 1.c.i DN ≤ 32 or PS*DN ≤ 1000 Fluid group 1, article 4, paragraph 1.c.ii DN ≤ 25 or PS*DN ≤ 2000 Fluid group 2, article 4, paragraph 1.c.ii DN ≤ 200 or PS ≤ 10 or PS*DN ≤ 5000

10 | 23Visit product website  3.5. North America (USA/Canada) Approval Description Optional: UL Recognized for the USA and Canada The products are UL Recognized for the USA and Canada according to: UL 61010 CAN/CSA-C22.2 No. 61010 4. Materials 4.1. Bürkert resistApp Bürkert resistApp – Chemical resistance chart You want to ensure the reliability and durability of the materials in your individual application case? Verify your combination of media and materials on our website or in our resistApp. Start chemical resistance check

11 | 23Visit product website  4.2. Material specifications Flowmeter Transmitter, Type SE35 Inline sensor-fitting, Type S030 Flowmeter, Type 8035 No. Element Material

1 Screws Stainless steel

2 Front panel folio Polyester

3 Housing, cover, lid PC

4 Screws Stainless steel

5 Male fixed plug (DIN

803) PA

6 Electrical contact Sn

7 Screw Stainless steel

8 Female cable plug (DIN

803) • Body, contact holder and cable gland in PA Cable gland seal and flat seal in NBR

9 M20

x 1.5 cable gland PA

10 Screws Stainless steel

11 Axis and bearings Ceramics (Al2O3)

12 Paddle wheel PVDF

13 Seal FKM or EPDM (depending on the Inline sensor-fitting variant

S030)

14 Sensor-fitting body, sensor armature Stainless steel (316L

1.4404), brass (CuZn39Pb2), PVC, PP, PVDF (depending on the Inline sensor-fitting variant Type S030)

15 Seals FKM or EPDM (depending on the Inline sensor-fitting variant

S030 and only for true union connection)

12 | 23Visit product website  Batch controller Transmitter, Type SE35 Inline sensor-fitting, Type S030 Batch controller, Type 8035 No. Element Material

5 M20

x 1.5 cable gland PA

6 Screws Stainless steel

7 Axis and bearings Ceramics (Al2O3)

8 Paddle wheel PVDF

9 Seal FKM or EPDM (depending on the Inline sensor-fitting variant

S030)

10 Sensor-fitting body, sensor armature Stainless steel (316L

1.4404), brass (CuZn39Pb2), PVC, PP, PVDF (depending on the Inline sensor-fitting variant Type S030)

11 Seals FKM or EPDM (depending on the Inline sensor-fitting variant

S030 and only for true union connection)

13 | 23Visit product website  5. Dimensions 5.1. Transmitter Type SE35 With cable plug (DIN EN 175301‑803) Note: Dimensions in mm, unless otherwise stated Flowmeter with standard output signal (10) (180) R90 (91) (21) 133 With M20 x 1.5 cable glands Note: Dimensions in mm, unless otherwise stated Flowmeter with standard output signal or batch controller (10) (180) R90 (91) (21) 48.2 88 116 119

14 | 23Visit product website  Battery powered indicator/totalizer Note: Dimensions in mm, unless otherwise stated (10) (180) R90 (91) (21) 5.2. Transmitter Type SE35 mounted in an Inline sensor-fitting Type S030 Note: Dimensions in mm, unless otherwise stated H DN H 06 134 08 134 15 139 20 137 25 137 32 140 40 144 50 151 65 151

15 | 23Visit product website  6. Performance specifications 6.1. Pressure temperature diagram Note: The following diagram applies to the flowmeter or batch controller. -20 0 20 40 60 80 100 PVDF PVC PP Metal Fluid temperature °C Pressure (bar) Application range for flowme ter (Inline senso r-fitting Type S030 + transmitter Type SE35) 7. Product installation 7.1. Installation notes Note: The device is not suitable for use in gaseous media and steam. Minimum straight distances upstream and downstream of the sensor must be observed. These stabilizing distances depend on the pipe’s design. Increasing these distances or installing a flow conditioner may be necessary to obtain the best accuracy. For more information, refer to EN ISO 5167 EN ISO 5167 1 specifies the straight inlet and outlet distances that must be complied with when installing fittings in pipe lines in order to achieve calm flow conditions. The most commonly used elements that could lead to turbulence in the flow are shown below. The related minimum inlet and outlet distances that ensure a calm flow are also specified. Make sure that the measuring conditions at the point of measurement are calm and problem-free. 50 x DN 5 x DN 40 x DN 5 x DN 25 x DN 5 x DN 20 x DN 5 x DN 18 x DN 5 x DN 15 x DN 5 x DN Regulating valve1.) 2 x 90° elbow joint 3 dimensional 90° elbow joint or T-piece Expansion2.) Reduction 2 x 90° elbow joint Fluid direction DN = Orifice 1.) If the valve cannot be mounted after the measuring device, the minimal distances have to be respected. 2.) If an expansion cannot be avoided, the minimal distances have to be respected. Please note minimum flow velocity

16 | 23Visit product website  The device can be installed in either horizontal or vertical pipes, but following additional conditions should be respected: The pipe always has to be filled with fluid at all times near the device. The pipe design must be such that no air bubbles or cavitation can form within the medium near the device at any time. The flowmeter can be installed into either horizontal or vertical pipes. Important criteria for this are; ensure that the measurement pipe is fully filled and that the measurement pipe is air bubble free. Correct Incorrect Correct Correct Incorrect Incorrect Correct Incorrect Pressure and temperature ratings must be respected according to the selected fitting material. The suitable pipe size is selected using the diagram in the chapter “Nominal size selection” of the data sheet Type S030 8. Product operation 8.1. Measuring principle When liquid flows through the pipe, the paddle wheel with 4 inserted magnets is set in rotation, producing a measuring signal in the sensor (coil or Hall sensor depending on variant). The frequency modulated induced voltage is proportional to the flow velocity of the fluid. A K factor, specific to each pipe, enables the conversion of this frequency into a flow rate/volume. This K factor is available in the fittings’ operating instructions, see Type S030 Flowmeter: The electronic component converts the measured signal into several outputs (according to the device variant) and displays the actual value. Totalizers are used to obtain the volume of fluid passed through the pipe. The electrical connection for the flowmeter with standard output signal is provided via a cable plug according to DIN EN 175301 803 or two cable glands (according to the flowmeter variant). Batch controller: The electronic component converts the measured signal and displays the actual value of the volume or mass. The electrical connection is provided via two cable glands.

17 | 23Visit product website  8.2. Functional overview Display and operating keys The display is used to: read the value of certain parameters e.g. for the flowmeter, the measured flow rate, the main totalizer set parameters of the device by means of 3 keys read the configuration of the device be warned of certain events. Display and operating keys No. Description 1 “Back” key: to change the value (0…9) of the selected digit to go back to the previous function Read the batches history (only for batch controller) 2 “Next” key: to select the digit at the left to go to the next function read messages (only with Inline flowmeter as battery powered indicator/totalizer and with batch controller) 3 “Confirm” key: to confirm the function displayed to confirm the parameters set 4 • For Inline flowmeter with a standard output signal status LED of relay 2 For batch controller status LED of relay DO3 (LED ON = contact closed) 5 • For Inline flowmeter with a standard output signal status LED of relay 1 For batch controller status LED of relay DO2 (LED ON = contact closed)

6 Status of device

No status for Inline flowmeter with a standard output signal For Inline flowmeter as a battery powered indicator/totalizer off: the device operates correctly. blinking orange: a warning message is generated in the information menu. blinking red: a fault message is generated For batch controller green: the device operates correctly. orange: a dosing related alarm and/or a warning messages is generated in the information menu. red: a fault message is generated in the information menu.. blinking, whatever the colour: slow blinking: the dosing is interrupted. Fast blinking during a dosing: a dosing related alarm is generated. Fast blinking when no dosing is being done: the information menu has been remote-con- sulted or a check for the correct behaviour of the inputs/outputs is running The device can be calibrated by means of the K factor of the fitting or via the teach function. User adjustments, such as engineering units, output, filter or bargraph are carried out on site.

18 | 23Visit product website  Flowmeter with a standard output signal The device has 2 operating levels: the process level the configuration level, which comprises the parameters and the test menus Operating level Functions Process • Indication of the value of the measured flow the value of the 4…20 mA output the value of the main totalizer the value of the daily totalizer Reset the daily totalizer Access to the Parameters and Test menus of the Configuration level Configuration - parameters menu To make the settings needed for operation: language engineering units (International measuring units) K-factor/Teach-In function 4…20-mA-current output pulse output relay (on devices with relays) filter (damping) reset both totalizers Configuration - test menu To adjust the Offset and Span of the 4…20 mA current output To read the rotational frequency of the paddle wheel To check the correct operating of the outputs with simulating a flow rate Flowmeter as battery powered indicator/totalizer The device has 2 operating levels: the process level the configuration level, which comprises the parameters, the test and the information menus Operating level Functions Process • Indication of the value of the measured flow the value of the main totalizer the value of the daily totalizer Reset the daily totalizer Access to the Parameters, Test and Information menus of the Configuration level Configuration - parameters menu To make the settings needed for operation: language engineering units (International measuring units) K-factor/Teach-In function filter (damping) reset both totalizers Configuration - test menu To read the rotational frequency of the paddle wheel To generate warning and error messages Configuration - information menu To read the charge of the batteries the error or warning messages generated by the device

19 | 23Visit product website  Batch controller The device has 2 operating levels: The process level The configuration level, which includes the parameters, the test, the information and the history menus Operating level Functions Process • Starting a dosing Indication of The value of the main totalizers of the quantity of fluid counted The value of the daily totalizers of the quantity of fluid counted The value of the main totalizers of the performed dosings The value of the daily totalizers of the performed dosings Reset The daily volume or mass totalizer The daily totalizer of the performed dosings Access to the parameters, test, information and history menus of the configuration level Configuration - parameters menu To make the settings needed for operation: language engineering units (International measuring units) K-factor/Teach-In function Optional/dosing mode Overfill Alarm Outputs Resetting the 2 volume or mass totalizers Resetting the 2 totalizers of the performed dosings Resetting the history menu Backlight Configuration - test menu Checking: The inputs functions The outputs functions The paddle-wheel operation Monitoring: The flow rate in the pipe The value of the daily volume or mass totalizer The number of performed dosings Saving/ Restoring: The current user configuration The saved configuration The default configuration of the device Configuration - history menu To consult the quantities dosed in the last 10 dosings performed Configuration - informa tion menu To read the fault and warning messages generated

20 | 23Visit product website  8.3. Function modes Flowmeter with standard output signal 4…20 mA output + Pulse 4…20 mA output + Pulse + relay output Hysteresis switching mode (both relays) for the output, inverted or not OLO OHI OLO OHI Contact inverted not inverted Contact Hysteresis mode Batch controller The following dosing modes are possible: Locally started dosing of free quantity: the user enters the quantity to be filled and starts the dosing from the keypad. pre set quantity: the user selects a quantity which has been pre-set and starts the dosing from the keypad. Dosing controlled by a PLC unit: the user selects a quantity which has been pre-set and starts the dosing using binary inputs. Locally/remote selection of pre set quantity and dosing controlled by a PLC unit: the user selects a quantity which has been pre-set from the keypad or using binary inputs and starts the dosing using binary inputs. Automatic dosing controlled by variation of pulse duration: the volume to be dosed is directly proportional to the duration of a pulse. Locally/remote dosing determined by teach-in: teach-in of the dosing quantity from the keypads teach-in of the dosing quantity using binary inputs.

21 | 23Visit product website  9. Product design and assembly 9.1. Product assembly Note: The device Type 8035 is made up of a Bürkert Inline sensor-fitting Type S030 equipped with a paddle wheel sensor and a transmitter Type SE35. The electronic housing of the Type 8035 integrates the electronic board with display, setting parameter keys as well as a transducer (coil for battery indicator/totalizer variant or Hall for the other variants). The Inline sensor-fitting Type S030 ensures simple installation into pipes from DN 06…DN 65. The transmitter Type SE35 can be mounted on any Inline sensor-fitting Type S030 and fastened with a bayonet catch, see data sheet Type S030 for more information. Inline sensor-fitting Type S030 Transmitter Type SE35 10. Networking and combination with other Bürkert products 10.1. Flowmeter with a standard output signal Example: Type 8035 4…20 mA output Pulse output Relay output Type 8802  (2301 & 8693) ELEMENT Continuous control valve systems Type 6212  Servo-assisted 2/2-way diaphragm valve Type 6281  Servo-assisted 2/2-way diaphragm valve

22 | 23Visit product website  10.2. Batch controller Example: Type 8035 Type 6212  Servo-assisted 2/2-way diaphragm valve Type 6281  Servo-assisted 2/2-way diaphragm valve 11. Ordering information 11.1. kert eShop Bürkert eShop – Easy ordering and quick delivery You want to find your desired Bürkert product or spare part quickly and order directly? Our online shop is available for you 24/7. Sign up and enjoy all the benefits. Order online now 11.2. Recommendation regarding product selection A complete Type 8035 Inline flowmeter or batch controller consists of a compact Type SE35 flow transmitter and a Bürkert Inline sensor-fit- ting Type S030. See data sheet Type S030 for more information. Two different components must be ordered in order to select a complete device. The following information is required: Article no. of the desired compact Type SE35 flow transmitter (see chapter “11.4. Ordering chart” on page 23 Article no. of the selected Type S030 Inline sensor-fitting (see data sheet Type S030 11.3. Bürkert product filter Bürkert product filter – Get quickly to the right product You want to select products comfortably based on your technical requirements? Use the Bürkert product filter and find suitable articles for your application quickly and easily. Try out our product filter

23 | 23Visit product website  11.4. Ordering chart Flowmeter Note: The following variants have at least 2 volume totalizers. Operating voltage Sensor variant Output UL approval Electrical connection Article no. Flow transmitter Type SE35 with standard output signal 12…36 V DC Hall 4…20 mA (2 wires) + Pulse — Female cable plug DIN EN 175301 803 444005 UL Recognized 570477 — 2 cable glands 444006 UL Recognized 2 cable glands 553432 Hall 4…20 mA (3 wires) + Pulse + 2 relays — 2 cable glands 444007 UL Recognized 2 cable glands 553433 V AC Hall 4…20 mA (2 wires) + Pulse — 2 cable glands 423922 Hall 4…20 mA (3 wires) + Pulse + 2 relays — 2 cable glands 423924 Flow transmitter Type SE35 as indicator 1.5 V DC AA batteries Coil Keine — None 423921 Batch controller Note: The following variants have at least 2 volume or mass totalizers and 2 totalizers of the number of dosing performed. Operating voltage Sensor variant Input Output UL approval Electrical connection Article no. 12…36 V DC Hall 4 digital inputs (DI1…DI4) 2 transistor outputs (DO1 and DO4) + 2 relay outputs (DO2 and DO3) – 2 cable glands 443360 UL Recognized 564398 V AC – 423926 11.5. Ordering chart accessories Description Article no. For flowmeter or batch controller Set with two cable glands M20 1.5, two neoprene flat seals for cable gland or plug, two screw plugs M20 1.5 and two multi-way seals 2 mm 449755 Set with two adaptors M20 1.5 /NPT ½", two neoprene flat seals for cable gland or plug and two screw plugs M20 1.5 551782 Set with a stopper for unused cable gland M20 1.5, a multi-way seal 2 mm for cable gland, a black EPDM seal for the sensor and a mounting instruction sheet 551775 For flowmeter Female cable plug, 4-pin (3 conductors + protective conductor), form A according to DIN EN 175301 803 with cable gland (Type 2518 572264 Female cable plug 32 mm, 4-pin (3 conductors + protective conductor), form A according to DIN EN 175301 803, with NPT ½" reduction without cable gland (Type 2509 162673 For batch controller Set with 8 FLOW front panel films 553191