8022

8030 BURKERT | Alldatasheet

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Technical content

Visit product website  DATA SHEET Type 8619  multiCELL - Multi-channel and multi-function transmitter/controller Type 8025  Insertion flowmeter/batch controller with paddle wheel and flow transmit- ter/remote batch control- ler Type 8611  eCONTROL - Universal controller Type 8022  Flow transmitter / Pulse divider Type 8801  ELEMENT on/off valve systems with decentral- ised automation - over- view Type 8802  ELEMENT continuous control valve systems - overview Standard | EU | en | 2023-12-15 | 22 Inline flowmeter for continuous measurements

• Economic integration in pipe systems without any additional piping 3-wire frequency pulse variant to directly interface with PLC’s (PNP and NPN) Connection to Bürkert devices in remote variants Variant HT for high temperature and pressure (max. 125 °C/max. bar) available The paddle wheel flowmeter Type 8030/8030-HT is especially designed for use with neutral, slightly aggressive, solid free liquids. The device is made up of a compact Inline sensor-fitting (Type S030/S030 HT) and a transmitter (Type SE30/SE30 HT). 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 device produces a frequency signal, proportional to the flow velocity, which can be transmitted and processed by a Bürkert transmitter/controller. Product variants described in the data sheet may differ from the product presentation and description. Type description Can be combined with Type 8030 © Christian Bürkert GmbH & Co. KG, Subject to alteration

2 | 14Visit product website  Table of contents 1. General technical data 3 1.2. All variants .... 1.3. Flowmeter with an Hall or Hall “Low Power” transducer .... 1.4. Flowmeter with coil transducer for high temperature (variant 8030 HT) .... 2. Product versions 7 Approvals and conformities 3.2. Standards .... 3.3. Pressure Equipment Directive (PED) .... Device used on a pipe 4. Materials 8 4.2. Material specifications ... 5. Dimensions 9 5.2. Transmitter Type SE30 mounted in an Inline sensor-fitting Type S030 .... 6. Performance specifications 10 Flowmeter with an Hall or Hall “Low Power” transducer Flowmeter with coil transducer for high temperature (variant Type 8030 HT) 7. Product installation 11 8. Product operation 11 9. Product design and assembly 12 10. Networking and combination with other Bürkert products 12 11.

Ordering information

11.2. Recommendation regarding product selection.... 11.3. Bürkert product filter 11.4. Ordering chart Transmitter Type SE30 11.5. Ordering chart accessories ....

3 | 14Visit product website  1. General technical data 1.1. About the device The flowmeter Type 8030 is available with a wide variety of process connection and either with an Hall or Hall “Low Power” transducer

• or with a coil transducer. This variant called High Temperature (8030 - HT) is intended for flow measurement at high temperatures. 1.2. All variants The following data applies to all variants mentioned above. 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 8 Further information on the materials can be found in chapter “4.2. Material specifications” on page Non wetted parts Screw Stainless steel Female cable plug Body, contact holder and cable gland in PA Wetted parts Axis Ceramics (Al2O3) Seal FKM or EPDM, depending on the Inline sensor-fitting variant Type S030 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 9 Measuring principle Paddle wheel Performance data Measurement deviation • Teach-in: ± % of the measured value 1.) at teach 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 paragraph 9.4 Protection against DC polarity reversal Yes Voltage supply cable • Cable with maximum operating temperature greater than 80 Max. 50 m length, shielded External diameter of wire: 5…8 mm Cross section of wires: 0.25…1.5 mm²

4 | 14Visit product website  Medium data Viscosity Max. 300 cSt Rate of solid particles Max. 1 Maximum particle size 0.5 mm Process/Pipe connection & communication Electrical connection Female cable plug according to DIN EN 175301 803 Approvals and conformities Directives CE directive Further information on the CE Directive can be found in chapter “3.2. Standards” on page 7 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 “3.3. Pressure Equipment Directive (PED)” on page 7 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 according to IEC/EN 60529 IP65 under the following simultaneous conditions: device wired cable plug mounted and tightened 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. 1.3. Flowmeter with an Hall or Hall “Low Power” transducer 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 Non wetted parts Cover (male fixed plug) PC Housing PC Bayonet system PC Female cable plug Cable gland seal and flat seal in NBR Wetted parts Sensor armature Stainless steel (316L 1.4404), brass (CuZn39Pb2), PVC, PP or PVDF (depending on Type S030 Inline sensor-fitting variant) Bearing Ceramics (Al2O3) Paddle wheel PVDF Sensor-fitting body Stainless steel (316L 1.4404), brass (CuZn39Pb2), PVC, PP or PVDF (depending on Type S030 Inline sensor-fitting variant) Measuring range • Flow rate: 0.5…1000 l/min (0.13…265 gpm) Flow velocity: 0.3…10 m/s

5 | 14Visit product website  Electrical data Operating voltage • Hall variant: 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 Hall “Low Power” variant: via the connected Bürkert transmitter Current consumption With sensor Hall variant: ≤ mA Hall “Low Power” variant: ≤ 0.8 mA Output • Hall variant: 2 transistors, pulse output NPN and PNP, open collector max. 100 mA frequency: 0…300 Hz NPN output: 0.2…36 V DC PNP output: supply voltage duty cycle (pulse duration/period): ½ ± Hall “Low Power” variant: 1 transistor, pulse output NPN, open collector max. 10 mA frequency: 0…300 Hz duty cycle (pulse duration/period): ½ ± 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. 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. Environment and installation Ambient temperature Operation and storage: - 15…+ °C (+ 5…+ 140 °F)

6 | 14Visit product website  1.4. Flowmeter with coil transducer for high temperature (variant 8030‑HT) 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 Non wetted parts Cover (male fixed plug) PPS, glass fibre reinforced Housing PPS, glass fibre reinforced Bayonet system PPS, glass fibre reinforced Female cable plug Cable gland seal in NBR and flat seal in silicone Wetted parts Sensor armature Stainless steel Bearing Iglidur® Paddle wheel Stainless steel (316L - 1.4404) Sensor-fitting body Stainless steel Measuring range • Flow rate: 0.85…1000 l/min (0.22…265 gpm) Flow velocity: 0.5…10 m/s Electrical data Power supply 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 Current consumption ≤ mA (no load) Output • 2 transistors, pulse output NPN and PNP, open collector Max. 700 mA Frequency: 0…250 Hz NPN output: 0.2…30 V DC PNP output: supply voltage Duty cycle (pulse duration/period): ½ ± Protected against overvoltage, polarity reversals and short circuit Medium data Fluid temperature - 15…+ 125 °C (+ 5…+ 257 °F) Fluid pressure • Max. PN 40 for - 15…+ °C temperature range Max. PN 25 for + 90…+ 125 °C temperature range Process/Pipe connection & communication Pipe connection With Inline sensor-fitting Type S030-HT: Internal or external thread, weld ends (clamps or flanges on request) Further information can be found in the data sheet of the Inline sensor-fittings variant high temperature (Type S030-HT), see data sheet Type S030 Environment and installation Ambient temperature Operation and storage: - 15…+ °C (+ 5…+ 176 °F)

7 | 14Visit product website  2. Product versions The flowmeter is available with frequency output in three variants: Hall variant with two transistor outputs NPN and PNP. The flowmeter requires an external power supply of 12…36 V DC. The output signal is designed for connection to any system with open collector NPN or PNP frequency input. This variant is intended, for example, for connection to Universal flow transmitters or batch controller Type 8025, to pulse divider Type 8022, to eCONTROL universal controller Type 8611 or to multiCELL transmitter/controller Type 8619. See data sheet Type 8025 , data sheet Type 8022 , data sheet Type 8611 , data sheet Type 8619 for more information. Hall “Low Power” variant with one NPN transistor “Low Power” output. The flowmeter requires an external power supply of 12…36 V DC, provided by the connected Bürkert transmitter. This variant is only intended for connection to the Bürkert device Type 8025 in its flow transmitter for “Low Power” flowmeters Type 8025 or to 4…20 mA flow transmitter Type 8022. See data sheet Type 8025 , data sheet Type 8022 for more information. High temperature variant (SE30‑HT ) with two transistor outputs NPN and PNP. The flowmeter requires an external power supply of 12…36 V DC. The output signal is designed for connection to any system with open collector NPN or PNP frequency input. This variant is intended, for example, for connection to Universal flow transmitters or batch controller Type 8025, to pulse divider Type 8022, to eCONTROL universal controller Type 8611 or to multiCELL transmitter/controller Type 8619. See data sheet Type 8025 , data sheet Type 8022 , data sheet Type 8611 , data sheet Type 8619 for more information. In a 3-wire system, the signal can be connected to a display or processed directly. The electrical connection is provided via a cable plug according to DIN EN 175301 803. 3. Approvals and conformities 3.1. Conformity In accordance with the Declaration of Conformity, the product is compliant with the EU Directives. 3.2. 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. 3.3. 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

8 | 14Visit product website  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 4.2. Material specifications Transmitter Type SE30 Inline sensor-fitting Type S030 Flowmeter Type 8030 No. Element Material

1 Female cable plug

(DIN EN 175301 803) Body, contact holder and cable gland in PA Cable gland seal in NBR and flat seal in NBR or in silicone for variant Type 8030-HT

2 Screws Stainless steel

3 Electrical contact Sn

4 Cover (male fixed plug) PC

5 Housing •

PPS, glass fibre reinforced (for variant Type 8030 HT)

6 Screws Stainless steel

7 Axis and bearing •

Axis in ceramics (Al2O3) Bearings in: ceramics (Al2O3) Iglidur® (for variant Type 8030-HT)

8 Paddle wheel •

Stainless steel (for variant Type 8030 HT)

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

S030)

10 Sensor-fitting body •

Stainless steel (316L 1.4404), brass (CuZn39Pb2), PVC, PP, PVDF (depending on the Inline sen- sor-fitting variant Type S030) Stainless steel (316L 1.4404) (for variant Type 8030 HT)

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

S030 and only for true union connection with nut and solvent/fusion socket)

9 | 14Visit product website  5. Dimensions 5.1. Transmitter Type SE30 Note: Dimensions in mm, unless otherwise stated ≈ 37 5.2. Transmitter Type SE30 mounted in an Inline sensor-fitting Type S030 Note: Dimensions in mm, unless otherwise stated H DN H 06 102.5 08 102.5 15 107.5 20 105.0 25 105.0 32 109.0 40 112.5 50 119.0 65 119.0

10 | 14Visit product website  6. Performance specifications 6.1. Pressure temperature diagram Flowmeter with an Hall or Hall “Low Power” transducer -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 SE30) Flowmeter with coil transducer for high temperature (variant Type 8030‑HT) -20 0 20 40 60 80 100 Stainless steel Fluid temperature °C Pressure (bar) Application range for flowme ter Type 8030-HT (Inline senso r-fitting Type S030-HT + transmitter Type SE30-HT) 125

11 | 14Visit product website  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 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. 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 (Hall sensor). 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. This K factor is available in the Inline sensor-fittings’ operating instructions, see Type S030

12 | 14Visit product website  9. Product design and assembly 9.1. Product assembly Note: The device Type 8030 is made up of a Bürkert Inline sensor-fitting Type S030 equipped with a paddle wheel sensor and a transmitter Type SE30. The Inline sensor-fitting Type S030 ensures simple installation into pipes from DN 06…DN 65. The transmitter Type SE30 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 SE30 10. Networking and combination with other Bürkert products Example: Type 8030 With Hall transducer (NPN and PNP transistor outputs) or with coil transducer (pulse signal output F = KQ 1.)) With Hall “Low Power” transducer (NPN transistor output) Type 8025  Universal flow transmitter or remote batch controller Type 8022  Pulse divider Type 8619  multiCELL - transmitter/controller Type 8611  eCONTROL - Universal controller Type 8025  Flow transmitter for “Low Power” flowmeters Type 8022  Flow transmitter, 4…20 mA 1.) Output: F = frequency [Hertz], K = K factor of the Inline sensor-fitting [pulse/liter] and Q = flow rate [l/s)

13 | 14Visit product website  11. Ordering information 11.1. Bürkert 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 flowmeter Type 8030 consists of a flow transmitter Type SE30 and a Bürkert Inline sensor-fitting 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 SE30 flow transmitter (see chapter “11.4. Ordering chart” on page 14 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

14 | 14Visit product website  11.4. Ordering chart Transmitter Type SE30 Description Operating voltage Output Electrical connection Article no. Hall variant (connectable to Type 8025 universal transmitter, or batch controller, Type 8619, Type 8611, Type 8022 pulse divider or to a PLC) 12…36 V DC F requency with pulse, transistors PNP and NPN, open collector Female cable plug DIN EN 175301 803 423913 Hall “Low Power” variant (only connectable to the flow transmitter for “Low Power” flowmeters Type 8025 or to the flow transmitter Typ 8022) From associated transmitter Frequency with pulse, transistor NPN, open collector 423914 High Temperature (Type SE30 HT) variant 1.) (connectable to Type 8025 universal transmitter or batch controller, Type 8619, Type 8611, Type 8022 pulse divider or to a PLC) 12…36 V DC F requency with pulse, transistors PNP and NPN, open collector 449694 1.) Only mount with Inline sensor-fitting in High Temperature variant (S030 ‑HT) Further variants on request Approval ATEX for hazardous areas II 1 G/D - II 3 GD, NAMUR or NPN/PNP variant See data sheet Type SE30 Ex for more information. 11.5. Ordering chart accessories Description Article no. Electrical connection 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, 4-pin (3 conductors + protective conductor), form A according to DIN EN 175301 803, with cable gland and flat seal in silicone (only for Type 8030-HT variant) (Type 2518 572330 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