2301

8012 BURKERT | Alldatasheet

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Technical content

Visit product website  DATA SHEET Type 8611  eCONTROL - Universal controller Type 8025  Insertion flowmeter/batch controller with paddle wheel and flow transmit- ter/remote batch control- ler Type 8619  multiCELL - Multi-channel and multi-function transmitter/controller Type 2301  Pneumatically operated 2 way Globe Control Valve Standard | EU | en | 2023-11-13 | 27 Flowmeter with paddle wheel for continuous flow measure- ment

Economic integration in pipe systems without any additional pipelines Optic or magnetic measuring principle Outputs: one analogue output 4...20 mA and/or one transistor output (frequency or switch) Outputs configurable (through interface on USB port with PC) The paddle wheel flow meter is available in magnetic or optical variant. The magnetic variant of the measuring instrument is especially designed for use with neutral, slightly aggressive, solid free liquids. The optical variant is exclusively intended for use with infrared transparent liquids. The Type 8012 consists of a fitting (Type S012) and an electronic module (Type SE12) which are srewed together. The Bürkert designed fitting system ensures simple installation into all pipes from DN 06…DN 65. The Type 8012 can also be integrated in customer-specific block systems. Depending on the electronics module variant, the Type 8012 is provided either with a pulse output or with a pulse output and a 4…20 mA current output. The pulse output, which can be transmitted and processed by a Bürkert remote transmitter/controller, generates a configurable frequency proportional to the flow rate or can be used as a switch output. Product variants described in the data sheet may differ from the product presentation and description. Type descriptionCan be combined with Type 8012 © Christian Bürkert GmbH & Co. KG, Subject to alteration

2 | 21Visit product website  Table of contents 1. General technical data 4 Approvals and conformities 2.2. Standards 2.3. Pressure Equipment Directive (PED) .... Device used on a pipe 2.4. Lebensmittel und Getränke/Hygiene.... 3. Materials 6 3.2. Material specifications 4. Dimensions 7 4.2. Transmitter Type SE12 mounted in a fitting Type S012 ... 4.3. Metal fitting Type S012 Internal thread connection External thread connection 4.4. Plastic sensor-fitting Type S012 ... True union connection with nut and solvent/fusion socket External thread connection 5. Performance specifications 10 6. Product installation 10 6.2. Selection of the nominal diameter ... 6.3. Mounting options Example of flow control systems with Type SE12 transmitter 7. Product operation 13 7.2. Function modes Variant with transistor output Variant with transistor and current outputs 8. Product design and assembly 15 9. Product accessories 16 9.2. Configuration tool “TACTIC” ... 10. Networking and combination with other Bürkert products 17 11.

Ordering information

11.2. Recommendation regarding product selection.... Basic flowmeter

3 | 21Visit product website  Fitting variants Type S012 11.3. Bürkert product filter 11.4. Bürkert Product Enquiry Form ... 11.5. Ordering chart Basic flowmeter Variants of transmitter Type SE12 11.6. Ordering chart accessories

4 | 21Visit product website  1. General technical data 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 Make sure the device materials are compatible with the fluid you are using. Further information can be found in chapter “3.1. Bürkert resistApp” on page 6 Further information on the materials can be found in chapter “3.2. Material specifications” on page Non wetted parts Housing PPS Screw Stainless steel A4 Seal EPDM Fixed connector PA Cable gland Cable gland in PA with 1 m connected cable in PVC (on request) Wetted parts Axis and bearing Ceramics (Al2O3) Paddle wheel PVDF (blue) Holder PVDF Fitting body Brass, stainless steel 1.4404/316L, PVC or PP Seal FKM (EPDM as option) Compatibility Electronic module Type SE12 compatible with Bürkert fitting Type S012 For the selection of the nominal diameter of the fittings, see chapter “6.2. Selection of the nominal diameter” on page 12 Pipe diameter DN 06…DN 50 (DN 65 on request) Dimensions Further information can be found in chapter “4. Dimensions” on page 7 Measuring element Optical, infra-red (or magnetic paddle wheel, on request) 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 1.): ± 1 % of the measured value 2.) at teach flow rate value Standard K factor: ± 2.5 % of the measured value 2.) Linearity ± 0.5 % of full scale 2.) Repeatability ± 0.4 % of the measured value 2.) 4…20 mA output uncertainty ± 0.16 mA Electrical data Operating voltage 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 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 DC reverse polarity protection Yes Overvoltage protection Yes Current consumption < mA (at 12 V DC for current variant, without load) Output • Transistor: NPN (default setting) or PNP (configurable on request), open collector 700 mA max. NPN-output: 0.2…36 V DC (default setting) PNP-output: power supply frequency or switching mode operating mode: window or hysteresis threshold protection against overvoltage, polarity reversals and short circuit Current: according to variant, configurable on request 4…20 mA (3 wire), sinking (default setting, configurable as sourcing on request) image of the flow velocity (default setting) loop impedance max.: 1125 Ω at 36 V DC, 650 Ω at 24 V DC, 140 Ω at 12 V DC Voltage supply cable Cross section of wires: max. 1.5 mm2

5 | 21Visit product website  Medium data Fluid temperature With Type S012 fitting in: PVC: 0…+ °C (+ 32…+ 140 °F) PP: 0…+ °C (+ 32…+ 176 °F) stainless steel or brass: 15…+ 100 °C (+ 5…+ 212 °F) (if T°ambient ≤ °C) or 15…+ °C (+ 5…+ 194 °F) (if + °C ≤ T°ambient ≤ °C) Fluid pressure With Type S012 fitting in: plastic: max. PN 10 (145 PSI) metal: max. PN 16 (232 PSI) Further information can be found in chapter “5.1. Pressure temperature diagram” on page 10 Viscosity Max. 300 cSt Rate of solid particles Max. 1 Maximum particle size 0.5 mm Process/Pipe connection & communication Pipe connection With fitting in: plastic: true union with nut and solvent socket, external thread (spigot on request) metal: internal or external thread (weld ends, clamp or flange on request) Electrical connection Free positionable 5-pin M12 male connector or with 1 m cable via cable gland (on request) Approvals and conformities Directives CE directive Further information on the CE directive can be found in chapter “2.2. Standards” on page 6 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 “2.3. Pressure equipment directive” on page 6 Foods and beverages/Hygiene On request: FDA-certificate (only for device with EPDM seal and stainless steel fitting) Materials On request: Certification of conformity for the surface quality DIN4762-DIN4768-ISO/4287/ Others On request: Inspection certificate 3.1 (according to EN-ISO 10204) Test report 2.2 (according to EN-ISO 10204) points flow calibration certificate Environment and installation Ambient temperature Operation and storage: - 15…+ °C (+ 5…+ 140 °F) 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 IP67 with device wired and M12 female connector mounted and tightened IP65 (with cable gland) Installation category Category I according to UL/EN 61010 Pollution degree Degree 2 according to UL/EN 61010 1.) Special calibration method 2.) Under reference conditions i.e. measuring medium = water, ambient and water temperature = °C (+ °F), observing the minimum the minimum inlet and outlet sections and the appropriate inner diameter of the pipe.

6 | 21Visit product website  2. Approvals and conformities 2.1. Conformity In accordance with the Declaration of Conformity, the product is compliant with the EU Directives. 2.2. 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. 2.3. 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 2.4. Lebensmittel und Getränke/Hygiene Conformity Description FDA FDA – Code of Federal Regulations (valid for the variable code PL02, PL03) Only devices with EPDM seal and stainless steel fitting are compliant with the Code of Federal Regulations pub- lished by the FDA (Food and Drug Administration, USA) according to the manufacturer‘s declaration. 3. Materials 3.1. 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

7 | 21Visit product website  3.2. Material specifications No. Element Material

1 Screws Stainless steel A4

2 Housing PPS

3 Seal EPDM

4 M12 male connector or cable

5 Axis and bearing Ceramics (Al2O3)

6 Paddle wheel and holder PVDF

7 Seal FKM (EPDM as option)

8 Fitting Brass, stainless steel

1.4404/316L, PVC or PP

9 Cable PVC

Dimensions 4.1. Transmitter Type SE12 Note: Dimensions in mm, unless otherwise stated Variant with cable on request 45.25 45.25 Cable, L = 1 m With free positionable 5 pin M12 male ﬁxed connector With cable via cable gland

8 | 21Visit product website  4.2. Transmitter Type SE12 mounted in a fitting Type S012 Note: Dimensions in mm, unless otherwise stated H DN H 06 52.5 08 52.5 15 57.5 20 55.0 25 55.2 32 58.8 40 62.6 50 68.7 4.3. Metal fitting Type S012 Internal thread connection Note: Dimensions in mm, unless otherwise stated G, NPT or Rc in stainless steel (316L 1.4404) or brass (CuZn39Pb2) L D P DN P L L1 D [inch] 15 22.5 84.0 16.0 G

17.0 NPT

15.0 Rc 20 20.0 94.0 17.0 G

18.3 NPT

16.3 Rc 25 20.2 104.0 23.5 G

18.0 NPT

18.0 Rc 32 23.8 119.0 23.5 G 1 ¼

21.0 NPT

1 ¼ 21.0 Rc 1 ¼ 40 27.6 129.0 23.5 G 1 ½

20.0 NPT

1 ½ 19.0 Rc 1 ½ 50 33.7 148.5 27.5 G

24.0 NPT

24.0 Rc External thread connection Note: Dimensions in mm, unless otherwise stated G, NPT or Rc in stainless steel (316L 1.4404), brass (CuZn39Pb2) L D P DN P L L1 D [Inch] [mm] 06 17.5 90.0 14.0 G ½ – 08 17.5 90.0 14.0 G, NPT, RC according to fitting variant M16 x 1.5

9 | 21Visit product website  4.4. Plastic sensor-fitting Type S012 True union connection with nut and solvent/fusion socket Note: Dimensions in mm, unless otherwise stated DIN 8063, ASTM D 1785/76 or JIS K in PVC L P ∅ D ∅ D1 DN P Stand- ard L L1 L2 Ø D Ø D1 15 22.5 DIN/ISO 128.0 96 90 20.00 43 ASTM 130.0 21.30 JIS 129.0 18.40 20 20.0 DIN/ISO 144.0 106 100 25.00 53 ASTM 145.6 26.70 JIS 145.0 26.45 25 20.2 DIN/ISO 160.0 116 110 32.00 60 ASTM 161.4 33.40 JIS 161.0 32.55 32 23.8 DIN/ISO 168.0 116 110 40.00 74 ASTM 170.0 42.20 JIS 169.0 38.60 40 27.6 DIN/ISO 188.0 127 120 50.00 83 ASTM 190.2 48.30 JIS 190.0 48.70 50 33.7 DIN/ISO 212.0 136 130 63.00 103 ASTM 213.6 60.30 JIS 213.0 60.80 External thread connection Note: Dimensions in mm, unless otherwise stated G, NPT or Rc in PVC L D P DN P L L1 D [Inch] [mm] 06 17.5 90.0 14.0 G ½ – 08 17.5 90.0 14.0 G, NPT, RC according to fitting variant M16 x 1.5

10 | 21Visit product website  5. Performance specifications 5.1. Pressure temperature diagram -20 0 +20 +40 +60 +80 +100 Pressure (bar) Fluid temperature (°C) PVC PP Metal 6. Product installation 6.1. 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. Fore 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 in the following. 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

11 | 21Visit product website  The device can be installed in either horizontal or vertical pipes, but following additional conditions should be respected: The device has to be installed so that the paddle wheel axis is horizontal. 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 Correct Correct Correct Incorrect Incorrect Incorrect 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 “6.2. Selection of the nominal diameter” on page 12

12 | 21Visit product website  6.2. Selection of the nominal diameter The following graph is used to determine the appropriate DN of the pipe and fitting for the application, according to the fluid velocity and the flow rate. On the chart, the intersection of flow velocity and flow rate gives the appropriate diameter. Note: For the sensor fittings listed below, the corresponding nominal size in the bracket must be used: External threads according to SMS 1145 Weld ends according to SMS 3008, BS4825 1/ASME BPE/DIN 11866 series C or DIN 11850 series 2/DIN 11866 series DIN EN 10357 series A Clamp according to SMS 3017, BS 4825 3/ASME BPE or DIN 32676 series A For all other sensor fittings, the corresponding nominal diameter without bracket applies. Example 1: Nominal flow: 10 m3/h Optimal flow rate: 2…3 m/s Result: Select a pipe size of DN Example 2 with external threads according to SMS 1145: Nominal flow: 10 m3/h Optimal flow rate: 2…3 m/s Result: Select a pipe size of DN Not recommended Diameter of example 1 and example 2 0.1 0.3 0.5 1 3 5 10 0.01 0.02 0.05 0.1 0.2 0.5 100 200 m³/h 0.3 0.5 1 3 5 10 30 m/s fps US gpm DN 65 (DN 80)1.) DN 50 (DN 65)1.) DN 40 (DN 50)1.) DN 32 (DN 40)1.) DN 25 (DN 32)1.) DN 20 (DN 25)1.) DN 15 (DN 15 or DN 20)1.) DN 08 DN 06 0.05 0.1 0.2 0.5 100 200 500 1000 0.2 0.5 100 200 500 1000 2000 l/min Flow velocity Flow rate 1.) See note at the beginning of this chapter .

13 | 21Visit product website  6.3. Mounting options The modular concept of the Type SE12 electronic module allows fully customized, pre-mounted and tested solutions to completely meet application needs. The electronic module is designed for being mounted in a system block, combined with other Bürkert products. This allows cost reduction and compact design for customized solutions. Contact your local Bürkert sales centre to have individual counselling and engineering support in order to find the best solution correspond ing to your application. Example of flow control systems with Type SE12 transmitter Assembly 1 Assembly 2 Cooling of moulding tools in plastic injection machines Flow (Type 8012) + temperature + manual On/Off valve Filter monitoring in waste water treatment Flow (Type 8012) + pressure (Type 8316) Assembly 3 Assembly 4 Cooling of welding robot in automotive industry Flow (Type 8012) + pilot valve (Type 6014) + On/Off diaphragm valve (Type 0263) Flow regulation in Ro water treatment skid Process valve (Type 2712 Type 8692) + Flow (Type 8012) 7. Product operation 7.1. Measuring principle The Type SE12 electronic module is equipped with two LED indicators, visible, due to transparency nature of material, under the male connector (standard) or on the side opposite the male connector (on request). Location of the LEDs When the power is turned on, the green LED lights up and flashes proportionally to the paddle wheel rotation frequency. The lighting up of the red indicator LED indicates a malfunction of the device. When liquid flows into the pipe, the paddle wheel is rotated. The non-wetted permanent magnets inserted in the paddle wheel generate a measuring signal whose frequency is proportional to the flow velocity. With the optical method, the same procedure is used, but the light beam is interrupted. Two electronic module variants allow the following outputs: With one pulse output (either NPN or PNP transistor output, configurable). An external power supply of 12…36 V DC is required. This pulse output generates a signal whose frequency is proportional to the flow velocity. It is designed for connection to any system with open collector NPN or PNP frequency input. With one 4…20 mA current output and one pulse output (either NPN or PNP transistor output, configurable). An external power supply of 12…36 V DC is required. The 4…20 mA output delivers a current whose value is the image of the flow velocity. The output signal is provided via a free positionable male 5-pin M12 male connector (or a cable gland with 1 m length cable on request).

14 | 21Visit product website  7.2. Function modes Variant with transistor output Note: Valid for the Type 8012 with optical principle (standard) or magnetic principle (on request) Transistor output: NPN operation (standard) or PNP operation (on request) With one configured transistor output mode (four possibilities): raw frequency (standard) – (two pulses per paddle wheel rotation) 1 2 3 4 Paddle wheel rotation PulsesPulse length: – 50 % ON – 50 % OFF Raw frequency – proportional frequency (on request) – (e.g. five pulses per litre) 1 2 Dose quantity PulsesPulse length: – 50 % ON – 50 % OFF Proportional frequency – two switching modes for the output, either hysteresis or window, inver ted or not, depending on the kind of the transistor output. Configurable delay before switching Hysteresis mode PNP OLO OHI Contact inverted OLO OHI not inverted Contact OLO OHI Contact not inverted OLO OHI inverted Contact NPN OLO OHI Contact not inverted OLO OHI inverted Contact Window mode PNPNPN OLO OHI Contact inverted OLO OHI not inverted Contact

Detection of flow direction – only with optical principle

15 | 21Visit product website  Variant with transistor and current outputs Note: Valid for the Type 8012 with optical principle (standard) or magnetic principle (on request) Transistor output: see “Variant with transistor output” on page Current output: with sinking wiring (standard) or sourcing wiring (on request) Type 8012 with configurable current output: 4…20 mA current corresponding to paddle wheel frequency (0…250 Hz) – (standard) Q = f/K Q: ﬂow rate [l/s] f: frequency [Hz] K: K-factor [pulse/litre] Paddle wheel frequency mA 0 f (Hz) 250 4…20 mA current corresponding to a flow range – (on request) Flow range Flow (l/min., for example) mA 80010

Adjustable damping of current output signal Generation of an alarm current (22 mA), when fluid circulation is opposite to the direction indicated by the arrow on the side of the housing (only variants with optical principle) or when full scale has been exceeded (variants with optical or magnetic principle). 8. Product design and assembly 8.1. Product assembly Note: The device Type 8012 is made up of a fitting Type S012 and a transmitter Type SE12 equipped with a paddle wheel sensor. The drawing shows the assembly of a Type S012 fitting with an internal thread process connection and a Type SE12 transmitter (Type S012 + Type SE12 = Type 8012). This also applies to all variants of the process connection and the transmitter. Transmitter Typ SE12 Fitting Typ S012 Schrauben Dichtung

16 | 21Visit product website  9. Product accessories 9.1. Seals for fitting Note: Since March 2012, the Type S012 fittings in DN 15 and DN 20 have been available in 2 variants with different K factors. Further information can be found in the user manual in the K factor chapter, see Type 8012 The 2nd variant is identified by the “v2” marking. This “v2” marking can be found: on the bottom of the DN 15 or DN 20 fitting in plastic

on the side of the DN 15 or DN 20 fitting in metal Accessory No. Description

1 O-ring set for metal sensor-fitting

2 O-ring set for plastic sensor-fitting (O-Ring for process

1.) for sensor holder) 1.) Depends on sensor armature variant: flat seal to use for armature with groove (previous variant, no longer available), O-ring seal to use for armature with chamfer (variant “v2”) 9.2. Configuration tool “TACTIC” Note: To configure a device with more specific parameters than the basic settings, you need: the configuration tool (to be ordered separately, see chapter “11.6. Ordering chart accessories” on page 21 ) and the configuration software (available on the product website under “Software”, see Type 8012 Accessories No. Description 1 “TACTIC” USB cable, 1 m length 2 “TACTIC” electronic housing 3 “TACTIC” cable with M12 female connector

4 Flowmeter Type

5 Type

8012 configuration software

17 | 21Visit product website  10. Networking and combination with other Bürkert products Example: Type 8012 Type 8802  (2301 & 8693) ELEMENT Continuous control valve systems Type 8025  Flow transmitter Type 8619  multiCELL - transmitter/ controller Type 8611  eCONTROL - Universal controller panel, wall or rail-mounting variant 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 Basic flowmeter The proposed Type 8012 basic flowmeter is a device with optical measuring principle, powered by 12…36 V DC through a 5-pin M12 male connector. Further information can be found in chapter “11.5. Ordering chart” on page 19 Variants of flowmeter A complete Type 8012 flowmeter consists of: A Type SE12 electronic module with many variants: With either optical or magnetic measuring principle With only pulse output or with both pulse and 4…20 mA current outputs Configured as standard (see “11.5. Ordering chart” on page 19 , Type SE12 ) or customized (see “11.4. Bürkert Product Enquiry Form” on page 18 Electrical connection carried out through a 5-pin M12 male connector or a 1 m cable A Type S012 fitting, available in different materials and with different process connection types. The fitting provides many installation options of the electronic module into all pipes from DN 06…DN 65 (see “Fitting variants Type S012” on page 18 or “11.4. Bürkert Product Enquiry Form” on page 18 Screws and O-ring (see “11.6. Ordering chart accessories” on page 21

18 | 21Visit product website  Fitting variants Type S012 Note: The Type S012 fitting is not available as a separate part, so it can not be ordered separately. Fittings in PVDF are not available. Order the combination of transmitter and firring (including associated Type 8012 configuration) from your Bürkert sales office. Pipe connection Materials Available fittings DN 06 DN 08 DN 15 DN 20 DN 25 DN 32 DN 40 DN 50 DN Internal thread Brass, stainless steel – – Yes Yes Yes Yes Yes Yes – External thread Brass, stainless steel, PVC, PP Yes Yes Yes Yes Yes Yes Yes Yes – Stainless steel acc. to SMS Weld ends Stainless steel – Yes Yes Yes Yes Yes Yes Yes Yes Clamp Stainless steel – Yes Yes Yes Yes Yes Yes Yes Yes Flange Stainless steel – – Yes Yes Yes Yes Yes Yes – True union PVC – Yes Yes Yes Yes Yes Yes Yes – PP – – Yes Yes Yes Yes Yes Yes – Spigot PVC, PP – – Yes Yes Yes Yes Yes Yes – 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 11.4. Bürkert Product Enquiry Form Bürkert Product Enquiry Form – Your enquiry quickly and compactly Would you like to make a specific product enquiry based on your technical requirements? Use our Product Enquiry Form for this purpose. There you will find all the relevant informa- tion for your Bürkert contact. This will enable us to provide you with the best possible advice. Fill out the form now

19 | 21Visit product website  11.5. Ordering chart Basic flowmeter Note: Since March 2012, the Type S012 fittings in DN 15 and DN 20 have been available in 2 variants with different K factors. Further information can be found in chapter “9.1. Seals for fitting” on page or user manual in the K factor chapter, see Type 8012 The following variants have an optical measuring principle, a 12…36 V DC operating voltage and a 5-pin M12 male connector. Stand- ard Output 1.) Article no. DN DN DN DN 15 DN 20 DN 25 DN 32 DN 40 DN Brass body, FKM seal - Fluid temperature max. 100 °C, PN Internal thread pipe connection G Pulse – – – 556003  556004  556005  556006  556007  556008 Pulse + 4…20 mA – – – 556012  556013  556014  556015  556016  556017 NPT Pulse – – – 556018  556019  556020  556021  556022  556023 Pulse + 4…20 mA – – – 556024  556025  556026  556027  556028  556029 Rc Pulse – – – 556030  556031  556032  556033  556034  556035 Pulse + 4…20 mA – – – 556036  556037  556038  556039  556040  556041 External thread pipe connection G Pulse 556000  556001  556002 Pulse + 4…20 mA 556009  556010  556011 Stainless steel body, FKM seal - Fluid temperature max. 100 °C, PN Internal thread pipe connection G Pulse – – – 556045  556046  556047  556048  556049  556050 Pulse + 4…20 mA – – – 556054  556055  556056  556057  556058  556059 NPT Pulse – – – 556061  556062  556063  556064  556065  556066 Pulse + 4…20 mA – – – 556068  556069  556070  556071  556072  556073 Rc Pulse – – – 556074  556075  556076  556077  556078  556079 Pulse + 4…20 mA – – – 556080  556081  556082  556083  556084  556085 External thread pipe connection G Pulse 556042  556043  556044 Pulse + 4…20 mA 556051  556052  556053 NPT Pulse – – 556060 Pulse + 4…20 mA – – 556067 PVC body, FKM seal - Fluid temperature max. 60 °C, PN True union pipe connection with nut and solvent socket DIN 8063 Pulse – – – 556088  556089  556090  556091  556092  556093 Pulse + 4…20 mA – – – 556094  556095  556096  556097  556098  556099 ASTM Pulse – – – 556100  556101  556102  556103  556104  556105 Pulse + 4…20 mA – – – 556106  556107  556108  556109  556110  556111 JIS Pulse – – – 556112  556113  556114  556115  556116  556117 Pulse + 4…20 mA – – – 556118  556119  556120  556121  556122  556123 External thread pipe connection G Pulse – 556086  556124 Pulse + 4…20 mA – 556087  556125 1.) Factory setting: NPN pulse (raw frequency) NPN pulse (raw frequency) + 4…20 mA (sinking mode, 0…250 Hz) other configurations are available on request.

20 | 21Visit product website  Further variants on request Process connection External thread SMS 1145 Weld ends SMS 3008, BS 4825 1/ASME BPE/DIN 11866 series C or DIN 11850 series 2/DIN 11866 series DIN EN 10357 series A Clamp DIN 32676 series B, SMS 3017, BS 4825 3/ASME BPE or DIN 32676 series A Flange EN1092 1/B1/PN 16, ANSI B16 5 or JIS 10K True union ISO 10931 Spigot ISO 10931 Material Fitting: PP Electrical connection With 1 m cable via cable gland Additional Magnetic measuring principle Variants of transmitter Type SE12 Note: Order the combination of transmitter and firring (including associated Type 8012 configuration) from your Bürkert sales office. The following charts show the different variants of the Type SE12 transmitter, which can be combined with a Type S012 fitting. Specifications Operating voltage Pipe connection Output 1.) Electrical connection Article no. Magnetic measuring principle 12…36 V DC DN 06, DN 08, DN v2 and DN Frequency with pulse NPN Free positionable 5-pin M12 male connector 557054 Frequency with pulse NPN + 4…20 mA 557058 Frequency with pulse NPN With 1 m cable via cable gland 557056 Frequency with pulse NPN + 4…20 mA 557060 DN 15…DN (except DN and DN v2) Frequency with pulse NPN Free positionable 5-pin M12 male connector 557053 Frequency with pulse NPN + 4…20 mA 557057 Frequency with pulse NPN With 1 m cable via cable gland 557055 Frequency with pulse NPN + 4…20 mA 557059 Optical measuring principle 12…36 V DC DN 06, DN 08, DN v2 and DN Frequency with pulse NPN Free positionable 5-pin M12 male connector 557062 Frequency with pulse NPN + 4…20 mA 557066 Frequency with pulse NPN With 1 m cable via cable gland 557064 Frequency with pulse NPN + 4…20 mA 557068 DN 15…DN (except DN and DN v2) Frequency with pulse NPN Free positionable 5-pin M12 male connector 557061 Frequency with pulse NPN + 4…20 mA 557065 Frequency with pulse NPN With 1 m cable via cable gland 557063 Frequency with pulse NPN + 4…20 mA 557067 1.) Factory setting: pulse NPN (raw frequency) pulse NPN (raw frequency) + 4…20 mA (sinking mode, 0…250 Hz) other configurations on request For further variants, see chapter “11.4. Bürkert Product Enquiry Form” on page 18.

21 | 21Visit product website  11.6. Ordering chart accessories Description Article no. Screws set 4 short screws (M4 x 35, stainless steel A4) 4 long screws (M4 x 60, stainless steel A4) 555775 O-ring set O-ring in FKM for fitting in metal, DN 06…DN 65 426340 O-ring in EPDM for fitting in metal, DN 06…DN 65 426341 O-ring in FKM for fitting in plastic, DN 08 448679 O-ring in FKM for fitting in plastic, DN 15 431555 O-ring in FKM for fitting in plastic, DN 20 431556 O-ring in FKM for fitting in plastic, DN 25 431557 O-ring in FKM for fitting in plastic, DN 32 431558 O-ring in FKM for fitting in plastic, DN 40 431559 O-ring in FKM for fitting in plastic, DN 50 431560 O-ring in EPDM for fitting in plastic, DN 08 448680 O-ring in EPDM for fitting in plastic, DN 15 431561 O-ring in EPDM for fitting in plastic, DN 20 431562 O-ring in EPDM for fitting in plastic, DN 25 431563 O-ring in EPDM for fitting in plastic, DN 32 431564 O-ring in EPDM for fitting in plastic, DN 40 431565 O-ring in EPDM for fitting in plastic, DN 50 431566 Electrical connection M12 female connector with plastic threaded clamping ring, 5-pin, straight, to be wired 917116 M12 female connector with moulded cable (shielded), 5-pin, straight, cable length: 2 m 438680 Configuration accessory Configuration tool “TACTIC” (1 “TACTIC” interface USB cable with USB plug type A to USB plug type B, cable length m “TACTIC” cable with M12 female connector, 5-pin, straight, cable length 1 556500 Cable set for connection between Type 8012 flowmeter, “TACTIC” interface and computer (USB cable with USB plug type A to USB plug type B, cable length 1 m “TACTIC” cable with M12 female connector, 5-pin, straight, cable length 556160

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Flowmeter with paddle wheel for continuous flow measure-ment 13.11.2023

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