Honeywell BK-G6A, BK-G10A, BK-G2.5A, BK-G4A, BK-G16A Operating Instructions Manual

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SRB

03250886

1000063767-002-20

D GB F NL I SK RUS E RORO

SRBSRB SRBCZ P

Safety

Please read and keep in a safe place

Operating instructions

Diaphragm gas meters BK-G.6 to BK-G5

Contents

Translation from the German

Diaphragm gas meters

BK-G.6 to BK-G5 .....................

Contents ..............................

Safety.................................

Checking the usage .....................

Diaphragm gas meters BK-G1.6 to G25 ......2

BK with integrated “Smart Valve” ............2

Type code .............................2

Part designations ........................ 2

Type label/Index plate.....................2

ATEX identification .......................3

Installation ............................4

Temperature test point ..................5

Pressure test point on housing (optional) ...5

Connecting the piping ....................6

Pressure test point on outlet connector

(optional) ..............................6

Opening the test nipple ...................6

Closing the test nipple ....................6

Tightness test ..........................6

Commissioning.........................7

Maintenance/Removal...................8

Accessories ...........................8

Technical data .........................9

Declarations of conformity ..............0

ATEX legend ..........................14

Logistics .............................4

Contact ..............................4

carefully before installing or operating. Following the

Please read through these instructions

installation, pass the instructions on to the operator. This unit must be installed and commissioned in accordance with the regulations and standards in force. These instructions can also be found at www.docuthek.com.

Explanation of symbols

• ,  ,  ,  ... = Action

▷ = Instruction

Liability

We will not be held liable for damage resulting from non-observance of the instructions and non-compliant use.

Safety instructions

Information that is relevant for safety is indicated in the instructions as follows:

DANGER

Indicates potentially fatal situations.

WARNING

Indicates possible danger to life and limb.

CAUTION

Indicates possible material damage.

All interventions may only be carried out by qualiﬁed gas technicians. Electrical interventions may only be carried out by qualiﬁed electricians.

Conversion, spare parts

All technical changes are prohibited. Only use OEM spare parts.

Changes to edition 07.7

The following chapters have been changed: – Checking the usage – Commissioning – Accessories – Technical data – Declarations of conformity – ATEX legend – Logistics

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Checking the usage

BK-G..M..

12345678

DE-07-MI002-PTB001 class 1,5

NG-47001BM0443 DIN EN 1359:2007

max

min

S/N: 002545632734 1 imp =^ 0,01 m

M ... 0102

Diaphragm gas meters BK-G.6 to G5

Residential or commercial diaphragm gas meters BK for recording gas consumption values for natural gas, town gas, propane and butane, as gases of the ﬁrst to third families pursuant to DIN EN 437:2003 (DVGW Code of Practice G260). If used for internal

measurements which are not subject to statutory testing, the gas meter is also suitable for hydrogen, nitrogen, air and inert gases.

The meters are designed for use in air at normal

atmospheric conditions. For use in other environments, please contact the manufacturer (see also page 4 (Installation)).

BK with integrated “Smart Valve”

Not suitable for highly contaminated gases, e.g. town gas.

Potentially explosive atmosphere

Diaphragm gas meters that are labelled with

and (see sticker near the index) are suitable for operation in potentially explosive atmospheres, see page10 (Declarations of conformity).

The meter function is only guaranteed when used

under the speciﬁed operating conditions – see page 9 (Technical data). Any other use is considered as non-compliant.

Type code

Code Description

BK-G Diaphragm gas meter

.6

.5 4

6 0 6

5

TeB

Chekker mechanical index Absolute ENCODER index

Indication of volume at base conditions

Temperature conversion:

mechanical-electronic temperature

conversion and pressure correction

electronic temperature conversion and

pressure correction

Flow rate

0.016 – 2.5 m

0.025 – 4 m3/h

0.04 – 6 m3/h

0.06 – 10 m3/h

0.1 – 16 m3/h

0.16 – 25 m3/h

0.25 – 40 m3/h

Mechanical index

Electronic index

mechanical

electronic

Part designations

 Diaphragm gas meter BK

 Index with index plate  Connectors

4 Pressure test point to BS4161 (optional)

5 Protective caps 6 2 x thermowells (optional)

7 Pressure test point with sealing sleeve (optional)

Type label/Index plate

Please quote for all enquiries:

▷

The manufacturer’s serial number S/N can be

found at the bottom of the type label.

▷

The customer identiﬁcation number is under the

barcode.

BK-G..M..

DE-07-MI002-PTB001

max

class 1,5

min

M ... 0102

S/N: 002545632734 1 imp =^ 0,01 m

BK-G..A.. with Absolute ENCODER index

ENCODER VALVE Vs

M ... 0102

DE-07-MI002-PTB001

S/N: 002545632734

BK-G..E with index EI

BK-G..E..

max

min

V p

max

M ... 0102

S/N: ............ EI2. ...

BK-G..E with index EI4

BK-G..E

max

min

V p

max

class 1,5

M ... 0102

S/N: ............ EI4. ...

NG-47001BM0443 DIN EN 1359:2007

BK-G..A..

NG-47001BM0443 DIN EN 1359:2007

class 1,5

12345678

class 1,5 t

class 1,5 Valve Ve

12345678

...1 imp

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BK-G..B with index EI

........

m g b

M ... 0102

15 ATEX 1550 X

BK-G..

BK-G..B

max

min

max

class 1,5

M ... 0102

S/N: ............

EI3. ...

12345678

BK-G..E with index EI5

BK–G6 E

M ...

= –20 °C ... +55 °C

gas

201x

Valve Ve

0102

II 3Gic c IIA T1Gc

Elster GmbH, Strotheweg 1 49504 Lotte, GERMANY

BK–G6 ETe

201x

max

min

V p

max

DE-11-MI002-PTB001

class 1,5

= t

amb

16ATEX1551X

S/N: ............ EI5.0x

BK-G..ETe with index EI6

1 imp

12345678

Diaphragm gas meters with integrated valve

VALVE Vx

...

Valve variants: Vs = Smart Valve Ve = bi-stable valve with electronic ﬂow rate testing

(with electronic index EI)

ATEX identiﬁcation BK-G..M, BK-G..C, BK-G..MT, BK-G..CT

Elster GmbH, Strotheweg 1

D-49504 Lotte, Germany

II -/2 G c IIB TX

TÜV 11 ATEX 090370 X

Use as follows: Category, internal: none, external: 2 (Zone1).

Type of atmosphere: gases, hazes and vapours.

BK-G..M, BK-G..C, BK-G..MT, BK-G..CT with RFID passive tag

t b

max

t m

min V p

max

DE-14-MI002-PTB003

class 1,5

Valve Ve

EI6.0xS/N: ...........

g IP

= t

amb

15ATEX1550X

M ...

= –25 °C ... +55 °C

gas

0102

GPRS

II -/3 G IIB T4

BK-G..E.. and BK-G..B

The following data is not necessarily speciﬁed on

the type label/index plate, but can be called up in the menu:

– speciﬁed centre temperaturetsp (for meters with

temperature conversion only), – EN 1359 registration number (if available), – ﬁrmware version.

▷

A number of variants are available for the elec tronic indexes. The EIx.xx ID of the index variant can be found at the bottom of the type label or on the index cover next to the serial number S/N.

Further information can be found in the supplementary operating instructions of the relevant index.

Use as follows: Category, internal: none, external: 2 (Zone 1).

Type of atmosphere: gases, hazes and vapours.

BK-G..A, BK-G..AT

Use as follows: Category, internal: none, external: 2 (Zone1).

Type of atmosphere: gases, hazes and vapours.

GB-3

Elster GmbH, Strotheweg 1

D-49504 Lotte, Germany

II -/2 G IIB T4

Ui=5,5V Ii=30mA Pi=33mW Ci=140µF Li=0µF

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BK-G..E, BK-G..ET, BK-G..ETB with index EI

Elster GmbH, Strotheweg 1 49504 Lotte, GERMANY

Category  devices:

Elster GmbH, Strotheweg 1

Use as follows: Category, internal: 3 (Zone 2), external: 1 (Zone 0).

Type of atmosphere: gases, hazes and vapours.

For the ambient and gas temperatures of the ATEX

Zones, see illustration.

Category  devices:

D-49504 Lotte, Germany

II 3/1G IIB T4

0044

= t

amb

TÜV 14 ATEX 143120 X

Elster GmbH, Strotheweg 1 D-49504 Lotte, Germany

= –20 °C ... +55 °C

gas

II -/3 G IIA T1

13 ATEX 1389 X

Use as follows: Category, internal: none, external: 3 (Zone2).

Type of atmosphere: gases, hazes and vapours.

BK-G..B

Elster GmbH, Strotheweg 1

D-49504 Lotte, Germany

II -/2 G IIA T4

TÜV 12 ATEX 098560 X

Use as follows: Category, internal: none, external: 2 (Zone1).

Type of atmosphere: gases, hazes and vapours.

BK-G..E with EI5

0102

M ...

= t

amb

16ATEX1551X

= –20 °C ... +55 °C

gas

II 3Gic c IIA T1Gc

S/N: ............ EI5.0x

Use as follows: Category: 3 (Zone 2).

Type of atmosphere: gases, hazes and vapours.

BK-G..ETe with EI6

t b t m

Valve Ve

M ...

= t

amb

EI6.0x

Use as follows: Category, internal: none, external: 3 (Zone 2).

Type of atmosphere: gases, hazes and vapours.

gas

18ATEX1678 X

GPRS

0102

II -/3 G ic c IIB T4 Gc

= –25 °C ... +55 °C

Installation

WARNING

Please observe the following to ensure that neither

persons nor the gas meter are damaged during installation and operation:

– Note the max. allowable operating pres-

surep page2 (Type label/Index plate).

– Note the permitted ambient temperaturetm and

gas temperaturetg, see page2 (Type label/ Index plate) or page9 (Technical data).

– The gas meters are certiﬁed for mechanical

environments pursuant to Class M1 of Directive 2004/22/EC. When installed, the meters must not be subject to permanent vibration such as that caused by machines in the vicinity. In case of doubt, vibration isolation must be provided. For gas meter versions BK..A, BK..E and BK..B, ClassE2 for electromagnetic environments also applies.

– The dangers of chemical reactions between

gas meter parts and the chemical substances in the environment are to be discussed by the manufacturer and the operator and must be eliminated.

– When installing the diaphragm gas meterBK with

integrated valve, make sure that no dirt particles get into the meter and thus into the valve.

– The yellow sealing sleeve protects the pressure

test point on the gas meter. It may only be opened for connecting a pressure measuring line.

– Use seals made from tested materials. Elastomer

seals or asbestos-free ﬂat seals from Elster are

recommended. – Only use the seals once. – For meters resistant to high temperatures, only

use seals tested to be resistant to high tempera-

tures.

and measuring rangeQ

max

, see

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– For installation and operation, note the applicable

1 2

national regulations and the directives of the gas supply company. For Germany, the valid DVGW Code of Practice G600 (DVGW-TRGI) applies.

– Work on meters and the installation of meters

which are marked with and are installed in potentially explosive atmospheres may only be carried out by persons with appropriate qualiﬁcations.

– The gas meter marked with must be in-

cluded in the equipotential bond when being

installed in a potentially explosive atmosphere,

e.g. by connecting it to a grounded pipeline. Installation must be carried out in accordance with EN60079-14.

– The gas meter marked with must be pro-

tected from falling parts.

– Avoid subjecting the unit to mechanical stress

and prevent damage. Gas meters must be installed without any mechanical stress, preferably only by suspending them on the connectors. When using additional clamps, it must be ensured that no lateral forces act on the gas meter.

These can be avoided by using ﬂexible or supple

connection lines, for instance.

▷ If the calibration seal has been damaged or re-

moved, the gas meter is no longer approved for measurements which are subject to statutory testing.

▷ If the gas meter is stored or installed outdoors,

protect the site against rain. Condensing humid-

ity is permitted.

▷ Meters which are marked with H3 are suitable

for installation outdoors without additional protection.

 Remove protective caps.

▷

Installation in the vertical position: connectors must be pointing upwards.

▷ Note direction of ﬂow (arrow). ▷ The gas meter must not be in contact with ma-

sonry or other parts.

▷ Ensure that there is sufﬁcient installation space. ▷ Ensure unobstructed view of the index. ▷

The seal faces on the screw unions must be

clean and damage-free.

▷ Ensure that the seal is correctly seated.

Co-axial meters:

▷ The seal must be centred over the internal dia-

meter.

▷

Note the installation position of the pressure ring.

The inner beaded edge must point upwards.

▷ Replace damaged pressure rings when replac-

ing the meter.

Co-axial and two-pipe meters:

▷ For the compression of seals and the resulting

tightening torques for the screw unions, the seal

manufacturers’ speciﬁcations must be observed.

Tightening torques for the recommended ﬂat

seals in conjunction with screw connectors pursuant to DIN 3376-1 and 3376-2, see

www.docuthek.com → Elster-Instromet → Prod-

ucts → Gas measuring devices → Diaphragm

meters → Ergänzung für Betriebsanleitung BK, Verschraubungen und Anzugsmomente für BKG1,6 bis BK-G25 (Supplement to BK operating

instructions, Screw unions and tightening tor-

ques forBK-G1.6 toBK-G25)(D).

 Install the gas meter free of mechanical stress.

▷

If a pulse transmitter IN-Z6x is used for pulse tapping on the gas meter marked with – see

Data sheet for pulse transmitter IN-Z6x (D,GB)→ www.docuthek.com→ Elster-Instromet→ Prod-

ucts→ Gas measuring devices→ Diaphragm

meters→ Pulse transmitterIN-Z61 and the

standard EN60079-14 (Explosive atmospheres).

Temperature test point

▷

Temperature sensors can be inserted into the thermowells for measuring the gas temperature

in the meter housing.

 Secure each of the temperature sensors using

the capstan screw provided.

Pressure test point on housing (optional)

▷

When using an elastomer seal, always use a pressure ring (shape A).

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Connecting the piping

WARNING

In order to ensure that the gas meter is tight:

– The pressure test nipple must not be twisted,

bent, or otherwise manipulated.

– When installing, always secure the pressure test

nipple using a suitable spanner.

Functional safety and reliability are ensured only if

▷

the material combination of the screw connector and the pressure line are inter-matched.

▷

Only use the olive and the attached union nut supplied. The olive is secured to the sealing sleeve.

▷

When re-ordering, use original Parker EO progressive ring ﬁttings PSR/DPR.

▷

Use corrosion-resistant, seamless precision steel tube pursuant to DINEN10305-4 (external diameter 6mm, material E235= 1.0308). For other materials, use a suitable adapter and note the Parker/EO recommendations.

▷ Install pipes free of mechanical stress.

8 Screw on the union nut by hand as far as it will

go.

▷

At the same time, press the end of the pipe ﬁrmly against the stop.

9 Mark the position of the union nut and tighten

with about 1½ turns.

0 Once the installation and tightness test are com-

plete, see page6 (Tightness test), protect the pressure test point against external access with the sealing sleeve and the seal.

Pressure test point on outlet connector (optional)

BS4161-compliant pressure test nipple

▷

Use a 10 mm spanner to release/tighten the test point screw.

▷

The test nipple is secured to prevent it turning

with the screw.

Opening the test nipple

 Remove the screw from the test nipple com-

pletely.

▷ The gas connection is open.

Closing the test nipple  Insert the screw by hand as far as possible.  Tighten the screw with a torque of 3Nm +

0.5Nm.

 Check for tightness, see page6 (Tightness

test).

WARNING

If the test nipple has unexpectedly come loose,

the gas meter must be regarded as damaged and

must be replaced.

Tightness test

▷

Check the pipework for leaks prior to installation of the gas meter, in case the pipework is tested with a greater test pressure than the max. allowable operating pressurep meter. Otherwise, the installed gas meter may be damaged.

▷ If a valve is integrated in the diaphragm gas me-

terBK, see page3 (Diaphragm gas meters with integrated valve), this must be opened for the tightness test.

▷ Ensure the customer’s consumers are closed.

 Apply the test pressure slowly to the gas meter.

for the gas

max

▷

When reinstalling, the union nut will be turned to the original position and then further tightened through approx. 30°.

▷ If a pressure measuring line has been retroﬁtted

to the diaphragm gas meter, check this connection for tightness.

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– The intrinsically safe electrical circuits of pulse

transmitters IN-Z61 and IN-Z64 are consid-

ered to be grounded at voltages > 10 V, if the plug connector housings are connected to the ground potential.

– The intrinsically safe electrical circuits of pulse

▷

If the BS4161-compliant test nipple on the meter has been opened and then closed again, check this connection for tightness.

transmitters IN-Z61, IN-Z62 and IN-Z65 are to

be considered as non-grounded.

BK-G..A with Absolute ENCODER

indexAE/Z6

Interface description for gas meters with ENCODER index– see Speciﬁcation (GB)→ www.docuthek.com

→ Elster-Instromet → Products → Archive → Gas

measuring devices.

 After the tightness test, slowly vent the gas meter. 4 If a pressure measuring line has been retroﬁtted

to the diaphragm gas meter, protect the pressure test point against external access with a sealing sleeve and a seal.

BK-G..A with Absolute ENCODERAE/AE and communications moduleACM

If the diaphragm gas meter BK-G..A is ﬁtted with communications module ACM, you can ﬁnd further information ...

– for commissioning in the Communications mod-

ule ACM M-BUS WIRE, ACM SCR+ WIRE... op-

Commissioning

Once the tightness test has been successfully completed, the gas meter is ready for operation.

▷ Slowly open the manual valve.

Interfaces

Diaphragm gas meters BK are equipped with different interfaces, depending on the index version. Only original Elster spare parts may be used in the following cases:

– if devices are marked with

– if metrological data subject to statutory control

is transferred via the interface.

▷ For statutory, metrological use, add-on compo-

nents must be sealed. Permitted accessories, see page 8 (Accessories).

BK-G..M with mechanical index

For pulse tapping, the pulse transmitterIN-Z6x can be connected. For further information regarding usage and the interface – see Data sheet for pulse transmitter IN-Z6x → www.docuthek.com→ Elster- Instromet→ Products→ Gas measuring devices→ Diaphragm meters→ Pulse transmitterIN-Z61.

WARNING

The following safety instructions apply for meters

which are marked with and ﬁtted with a pulse transmitter IN-Z6x:

– Only for connection to intrinsically safe electrical

circuits, see page 9 (Technical data).

– If the intrinsically safe electrical circuit is ground-

ed from a technical-safety point of view, the intrinsically safe equipotential bond must cover

erating instructions or in the Communications module ACM WAVE SYSTEM RF operating instructions (D/GB/SK/NL) → www.docuthek.com

→ Elster-Instromet → Products → Smart meter-

ing → ACM: communication modules.

– on the protocols in the corresponding docu-

ments at www.docuthek.com → Elster-Instromet

→ Products → Smart metering → AE: protocol

variants.

BK-G..E, BK-G..ETB, BK-G..ETe(B), BK-G..B with electronic index

For further commissioning of diaphragm gas meters with electronic index – see the operating instructions of the respective electronic indexes → www.docuthek.com → Elster-Instromet → Products

→ Smart metering → Electronic index.

BK-G... with RFID passive tag

WARNING

On meters which are marked with and ﬁtted with an RFID passive tag, the transmission capacity of the RFID reader must not exceed the maximum limits set out in EN 60079-0.

Diaphragm gas meters BK with integrated valve

In the event that the diaphragm gas meter BK is ﬁtted with an integrated valve, see page3 (Diaphragm gas meters with integrated valve) for designation, the gas supply can be connected or disconnected remotely. Unless otherwise agreed, the valve is open on delivery as standard.

the entire area of installation.

– EN 60079-14 is to be noted when installing

pulse transmitters.

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WARNING

– The grid operator is responsible for the safe

remote shut-down and restart of the diaphragm gas meter.

– The integrated valve does not assume the func-

tions of a safety shut-off valve.

▷

Should the diaphragm gas meterBK be ordered

with a valve, but without control electronics to be complemented by a third party, the technical data of the control interface is to be requested from ElsterGmbH and observed.

▷

The manufacturer of the control electronics is responsible for creating the conditions required for safe operation of the valve. Instructions on commissioning and operation are to be taken from the operating instructions for the control

electronics.

... with valve variant Ve

Notes on the function can be found in the operat-

▷

ing instructions of the electronic index. Technical

data, see page 9 (Technical data).

... with valve variant Vs (Smart Valve)

WARNING

– Depending on national regulations, a limited

and technically safe gas ﬂow rate in the customer’s open consumer piping is allowed, see page9 (Technical data).

– Assessment of the non-critical gas ﬂow rate with

regard to amount and duration, which occurs when the valve is released, is to be carried out by the grid operator.

– The minimum operating pressure on the inlet

must not be undershot, see page9 (Technical data). Otherwise, when the valve is released and if the customer’s consumer piping is open at the same time, the valve may be completely opened.

“Smart Valve” valve function

▷

The “Smart Valve” is switched remotely by the data management system. The valve ﬁrst switches to the “Released” position. From the “Released” position, the valve automatically switches to the “Open” position, if the downstream installation is tight.

Released

▷

The “Smart Valve” opens an internal bypass and releases a minimum gas ﬂow into the customer’s closed consumer piping. Pressure equalization takes place between the inlet and outlet side of the valve.

Open

▷ Following pressure equalization, the valve auto-

matically opens by spring force and fully releases the gas supply. If consumers of the customer are open, pressure equalization cannot occur and the valve remains in the “Released” position and continues to release only the minimum gas ﬂow rate of the bypass.

Closed

▷

The valve and the bypass are closed in the event

of remote shut-down.

▷ All valve positions are kept when de-energized.

Maintenance/Removal

Gas meters BK-G1.6 to 25 from Elster are mainte-

nance-free (constraints for BK-G...E... and BK-G...B).

▷ When used for custody transfer measurements,

recalibration must be carried out in accordance with national directives.

▷

If the screw unions are loosened for maintenance work or retesting, replace the seals.

▷ After the gas meter has been removed, immedi-

ately close the connectors with protective caps in order to prevent ingress of dirt particles.

▷

For meters with electronic indexes(BK-G...E... and BK-G...B), it may be necessary to change the battery, see “Operating instructions for operators and installers” for the corresponding electronic index.

WARNING

A certain amount of gas may remain in the gas

meter. Taking into consideration the risk of explosion, it is important to adopt safety measures, e.g.:

– Following removal of the gas meter, purge it

thoroughly with inert gas.

– For transporting the gas meter with gas residue,

use a vehicle with an open or a ventilated loading area.

– The indexes must not be opened in an explo-

sion-hazard area even for maintenance and repair. Opening of the service cover on the electronic index, e.g. to change the battery, is permitted– see “Operating instructions for operators and installers” for the corresponding electronic index.

– Meters which are installed in a potentially ex-

plosive atmosphere may only be cleaned using a damp cloth to avoid static electricity charge.

Accessories

We recommend using Elster GmbH accessories only.

Pulse transmitters of the IN-Z6x series

▷ Also for devices which are marked with

IN-Z6 (Part No. 32319615)

Retroﬁt kit with connection cable –

Order No. 72910109

Retroﬁt kit without connection cable –

Order No. 72910114

IN-Z6 (Part No. 32319616)

Shipping unit – Order No. 32447303

IN-Z6 (Part No. 32319617)

Retroﬁt kit – Order No. 72910110

Retroﬁt kit with cable socket – Order No. 72910112

GB-8

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IN-Z64 (Part No. 32319618) Retroﬁt kit – Order No. 72910117 IN-Z65 (Part No. 32319762) Retroﬁt kit – Order No. 72910180 IN-Z68 Part/Order No. 32320278 Interface parameters, see page 9 (Technical data).

▷ As regards explosion protection, pulse transmit-

ters IN-Z6x are classiﬁed as simple electrical apparatus and must thus not be marked.

Other communication modules

Meters which are marked with

may only be retroﬁtted with communications modules certiﬁed in accordance with 2014/34/EU and which correspond to the appropriate interface parameters (see page 9 (Technical data)).

Technical data

Diaphragm gas meter BK

Gas type: natural gas, town gas, propane and butane, as gases of the ﬁrst to third families pursuant to DINEN437:2003 (DVGW Code of PracticeG260).

The following technical data can be found on the

type label/index plate:

– max. allowable operating pressurep – measuring range: Q – max. allowable ambient temperature ranget

min/Qmax

– max. allowable gas temperature rangetg* – cyclic volumeV

For meters with temperature conversion only:

– base gas temperaturet – speciﬁed centre temperaturetsp**

Other technical data:

– transitional ﬂow rate Qt= 0.1xQ – max. allowable storage temperature range:

-25 to +60°C

– mechanical environment class: M1

▷

Observe installation conditions! See 4 (Installation).

– electromagnetic environment class: E2

Supplementary notes:

* If operated within the gas temperature range, the

measurement error still lies within the required

error limits. If no gas temperature tg is speciﬁed

on the index plate, the following applies: tg=tm.

** The speciﬁed centre temperaturetsp of the BK-

G...E...series and BK-G...B meters is not stated on the index plate, but can be called up in the display using the menu.

max

Diaphragm gas meters BK with pressure test point

Pressure test point: 24° olive ﬁtting to ENISO8434-1, L6x M12x1.5-St.

Diaphragm gas meters BK with explosion protection

For meters of Category 1 which are marked with

, the ambient temperature t temperature t between -20°C and +55°C. In this case, the admis-

are limited to a maximum range

gas

and the gas

amb

sible temperatures are to be taken from the ATEX identiﬁcation sticker.

The following parameters apply for meters BK-G..M,

BK-G..C, BK-G..MT, BK-G..CT with pulse transmitter IN-Z6x:

IN-Z6, IN-Z6, IN-Z6, IN-Z64, IN-Z65:

Ui = 30 V Ii = 50 mA Pi = 250 mW C

, Li negligible

IN-Z68:

= 8 V

Ii = 10 mA

The following interface parameters apply for

BK-G...A/AT:

= 5.5 V

Ii = 30 mA Pi = 33 mW Ci = 140 µF Li = 0 µH

Diaphragm gas metersBK with integrated

“Smart Valve”Vs

Not suitable for highly contaminated gases, e.g. town gas. Opening time (from closed to open/released state):

≤ 4 s.

Closing time: ≤ 0.5 s. Min. operating pressure: 17.5mbar. Allowed leakage ﬂow in the customer’s piping: valve released: max. 13 l/h at 35 mbar, valve closed: max. 5 l/h.

Diaphragm gas meters BK with integrated valve Ve

Opening time incl. ﬂow rate measurement: < 2 min. Opening and closing times: approx. 5 s (max. 15s). Max. operating pressure for valve operation:

100mbar.

▷ The operating pressure of the gas meter can be

higher if necessary.

Leakage ﬂow (closed): max. 1 l/h up to 100 mbar.

GB-9

Page 10

RUS

SRB

Declarations of conformity

Scans of all valid Declarations of conformity – see www.docuthek.com → Elster-Instromet

Diaphragm gas meters BK-G..M, BK-G..C, BK-G..MT, BK-G..CT (without ATEX declaration)

GB-10

Page 11

RUS

SRB

Diaphragm gas meters BK-G..M, BK-G..C, BK-G..MT, BK-G..CT with ATEX declaration

GB-11

Page 12

RUS

SRB

Diaphragm gas meters BK-G..M, BK-G..C, BK-G..MT, BK-G..CT with RFID passive tag and ATEX declaration

GB-12

Page 13

RUS

SRB

Diaphragm gas meters BK-G..A, BK-G..AT

GB-13

Page 14

RUS

SRB

ATEX legend

= Marking of explosion protection

II = Equipment group ll for general industries

(with the exception of mines)

-/2 = Category: internal: none

external: Category 2 (Zone 1)

-/3 = Category: internal: none

external: Category 3 (Zone 2) 3 = Category 3 (Zone 2) 3/1 = Category: internal: Category 3 (Zone 2) external: Category 1 (Zone 0) G = Type of atmosphere: gases, hazes and

vapours

ic = Type of ignition protection: intrinsic safety

for Zone 2

c = “Constructional safety” explosion protec-

tion type

IIB, IIA = Explosion group for gases TX = No intrinsic heating T1 = Temperature class: maximum allowable

surface temperature450°C

T4 = Temperature class: maximum allowable

surface temperature135°C

T6 = Temperature class: maximum allowable

surface temperature 85°C

Gc = Equipment protection level for Zone 2 Ta = Ambient temperature

Logistics

Transport

Diaphragm gas meters are always to be transported in the upright position. On receipt of the product, check that the delivery is complete, see page2 (Part designations). Report any transport damage immediately.

Storage

Diaphragm gas meters are always to be stored in the upright position and in a dry place. Ambient temperature: see page9 (Technical data).

Disposal

Meters with electronic components:

WEEE Directive 0/9/EU – Waste Electrical and Electronic Equipment Directive

At the end of the product life, dispose of the packaging and product in a corresponding recycling centre. Do not dispose of the unit

with the usual domestic refuse. Do not burn the product. On request, old units may be returned carriage paid to the manufacturer, see page14 (Contact), in accordance with the relevant waste legislation requirements.

Contact

Germany

Elster GmbH

Strotheweg 1 49504 Lotte Tel. +49 541 1214-0

Fax +49 541 1214-370

info-instromet-GE4N@honeywell.com

www.elster-instromet.com

United Kingdom

Elster Metering Limited Paton Drive

Tollgate Business Park

Beaconside Stafford, ST16 3EF

Tel. +44 1785 275200

Fax +44 1785 275300 solution.elster@honeywell.com

www.elster-instromet.com

Ireland

Active Energy Control Ltd.

Unit 4, Clare Marts Quin Road Ennis, Co. Clare

Tel. +353 65 6840600

Fax +353 65 6840610 info@aec.ie

www.aec.ie

in the interests of progress.

We reserve the right to make technical modiﬁcations

GB-14