Honeywell Absolute Manuel utilisateur

Honeywell

730xxxxxx ©

1

English

Instruction Manual

Absolute ENCODER

Type S1 / S1D

Betriebsanleitung

Absolut ENCODER

Typ S1 / S1D

Mode d’emploi

ENCODEUR absolu

Type S1 / S1D

Manual de instrucciones

Absolut-ENCODER

Modelos S1 / S1D

Istruzioni d’uso

ENCODER assoluto

Tipo S1 / S1D

Gebruiksaanwijzing

Absoluut ENCODER

Type S1 / S1D

Honeywell

2

Honeywell

730xxxxxx ©

3

English

Français

Español

Italiano Nederlands Deutsch

Instruction Manual

Absolute ENCODER

Type S1 / S1D

Betriebsanleitung

Absolut ENCODER

Typ S1 / S1D

Mode d’emploi

ENCODEUR absolu

Type S1 / S1D

Manual de instrucciones

Absolut-ENCODER

Modelos S1 / S1D

Istruzioni d’uso

ENCODER assoluto

Tipo S1 / S1D

Gebruiksaanwijzing

Absoluut ENCODER

Type S1 / S1D

Honeywell

4

Honeywell

5

English

ENCODER S1 / S1D

Instruction Manual

Absolute ENCODER

Type S1 S1D

E1

Honeywell

7

English

Contents

1. Safety instructions ................................................................................................ 9

1.1 Intended use ................................................................................................... 10

1.2 Approvals and certifications ........................................................................... 10

1.3 Copyright and data protection ....................................................................... 11

1.4 Exemption from liability ................................................................................. 11

1.5 Product liability and guarantee ...................................................................... 12

1.6 Personnel ........................................................................................................ 12

1.7 Intended use and field of application ............................................................. 12

1.8 Legal declarations ........................................................................................... 12

1.9 Recycling and environmental protection ....................................................... 12

2. Structure and function ........................................................................................ 13

2.1 Device description .......................................................................................... 13

2.2 Working principle ........................................................................................... 13

2.3 Versions .......................................................................................................... 14

2.4 Connection configurations ............................................................................. 14

2.5 Top-mounted ENCODER ................................................................................. 16

3. Installation and commissioning ........................................................................... 16

4. Storage................................................................................................................ 17

5. Cleaning .............................................................................................................. 17

6. Repair ................................................................................................................. 17

7. Technical data ..................................................................................................... 17

8. Ambient conditions ............................................................................................. 18

9. Approvals ............................................................................................................ 18

10. Annex A – Standards and Norms ....................................................................... 19

Honeywell

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Information on the documentation

The latest version of the operating instructions is available to download from the

Honeywell website.

Please read the information in this document carefully in order to avoid injury to

the user or damage to the device. Moreover, currently valid national standards,

safety regulations and accident prevention regulations must be adhered to.

Should you have any problems understanding the contents of this document,

please contact your local Honeywell branch for support. Honeywell cannot

accept any responsibility for damage to property or personal injuries which are a

result of the information in this document not having been understood properly.

This document helps you to set up the operating conditions in such a way that

the safe and efficient use of the device is assured. In addition, this document also

specifies points and safety measures which must be particularly observed and

which are indicated using the following symbols:



WARNING or CAUTION

This symbol warns of dangerous situations. Failure to follow the

instructions could result in danger to people and the

environment or the meter could suffer damage.



INFORMATION or NOTE

Accurate measurement cannot be ensured if information or

notes with this symbol are ignored.

Honeywell

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English

1. Safety instructions



WARNING!

Danger of electrostatic discharge – only use a damp cloth to clean.



WARNING!

If there is danger that the device can be damaged from falling

(pointed, sharp-edged or heavy) objects, the operator must protect

the device.



WARNING!

Exposure to danger which can result from a chemical reaction

between parts of the meter and chemical substances in the vicinity

must be discussed with the manufacturer and the cause must be

eliminated.



WARNING!

The gas meter in which the encoder is installed must be integrated

into the equipotential bond, e.g. by connecting it to the grounded

pipeline.



INFORMATION!

Compliance with the specified operating and ambient conditions

as indicated on the type label and the gas meter type label is

absolutely essential for the safe operation of the encoder.

Honeywell

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1.1 Intended use



INFORMATION!

The manufacturer shall not be liable for damage caused by

improper or inappropriate use.

1.2 Approvals and certifications

CE marking / EU declaration of conformity

The manufacturer certifies conformity

with the EU

declaration of conformity and by attaching the CE marking.

The pulse generator meets the statutory requirements of

the relevant EU guidelines.

Comprehensive information on the applicable EU

Directives and Standards, as well as recognized

certifications, is contained in the EU declaration of

conformity.

The EU declaration of conformity is included in the delivery

and is also available to download at www.docuthek.com.

 See Chapter 9 for more approvals and Directives.

Approvals and Annex A – Standards and Norms

ATEX



DANGER!

The encoder is suitable for use in Zone 1 or 2 hazardous

areas and is approved with the following certification:

Zone 1:



II 2G Ex ib IIB T4

(SCR+)

 II 2G EEx ia IIB T4 (Namur)

TÜV 04 ATEX 2544

TÜV NORD CERT GmbH

Langemarckstr. 20

45747 Essen

Germany

Zone 2

:



II 3G Ex nA ic IIC T4 Gc

ATEX ELS 18.0001X

Elster GmbH

Steinern Straße 19-21

55252 Mainz-Kastel

Germany

Honeywell

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English

1.3 Copyright and data protection

This document has been created with the greatest possible care. No liability

is assumed for the accuracy, completeness or currency of the contents.

The contents and works produced in this document are subject to copyright.

Contributions by third parties are identified as such. The reproduction,

processing, distribution and any form of use beyond that which is permitted

by copyright require the written authorization of the respective author or the

manufacturer. The manufacturer strives to always respect the copyright of

others or to use his own or licence-free works.

We would like to point out that data transfer via the Internet (e.g. through e-

mail communication) can be subject to breaches in security. It is not

possible to provide complete protection against access by third parties.

1.4 Exemption from liability

The manufacturer shall not be liable for damage of any type caused by the

use of this product, including but not restricted to, direct, indirect or

incidental damage and its consequences.

This exemption from liability does not apply if the manufacturer has acted

intentionally or with gross negligence. In the event that any applicable law

does not allow such restrictions on implied warranties for defects, or the

exclusion or limitation of certain payments for damages, and should such

law apply to you, the above-mentioned exemption from liability, exclusions

or limitations may not apply to you in part or in whole.

For every product purchased, the warranty is valid in accordance with the

corresponding product documentation as well as the conditions of sale and

delivery of the manufacturer.

The manufacturer reserves the right to amend without prior notice the

contents of the documents, including this exemption from liability, in any

form and at any point in time, and for any reason, and shall in no way be liable

for any possible consequences of such amendments.

Honeywell

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1.5 Product liability and guarantee

The responsibility as to whether the device is suitable for the intended use is

that of the operator. The manufacturer cannot accept any liability for the

consequences of misuse by the operator. Improper installation or operation

of the devices (systems) render the warranty void. Furthermore, the relevant

“General Terms and Conditions” which form the basis of the purchase

contract also apply.

1.6 Personnel

This manual is aimed at staff who have adequate specialist and technical

knowledge (in Germany, for instance, in accordance with DVGW Codes of

Practice 492 and 495 or comparable technical regulations) on the basis of

their training and experience in the sector of energy and gas distribution.

1.7 Intended use and field of application

This product is intended to be used for the installation on/in gas meters from

Elster/Honeywell.

This product is not intended to be used for installation on/in (gas) meters

from other manufacturers.

1.8 Legal declarations

The metrological conformity assessment is based on the regulations of the

country concerned, where the device will be used.

1.9 Recycling and environmental protection

Honeywell has designed the transport packaging of the device to be

environmentally friendly. Packaging materials are always selected

consistently with a view to recycling. The cardboard items used constitute

secondary raw materials for the paperboard and paper industry. The

Instapak® foam packaging is recyclable and can be reused.

Plastic sheeting and strips/bands are also made of recyclable plastic. At

Honeywell, subsequent recycling and disposal are already elements of the

product development process. When selecting the materials, we allow for

reusability of the materials, suitability of materials and subassemblies for

dismantling and separation, and the risks of environmental pollution and

health risks when recycling and dumping on landfill sites.

Honeywell

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English

2. Structure and function

The ENCODER S1/S1D products are opto-electronic read-out units with

digital data transfer for turbine and rotary gas meters from Elster/Honeywell.

2.1 Device description

The encoder is integrated in an Elster/Honeywell meter index. The

technology is based on opto-electronic scanning which identifies the

position of the individual rollers on the mechanical index in a contact-free

process. The reading process for the Absolute ENCODER is therefore

identical to the manual reading of the mechanical index on site. Operation

of the Absolute ENCODER requires neither a battery nor an individual power

supply, as the power required for reading is supplied by the connected

device. The described technology can be flexibly adjusted to the application

by choosing one of the optional interface types.

2.2 Working principle

The digit rollers of the mechanical index are individually scanned by opto-

electronic means. Each roller has three asymmetrically arranged slots of

different lengths which are then scanned by five beams of light to determine

their position. The respective position of the roller and thus the digits on the

roller can be clearly identified thanks to the specific arrangement of the slots.

The light barriers consist of phototransistors, LEDs and optical waveguides

which are all scanned and evaluated one after the other using time-series

analysis. Control and evaluation of the light barriers is carried out by a

controller. This exactly defines the position of each individual digit roller and

transmits it to the connected add-on device (e.g. volume conversion device,

data logger or bus system) as part of a defined protocol. Depending on the

interface type, the protocol already includes various meter data such as the

factory number and meter size. The plug-and-play system means that no

subsequent parameterization is required.

Honeywell

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2.3 Versions

The ENCODER is available in two different mechanical versions, S1 and

S1D:

Fig. 1 | ENCODER S1 and ENCODER S1D

The ENCODER is available with the following communications protocols:

 NAMUR (Ex Zone 1 or 2)

Unidirectional serial interface for direct connection to volume

conversion devices and data loggers (levels comply with EN 60947-5-5).

 SCR+ (Ex Zone 1 or 2)

Low power interface, widely used for water meters, uses a protocol which

complies with IEC 62056-21 (formerly IEC 1107). The SCR interface can

be made compatible with the CL interface using a small separate,

external circuit.

 M-Bus (without explosion protection)

For correcting multiple meters to an electronic evaluation system, e.g. in

industry or in a residential environment.

2.4 Connection configurations

 Use only a screened cable to connect the encoder and ensure that the

pin assignment is correct (see Fig. 2 and sticker next to the cover of the

terminal box).

 Only connect one conductor per terminal.

 The maximum wire cross-section is 2.5 mm².

 Wire end ferrules must be used for flexible cables.

TRZ with ENCODER S1 RABO with ENCODER S1D

Honeywell

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English

 Tighten the screw terminals with a tightening torque of at least 0.8 Nm

to maximum 1 Nm.

 Ensure the correct polarity of the two-wire connection on the Namur

interface. The M-Bus and SCR/SCR+ interfaces are independent of the

polarity.

 It is possible to apply screening and to run a cable to the meter housing

or the pipe. It must be checked in advance that the grounding system

used allows grounding on both sides (ground loops and potential

difference in grounding).

Fig. 2 | Terminal assignment

 On the version with a double index, the lower 2 terminals determine the

direction of the gas flow:

Bridge attached to lower terminals (as delivered): upper index is activated:

Fig. 3 | Flow direction right > left

Lower terminals unassigned: lower index is activated:

Fig. 4 | Flow direction left > right

 An IN-Sxx pulse generator may be installed on the encoder index cover

as an option. The installation work and connection configuration are

shown in the relevant instruction manual.

For rotary gas meters: For top-mounted encoder S1D:

Honeywell

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2.5 Top-mounted ENCODER

The top-mounted version of the

ENCODER S1/S1D is suitable for the

mechanical index drive of the MI2 index

cover and can be operated in addition to

the mechanical index installed in the gas

meter.

 Connect the connector of the top-

mounted unit to the mechanical index

drive of the driving unit.

 Use a locking screw to prevent it from

being pulled out.

 Secure the locking screw with a seal for

use in custody transfer applications.

 The electrical connection is made as

described in section 2.4 Connection

configurations.

3. Installation and commissioning

 The encoder is supplied fully parameterized and ready for operation

together with the gas meters.

 The electrical connection is made as described in section 2.4

Connection configurations.

 For connecting the devices, use a screened cable pursuant to

IEC EN 60079-14.



WARNING!

If the encoder is used in hazardous areas, it must be connected to

an intrinsically safe circuit.

For installations in Zone 1, safety barriers or supply units must be

certified pursuant to ignition protection rating Ex ib IIC or Ex ia IIC.

Fig. 5 | Top-mounted ENCODER S1D

Honeywell

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English

4. Storage

 Store the device in a dry and dust-free location.

 Avoid constant direct sunlight.

 Store the device in its original packaging.

 Storage temperature: -40 to +70°C / -40 to +158°F.

5. Cleaning



WARNING!

Danger of electrostatic discharge – only use a damp cloth to clean.



DANGER!

 There is a risk of explosion if the plastic cover of the index is

cleaned with a dry cloth.

 It is forbidden to use aggressive chemical cleaning agents or

solvents for cleaning.

6. Repair



INFORMATION!

Repairs may be carried out only by authorized workshops.

7. Technical data

Namur

SCR+

M

-

Bus

Ui

≤ 13.5 V

≤ 38 V

Ii

≤ 20 mA

Pi

≤ 0.27 W

≤ 0.76 W

Enclosure

IP67

Top

-

m

ounted encoder:

Torque

0.2 Nmm

Max. speed of the

index drive 1 Hz

Drive value

0.1 / 1 / 10

Decimal places

0.2 / 1 / 0

Table 2 | Technical data

Honeywell

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8. Ambient conditions

Ambient temperature

-

40°C to +60°C

Storage temperature

-

40°C to +60°C

Humidity

0 t

o 80% RH

Max. height above sea level

2000 m

Outdoor installation

Yes

Mechanical environments

M1

Table 3 | Ambient conditions

9. Approvals

Approval:

Approval number:

Approval body:

ATEX

Zone 1*:



II 2G Ex ib IIB T4 (SCR+)



II 2G EEx ia IIB T4 (Namur)

TÜV 04 ATEX 2544

TÜV NORD CERT GmbH

Langemarckstr. 20

45747 Essen | Germany

Zone 2*:



II 3G Ex nA ic IIC T4 Gc

ATEX ELS 18.0001X

Elster GmbH

Steinern Straße 19-21

55252 Mainz-Kastel | Germany

Table 4 | Approvals



WARNING!

* If the ENCODER S1 is connected to a Zone 2 supply unit which is

not approved to Ex ib IIC or Ex ia IIC, the ENCODER S1 will

irrevocably lose its approval for Zone 1.

ATEX/IECEx legend:



Marking of explosion protection

II

Equipment group: industrial (mining excluded)

2/3

Equipment category 2 (Zone 1) or equipment category 3 (Zone 2)

G

Potentially explosive gas atmospheres

ia/ib/ic

Type of ignition protection: intrinsically safe

nA

Non-sparking apparatus

IIC

Explosion group for gases

T4

Temperature class

Gb

Equipment protection level

Honeywell

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10. Annex A – Standards and Norms

The ENCODER meets the following norms and standards or the relevant

chapters within them*:

2014/30/EU

Electrom

agnetic compatibility

DIN EN 61326-1:2013

VDE 0843-20-1:2013-07

Electrical equipment for measurement, control and

laboratory use – EMC requirements – Part 1:

General requirements

DIN EN 60079

-

0:2012

+ A11:2013

IEC 60079-0:2011

Explosive atmospheres

–

Par

t 0: Equipment

–

General requirements

DIN EN 60079-11:2012

IEC 60079-11:2011

Explosive atmospheres

–

Part 11: Equipment

protection by intrinsic safety “i”

DIN EN 60079

-

15:2010

IEC 60079-15:2010

Explosive atmospheres

–

Part 15: Equipment

protection by type of protection “n”

* Standards valid at the time of the operating instructions going to press.

Honeywell

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