Kamstrup MULTICAL 6M2 Bedienungsanleitung

Installation and User Guide

MULTICAL® 6M2

Kamstrup A/S · Industrivej 28, Stilling · DK-8660 Skanderborg · T: +45 89 93 10 00 · info@kamstrup.com · kamstrup.com

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2 Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

Designations

Permissible operating conditions / measuring ranges

Clcultor q:-40 °C..…140 °C DΘ: 3K…170K

Temperture sensor pir q:-40 °C..…140 °C DΘ: 3K…140K

Mechanical environment

M1 (ﬁxed instlltion with minimum vibrtion).

M2 (signiﬁcnt or high level of vibrtion nd shock).

Electromagnetic environment

E1 nd E2 (domestic/light industry nd industry). The meter’s signl cbles must be drwn t min.

25 cm distnce to other instlltions.

Climatic environment

Must be instlled in environments with non-condensing humidity s well s in closed loctions

(indoors). The mbient temperture must be within 5…55 °C.

Maintenance and repair

The district heting supplier cn replce communiction module, bttery nd temperture sensor

pir. The ﬂow sensor my lso be replced, but must be suitble for mixed ﬂuid pplictions nd

possible sub-zero tempertures.

MULTICAL® 6M2, type 6M2-G/H must be connected to  temperture sensor pir type Pt500.

MULTICAL® 6M2, type 6M2-G cn be connected to ﬂow sensor type electronic pick-up or ﬂow sen-

sors with reed switch output.

MULTICAL® 6M2, type 6M2-H must be connected to  ﬂow sensor with 24 V ctive pulse output.

Irrespective of ﬂow sensor type, “pulses/litre” must be identicl in ﬂow sensor nd clcultor.

Battery for replacement

Kmstrup type 1606064.

Kamstrup A/S · Industrivej 28, Stilling · DK-8660 Skanderborg · T: +45 89 93 10 00 · info@kamstrup.com · kamstrup.com

Installation Guide

MULTICAL® 6M2

Kamstrup A/S · Industrivej 28, Stilling · DK-8660 Skanderborg · T: +45 89 93 10 00 · info@kamstrup.com · kamstrup.com

4 Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

Contents

1 Generl informtion 4

2 Mounting of temperture sensors 5

2.1 Pocket temperture sensor pir 5

2.2 Short direct temperture sensor pir 6

2.3 Temperture sensor pir in cooling

pplictions 6

3 Flow sensor 7

3.1 Mounting of ﬂow sensor 7

3.2 GWF ﬂow sensor 7

4 Mounting of clcultor 9

4.1 Seprte/wll mounting 9

4.2 Pnel mounting 9

5 Fluid type 10

5.1 Fluid type code 10

6 Electricl connection, MULTICAL® 6M2 11

6.1 Connection of electronic pick up or

reed switch units 11

6.2 Connection of units with ctive pulses 11

6.3 Connection exmple 12

7 Voltge supply of clcultor 13

7.1 Bttery supply 13

7.2 Mins modules 13

8 Testing of function 14

9 Informtion codes ”INFO” 14

10 Plug-in modules 15

10.1 Module overview 15

10.2 Module description 15

11 Setup vi front keys 17

1 General information

Read this guide before installing the meter.

Kamstrup’s warranty obligations do not apply in case of incorrect mounting.

Plese note tht the following instlltion conditions must be obeyed:

- Pressure stge Kmstrup

sensor pir type DS: PN16

- Pressure stge Kmstrup

stinless steel pockets: PN25/PN40 - depending on type

Note: Plese be wre tht depending on the ﬂow prt it my be recommended to use  ﬂnge

meter t high medium tempertures.

5Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

2 Mounting of temperature sensors

The temperture sensors used to mesure inlet nd outlet tempertures respectively re 

mtched sensor pir tht must never be seprted.

Temperture sensors re usully mounted in MULTICAL® 6M2 from the fctory. According to EN

1434 or OIML R75 the cble lengths must not be chnged. If the cble lengths re chnged it might

result in  mesurement error. If necessry, sensors must lwys be replced in pirs.

The sensor mrked with  red sign is to be instlled in the inlet pipe. The other sensor mrked with

 blue sign is to be instlled in the outlet pipe (see prgrph 6 for further informtion).

Note: The sensor cbles must not be pulled. Be wre of this in cse of binding the cbles.

2.1 Pocket temperature sensor pair

Preferbly, sensor pockets must be mounted in

tee-pieces or in 45° lterl Y-pieces. The tip of the

sensor pocket must be plced in the middle of the

ﬂow.

The temperture sensors should rech the bottom

of the pockets. If  short response time is required,

”non-hrdening” het conducting pste cn be

used.

Push the plstic sleeve on the sensor cble into

the sensor pocket nd secure the cble by mens

of the enclosed M4 seling screw. Fsten the

screw with your ﬁngers only. Sel the pockets

using sel nd locking wire.

6 Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

2.2 Short direct temperature sensor pair

The short direct sensors cn be mounted in specil bll vlves or

in specil tee-pipes, both with threds up to R1 nd built-in M10

union for the short direct sensor.

For mounting in existing instlltions with stndrd ngle tees

Kmstrup A/S cn, furthermore, supply R½ nd R¾ brss nipple

ﬁttings for the short direct sensors.

Fsten the sensor’s brss unions lightly (pprox. 4 Nm) using 

12 mm fce wrench nd sel the sensors with sel nd locking

wire.

2.3 Temperature sensor pair in cooling applications

Temperture sensors in cooling pplictions must be mounted

from below s shown in the ﬁgure.

7Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

3 Flow sensor

The MULTICAL 6M2 must be used in connection with ﬂow prts comptible with mixed ﬂuids. Flow

prts suitble for mixed ﬂuids re e.g. mechnicl nd mgnetic inductive.

3.1 Mounting of ﬂow sensor

A Recommended ﬂow sensor position.

B Recommended ﬂow sensor position.

C Uncceptble position due to risk of ir build-

up.

D Acceptble in closed systems. Uncceptble

position in open systems due to risk of ir

build-up in the system.

E A ﬂow sensor ought not to be plced immedi-

tely fter  vlve, with the exception of block

vlves (bll vlve type) which must be fully

open when not used for blocking.

F A ﬂow sensor should not be plced t the

suction side of  pump.

G A ﬂow sensor ought not to be plced fter 

double bend in two levels.

3.2 GWF ﬂow sensor

GWF volume mesuring meters cn withstnd instlltions where ntifreeze gents re present.

The mesuring dynmics re, however, inﬂuenced depending on the concentrtion. With n nti-

freeze concentrtion:

1 Below 5 % there is no inﬂuence on the mesuring dynmics

2 At 30 % the qi vlue is doubled.

Note: The qi increses between 5-30 %. This degrdtion tkes plce proportionlly.

3 Above 30 % we do not recommend these meters.

8 Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

3.2.1 Mounting of GWF ﬂow sensor

Single jet meters (Unico®) cn be instlled

in horizontl or verticl pipelines. Horizontl

instlltion is preferred since it offers superior

mesuring dynmics.

Multi jet meters (MTH) cn only be instlled in

horizontl pipelines. The meter type plte must

lwys fce upwrds.

It is recommended to instll shut-off vlves

before nd fter the meter, to fcilitte the in-

stlltion nd removl of the meter for periodic

inspection nd mintennce work.

Py ttention to the direction of ﬂow when in-

stlling the meter. An rrow on the meter body

indictes the direction of ﬂow.

Note: The meter should be protected ginst mechnicl jolts or vibrtion, which could be present

in the instlltion.

9Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

4 Mounting of calculator

The MULTICAL® 6M2 clcultor cn be mounted in two different wys:

4.1 Separate/wall mounting

The wll ﬁtting mkes it possible to mount

MULTICAL® 6M2 direct on n even wll. Use the

ﬁtting s  templte to mrk nd drill two 6 mm

holes in the wll.

Nturlly, wll mounting is idel when mounting

in condensing environments.

52 mm

4.2 Panel mounting

MULTICAL® 6M2 cn be mounted direct in pnels nd control pnels, vi Kmstrup’s pnel mount-

ing kit, No. 66-99-104 (192 x 144 mm).

10 Kamstrup A/S • 55121600_A4_GB_03.2015

MULTICAL® 6M2

5 Fluid type

MULTICAL® 6M2 is comptible with the most commonly used ntifreeze liquids, e.g. ethylene gly-

col, propylene glycol, Tyfocor nd Antifrogen.

5.1 Fluid type code

The type of ntifreeze liquid nd the concen-

trtion re freely progrmmble nd thus

MULTICAL® 6M2 cn compenste for the unique

speciﬁc het cpcity in ech ppliction,

ensuring  high ccurcy regrdless of the

chemicl composition or the ppliction.

The ﬂuid type code is  4 digit code, which

sttes the ﬂuid type nd concentrtion, for

which the clcultor is progrmmed. The

ﬂuid type code cn be viewed in the clcul-

tor’s disply (reference number 71).

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