Camille Bauer Sineax V624 Handleiding

Camille Bauer Niet gecategoriseerd Sineax V624

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Pagina 1/4

Contents

1. Read ﬁ rst and then ...............................................................................1

2. Scope of supply ....................................................................................1

3. Brief description ....................................................................................1

4. Technical data .......................................................................................1

5. Mounting ...............................................................................................2

6. Electrical connections ...........................................................................2

7. Conﬁ guring the transmitter ...................................................................3

8. Commissioning .....................................................................................4

9. Maintenance .........................................................................................4

10. Releasing the transmitter ......................................................................4

11. Dimensional drawings ...........................................................................4

12. Declaration of conformity ......................................................................4

1. Read ﬁ rst and then …

The proper and safe operation of the device assumes that the

Operating Instructions are read and the safety warnings given

in the various Sections

5. Mounting

6. Electrical connections

7. Conﬁ guring the transmitter

8. Commissioning

are .observed

The device should only be handled by appropriately trained personnel who

are familiar with it and authorised to work in electrical installations.

Unauthorized repair or alteration of the unit invalidates the warranty!

2. Scope of supply (Figs. 1 and 2)

Transmitter, one of the two versions (1)

Order-Code: Signiﬁ cance of the 1st to 4th digits

Description Order Code

1. Housing 624 -

Housing with screw terminals, not pluggable 3

Housing with screw terminals, pluggable 9

2. Version / Power supply

Standard/Power supply 24 … 60 V DC, AC 1

Standard/Power supply 85 … 230 V DC, AC 2

[Ex ia Ga] IIC and [Ex ia Da] IIIC

Power supply 24 … 60 V DC, AC

[Ex ia Ga] IIC and [Ex ia Da] IIIC

Power supply 85…110 V DC, 85…230 V AC

3. Output variable

Current (end value max. 20 mA) 1

Voltage (end value max. 10 V) 2

4. Conﬁ guration

Basic conﬁ guration programmed 0

Conﬁ gured to order 1

Programmable

Temperature

Transmitter

SINEAX V 624

V624 Be 142 159-05 05.15

Camille Bauer Metrawatt LTD

Aargauerstrasse 7

CH-5610 Wohlen/Switzerland

Phone +41 56 618 21 11

Fax +41 56 618 21 21

info@cbmag.com

www.camillebauer.com

Operating Instructions

The instruments must only be disposed of in the

correct way!

Safety precautions to be strictly observed are marked with following

symbols in the Operating Instructions:

Fig. 1 Fig. 2

1 Operating Instructions (2) each in German, French and English

1 Type Examination Certiﬁ cate (3), only for “Intrinsically safe” explosion-

proof devices

3. Brief description

The programmable SINEAX V624 is designed for measuring temperature in

combination with thermocouples or resistance thermometers. Thermocouple

non-linearities are automatically compensated.

The input variable and measuring range are programmed with the aid of a PC, a

programming cable and the corresponding software. Speciﬁ c measured variable

data such as output signal, transmission characteristics, active direction and

open-circuit sensor supervision data can also be programmed.

The sensor circuit is monitored for open and short-circuits and the output

responds in a deﬁ ned manner if one is detected.

Explosion-proof “Intrinsically safe” [Ex ia Ga] IIC and [Ex ia Da] IIIC versions

rounds off the series of transmitters.

Transmitters supplied as standard versions are conﬁ gured as follows:

– Measuring input:

– Measuring range:

– Measuring output:

– Open-circuit supervision:

– Mains ripple suppression:

Pt100 for wire connectionthree-

0 … 600 °C

4 … 20 mA resp. 0 … 10 V, acc. to order

Output 21.6 mA resp. 11 V, acc. to order

50 Hz

4. Technical data

Measuring input Input variable and measuring range conﬁ gured

Input variables

Measuring ranges

Limits Min.

span

Max.

span

Temperatures with

resistance thermometers

for ortwo, three

four-wire connection

Pt100, IEC 60751 – 200 to 850 °C 50 K 850 K

Ni100, DIN 43760 – 60 to 250 °C 50 K 250 K

Temperatures with

thermocouples

Type B, E, J, K, N, R, S, T

acc. to IEC 60584-1

Type L and U, DIN 43710

Type W5 Re/W26 Re,

Type W3 Re/W25 Re

acc. to ASTM E 988-90

acc. to type 2 mV 80 mV

(1)

(2)

(3)

Cold junction compensation

Internal: With incorporated Pt100

with Pt100 connected to the terminals

External: Via cold junction thermostat

0 … 60 °C, conﬁ gurable

Measuring output

DC current*: Conﬁ gurable between

0 and 20 resp. 20 and 0 mA

minimum span 2 mA

External resistance: Rext max. 600 Ω with 20 mA output

DC voltage*: Conﬁ gurable between

0 and 10 resp. 10 and 0 V

minimum span 1 V

Load capacity: Rext min. 2 kΩ with 10 V output

Programming connector on the transmitter

Interface: RS 232 C

Open and short-circuit sensor circuit supervision

Signalling modes: Output signal conﬁ gurable to…

… the value the output had immediately prior to

the open or short-circuit** (hold value)

… a value between – 5 and 110% of output

span

Power supply

DC, AC power pack (DC or 50…400 Hz)

Rated voltages and permissible variations

Nominal voltage UNTolerance Instruments version

24 … 60 V DC, AC DC – 15 … + 33%

AC ± 15% Standard (Non-Ex)

85 … 230 V*** DC, AC

24 … 60 V DC, AC DC – 15 … + 33%

AC ± 15% Type of protection

“Intrinsic safety”

[Ex ia Ga] IIC

[Ex ia Da] IIIC

85 … 230 V AC ± 10%

85 … 110 V DC – 15 … + 10%

Power consumption: 1.0 W resp. 2.1 VA

Light emitting diodes

Green LED: Light after switching on the power supply

Intrinsically safe

Type examination certiﬁ cate: ZELM 00 ATEX 0027 and 1st supplement

Identiﬁ cation: II (1)G [Ex ia Ga] IIC

II (1)D [Ex ia Da] IIIC

5. Mounting

The SINEAX V624 can be mounted on a top-hat rail.

When deciding where to install the transmitter (measuring

location), take care that the limits of the operating tempe-

rature are kept:

– 25 and + 55 °C

* The type of output variable (current or voltage) is not conﬁ gurable

** The short-circuit indicator is only active for the RTD ≥ 100 Ω at 0 °C,

three and four-wire measuring mode

*** Caution! Observe note in Section 6.3.

Table 1: Measuring input

Simply clip the device onto the top-hat rail (EN 50022) (see Fig. 3).

Fig. 3. Mounting onto top-hat rail 35 15 or 35 7.5 mm.× ×

6. Electrical connections

The connections for the leads are ﬁ xed or plug-in screw terminals, depending

on the device execution. These are easily accessible at the front of the trans-

mitter and are suitable for a wire cross-section of max. 2.5 mm

Make sure that the cables are not live when making the

connections!

The 230 V power supply is

potentially dangerous.

Also note that, …

… the data required to carry out the prescribed measurement

must correspond to those marked on the nameplate of

SINEAX V624 ( measuring input, measuring output

and power supply)!

… the resistance in the output circuit may not the overrange

current output value

Rext max. [kΩ] = 12 V

IAN [mA]

(IAN = current output value)

and not underrange the voltage output value

Rext min. [kΩ] = UAN [V]

5 mA

(UAN = voltage output value)!

… the measurement input and output cables should be twisted

pairs and run as far as possible away from heavy current

cables!

In all other respects, observe all local regulations when selecting

the type of electrical cable and installing them!

In the case of explosion-proof, the supple-“Intrinsically safe”

mentary information given on the type examination certiﬁ cati-

on, the EN 60079-14 and also local regulations applicable to

electrical installation in explosion hazard areas must be taken

into account!

6.1 Alternative measurement connections

Connect the measuring leads to suit the application as given in Table 1.

Rw1

Rw2

ϑϑϑ

Internal

cold junction

compensation

with incorporated

Pt100

Internal

cold junction

compensation

with Pt100

connected to

the terminals

External

cold junction

compensation

RTD

Four-wire

connection

RTD

Three-wire

connection

RTD

Two-wire

connection

Green LED for

operating status

1 2

4 5

7 8

11 12

Notes:

6.1.1 Connection to thermocouples

Pay attention to correct polarity when connecting thermocouples. If the

lead from the thermocouple to the transmitter has to be extended, be sure

to use thermally compensated leads suitable for the particular type of ther-

mocouple.

6.1.1.1 cold junction compensation, with incorporated Pt100Internal

Connect terminals

and

when using internal compensation by com-

parison.

Set the conﬁ guration software to “internal thermo-element” and “Pt100 built-in”.

6.1.1.2 I cold junction compensation with Pt100 connected to the nternal

terminals

For this alternative, a Pt100 is connected to terminals

and

. Terminals

and

must be connected.

Set the conﬁ guration software to “internal thermo-element” and “Pt100 on

terminals”.

6.1.1.3 cold junction compensationExternal

Be sure to conﬁ gure the reference temperature when using a cold junction

thermostat. The cold junction thermostat is connected to the transmitter by

copper wire leads.

6.1.2 Connection to resistance thermometer

6.1.2.1 Two-wire connection

Terminals

and

must be connected in the case of a

two-wire measurement.

The lead resistance must not be greater than 30 Ω per lead.

6.1.2.2 wire connection Three-

Terminals

and

must be connected in the case of a three-wire mea-

surement. It is not necessary to compensate the leads, providing the three

leads have identical resistances. The lead resistance must not be greater

than 30 Ω per lead.

6.1.2.3 Four-wire connection

The four-wire measurement is independent of lead resistance within wide

limits and therefore no compensation is necessary. The lead resistance must

not be greater than 30 Ω per lead.

6.2 Measuring output leads

Connect the output leads for terminals

(–) and

(+) as shown in

Fig. 4.

Note, the maximum permissible external resistance R

ext max. at current

output, resp. Rext min. at voltage output of the transmitter must

not be exceeded (see Section “4. Technical data”).

7 8

+–

Fig. 4. Measuring output connection.

6.3 Connecting the power supply

Connect the power supply to terminals

( –

~) and

( +

~) as shown

in Fig. 5.

10 11

+– –

Fig. 5. Power supply connection.

A two-pole switch must be included in the supply connection where facility

for switching SINEAX V624 off is desired.

Note: An external supply fuse must be provided for DC supply voltages

> 125 V.

7. Conﬁ guring the transmitter

The transmitter is conﬁ gured via the serial interface of a PC. An advantage of

the conﬁ guration procedure is that it can be carried out regardless of whether

the power supply is connected to the transmitter or not.

The following accessories are required …

… Conﬁ guration software V 600 (Order No. 146 557)plus

(Download free of charge under http://www.camillebauer.com)

… Programming cable PK610 (Order No. 137 887)

… Ancillary cable for SINEAX type V624 (Order No. 141 416)

A PC with an RS232C interface and Windows 3.1x or higher is also required.

The conﬁ guration procedure and choice of parameters is explained by the

menu-guided conﬁ guration program.

Safe area

Programming

connector

Interface

SINEAX V624

PK610

Ancillary cable

11 12

78 9

GOSSEN

METRAWATT

CAMILLE BAUER

V624

OFF: Connect

separate

power supply to

SINEAX

ON: Power supply

provided by PC

OFF

Fig. 6. Conﬁ guring a SINEAX V624 without the power supply. For this case the

switch on the interface must be set to “ON”.

Sensor V624 PK610

Hazardous area Safe area

Fig. 7. Conﬁ guring the SINEAX V624, types 624-33/34/93/94, when the sensor is

in the hazardous area. For this case the switch on the interface of the PK610 must

be set to “ON” or “OFF”, see Fig. 6.

The earthing conditions must be observed when programming

the instrument, (e.g. the instrument is installed in the plant).

If one of the input wires is earthed, a PC without an earth

connection must be used when programming (e.g. a notebook

running on the batteries).

Under no circumstances should a PC be used running from

a power supply with an earth connection, as this will damage

the transducer.

For devices of the explosion protection type “intrinsically

safe”, the PC or laptop must support a voltage level of 500 Veff

between the RS232 interface and earth (e.g. battery operation).

In particular, check other peripheral devices that are connected.

If the above voltage level is not supported (e.g. operation from the

mains power supply) the earth connection of the programming

cable PK610 must be connected to the potential equalization

conductor. At the same time, it must be ensured that the pro-

gramming circuit of the V624 is potential free.

Fig. 8. Connect the earth Fig. 9. Remove the earth

connection to the PK610 connection from the PK610

interface. interface.

Product specificaties

Merk:	Camille Bauer
Categorie:	Niet gecategoriseerd
Model:	Sineax V624

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