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KROHNE ALTOSONIC V EN User Manual

Page 82

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ALTOSONIC V

Operating Manual rev02 E

7.30850.34.00

Page 82 of 106

8.2

Analog output MP103 card

The analog output is a pulse width modulated current output, resolution 14 bit.


The AD output function can be disabled/enabled in the Initialisation file: HSET0300.ufp section 3

The AD output can be configured in the Initialisation file CLNT0300.dat section 6

The signals can be checked on value in the service window: IO.

Monitoring is also possible by its calibration program (see Manual: ALTOSONIC V UFP

Calibration and Verification I/O)

HSET0300.ufp section 3

CLNT0300.dat section 6:

8.3

Relay output MP103 card

There are four relay outputs, normally (no power) open.

Open is 0, closed is 1.

Relay No.

Open/Close

Function

0

Negative flow, a flow smaller than minus low-flow cut-off

0

1

Flow larger than minus low-flow cut-off

0

Alarm (system is not reliable):

-

More than 2 channels failure

-

One or more channels failure and flow is out of range for correction

-

System alarm

1

1

No alarms( system is reliable)

0

Warning (system is still reliable):

-

1 or 2 channels failure

-

System warning

2

1

No warnings

0

Positive flow, flow larger than positive low-flow cut-off

3

1

No flow (flow rate within limit low-flow cut-off )


The digital output function can be disabled/enabled in the Initialisation files: HSET0300.UFP

section 3

The signals can be checked on value in the service window: IO.

Monitoring is also possible by its calibration program (see Manual: ALTOSONIC V UFP

Calibration and Verification I/O)

More information on warnings and alarms can be found in chapter RUNTIME Windows (alarm

window)

HSET0300.ufp section 3

-----------------------------------------------------------------------------
6
6.1 Out1_mode =#1 //0=DIS 1=flow[m3/h] 2=flow15 3=mass[ton/hr]
//4=dens[kg/m3] 5=c_s[m/s] 6=VCF 7=viscosity[10e-6
m2/s]
//8=dens15[kg/m3] 9=Temp[øC] 10=Pres[bar]
6.2 Out1_min_curr =#4 //Minscale I [mA], range= 0 - max_currout [mA]
6.3 Out1_max_curr =#20 //Maxscale I [mA], range= min_currout - 22 [mA]
6.4 Out1_min_unit =#0 //Min outputvalue in [unity] choice
6.5 Out1_max_unit =#1000 //Max outputvalue in [unity] choice
6.6 Out1_tau =#0 //Averaging time tau[s]
-----------------------------------------------------------------------------

3.2 MP_curr_out =#0 //Current output 0=disable, 1=enable

3.4 MP_Dig_out =#0 //Digital Outputs 0=disable, 1=NC, 2=NO