Itc Compact v 2000cp User manual

COMPACT V

EC, PH, ORP, FLOW CONTROLLER

ENGLISH

SAFETY RULES

To avoid personal or enviromental damages and to guarantee a proper

operation of the equipment, the staff in charge of the installation, set up and

maintenance of the equipment must follow the instructions of this manual,

specially those recommendations and warnings explicitly detailed. In addition,

specific instructions for the chemical products to be dosed should be followed.

SAFETY RULES

To avoid personal or enviromental damages and to guarantee a proper

operation of the equipment, the staff in charge of the installation, set up and

maintenance of the equipment must follow the instructions of this manual,

specially those recommendations and warnings explicitly detailed. In addition,

specific instructions for the chemical products to be dosed should be followed.

INDEX

1.- GENERAL DESCRIPTION

1.1 General description 04

1.2 Description of front part 05

1.3 Descriotion ofl display 05

2.-CARRIAGE AND MAINTENANCE 06

3.- TECHNICAL FEATURES 06

4.-FUNCTIONEMENT

4.1 Special configuration menu 07

4.2 Gauging 09

- Gauging the conductivity probe 09

- Gauging of the PH / ORP (RX) probe 10

- Gauging of flowmeter and the injection flow 11

4.3 Setpoints

- EC setpoint / regulation 12

- PH / ORP (RX) setpoint / regulation 13

- Porportionality value / regulation 14

4.4 Alarms

- Conductivity alarms 15

- PH / ORP (RX) alarms 16

- Flow alarms 17

4.5 Choosing automatic or hand regulation 18

4.6 Hand regulation 18

4.7 Selection of visualition of the outgoing signal 19

5.- INSTALLATION 20

6.- START UP 24

7.- MAINTENANCE 29

INDEX

1.- GENERAL DESCRIPTION

1.1 General description 04

1.2 Description of front part 05

1.3 Descriotion ofl display 05

2.-CARRIAGE AND MAINTENANCE 06

3.- TECHNICAL FEATURES 06

4.-FUNCTIONEMENT

4.1 Special configuration menu 07

4.2 Gauging 09

- Gauging the conductivity probe 09

- Gauging of the PH / ORP (RX) probe 10

- Gauging of flowmeter and the injection flow 11

4.3 Setpoints

- EC setpoint / regulation 12

- PH / ORP (RX) setpoint / regulation 13

- Porportionality value / regulation 14

4.4 Alarms

- Conductivity alarms 15

- PH / ORP (RX) alarms 16

- Flow alarms 17

4.5 Choosing automatic or hand regulation 18

4.6 Hand regulation 18

4.7 Selection of visualition of the outgoing signal 19

5.- INSTALLATION 20

6.- START UP 24

7.- MAINTENANCE 29

1.-GENERAL DESCRIPTION

COMPACT V allows to control the injection of the heads of a dosing pump

through a frequency variator.

Injection control through PROPORTIONALITY

Control of the injection of a dosing pump through a frequency variator, in order to

keep a previously established PROPORTION between the water flow and the

dosing flow.

Constant visualization of the instant flow (M3/H, GPM) of the network, PH / ORP

(RX) and CONDUCTIVITY (mS).

FLOW, CONDUCTIVITY and PH alarms.

Injection control through CONDUCTIVITY

Control of the injection of a dosing pump through a frequency variator, in order to

fit a predetermined CONDUCTIVITY.

Constant visualization of the instant flow (M3/H, GPM) of the network, PH and

CONDUCTIVITY (mS).

FLOW, CONDUCTIVITY and PH alarms.

4

1.-GENERAL DESCRIPTION

COMPACT V allows to control the injection of the heads of a dosing pump

through a frequency variator.

Injection control through PROPORTIONALITY

Control of the injection of a dosing pump through a frequency variator, in order to

keep a previously established PROPORTION between the water flow and the

dosing flow.

Constant visualization of the instant flow (M3/H, GPM) of the network, PH / ORP

(RX) and CONDUCTIVITY (mS).

FLOW, CONDUCTIVITY and PH alarms.

Injection control through CONDUCTIVITY

Control of the injection of a dosing pump through a frequency variator, in order to

fit a predetermined CONDUCTIVITY.

Constant visualization of the instant flow (M3/H, GPM) of the network, PH and

CONDUCTIVITY (mS).

FLOW, CONDUCTIVITY and PH alarms.

4

ESC

ENT

ON ALM

+

EC 1.50

Q 25.3

PH 6.3

A

S

e51%

5.-DESCRIPTION OF DISPLAY

4.-DESCRIPTION OF FRONT PART

EC 1.50

Q 25.3

PH 6.3

A

s

e51%

SORT OF CONDUCTIVITY

REGULATION

e = 4 -20 mA (INVERTER)

s = SERVOMOTOR

- = WITHOUT REGULATION

SORT OF PROPORTIONAL

INJECTION

e = 4 -20 mA (INVERTER)

s = SERVOMOTOR

- = WITHOUT REGULATION

SORT OF PH / RX REGULATION

e = 4 -20 mA (INVERTER)

s = SERVOMOTOR

- = WITHOUT REGULATION

ACTUAL VALUE

OF PH / RX

ACTUAL VALUE

OF CONDUCTIVITY (mS)

ACTUAL VALUE

3

OF FLOW (m /h)(GPM)

REGULATION SYSTEM

A = AUTOMATIC

M = MANUAL

POSITION OF REGULATOR (%)

OR THE OUTPUT SIGNAL 4-20mA

DISPLAY

KEY TO INCREASE

VALUE

KEY TO GO TROUGH

THE MENU

KEY TO DECREASE

VALUE

POWER SIGNAL

ALARM SIGNAL

ESCAPE KEY TO

GET OUT FROM

MENU WITHOUT

CONFIRM

CONFIRMATION

KEY

5

ESC

ENT

ON ALM

+

EC 1.50

Q 25.3

PH 6.3

A

S

e51%

5.-DESCRIPTION OF DISPLAY

4.-DESCRIPTION OF FRONT PART

EC 1.50

Q 25.3

PH 6.3

A

s

e51%

SORT OF CONDUCTIVITY

REGULATION

e = 4 -20 mA (INVERTER)

s = SERVOMOTOR

- = WITHOUT REGULATION

SORT OF PROPORTIONAL

INJECTION

e = 4 -20 mA (INVERTER)

s = SERVOMOTOR

- = WITHOUT REGULATION

SORT OF PH / RX REGULATION

e = 4 -20 mA (INVERTER)

s = SERVOMOTOR

- = WITHOUT REGULATION

ACTUAL VALUE

OF PH / RX

ACTUAL VALUE

OF CONDUCTIVITY (mS)

ACTUAL VALUE

3

OF FLOW (m /h)(GPM)

REGULATION SYSTEM

A = AUTOMATIC

M = MANUAL

POSITION OF REGULATOR (%)

OR THE OUTPUT SIGNAL 4-20mA

DISPLAY

KEY TO INCREASE

VALUE

KEY TO GO TROUGH

THE MENU

KEY TO DECREASE

VALUE

POWER SIGNAL

ALARM SIGNAL

ESCAPE KEY TO

GET OUT FROM

MENU WITHOUT

CONFIRM

CONFIRMATION

KEY

5

2.- CARRIAGE AND MAINTENANCE

The original packing is prepared so that carriage and storing of the product do not

cause any damage to the product, as long as this is done far from heat sources and

in dry, ventilated spaces.

Inside packing we include:

Compact V

Handbook

3.- TECHNICAL FEATURES

Power supply: 230 V AC (+/- 20%)

Max consumption: 6 mA

Working temperature: 0 - 45 ºC

Protection: IP 65

Don’t leave outdoors unprotected and keep away from the sun

DIMENSIONS

300

255

90

48

118

6

30

280

012

(11.8)

(11)

(10)

(9.5) (1.2)

(4.3)

(3.5)

(1.9)

2.- CARRIAGE AND MAINTENANCE

The original packing is prepared so that carriage and storing of the product do not

cause any damage to the product, as long as this is done far from heat sources and

in dry, ventilated spaces.

Inside packing we include:

Compact V

Handbook

3.- TECHNICAL FEATURES

Power supply: 230 V AC (+/- 20%)

Max consumption: 6 mA

Working temperature: 0 - 45 ºC

Protection: IP 65

Don’t leave outdoors unprotected and keep away from the sun

DIMENSIONS

300

255

90

48

118

6

30

280

210

(11.8)

(11)

(10)

(9.5) (1.2)

(4.3)

(3.5)

(1.9)

4.1 SPECIAL CONFIGURATION MENU

To reach this menu you must push both keys ESC and ENT for three seconds.

To run forward you will use the arrows (forward without validation) and ENTER

(forward with validation). To modify values you will use keys +/-.

T SERVO = 15

Only for the COMPACT S.

T EXT = 15 (see start up)

This value shows the time (seconds) which goes between two consecutive orders

from the COMPACT V to regulate the exterior output (4.20 mA). The time will depend

on two factors: distance between injection and reading sensor, and water speed (flow

and pipe diameter).

Too low a T EXT value will cause fluctuations in the motor speed and therefore in the

reading.

For example: if a unit of injected fluid takes 10 seconds to go from the injection pump

to the place where the sensor is, the time between two consecutive orders will be

longer than 10 sec. Approximately, therefore the value to be introduced will be T

EXT= 15.

EC: 1.40 mS

Value of the conductivity buffer supplied by ITC. If another buffer is to be used, the

value of the new buffer will have to be introduced.

Q UNIT: LITERS

Visualization of flow in l/hr (m3/hr) or in gallons/minute (GPM).

DIAM UNIT: MM

Visualization of diameter in mm or in inches.

FLOW K: 34.7

Amount of pulses per m/sec given by the flowmeter.

4.- FUNCTIONEMENT

7

4.1 SPECIAL CONFIGURATION MENU

To reach this menu you must push both keys ESC and ENT for three seconds.

To run forward you will use the arrows (forward without validation) and ENTER

(forward with validation). To modify values you will use keys +/-.

T SERVO = 15

Only for the COMPACT S.

T EXT = 15 (see start up)

This value shows the time (seconds) which goes between two consecutive orders

from the COMPACT V to regulate the exterior output (4.20 mA). The time will depend

on two factors: distance between injection and reading sensor, and water speed (flow

and pipe diameter).

Too low a T EXT value will cause fluctuations in the motor speed and therefore in the

reading.

For example: if a unit of injected fluid takes 10 seconds to go from the injection pump

to the place where the sensor is, the time between two consecutive orders will be

longer than 10 sec. Approximately, therefore the value to be introduced will be T

EXT= 15.

EC: 1.40 mS

Value of the conductivity buffer supplied by ITC. If another buffer is to be used, the

value of the new buffer will have to be introduced.

Q UNIT: LITERS

Visualization of flow in l/hr (m3/hr) or in gallons/minute (GPM).

DIAM UNIT: MM

Visualization of diameter in mm or in inches.

FLOW K: 34.7

Amount of pulses per m/sec given by the flowmeter.

4.- FUNCTIONEMENT

7

EXT: 4-20 mA

Selection of outside outlet, 4-20 mA or 0-10V.

T Q = 0 : 5 s

Minimum time to activate the Q=0 alarm (zero flow), in case it is activated.

+Q: 20%

Increase of nominal flow of injection pump when it is working at a frequency

Above 50 Hz.

The maximum working frequency is determined by the frequency variator (UL and

F204 parameters) and limited according to the capacity of the injection heads:

If the injection heads are 200 l/hr or less, the maximum working frequency will

be 80 Hz, which corresponds to an injection flow increase of 60% (+Q = 60%)

If any injection head is 300 l/hr or more, the maximum working frequency will be

60 Hz, which corresponds to an increase of the injection flow of 20% (+Q =

20%)

NOMINAL FLOW +Q = 20% +Q = 60%

50 Hz 60 Hz 80 Hz

50 60 80

100 120 160

200 240 320

300 360 -----

500 600 -----

N SECTOR: 0

Number of SECTOR equipments connected in the net with the CONTROLLER

2000.

8

EXT: 4-20 mA

Selection of outside outlet, 4-20 mA or 0-10V.

T Q = 0 : 5 s

Minimum time to activate the Q=0 alarm (zero flow), in case it is activated.

+Q: 20%

Increase of nominal flow of injection pump when it is working at a frequency

Above 50 Hz.

The maximum working frequency is determined by the frequency variator (UL and

F204 parameters) and limited according to the capacity of the injection heads:

If the injection heads are 200 l/hr or less, the maximum working frequency will

be 80 Hz, which corresponds to an injection flow increase of 60% (+Q = 60%)

If any injection head is 300 l/hr or more, the maximum working frequency will be

60 Hz, which corresponds to an increase of the injection flow of 20% (+Q =

20%)

NOMINAL FLOW +Q = 20% +Q = 60%

50 Hz 60 Hz 80 Hz

50 60 80

100 120 160

200 240 320

300 360 -----

500 600 -----

N SECTOR: 0

Number of SECTOR equipments connected in the net with the CONTROLLER

2000.

8

4.2 GAUGING

GAUGING THE CONDUCTIVITY PROBE

ENT

EC N.NN

EC

Q N.N

ALM

0.00

ALM

PH N.N

N.NN

0.00

1.40

A

CAL

1.40

CAL

--

-

NN%

PUSH

Unplug the conductivity probe and wait for reading (N.NN) to become stabilized.

Put the conductivity probe in the buffer liquid 1.40 mS and wait for the reading

(N.NN) to be stabilized.

PUSH

Flashing

WILL APPEAR

PROBES ARE

GAUGED

9

4.2 GAUGING

GAUGING THE CONDUCTIVITY PROBE

ENT

EC N.NN

EC

Q N.N

ALM

0.00

ALM

PH N.N

N.NN

0.00

1.40

A

CAL

1.40

CAL

--

-

NN%

PUSH

Unplug the conductivity probe and wait for reading (N.NN) to become stabilized.

Put the conductivity probe in the buffer liquid 1.40 mS and wait for the reading

(N.NN) to be stabilized.

PUSH

Flashing

WILL APPEAR

PROBES ARE

GAUGED

9

GAUGING OF THE PH / RX PROBE

ENT

EC N.NN

PH N.N

PH

Ph

PH

Q N.N

ALM

7.0

ALM

PH N.N

N.NN

N.N

N.NN

7.0

4.0

A

CAL

4.0

CAL

--

-

NN%

PUSH

Put the pH probe in the buffer liquid pH7, wait for the (N.NN) to be stabilized

(1 min. Aprox.)

Put the pH probe in the buffer liquid pH4, wait for the (N.NN) to be stabilized

(1 min. Aprox.)

PUSH

Flashing

WILL APPEAR

PROBES ARE

GAUGED

10

Pasos analogos a la sonda de RX

RX

0

N.NN

470

--

-

SONDA PH:

ENT

In order to gauge "0" point it is necessary to short-circuit

the two poles of the female conector BNC and then press

In order to gauge the ponit "470mV" it is necessary to put the probe in

the buffer of 470mV and wait for the reading (N.NN) to be stabilized

(1 min. aprox.) and press

SONDA ORP(RX):

GAUGING OF THE PH / RX PROBE

ENT

EC N.NN

PH N.N

PH

Ph

PH

Q N.N

ALM

7.0

ALM

PH N.N

N.NN

N.N

N.NN

7.0

4.0

A

CAL

4.0

CAL

--

-

NN%

PUSH

Put the pH probe in the buffer liquid pH7, wait for the (N.NN) to be stabilized

(1 min. Aprox.)

Put the pH probe in the buffer liquid pH4, wait for the (N.NN) to be stabilized

(1 min. Aprox.)

PUSH

Flashing

WILL APPEAR

PROBES ARE

GAUGED

10

Pasos analogos a la sonda de RX

RX

0

N.NN

470

--

-

SONDA PH:

ENT

In order to gauge "0" point it is necessary to short-circuit

the two poles of the female conector BNC and then press

In order to gauge the ponit "470mV" it is necessary to put the probe in

the buffer of 470mV and wait for the reading (N.NN) to be stabilized

(1 min. aprox.) and press

SONDA ORP(RX):

GAUGING OF FLOWMETER AND THE

INJECTION FLOW

ENT

+

-

EC N.NN

Q N.N

Q

Q N.N

ALM

K 34.7

ALM

PH N.N

N.NN%

NNN L/H

N.NN%

NNN

NN

A

CAL

Di NN mm

Di mmNN

CAL

--

-

NN%

PUSH

Flashing

To set the inner diameter in mm of the pipe one which the

flowmeter is located.

To set the sum of the flows of the different injection modules,

keeping in mind their regulation, and excluding the acid one.

Flashing

WILL APPEAR

THE FLOWMETER

IS GAUGED

11

GAUGING OF FLOWMETER AND THE

INJECTION FLOW

ENT

+

-

EC N.NN

Q N.N

Q

Q N.N

ALM

K 34.7

ALM

PH N.N

N.NN%

NNN L/H

N.NN%

NNN

NN

A

CAL

Di NN mm

Di mmNN

CAL

--

-

NN%

PUSH

Flashing

To set the inner diameter in mm of the pipe one which the

flowmeter is located.

To set the sum of the flows of the different injection modules,

keeping in mind their regulation, and excluding the acid one.

Flashing

WILL APPEAR

THE FLOWMETER

IS GAUGED

11

4.3 SET POINTS AND REGULATION

CONDUCTIVITY SET POINT AND REGULATION

ENT

EC N.NN

EC

Q N.N

ALM

PH N.N

N.NN

--

A

CAL

--

-

NN%

PUSH

Flashing

WILL APPEAR

TO FIX THE

NEW SET-POINT

VALUE, WILL

APPEAR

With the new set-point

value chosen and

regulation symbol

before the EC reading.

+

-

PUSH

TO INCREASE OR DECREASE THE SET-POINT VALUE OF

CONDUCTIVITY

TO CHOOSE THE REGULATION TO CONTROL THE

CONDUCTIVITY:

e= External regulation through an signal 4/20 mA (inverter)

(s= Regulation through a servomotor)

-- = no regulation

When we choose a regulation (e, s, --), this will not be available for

regulating another parameter.

n

12

4.3 SET POINTS AND REGULATION

CONDUCTIVITY SET POINT AND REGULATION

ENT

EC N.NN

EC

Q N.N

ALM

PH N.N

N.NN

--

A

CAL

--

-

NN%

PUSH

Flashing

WILL APPEAR

TO FIX THE

NEW SET-POINT

VALUE, WILL

APPEAR

With the new set-point

value chosen and

regulation symbol

before the EC reading.

+

-

PUSH

TO INCREASE OR DECREASE THE SET-POINT VALUE OF

CONDUCTIVITY

TO CHOOSE THE REGULATION TO CONTROL THE

CONDUCTIVITY:

e= External regulation through an signal 4/20 mA (inverter)

(s= Regulation through a servomotor)

-- = no regulation

When we choose a regulation (e, s, --), this will not be available for

regulating another parameter.

n

12

PH / ORP (RX) SET POINT AND REGULATION

ENT

EC N.NN

PH. N.N

PH

Q N.N

ALM

PH N.N

N.N

N.NN

--

A

CAL

--

-

NN%

PUSH

Flashing

WILL APPEAR

TO FIX THE

NEW SET-POINT,

WILL APPEAR

With the new set-

point value chosen

and regulation

symbol before

PH / RX reading.

+

-

PUSH

TO INCREASE OR DECREASE THE SET-POINT VALUE

OF PH / RX.

TO CHOOSE THE REGULATION TO CONTROL THE

PH / RX:

e= External regulation through an signal 4/20 mA (inverter)

(s= Regulation through a servomotor)

-- = no regulation.

When we choose a regulation (e,s,--), this will not be available

for regulating another parameter.

n

13

PH / ORP (RX) SET POINT AND REGULATION

ENT

EC N.NN

PH. N.N

PH

Q N.N

ALM

PH N.N

N.N

N.NN

--

A

CAL

--

-

NN%

PUSH

Flashing

WILL APPEAR

TO FIX THE

NEW SET-POINT,

WILL APPEAR

With the new set-

point value chosen

and regulation

symbol before

PH / RX reading.

+

-

PUSH

TO INCREASE OR DECREASE THE SET-POINT VALUE

OF PH / RX.

TO CHOOSE THE REGULATION TO CONTROL THE

PH / RX:

e= External regulation through an signal 4/20 mA (inverter)

(s= Regulation through a servomotor)

-- = no regulation.

When we choose a regulation (e,s,--), this will not be available

for regulating another parameter.

n

13

PROPOTIONALITY VALUE AND REGULATION

ENT

EC N.NN

Q. N.N

Q

Q N.N

ALM

PH N.N

N.NN%

--

A

CAL

--

-

NN%

PUSH

Flashing

WILL APPEAR

TO FIX THE NEW

INSTRUCTION

VALUE, WILL

APPEAR

With the new set-point

value and regulation

symbol before the PH

reading.

+

-

PUSH

TO INCREASE OR DECREASE THE PROPORTIONAL VALUE

OF INJECTION

TO CHOOSE THE REGULATION TO CONTROL THE PH::

e=External regulation through an signal 4/20 mA (inverter)

(s= Regulation through a servomotor)

-- = no regulation

When we choose a regulation (e,s,--), this will not be available for

regulating another parameter.

n

14

PROPOTIONALITY VALUE AND REGULATION

ENT

EC N.NN

Q. N.N

Q

Q N.N

ALM

PH N.N

N.NN%

--

A

CAL

--

-

NN%

PUSH

Flashing

WILL APPEAR

TO FIX THE NEW

INSTRUCTION

VALUE, WILL

APPEAR

With the new set-point

value and regulation

symbol before the PH

reading.

+

-

PUSH

TO INCREASE OR DECREASE THE PROPORTIONAL VALUE

OF INJECTION

TO CHOOSE THE REGULATION TO CONTROL THE PH::

e=External regulation through an signal 4/20 mA (inverter)

(s= Regulation through a servomotor)

-- = no regulation

When we choose a regulation (e,s,--), this will not be available for

regulating another parameter.

n

14

+

-

4.4 ALARMS

CONDUCTIVITY ALARMS

ENT

ESC ESC

ENT

EC N.NN EC N.NN

EC

> T --0.0

> 0.0 T --

< 0.0 T --

< T --0.0

< 0.0 T --

EC

Q N.N

ALM

PH N.N

N.NN

0.0

--

A

CAL

ALM

--

-

NN%

PUSH

To increase or decrease the maximum allowed differentia.

To increase or decrease the minimum allowed differential.

To increase or decrease the allowed time with the differential

(T -- : no alarm).

To increase or decrease the allowed time with the differential

(T -- : no alarm).

To validate and go back to original screen

To go back to main screen without validation.

PUSH

Flashing

WILL APPEAR

15

+

-

4.4 ALARMS

CONDUCTIVITY ALARMS

ENT

ESC ESC

ENT

EC N.NN EC N.NN

EC

> T --0.0

> 0.0 T --

< 0.0 T --

< T --0.0

< 0.0 T --

EC

Q N.N

ALM

PH N.N

N.NN

0.0

--

A

CAL

ALM

--

-

NN%

PUSH

To increase or decrease the maximum allowed differentia.

To increase or decrease the minimum allowed differential.

To increase or decrease the allowed time with the differential

(T -- : no alarm).

To increase or decrease the allowed time with the differential

(T -- : no alarm).

To validate and go back to original screen

To go back to main screen without validation.

PUSH

Flashing

WILL APPEAR

15

+

-

PH / RX ALARMS

ENT

ESC ESC

ENT

EC N.NN PH N.N

PH

> T --0.0

> 0.0 T --

< 0.0 T --

< T --0.0

< 0.0 T --

PH

Q N.N

ALM

PH N.N

N.N

N.NN

N.N

0.0

--

A

CAL

ALM

--

-

NN%

PUSH

To increase or decrease maximum allowed differential.

To increase or decrease minimum allowed differential.

To increase or decrease the time allowed with the differential

(T -- : no alarm).

To increase or decrease the time allowed with the differential

(T -- : no alarm).

To validate and go back to initial screen.

To go back to main screen without validating.

PUSH

Flashing

WILL APPEAR

16

+

-

PH / RX ALARMS

ENT

ESC ESC

ENT

EC N.NN PH N.N

PH

> T --0.0

> 0.0 T --

< 0.0 T --

< T --0.0

< 0.0 T --

PH

Q N.N

ALM

PH N.N

N.N

N.NN

N.N

0.0

--

A

CAL

ALM

--

-

NN%

PUSH

To increase or decrease maximum allowed differential.

To increase or decrease minimum allowed differential.

To increase or decrease the time allowed with the differential

(T -- : no alarm).

To increase or decrease the time allowed with the differential

(T -- : no alarm).

To validate and go back to initial screen.

To go back to main screen without validating.

PUSH

Flashing

WILL APPEAR

16

FLOW ALARMS

+

-

ENT

EC N.NN PH N.N

Q

Q MAX

Q

Q = 0

OFF

OUT RANGE

Q

Q N.N

ALM

Q MIN

ALM

PH N.N

N.NN%

T 30

N.NN

N.NN %

OFF

T 30

A

CAL

T 30

CAL

ALM

--

-

NN%

PUSH

To choose OFF/ON and so activating (ON) or deactivating (OFF)

the zero flow alarm.

To choose OFF/ON. It will activate the alarm in case of the

proporcionality set point correspond to injection flow, out of range of

injection pump.

To modify the time needed to activate the alarm of maximum

flow.

To modify the time needed to activate the alarm

PUSH

Flashing

Should it be::

OUT RANGE: OFF

Should it be

OUT RANGE: ON

Should it be::

OUT RANGE: ON

Flashing

WILL APPEAR

.

ESC

To go back to the initial screen.

PUSH

FLOW ALARMS

+

-

ENT

EC N.NN PH N.N

Q

Q MAX

Q

Q = 0

OFF

OUT RANGE

Q

Q N.N

ALM

Q MIN

ALM

PH N.N

N.NN%

T 30

N.NN

N.NN %

OFF

T 30

A

CAL

T 30

CAL

ALM

--

-

NN%

PUSH

To choose OFF/ON and so activating (ON) or deactivating (OFF)

the zero flow alarm.

To choose OFF/ON. It will activate the alarm in case of the

proporcionality set point correspond to injection flow, out of range of

injection pump.

To modify the time needed to activate the alarm of maximum

flow.

To modify the time needed to activate the alarm

PUSH

Flashing

Should it be::

OUT RANGE: OFF

Should it be

OUT RANGE: ON

Should it be::

OUT RANGE: ON

Flashing

WILL APPEAR

.

ESC

To go back to the initial screen.

PUSH

4.5 CHOOSING AUTOMATIC (A) OR MANUAL (M)

REGULATION

4.6 MANUAL REGULATION (M)

EC N.NN NN% Flashing

Q N.N

PH N.N

MNN%

PUSH

With the regulation in the M position (manual) it will be possible to change the

regulation (servomotor %, 4-20 mA of the variator) directly with the +/- keys, and

therefore to change the injection flow.

To change the servomotor regulation (%), it will be necessary to previously visualize

this sort of regulation (NN%).

To change the regulation 4-20 mA of the variator, it will be necessary to previously

visualize this sort of regulation (N.N m).

WILL APPEAR

To increase or reduce flow of injection.

+

-

PUSH

EC N.NN

A

Q N.N

PH N.N

A

M

NN%

PUSH

With the new sort of

chosen regulation

WILL APPEAR

WLL APPEAR

TO CHOOSE :

M: MANUAL REGULATION

A: AUTOMATIC REGULATION

+

-

PUSH

ENT

PUSH

18

4.5 CHOOSING AUTOMATIC (A) OR MANUAL (M)

REGULATION

4.6 MANUAL REGULATION (M)

EC N.NN NN% Flashing

Q N.N

PH N.N

MNN%

PUSH

With the regulation in the M position (manual) it will be possible to change the

regulation (servomotor %, 4-20 mA of the variator) directly with the +/- keys, and

therefore to change the injection flow.

To change the servomotor regulation (%), it will be necessary to previously visualize

this sort of regulation (NN%).

To change the regulation 4-20 mA of the variator, it will be necessary to previously

visualize this sort of regulation (N.N m).

WILL APPEAR

To increase or reduce flow of injection.

+

-

PUSH

EC N.NN

A

Q N.N

PH N.N

A

M

NN%

PUSH

With the new sort of

chosen regulation

WILL APPEAR

WLL APPEAR

TO CHOOSE :

M: MANUAL REGULATION

A: AUTOMATIC REGULATION

+

-

PUSH

ENT

PUSH

18

4.7 SELECTION OF VISUALIZATION OF THE

OUTGOING SIGNAL

4 - 20 mA: INVERTER SIGNAL

(% : only COMPACT S)

EC N.NN PH N.N

EC N.NN

REG

EC N.NN

NN%

Flashing

SERVOMOT

Flashing

Q N.N

PH N.N

SERVOMOT

PH N.N

A

NN%

4 - 20 mA

NN%

N.Nm

WITH AUTOMATIC REGULATION

PUSH

According to the selection of visualization of output signal

WILL APPEAR

SELECTION:

SERVOMOT (visualization of position of SERVOMOTOR)

4 - 20 mA (visualización señal variador en mA)

WILL APPEAR

OR

PUSH

ENT

PUSH

19

4.7 SELECTION OF VISUALIZATION OF THE

OUTGOING SIGNAL

4 - 20 mA: INVERTER SIGNAL

(% : only COMPACT S)

EC N.NN PH N.N

EC N.NN

REG

EC N.NN

NN%

Flashing

SERVOMOT

Flashing

Q N.N

PH N.N

SERVOMOT

PH N.N

A

NN%

4 - 20 mA

NN%

N.Nm

WITH AUTOMATIC REGULATION

PUSH

According to the selection of visualization of output signal

WILL APPEAR

SELECTION:

SERVOMOT (visualization of position of SERVOMOTOR)

4 - 20 mA (visualización señal variador en mA)

WILL APPEAR

OR

PUSH

ENT

PUSH

19

5 . - I N S TA L L AT I O N

To install this pump it is advisable to choose places protected

from water, away from heat sources and with air renewal.

5xDN

20xDN

FLOWMETER

FILTER

VALVE FILTER

A

B

C

ACID

INVERTER

COMPACT V

INJECTION

220 V AC

7

43

12

9

10 MF

COLLAR

FLOWMETER

EC

PH

COLLAR 3/4“

5

6

KASUGA

K

CHARGE

RUN

VEC

ECN

MIN MAX

RUN STOP

MON

PRG

MON ENT

DANGER

!

KVFH

3PH-200V-0.75kW

FORCED

VENTILATION

7MF

8

20

ITC COMPACT V 2000CP User manual

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