Parameter list, Technical specification aquavar, Intelligent pump controller instruction manual 139 – Xylem IM255 AQUAVAR Intelligent Pump Controller User Manual

Page 141

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background image

Parameter list

0-**

Operation

/ Display

0-0*

Basic Settings

0-01

Language

0-02

Motor Speed Unit

0-03

Regional

Settings

0-04

Operating State at Power-up

0-05

Local Mode

Unit

0-1*

Set-up

Operations

0-10

Active Set-up

0-1

1

Programming

Set-up

0-12

This Set-up Linked

to

0-13

Readout: Linked

Set-ups

0-14

Readout: Prog. Set-ups / Channel

0-2*

LCP

Display

0-20

Display Line

1.1 Small

0-21

Display Line

1.2 Small

0-22

Display Line

1.3 Small

0-23

Display Line

2 Large

0-24

Display Line

3 Large

0-25

My

Personal

Menu

0-3*

LCP

Custom

Readout

0-30

Custom Readout

Unit

0-31

Custom Reado

ut

Mi

n V

alue

0-32

Custom Reado

ut

Ma

x

V

alue

0-37

Display T

ext 1

0-38

Display T

ext 2

0-39

Display T

ext 3

0-4*

LCP

Keypad

0-40

[Hand on] Key on LCP

0-41

[Of

f] Key on LCP

0-42

[Auto

on]

Key

on

LCP

0-43

[Reset]

Key

on

LCP

0-44

[Of

f/Reset] Key on LCP

0-45

[Drive Bypass] Key on LCP

0-5*

Copy/Save

0-50

LCP Copy

0-51

Set-up Copy

0-6*

Password

0-60

Main Menu Password

0-61

Access to

Main

Menu w/o Password

0-65

Personal Menu

Password

0-66

Access to

Personal

Menu w/o Password

0-67

Bus Access Password

0-7*

Clock Settings

0-70

Date and T

ime

0-71

Date Format

0-72

T

ime

Format

0-74

DST/Summertime

0-76

DST/Summertime Start

0-77

DST/Summertime End

0-79

Clock Fault

0-81

W

orking

Days

0-82

Additiona

l W

orking

Days

0-83

Additiona

l Non-W

orking Days

0-89

Date and T

ime Readout

1-**

Load

and Motor

1-0*

General Settings

1-00

Configuration

Mode

1-03

Torque Characteristics

1-06

Clockwise

Direction

1-1*

Motor

Selection

1-10

Motor Construction

1-1*

VVC+ PM

1-14

Damping

Gain

1-15

Low Speed

Fil

te

r

T

ime Const.

1-16

High Spee

d F

ilter T

ime

Const.

1-17

V

oltage

filter time const.

1-2*

Motor

Data

1-20

Motor Power [kW]

1-21

Motor Power [HP]

1-22

Motor V

oltage

1-23

Motor Frequency

1-24

Motor Current

1-25

Motor Nominal

Speed

1-26

Motor Cont. Rated T

orque

1-28

Motor Rotation Check

1-29

Automatic Motor Adaptation (AMA)

1-3*

Adv

. Motor Data

1-30

Stator

Resistance

(Rs)

1-31

Rotor Resistance

(Rr)

1-35

Main Reactance

(Xh)

1-36

Iron Loss Resistance (Rfe)

1-37

d-axis Inductance (Ld)

1-39

Motor Poles

1-40

Back EMF

at 1000

RPM

1-46

Position Detection

Gain

1-5*

Load

Indep.

Setting

1-50

Motor Magnetisation

at Zero Speed

1-51

Min Speed Normal

Magnetising

[RPM]

1-52

Min Speed Normal

Magnetising

[Hz]

1-58

F

lyst

art

T

est Pulses

Current

1-59

F

lyst

art

T

est Pulses

Frequency

1-6*

Load

Depen. Setting

1-60

Low Speed Load

Compensation

1-61

High Speed

Load

Compensation

1-62

Slip Compensation

1-63

Slip Compe

nsation T

ime Constant

1-64

Resonance

Dampening

1-65

Resonance

D

ampenin

g T

ime

Constant

1-66

Min. Current at Low Speed

1-7*

Start Adjustments

1-70

PM

Start Mode

1-71

Start

Delay

1-72

Start

Function

1-73

Flying Start

1-77

Compressor Start Max Speed [RPM]

1-78

Compressor Start Max Speed [Hz]

1-79

Compressor Start Max T

ime to T

rip

1-8*

Stop

Adjustments

1-80

Function at Stop

1-81

Min Speed for Function at Stop [RPM]

1-82

Min Speed for Function at Stop [Hz]

1-86

T

rip

Speed

Low [RPM]

1-87

T

rip

Speed

Low [Hz]

1-9*

Mo

tor T

emperature

1-90

Motor Thermal Protection

1-91

Motor External Fan

1-93

Thermistor Source

2-**

Brakes

2-0*

DC-Brake

2-00

DC Hold/Preheat

Current

2-01

DC Brake Current

2-02

DC Braking T

ime

2-03

DC Brake Cut In Speed [RPM]

2-04

DC Brake Cut In Speed [Hz]

2-06

Parking Current

2-07

Parking T

ime

2-1*

Brake Energy Funct.

2-10

Brake Function

2-1

1

Brake Resistor (ohm)

2-12

Brake Power Limit (kW)

2-13

Brake Power Monitoring

2-15

Brake Check

2-16

AC brake Max. Current

2-17

Over-voltage Control

3-**

Reference / Ramps

3-0*

Reference Limits

3-02

Minimum Reference

3-03

Maximum Reference

3-04

Reference Function

3-1*

References

3-10

Preset

Reference

3-1

1

Jog Speed [Hz]

3-13

Reference Site

3-14

Preset

Relative

Reference

3-15

Reference 1 Source

3-16

Reference 2 Source

3-17

Reference 3 Source

3-19

Jog Speed [RPM]

3-4*

Ramp 1

3-41

Ramp 1 Ramp Up T

ime

3-42

Ramp 1 Ramp Dow

n T

ime

3-5*

Ramp 2

3-51

Ramp 2 Ramp Up T

ime

3-52

R

amp 2 Ramp Dow

n T

ime

3-8*

Other Ramps

3-80

Jo

g Ramp T

ime

3-81

Qui

ck

Stop

R

amp T

ime

3-82

Startin

g Ramp Up T

ime

3-9*

Digital Pot.Meter

3-90

Step

Size

3-91

R

amp T

ime

3-92

Power

Restore

3-93

Maximum

Limit

3-94

Minimum

Limit

3-95

Ramp

Delay

4-**

Limits / W

arnings

4-1*

Motor Limits

4-10

Motor

Speed

Direction

4-1

1

Motor

Speed

Low Limit

[RPM]

4-12

Motor

Speed

Low Limit

[Hz]

4-13

Motor

Speed

High

Limit

[RPM]

4-14

Motor

Speed

High

Limit

[Hz]

4-16

Torque

Limit Motor Mode

4-17

Torque

Limit Generator

Mode

4-18

Current

Limit

4-19

Max

Output Frequency

4-5*

A

d

j. W

arnings

4-50

W

arning

Current Low

4-51

W

arning

Current High

4-52

W

arning

Speed Low

4-53

W

arning

Speed High

4-54

W

arning

Reference

Low

4-55

W

arning

Reference

High

4-56

W

arning

Feedback Low

4-57

W

arning

Feedback High

4-58

Missing

Motor Phase Function

4-6*

Speed Bypass

4-60

Bypass

Speed From [RPM]

4-61

Bypass

Speed From [Hz]

4-62

Byp

ass Speed T

o [RPM]

4-63

Byp

ass Speed T

o [Hz]

4-64

Semi-Auto

Bypass Set-up

5-**

Digital In/Out

5-0*

Digital I/O

mode

5-00

Digital

I/O

Mode

5-01

Terminal

27 Mode

5-02

Terminal

29 Mode

5-1*

Digital Inputs

5-10

Terminal

18 Digital

Input

5-1

1

T

erminal

19 Digital

Input

5-12

Terminal

27 Digital

Input

5-13

Terminal

29 Digital

Input

5-14

Terminal

32 Digital

Input

5-15

Terminal

33 Digital

Input

5-16

Terminal

X30/2 Digital

Input

5-17

Terminal

X30/3 Digital

Input

5-18

Terminal

X30/4 Digital

Input

5-19

Terminal

37 Safe Stop

5-3*

Digital Outputs

5-30

Terminal

27 Digital

Output

5-31

Terminal

29 Digital

Output

5-32

Term

X30/6

Digi Out (MCB 101)

5-33

Term

X30/7

Digi Out (MCB 101)

5-4*

Relays

5-40

Function

Relay

5-41

On De

lay

, Relay

5-42

Of

f Delay

, Relay

5-5*

Pulse Input

5-50

Term. 29

Low

Frequency

5-51

Term. 29

High

Frequency

5-52

Te

rm.

29

L

ow Ref./F

eedb. V

alue

5-53

Te

rm.

29

H

igh Ref./Feedb. V

alue

5-54

Pu

lse Filter T

ime

Constant #29

5-55

Term. 33

Low

Frequency

5-56

Term. 33

High

Frequency

5-57

Te

rm.

33

L

ow Ref./F

ee

db. V

alue

5-58

Te

rm.

33

H

igh Ref./Feedb. V

alue

5-59

Pu

lse Filter T

ime

Constant #33

5-6*

Pulse Output

5-60

Te

rminal 27 Pul

se

Outpu

t V

ariable

5-62

Pulse

Output

Max

Freq

#27

5-63

Te

rminal 29 Pul

se

Outpu

t V

ariable

5-65

Pulse

Output

Max

Freq

#29

5-66

Te

rminal X30/6 Pulse

Outpu

t V

ariable

5-68

Pulse

Output

Max

Freq

#X30/6

5-8*

I/O Options

5-80

AHF Cap

Reconnect Delay

5-9*

Bus

Controlled

5-90

Digital

& Relay

Bus Control

5-93

Pulse

Out

#27

Bus Control

5-94

Pu

lse Out

#27 T

imeout

Preset

5-95

Pulse

Out

#29

Bus Control

5-96

Pu

lse Out

#29 T

imeout

Preset

5-97

Pulse

Out

#X30/6

Bus Control

5-98

Pu

lse Out

#X

30/6 T

imeout

Preset

6-**

Analog In/Out

6-0*

Analog I/O

Mode

6-00

Se

nsor Fault T

imeout T

ime

6-01

Se

nsor Fault T

imeout

Function

6-02

Fire

Mo

de Sensor Fault T

imeout Function

6-1*

Analog Input

53

6-10

Te

rminal 53 Low

V

oltage

6-1

1

T

erminal 53 Hi

gh V

oltage

6-12

Terminal

53 Low

Current

6-13

Terminal

53 High

Current

6-14

Te

rminal 53 Low

R

ef.

/Feed

b.

V

alue

6-15

Te

rminal 53 Hi

gh Ref./

Fee

db. V

alue

6-16

Te

rminal 53 Filter T

ime Constant

6-17

Terminal

53 Sensor

Fault

6-2*

Analog Input

54

6-20

Te

rminal 54 Low

V

oltage

6-21

Te

rminal 54 Hi

gh V

oltage

6-22

Terminal

54 Low

Current

6-23

Terminal

54 High

Current

6-24

Te

rminal 54 Low

R

ef.

/Feed

b.

V

alue

6-25

Te

rminal 54 Hi

gh Ref./

Fee

db. V

alue

6-26

Te

rminal 54 Filter T

ime Constant

6-27

Terminal

54 Sensor

Fault

6-3*

A

n

al

og Inp

ut X30/1

1

6-30

Te

rminal X30/1

1 Low

V

oltage

6-31

Te

rminal X30/1

1 Hig

h V

oltage

6-34

Te

rm.

X30

/1

1 Lo

w Ref./

Fee

db. V

alue

6-35

Te

rm.

X30

/1

1 Hi

gh Ref./F

eedb. V

alue

6-36

Te

rm.

X30

/1

1 Filter T

ime Constant

6-37

Te

rm.

X30

/1

1 Sensor

Fault

6-4*

Analog Input

X30/12

6-40

Te

rminal X30/12 Lo

w V

oltage

6-41

Te

rminal X30/12 Hi

gh V

oltage

6-44

Te

rm.

X30

/1

2

Low Ref./F

eedb. V

alue

6-45

Te

rm.

X30

/1

2

H

igh Ref./Feedb. V

alue

6-46

Te

rm.

X30

/1

2

Fi

lter

T

ime

Constant

6-47

Term. X30/12

Sensor

Fault

6-5*

Analog Output

42

6-50

Terminal

42 Output

6-51

Terminal

42 Output Min Scale

6-52

Terminal

42 Output Max Scale

6-53

Terminal

42 Output Bus Control

6-54

Te

rminal 42 Output T

imeout Preset

6-55

Analog

Output Filter

6-6*

Analog Output

X30/8

6-60

Terminal

X30/8 Output

6-61

Terminal

X30/8 Min. Scale

6-62

Terminal

X30/8 Max. Scale

Technical Specification

Aquavar

®

Intelligent Pump Controller INSTRUCTION MANUAL

139

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