background image

1.4.3

Main

 Menu

Structure

0-**

Operation

 /

 Display

0-0*

Basic

 Settings

0-01

Language

0-03

Regional

 Settings

0-04

Operating

 State

 at

 Power-up

0-06

GridType

0-07

Auto

 DC

 Braking

0-1*

Set-up

 Operations

0-10

Active

 Set-up

0-11

Programming

 Set-up

0-12

Link

 Setups

0-3*

LCP

 Custom

 Readout

0-30

Custom

 Readout

 Unit

0-31

Custom

 Readout

 Min

 Value

0-32

Custom

 Readout

 Max

 Value

0-4*

LCP

 Keypad

0-40

[Hand

 on]

 Key

 on

 LCP

0-42

[Auto

 on]

 Key

 on

 LCP

0-44

[Off/Reset]

 Key

 on

 LCP

0-5*

Copy/Save

0-50

LCP

 Copy

0-51

Set-up

 Copy

0-6*

Password

0-60

Main

 Menu

 Password

1-**

Load

 and

 Motor

1-1*

Motor

 Selection

1-10

Motor

 Construction

1-13

Compressor

 Selection

1-9*

Motor

 Temperature

1-90

Motor

 Thermal

 Protection

1-93

Thermistor

 Source

3-**

Reference

 /

 Ramps

3-0*

Reference

 Limits

3-02

Minimum

 Reference

3-03

Maximum

 Reference

3-1*

References

3-10

Preset

 Reference

3-11

Jog

 Speed

 [Hz]

3-14

Preset

 Relative

 Reference

3-15

Reference

 1

 Source

3-16

Reference

 2

 Source

3-17

Reference

 3

 Source

3-4*

Ramp

 1

3-41

Ramp

 1

 Ramp

 Up

 Time

3-42

Ramp

 1

 Ramp

 Down

 Time

3-5*

Ramp

 2

3-51

Ramp

 2

 Ramp

 Up

 Time

3-52

Ramp

 2

 Ramp

 Down

 Time

3-8*

Other

 Ramps

3-80

Jog

 Ramp

 Time

3-81

Quick

 Stop

 Ramp

 Time

4-**

Limits

 /

 Warnings

4-1*

Motor

 Limits

4-14

Motor

 Speed

 High

 Limit

 [Hz]

4-18

Current

 Limit

4-19

Max

 Output

 Frequency

4-4*

Adj.

 Warnings

 2

4-40

Warning

 Freq.

 Low

4-41

Warning

 Freq.

 High

4-5*

Adj.

 Warnings

4-50

Warning

 Current

 Low

4-51

Warning

 Current

 High

4-54

Warning

 Reference

 Low

4-55

Warning

 Reference

 High

4-56

Warning

 Feedback

 Low

4-57

Warning

 Feedback

 High

4-58

Missing

 Motor

 Phase

 Function

4-6*

Speed

 Bypass

4-61

Bypass

 Speed

 From

 [Hz]

4-63

Bypass

 Speed

 To

 [Hz]

4-64

Semi-Auto

 Bypass

 Set-up

5-**

Digital

 In/Out

5-0*

Digital

 I/O

 mode

5-00

Digital

 Input

 Mode

5-1*

Digital

 Inputs

5-10

Terminal

 18

 Digital

 Input

5-11

Terminal

 19

 Digital

 Input

5-12

Terminal

 27

 Digital

 Input

5-13

Terminal

 29

 Digital

 Input

5-3*

Digital

 Outputs

5-34

On

 Delay,

 Digital

 Output

5-35

Off

 Delay,

 Digital

 Output

5-4*

Relays

5-40

Function

 Relay

5-41

On

 Delay,

 Relay

5-42

Off

 Delay,

 Relay

5-5*

Pulse

 Input

5-50

Term.

 29

 Low

 Frequency

5-51

Term.

 29

 High

 Frequency

5-52

Term.

 29

 Low

 Ref./Feedb.

 Value

5-53

Term.

 29

 High

 Ref./Feedb.

 Value

5-9*

Bus

 Controlled

5-90

Digital

 &

 Relay

 Bus

 Control

6-**

Analog

 In/Out

6-0*

Analog

 I/O

 Mode

6-00

Live

 Zero

 Timeout

 Time

6-01

Live

 Zero

 Timeout

 Function

6-1*

Analog

 Input

 53

6-10

Terminal

 53

 Low

 Voltage

6-11

Terminal

 53

 High

 Voltage

6-12

Terminal

 53

 Low

 Current

6-13

Terminal

 53

 High

 Current

6-14

Terminal

 53

 Low

 Ref./Feedb.

 Value

6-15

Terminal

 53

 High

 Ref./Feedb.

 Value

6-16

Terminal

 53

 Filter

 Time

 Constant

6-19

Terminal

 53

 mode

6-2*

Analog

 Input

 54

6-20

Terminal

 54

 Low

 Voltage

6-21

Terminal

 54

 High

 Voltage

6-22

Terminal

 54

 Low

 Current

6-23

Terminal

 54

 High

 Current

6-24

Terminal

 54

 Low

 Ref./Feedb.

 Value

6-25

Terminal

 54

 High

 Ref./Feedb.

 Value

6-26

Terminal

 54

 Filter

 Time

 Constant

6-29

Terminal

 54

 mode

6-7*

Analog/Digital

 Output

 45

6-70

Terminal

 45

 Mode

6-71

Terminal

 45

 Analog

 Output

6-72

Terminal

 45

 Digital

 Output

6-73

Terminal

 45

 Output

 Min

 Scale

6-74

Terminal

 45

 Output

 Max

 Scale

6-76

Terminal

 45

 Output

 Bus

 Control

6-9*

Analog/Digital

 Output

 42

6-90

Terminal

 42

 Mode

6-91

Terminal

 42

 Analog

 Output

6-92

Terminal

 42

 Digital

 Output

6-93

Terminal

 42

 Output

 Min

 Scale

6-94

Terminal

 42

 Output

 Max

 Scale

6-96

Terminal

 42

 Output

 Bus

 Control

8-**

Comm.

 and

 Options

8-0*

General

 Settings

8-01

Control

 Site

8-02

Control

 Source

8-03

Control

 Timeout

 Time

8-04

Control

 Timeout

 Function

8-3*

FC

 Port

 Settings

8-30

Protocol

8-31

Address

8-32

Baud

 Rate

8-33

Parity

 /

 Stop

 Bits

8-35

Minimum

 Response

 Delay

8-36

Maximum

 Response

 Delay

8-37

Maximum

 Inter-char

 delay

8-4*

FC

 MC

 protocol

 set

8-42

PCD

 Write

 Configuration

8-43

PCD

 Read

 Configuration

8-5*

Digital/Bus

8-50

Coasting

 Select

8-51

Quick

 Stop

 Select

8-52

DC

 Brake

 Select

8-53

Start

 Select

8-54

Reversing

 Select

8-55

Set-up

 Select

8-56

Preset

 Reference

 Select

8-8*

FC

 Port

 Diagnostics

8-80

Bus

 Message

 Count

8-81

Bus

 Error

 Count

8-82

Slave

 Messages

 Rcvd

8-83

Slave

 Error

 Count

8-84

Slave

 Messages

 Sent

8-85

Slave

 Timeout

 Errors

8-88

Reset

 FC

 port

 Diagnostics

8-9*

Bus

 Jog

 /

 Feedback

8-94

Bus

 Feedback

 1

8-95

Bus

 Feedback

 2

13-**

Smart

 Logic

13-0*

SLC

 Settings

13-00

SL

 Controller

 Mode

13-01

Start

 Event

13-02

Stop

 Event

13-03

Reset

 SLC

13-1*

Comparators

13-10

Comparator

 Operand

13-11

Comparator

 Operator

13-12

Comparator

 Value

13-2*

Timers

13-20

SL

 Controller

 Timer

13-4*

Logic

 Rules

13-40

Logic

 Rule

 Boolean

 1

13-41

Logic

 Rule

 Operator

 1

13-42

Logic

 Rule

 Boolean

 2

13-43

Logic

 Rule

 Operator

 2

13-44

Logic

 Rule

 Boolean

 3

13-5*

States

13-51

SL

 Controller

 Event

13-52

SL

 Controller

 Action

14-**

Special

 Functions

14-0*

Inverter

 Switching

14-01

Switching

 Frequency

14-03

Overmodulation

14-1*

Mains

 On/Off

14-12

Function

 at

 Mains

 Imbalance

14-2*

Reset

 Functions

14-20

Reset

 Mode

14-21

Automatic

 Restart

 Time

14-22

Operation

 Mode

14-23

Typecode

 Setting

14-29

Service

 Code

14-5*

Environment

14-50

RFI

 Filter

14-6*

Auto

 Derate

14-65

Speed

 Derate

 Dead

 Time

 Compen-

sation

14-9*

Fault

 Settings

14-90

Fault

 Level

15-**

Drive

 Information

15-0*

Operating

 Data

15-00

Operating

 hours

15-01

Running

 Hours

15-03

Power

 Up's

15-04

Over

 Temp's

15-05

Over

 Volt's

15-06

Reset

 kWh

 Counter

15-07

Reset

 Running

 Hours

 Counter

15-08

Number

 of

 Starts

15-09

Number

 of

 Auto

 Resets

15-3*

Alarm

 Log

15-30

Alarm

 Log:

 Error

 Code

15-31

InternalFaultReason

15-4*

Drive

 Identification

15-40

FC

 Type

15-41

Power

 Section

15-42

Voltage

15-43

Software

 Version

15-44

Ordered

 TypeCode

15-45

Actual

 Typecode

 String

15-46

Drive

 Ordering

 No

15-48

LCP

 Id

 No

15-49

SW

 ID

 Control

 Card

15-50

SW

 ID

 Power

 Card

15-51

Drive

 Serial

 Number

15-53

Power

 Card

 Serial

 Number

15-59

File

 name

15-9*

Parameter

 Info

15-92

Defined

 Parameters

15-97

Application

 Type

15-98

Drive

 Identification

16-**

Data

 Readouts

16-0*

General

 Status

16-00

Control

 Word

16-01

Reference

 [Unit]

16-02

Reference

 [%]

16-03

Status

 Word

16-05

Main

 Actual

 Value

 [%]

16-09

Custom

 Readout

16-1*

Motor

 Status

16-10

Power

 [kW]

16-11

Power

 [hp]

16-12

Motor

 Voltage

16-13

Frequency

16-14

Motor

 current

16-15

Frequency

 [%]

16-16

Torque

 [Nm]

16-18

Motor

 Thermal

16-22

Torque

 [%]

16-3*

Drive

 Status

16-30

DC

 Link

 Voltage

16-34

Heatsink

 Temp.

16-35

Inverter

 Thermal

16-36

Inv.

 Nom.

 Current

16-37

Inv.

 Max.

 Current

16-38

SL

 Controller

 State

16-5*

Ref.

 &

 Feedb.

16-50

External

 Reference

16-52

Feedback[Unit]

16-54

Feedback

 1

 [Unit]

16-55

Feedback

 2

 [Unit]

16-6*

Inputs

 &

 Outputs

16-60

Digital

 Input

16-61

Terminal

 53

 Setting

16-62

Analog

 Input

 AI53

16-63

Terminal

 54

 Setting

16-64

Analog

 Input

 AI54

16-65

Analog

 Output

 AO42

 [mA]

16-66

Digital

 Output

16-67

Pulse

 Input

 #29

 [Hz]

16-71

Relay

 Output

 [bin]

16-72

Counter

 A

16-73

Counter

 B

16-79

Analog

 Output

 AO45

16-8*

Fieldbus

 &

 FC

 Port

16-86

FC

 Port

 REF

 1

16-9*

Diagnosis

 Readouts

16-90

Alarm

 Word

16-91

Alarm

 Word

 2

16-92

Warning

 Word

16-93

Warning

 Word

 2

16-94

Ext.

 Status

 Word

16-95

Ext.

 Status

 Word

 2

Quick Guide

Quick Guide

MG18M122

Danfoss A/S © Rev. 08/2014 All rights reserved.

23

1

1

Summary of Contents for VLT CDS 803

Page 1: ...MAKING MODERN LIVING POSSIBLE Quick Guide VLT Compressor Drive CDS 803 www danfoss com drives...

Page 2: ......

Page 3: ...ressor 6 1 3 7 Fuses 8 1 3 8 EMC compatible Electrical Installation 9 1 3 9 Control Terminals 10 1 4 Programming 12 1 4 2 The Start up Wizard 13 1 4 3 Main Menu Structure 23 1 5 Acoustic Noise or Vibr...

Page 4: ...t The ground leakage current from the adjustable frequency drive exceeds 3 5 mA cross sectionAccording to IEC 61800 5 1 a reinforced protective ground connection must be ensured with a min 10 mm2 Cu o...

Page 5: ...r 440 V 3x380 480 V units Open the RFI switch by removing the screw on the side of the adjustable frequency drive when at IT grid 130BB612 10 1 1 RFI switch Figure 1 1 IP20 CAUTION If reinserted only...

Page 6: ...capacity 200 V IP20 Enclosure 4 TR VZH028 H4 5 TR VZH035 H4 6 5 TR VZH044 H5 Table 1 4 H4 H5 200 V 1 3 3 Side by Side Installation The adjustable frequency drive can be mounted side by side and requir...

Page 7: ...ing decoupling plate The dimensions are only for the physical units but when installing in an application it is necessary to add space for free air passage both above and below the units The amount of...

Page 8: ...s on mounting of the decoupling plate see VLT Compressor Drive CDS 803 Decoupling Plate Installation Instructions Also see EMC compatible Installation in the VLT Compressor Drive CDS 803 Design Guide...

Page 9: ...V W 99 130BT302 12 Figure 1 4 H3 H5 Frame 130BA262 10 M I N S DC BR BR U V W RELAY 1 RELAY 2 95 Figure 1 5 When mounting cables first mount and tighten ground cable 130BA263 10 95 M A I N S DC BR BR U...

Page 10: ...tion Overcurrent protection must always be carried out according to local and national regulations Circuit breakers and fuses must be designed for protection in a circuit capable of supplying a maximu...

Page 11: ...d ground potential of PLC Use starwashers and galvanically grounding plates L1 L2 L3 PE Min 0 0248 in2 16 mm2 Equalizing cable Control cables All cable entries in one side of panel Grounding rail Cabl...

Page 12: ...53 54 or 55 18 19 12 20 55 27 29 42 45 50 53 54 DIGI IN DIGI IN DIGI IN DIGI IN 61 68 69 N P COMM GND 24V 0 4 20mA A OUT DIG OUT 0 4 20mA A OUT DIG OUT GND GND 10V 20mA IN 10V 20mA IN 10V OUT 130BB625...

Page 13: ...M D IN O V PNP 24 V NPN O V PNP 24 V NPN O V PNP 24 V NPN O V PNP Bus ter Bus ter RS 485 Interface RS 485 N PS 485 69 P RS 485 68 Com RS 485 61 PNP Source NPN Sink ON Terminated OFF Unterminated ON 1...

Page 14: ...r both numbers are shown in the display Set up 12 The flashing number indicates the edit set up 4 Compressor direction is shown to the bottom left of the display indicated by a small arrow pointing ei...

Page 15: ...a clear and structured manner to set up an open loop application An open loop application is here an application with a start signal analog reference voltage or current and optionally also relay sign...

Page 16: ...rn On The next screen will be the Wizard screen Wizard Screen 1 2 if 3 B a c k B a c k B a c k Com Com Com 130BD873 12 Size related Select Compressor Selection 7 200 Hz Select Max reference 8 Analog i...

Page 17: ...V 60 Hz IT grid 131 525 600 V 60 Hz Delta 132 525 600 V 60 Hz Size related Select operating mode for restart upon reconnection of the adjustable frequency drive to AC line voltage after power down 0 6...

Page 18: ...t relay 1 5 40 Function Relay 1 Function relay See 5 40 Function Relay Drive running Select the function to control output relay 2 6 10 Terminal 53 Low Voltage 0 10 V 0 07 V Enter the voltage that cor...

Page 19: ...Enabled 1 Enabled Select if short cycle protection is to be used 28 01 Interval between Starts 0 3600 s 300 s Enter the minimum allowed time between starts 28 02 Minimum Run Time 10 3600 s 60 s Enter...

Page 20: ...ce 0 3 02 Minimum Reference 0 Hz 1 00 Configuration Mode Size related 3 03 Maximum Reference 200 3 42 Ramp 1 Ramp Down Time 5 5 12 Terminal 27 Digital Input 3 41 Ramp 1 Ramp Up Time 5 6 7 8 9 10 11 12...

Page 21: ...drive to AC line voltage after power down 0 60 Main Menu Password 0 999 0 Define the password for access to the LCP 1 00 Configuration Mode 0 Open loop 3 Closed loop 0 Open loop Select closed loop 1 1...

Page 22: ...0 V 0 07 V Enter the voltage that corresponds to the low reference value 6 11 Terminal 53 High Voltage 0 10 V 10 V Enter the voltage that corresponds to the high reference value 6 14 Terminal 53 Low R...

Page 23: ...3 19 200 Baud 4 38 400 Baud 5 57 600 Baud 6 76 800 Baud 7 115 200 Baud 2 9 600 Baud Select the baud rate for the RS 485 port 20 00 Feedback 1 Source 0 No function 1 Analog Input 53 2 Analog Input 54 3...

Page 24: ...made then press OK 3 Press to browse through the parameters in the Quick Menu 4 Press OK to select a parameter 5 Press to change the value of a parameter setting 6 Press OK to accept the change 7 Pres...

Page 25: ...8 02 Control Source 8 03 Control Timeout Time 8 04 Control Timeout Function 8 3 FC Port Settings 8 30 Protocol 8 31 Address 8 32 Baud Rate 8 33 Parity Stop Bits 8 35 Minimum Response Delay 8 36 Maxim...

Page 26: ...ortional Gain 20 94 PI Integral Time 20 97 PI Feed Forward Factor 28 Compressor Functions 28 0 Short Cycle Protection 28 00 Short Cycle Protection 28 01 Interval between Starts 28 02 Minimum Run Time...

Page 27: ...ermal Protection 13 5 Overcurrent X X X Inverter peak current limit is exceeded 14 2 Ground Fault X X Discharge from output phases to ground 16 12 Short circuit X X Short circuit in the compressor or...

Page 28: ...V 40 125 hp 30 90 kW units Contact the local Danfoss supplier 251 New Typecode X X The adjustable frequency drive has a new type code only on 400 V 40 125 hp 30 90 kW units Contact the local Danfoss...

Page 29: ...97 8 98 1 97 9 Table 1 18 3x380 480 V AC 1 At rated load conditions 1 7 3 EMC Test Results The following test results have been obtained using a system with an adjustable frequency drive a shielded c...

Page 30: ...s near unity 0 98 Switching on the input supply L1 L2 L3 power ups Maximum 2 times min Environment according to EN 60664 1 Overvoltage category III pollution degree 2 The unit is suitable for use on a...

Page 31: ...lable Input resistance Ri 500 Maximum current 29 mA Analog output Number of programmable analog outputs 2 Terminal number 42 451 Current range at analog output 0 4 20 mA Maximum load to common at anal...

Page 32: ...galvanically isolated from the supply voltage PELV and other high voltage terminals Surroundings Enclosure IP20 Enclosure kit available IP21 TYPE 1 Vibration test 1 0 g Maximum relative humidity 5 95...

Page 33: ...ssure The cooling capability of air is decreased at low air pressure For altitudes above 6 600 feet 2 km contact Danfoss regarding PELV Below 3 300 ft 1000 m altitude no derating is necessary but abov...

Page 34: ...at alterations to products already on order shall not require material changes in specifications previously agreed upon by Danfoss and the Purchaser All trademarks in this material are property of the...

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