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Page 4

Technical Manual MSR Universal Stage Controller

Para- Oper.- Code

Description

Default Values

Ranges

Your

meter mode

Val.

P01

X X X

-

Temperature of water inlet sensor resp. pressure value

-

-

-

P02

X

-

Temperature of Limitation sensor (water outlet)

-

-

-

P03

X X X

-

Status of: forward/backward/peak load limitation

P04* X X X

-

Setpoint 1 (absolute, start of backrun)

0

0

0

Limited by

P08/P09

P05

X X

88

Setpoint 2 (relative to P04)

0

0

0...10.0

P06

X X

88

Setpoint 3 (relative to P05)

0

0

0...10.0

P07

X X

88

Setpoint 4 (relative to P04)

0

0

0...10.0

P08* X X X

88

Setpoint high limit (for P04)

+30.0

+30.0

+50.0

-100.0..+100.0

P09* X X X

88

Setpoint low limit (for P04)

-1.0

-1.0

-50.0

-100.0...P08

P10* X X X

88

Hysteresis / Neutral Zone

2

2

2

0.5...10.0

P11

X

88

Limitation temperature. 

Below this value, all stages will be

-100.0

-100.0..+100.0

de-activated with their fixed backrun delay

P12

X

88

Hysteresis of limitation temperature P11

2

0,2...10.0

P13*

X X

88

Upper alarm limit (relative to P04)

+31.0

+31.0

+100.0

-100.0..+100.0

Above this value and P15 is run down, alarm

relay (if available) will be activated

P14* X X X

88

Lower alarm limit

-1.0

-1.0

-100.0

-100.0..+100.0

Below this value all stages will be switched OFF in 1 sec

steps, after P15 is run down, alarm relay will be activated.

P15* X X X

88

Alarm time delay

0

0

0

0...60 min

P16

X X X

70

Power stages of compressor resp. fan 1

1

1

1

1...4

P17

X X X

70

Power stages of compressor resp. fan 2

0

0

0

0...3

P18

X X X

70

Power stages of compressor resp. fan 3

0

0

0

0...3

P19

X X X

70

Power stages of compressor resp. fan 4

0

0

0

0...3

P20

X X X

88

Forward time delay (valid for each stage)

10

10

10

0...600 sec

P21

X X X

88

Backrun time delay (valid for each stage)

10

10

10

0...600 sec

P22

X X X

88

Minimum idle time (valid f. each stage)

0

0

0

0...20 min

P23

X X X

70

Switching mode relay K1 and relay K4

0

0

0

0=K1 act./K4 act.

1=K1 pass./K4 act.

2=K1 act./K4 pass.

3=K1 pass./K4 pass.

P24

X X X

88

Number of remaining stages after peak load limitation

2

2

2

0...4

P25

X X X

70

Base load change (Stage Sequence Change)

0

0

0

0=OFF, 1=ON

P26

X X X

88

Operating mode of control input OK 1

0

0

0

0=OFF,

1=2nd setpoint

2=Peak Load Lim.

3=Fast Backrun

P27

X X X

88

Operating mode of control input OK 2

0

0

0

0=OFF,

(Not available in MSR 1100, 3100 and 23100,

1=2nd setpoint

must be set to "0")

2=Peak Load Lim.

3=Fast Backrun

P28

X X X

70

Sensor type

4

4

1

1 = TF 201

2 = TF 501

3 = customer spec.

4 = 4...20 mA

5=Pressostat

Parameter Listing

Compressor

Fans

Brine-chiller

Compressor

Fans

Brine.Chiller

Summary of Contents for MSR 100 Series

Page 1: ...ge Compressors l Inputs for 2 wire Pressure Transmitters Pressostat and Temperature Sensors l Automatic Base Load Change Stage Sequence Change l Autoadaptive Trend Recognition l Analogue Output 0 10V...

Page 2: ...se order separately For usage with compressor compounds 2 wire pressure transmitter type DG 0 10 GSW with 4 20mA output signal For usage with condernser fans 2 wire pressure transmitter type DG 0 25 G...

Page 3: ...utes Reading the current operating mode Press and hold P longer than 3 seconds One of this 3 values occur on the display 106 Mode for compressor compounds 206 Mode for condenser fans 300 Mode for brin...

Page 4: ...value all stages will be switched OFF in 1 sec steps after P15 is run down alarm relay will be activated P15 X X X 88 Alarm time delay 0 0 0 0 60 min P16 X X X 70 Power stages of compressor resp fan 1...

Page 5: ...setpoint 1 0 0 0 0 59 min P38 X X X 88 OFF time hours of 2nd setpoint 1 0 0 0 0 23 h P39 X X X 88 OFF time minutes of 2nd setpoint 1 0 0 0 0 59 min P40 X X X 88 Adress of the unit in a network 78 78 7...

Page 6: ...ting From every state of the con troller 4 minutes after the last keypress the display switches back to the actual value Calibration of Transmitter and Actual Value A pressure transmitter delivers its...

Page 7: ...on Stage Controller for Brine Chillers The control setpoint is pre set by P04 as a tempera ture value this is the set point for stage 1 at the same time There is no need for an access code The follow...

Page 8: ...nd of the actual value and decides based on the captured data about the necessity of switching on off a machine A typical example of a conventional control is the following state Machines run the actu...

Page 9: ...signal Because this output is scalable it can be used both to forward an image of the actual value P01 or as proportional controller output P42 fixes the actual value the analogue output delivers 10V...

Page 10: ...m one transformer MSR 1100 only a double pole switch must be used to switched off the single positions If not the unit will be supplied by a half wave via the shielding andtheunitcontinuesworking depe...

Page 11: ...wer Hold key P until _ _ _ appears Let go key P Select 2 _ _ by key condenser fan mode Push key P once def appears default values are loaded Actual values appear ready for start up Basic Configuration...

Page 12: ...rward backrun Pressostat rear view with mounting frame 75 2 95 9 1 2 3 4 5 7 6 8 20 21 22 19 18 16 17 23 24 37 1 46 11 10 12 14 15 13 10 Multi Channel Controller F2 Mehrstufenregler ELREHA 15 A C D C...

Page 13: ...p alarm RS 485 N D O D O 37 36 35 30 29 Temperature Sensor Connection MSR 3100 23100 for chillers simplified picture 36 MSR 3100 38 37 RS 485 29 D O N D O 30 backrun forward Pressostat Dimensions MSR...

Page 14: ...K3 relay K4 alarm M M 14 9 10 12 11 13 15 29 N 24V DC f transmitter O K 1 D O 26 25 28 O K 2 30 MSR 5100 25100 with temperature sensors simplified pic 12 13 14 15 2 3 24 25 4 5 6 7 8 9 10 11 26 27 28...

Page 15: ...28 24 22 18 F1 DO NDO RS 485 relay 4 alarm F2 4 20mA 14 10 12 z 6 OK1 OK2 8 2 N 4 4 20mA N 16 relay 3 28 32 30 26 24 22 20 18 F1 18VDC RS 485 NDO DO 0 10V DC relay 4 alarm F2 10 14 12 6 8 2 4 d relay...

Page 16: ...lectromagnetic consistency IEC 1000 4 1 IEC 1000 4 2 IEC 1000 4 3 IEC 1000 4 4 IEC 1000 4 5 EN 55011 B EN 50081 part 1 and 2 EN 50082 part 1 and 2 EN 61010 part 1 EN 61010 1 A2 part 1 A1 This statemen...

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