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FAN SPEED CONTROL ADR 80 - 230   

 

ADR80230_5.04_eng

 Project: 

ADR Regulator

 

Revision Doc.:5,0 

Date

: 29.05.2009

 Page.

 7

 

 

Setup 

in ADR 

Min 
10 % 

Max

85 %

Start 

at 12.5 bar

End 

at 20.0 Bar

SET 

17 bar

Prop.-

band 

2.5 bar 

 

Note: Do not use a small proportional band otherwise you may expect hunting 

Based on the setup above following control will be in function 

 

 

Band in which you find a definite speed regulation 

 

 

 Start 

Start of 

prop.-band

Proportional-

band 

SET Proportional-

band 

End of 

Prop.-Band 

Full  

Speed

Pressure         bar 

12.5 

14.5 

2.5 

17.0

2.5 

19.5 

20.0 

Temperature  °C 

>35.0 

40° 

40°- 46° 

46° 

46° -  52° 

52° 

53° 

Voltage (output) in % 

10 

10 

 

 

 

= 85% 

100 % 

 

6.4.0 To control two different Set points and how to define = DUO SET  

The firmware in the EEPROM allows the usage of two different Set points. This with one sensor, with two of a kind or differ-
ent sensors (i.e. Temperature sensor and pressure transducer).   
.   

6.4.1 Window to set „DUO SET“ 

After your decision to use 2 sensors (Probes) follow option are open to be set. 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 
 

Example: Pressure 

 

 

 

 

 

 
 
 
 
 

 

 

 

 

 

 

Example input control parameter for DUO - SET 

 

As before you can configure the control parameter for each Sensor in the subdirectory “REGULATION” 

 
 
 

6.4.2 Sensors/Pressure transducer 1 or 2 Set points (DUO-SET) 

Each sensor input can be defined separate according to the different Probes (Example) 

Sensor 1 (P1)or (S1): Pressure via pressure transmitter, Sensor 2 (P2) or(S2): Temperature via temperature sensors NTC 
Attention: Do not forget to place the correct jumper according to the sensor   

 

6.

4.3 Wiring and placing jumpers for 2 set point but one sensor only

 

 

 

 

 

 

 

Attention: Bypass connection has to be made potential free (no voltage)  

Depending to the sensor input Jumper have to be placed. Please consider for 1 sensor with 2 set points with open Bypass (SET1) control is fixed by set point S1. 

With closed Bypass (SET2) control is taken over by set point 2    

 

 
 

Î

PROBES FUNCtion 

    NORMAL

            

Ú

 

Î

P1 

PROBE TYPE: 

    CURR  4  20 mA   

Ú

Î

P1 

MAX PRESSURE

     IN BAR        30.0  

Ú

 

Î

P1 

REGULATION 

        PRESSURE      

Ú

 

Î

P1 

INPUT  REG 

   IN BAR

                    

Ú

 

Î

P1 

FREON TYPE 

    FREON           R22

  

Ú

Î

P1 

WORKING IN 

     CHILLER

           

Ú

 

Î

P1 

REGULATION 

     START    9.5 BAR

Ú

 

Î

P1 

REGULATION 

     STOP   20.0 BAR

  

Ú

Î

P1 REGULATION 

    SET     17.0 BAR

  

Ú

Î

P1 REGULATION 

     BAND   2.0 BAR

  

Ú

V

JP1 (IN1)

V

JP2 (IN2)

IN1

IN

+12

GND

BY PASS

+

+

-

-

0 - 10 V

SET 1

SET 2

V
 I
N

V
 I
N

JP1 (IN1)

JP2 (IN2)

+12

GND

BY PASS

NTC - 10K

NTC

NTC

IN1

IN2

+

+

-

-

SET 1

SET 2

NO

V
 I
N

V
 I
N

mA

JP1 (IN1)

mA

JP2 (IN2)

+12

GND

 

BY PASS

0-20 / 4-20 mA

IN1

IN2

 

SET 1

SET 2

NO

V
 I
N

V
 I
N

+

-

-

Î

 

PROBES FUNCtion 

     INDEPENDANT

    

Ú

 

NORMAL  

A „normal“control between both sensors 
will take place. In function “Chiller” the 
highest value of both sensor will control the 
output of the ADR. In function “Heatpump” 
the lowest value of  both sensors controls 
the output. 

INDEPENDANT 

The firmware offers for each sensor a  
window for an individual programming of 
each probe. No o matter if it is for tempera-
ture , pressure, external voltage or chiller 
and heatpump 

Same windows also available for Sensor (Probes)2  
P1 = Sensor 1, P2 = Snesor 2 

Summary of Contents for MicroNova ADR 230 DP

Page 1: ...ion Doc 5 0 Date 29 05 2012 Page 1 CONDENSATION SPEED ADJUSTMENT ADR 230 ADR 80 DP Display D LCD PMK Transducer NTC Sensor Room outdoor Sensor FAN SPEED CONTROLLER Pressure Temperature or externally controlled for three phase and single phase Induction motors SERIES ADR 80 230 ...

Page 2: ...nts using one sensor 7 4 4 Connection and setup with 1 or 2 sensors 8 5 ADR80 230 with external control SPS 9 5 1 ADR80 230 with external control and 0 10V signal 9 5 2 ADR80 230 with external control and 0 20 mA signal 9 5 3 Minimum speed 9 5 4 Maximum speed 9 7 0 System Master and Slave 10 8 0 Wiring diagram ADR80 230 with pressure transducer PMK 11 9 0 Display 11 1 Standard display ADR in OFF 1...

Page 3: ...Function description Note ON OFF ON OFF of card and therefore of OUTPUT CONTROL FUNCTION ON running adjusted output voltage changed OFF stop of voltage change function Î 1 function when selected allows the in crease of the value or moves the menus towards the top 2 function with the card ON pressing key 3 modifies the SET towards the top The 1 function is activated even if the set is in ON positio...

Page 4: ...s made by two systems of parameters the Set up and the programming SETUP parameters do not require programming during normal operation of the adjustment but determines how the regulator works Programming parameters determine the real response of the system during adjustment Listed below are pa rameters followed by the default settings 4 1 SETUP PARAMETERS Programming of the SETUP is possible only ...

Page 5: ...tor starts automatically M A I N S Y E S Ú Î S E N S O R S N R Defines the number of sensors transducers connected It could be 1 or 2 T R A N S D U C E R S 1 Ú Î O U T P U T P H A S E Defines the minimum supply voltage in for the fan A minimum supply voltage for all the fans of about 15 of the total voltage is available M I N I M U M 0 Ú Î O U T P U T P H A S E Defines the maximum supply voltage o...

Page 6: ...n enlarged the ADR 80 and 230 can be accessed in 5 languages German English Italian French and Spanish S E T U P P A R A M E T Place the cursor on the line Language and confirm the selection with the PROG key Î R E G U L A T I O N L A N G U A G E Î E N G L I S H Place the cursor on the selected language and con firm the selection with the PROG key The language is automatically changed Push END and...

Page 7: ...erature via temperature sensors NTC Attention Do not forget to place the correct jumper according to the sensor 6 4 3 Wiring and placing jumpers for 2 set point but one sensor only Attention Bypass connection has to be made potential free no voltage Depending to the sensor input Jumper have to be placed Please consider for 1 sensor with 2 set points with open Bypass SET1 control is fixed by set po...

Page 8: ...mperature of circuit 1 or 2 Bypass SET 1 remains open Control with 2 Set points Setting in 2 Sensors SETUP 2 Set point Signals of circuit 1 and 2 will be used in accordance if Bypass is open or closed Bypass can be opened or closed by timer switch Thermostat or any other device potential free Bypass open SET 1 Circuit 1 takes over control Bypass closed SET2 Circuit 2 takes over control Attention B...

Page 9: ...e via remote control D LCD When the Minimum speed of the Setup falls below the setting the connected Motor will be cut off This happens even when the external control still calls for speed 6 5 4 Maximum Speed By using an external control for ADR with 0 10 V and 0 20 mA signals it is possible to limit the maxi mum speed too When the maximum speed is reached the internal control of the ADR 80 230 li...

Page 10: ...rature sensor jumpers have to be placed see drawings below 7 1 Signal 0 10 V Slave with jumpers 7 2 Signal 4 20 mA Slave without jumpers 7 3 Signal NTC Slave without jumpers Attention Valid for all Slave Versions Slave never to be connected to 12 To further ADR controller Master Slave Slave mA V NTC JP1 IN1 mA V NTC JP2 IN1 IN2 12 GND BY PASS ADR 80 230 V I N V I N mA V NTC JP1 IN1 mA V NTC JP2 IN...

Page 11: ...ration 9 3 Sensor value display During operation it is possible to check the values measured by the sensors This function works as a manometer and gives the pressure temperature values of each connected circuit S E N S O R N 1 R 2 2 3 9 6 C 1 5 2 B A R 9 4 By Pass adjustment On the board there is one input available which excludes adjustment In this case the fans will work without adjustment and t...

Page 12: ... fan Sector 3 Temperature or Pressure between Set Proportional Range and Set Proportional Range Supply voltage in creases proportional between the minimum and the maximum Sector 4 Temperature or Pressure between Set Proportional Range and Max Fan supply voltage equal to the maximum set voltage Sector 5 Temperature or Pressure higher then Max Max fan supply voltage 400V 230V 460 Note The transition...

Page 13: ... installation ventilation recommended 12 5 LCD Display D LCD Dimensions CN1 CN2 R S T W V U CN3 ADR 80 R S T M 3 M 1 R S T 400 VAC 230 VAC Max 8 A ADR 80 M 3 CN1 CN2 CN3 W T V S U R CN7 400VAC R S T ADR 230 M 1 CN1 CN2 CN3 W T V S U R 230VAC S T ADR 230 400 VAC 230 VAC Max 23A Max 23A 270 230 150 270 230 90 Fuses 1 x F630 mA 250 Vac 6 3 x 32 mm 1 x F630 mA 250 Vac 5 x 20 mm 51 mm 167 mm 58 mm 51 5...

Page 14: ...per correctly No info in Display of remote control dark or unreadable signs Remote control Display or ADR controller defect Change Display or ADR board Pressure on Display not analog to pressure gauge Manometer Wrong max pressure set in Setup Wrong refrigerant set in Setup Correct setting of maximum pressure according to the used pressurer tranducer or correct refrigerant ADR switches off despite ...

Page 15: ...he serial port of the ADR it is not possible any longer to connect the ADR to a network with modem etc The ADREX board ZPK01 is supplied with a short connecting cord to serial port ADR and Plastic mounting holder ADREX is compatible to safety regulation IP 22 ADREX for ADR 80 230 ADR EX INPUT Remote control ADR EX OUTPUT RELAY Warning signal Contact Function Setting I O O I O C CO Common CO NA CO ...

Page 16: ...FAN SPEED CONTROL ADR 80 230 ADR80230_5 04_eng Project ADR Regulator Revision Doc 5 0 Date 29 05 2009 Page 16 ...

Page 17: ...FAN SPEED CONTROL ADR 80 230 ADR80230_5 04_eng Project ADR Regulator Revision Doc 5 0 Date 29 05 2009 Page 17 ...

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