Progres AMBITROL 100 Instruction Manual Download Page 1

 

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              INSTRUCTION  

 MANUAL 

     MODELS 102 Y 103 

 
 

 

INDEX 

Sec. 

Theme 

Page 

1. 

BASIC DESCRIPTION 

2. 

INTRODUCTION 

3. 

DIMENSIONS 

4. 

INSTALLATION 

4.1. 

 

Placing the equipment 

4.2. 

 

Connection 

4.3. 

 

Supply 

4.4. 

 

Inputs 

4.5. 

 

Outlets 

5. 

CONFIGURATION 

5.1. 

 

Inputs 

5.2. 

 

Outlets 

5.3. 

 

Programming 

6. 

USE 

10 

6.1. 

 

Programmes 

11 

6.2.. 

 

Curves 

12 

6.3. 

 

Record 

12 

6.4. 

 

Anomalies 

13 

6.5. 

 

Various 

13 

6.6. 

 

Consult 

14 

7. 

DETAILED DESCRIPTION OF TYPES  

15 

8. 

AMBITROL 100H 

23 

9. 

AMBITROL 100HS 

23 

 

PRESENTATION 

We wish to take this opportunity to thank you for 

the  confidence  in  us  which  you  have  shown  in 
expressing  interest  or  adquiring  the  AMBITROL 
102/103. 
 

This  confidence,  for  our  part,  stimulates  our 

efforts  to  meet  and  surpass  the  expectations  of  our 
clients to justify the traditional quality of our products. 
 

This  manual  will  explain  the  specification  of  the 

equipment as well as its installation and use. 
 

However,  if  after  reading  this  you  still  have  any 

doubts, contact us and we will happily answer them. 

1. BASIC DESCRIPTION 

 

 Model  102/103  is  a  complete 

electronic  system  for  the  automatic  control  of  the 
environmental  parameters  in  climatic  premises  such  as 
farms,  greenhouses,  drying  sheds,  cold  rooms,  etc. 
with  8  analogical inputs (for sensors) and 2 digital ones 
(to  condition  working),  plus  8  analogical  outlets  of  relay 
(all/nothing)  expandable,  and  3  or  8  analogical, 
according  to  model,      (outlets  0/10  V),  with  ten 
programmes of control. 
 

As  it  is  configurable,  we  can  control  sensors  of 

temperature, 

relative 

humidity, 

harmful 

gases, 

lightness,  solar  radiation,  levels,  etc.;  and  act  on 
numerous  windows,  fans,  heaters,  cooling  systems, 
humidifiers, irrigations, alarms, lighting, engines, etc.  
 

Every  one  of  the  controls  is  configurable  in  its 

inputs,  outlets,  type  of  working,  conditioners,  values  of 
reference, differentials, alarms, etc. 
 

The  references  can  be  programmed  by  hand 

(being  possible  to  modify  them  personally  whenever  it 
is  necessary)  or  following  some  curves prefixed by the 
user  himself  once  and  which  are  being  modified 
automatically  as  time  goes  by,  according  to  what  is 
set. 
  

The  use  of  prefixed  curves  of  behaving  gives  big 

nimbleness  to  those  controls  in  which  the  references 
must be changed periodically. 
 

All  the  records,  anomalies,  values  and  other 

information  useful  for  the  control  are  registered  in  the 
memory  of  the  system,  being  possible  to  see  them  on 
screen. 
 
WARRANTY 

AMBITROL  100  enjoys  a  WARRANY  of  two 

years against any manufacturing fault. 

 

OPTIONS 

Summary of Contents for AMBITROL 100

Page 1: ...atic premises such as farms greenhouses drying sheds cold rooms etc with 8 analogical inputs for sensors and 2 digital ones to condition working plus 8 analogical outlets of relay all nothing expandab...

Page 2: ...is work has to be done by an installator The USE is the chapter addressed to the user as it contains all the instructions about the programation and the follow up The equipment has and illuminated alp...

Page 3: ...ut of sensors outlet by relay When the value of the sensor is higher than the value of reference the outlet is activated until It reaches the value of the differential Examples Refrigeration drying et...

Page 4: ...modulation of the time of proportional activation to the changes of the sensors The programme is given a reference a proportional band and a maximum and minimum percentage of outlet When the value of...

Page 5: ...rth terminal bar with a section equal to the supply cables of the switchboard The equipment is protected in the supply by a varistor between the phase and t he neutral which will short circuit the fus...

Page 6: ...eened cable What is more this cable must never be installed by the power lines The screen of the cable will be connected to the earth terminal by one of its ends If there is not an earth terminal it w...

Page 7: ...12 0 Num of input 8 Tare 03 5 HR 76 3 To modify the value of the tare we have to calculate the error of the reading of the sensor and add or deduct it to the value of the tare Example Tare 03 5 HR 76...

Page 8: ...and outlets before as they are related to the programme First we can see the following screen asking for the number of PROGRAMME we want to access give the number and ENTER The equipment has capacity...

Page 9: ...the two existing digital inputs to connect securities external to the equipment if they are not used to count For the input 1 enter the code 81 and for the input 2 the code 82 in the blank for the con...

Page 10: ...differential of working This is done in the types of o utlet by relay types 1 2 6 except type 3 7 8 and 9 P02 VENT 1 C1pos 018 Differential 00 5 C This value is added or deducted according to the typ...

Page 11: ...and the second one will not stop until it has finished all the programme The programmes with analogical outlet or of proportional action are started when the outlet is over 60 and stop when it decreas...

Page 12: ...used by the programmes in order to do a variable and automatic control Here we can see a simple example P02 HEAT 1 C1 Point1 Pos 003 Ref 29 8 C Pos 008 Ref 27 5 C Pos 020 Ref 25 0 C Pos 045 Ref 20 0...

Page 13: ...ased The configuration the programmes and the curves are not erased Without battery E y n 27 03 Alarm in programme Any programme to which we have given values in high or low alarm and the value of the...

Page 14: ...changes in the timing programmes type 3 as no value of sensor is indicated but we indicate the value of time that is left to finish the working If it is in hours and minutes the format is 00 00 if it...

Page 15: ...S Stop PROGRAMME P06 HUMI 4 C0 Reference 75 0 HR Differential 03 0 HR High alarm 00 0 Low alarm 00 0 Manual Yes no No CURVE 1 P06 HUMI 4 C1Pto1 Pos 000 Ref 00 0 HR Pos 000 Ref 00 0 HR Pos 000 Ref 00...

Page 16: ...LUE OF SENSOR 20 0 REFERENCE DIFFERENTIAL 15 0 10 0 Low alarm 5 0 START STOP TYPE 3 Timing programme outlet by relay When the day and time programmed are reached the outlet is activated finishing when...

Page 17: ...ULT P03 HEAT 1 E 21 5 C S 025 PROGRAMME P03 HEAT 1 C0 Reference 22 0 C Pro Band 02 0 C Min 00 Max 090 High alarm 00 0 Low alarm 03 8 Manual Yes no No CURVE1 P03 HEAT 1 C1Pto1 Pos 000 Ref 34 0 C Pos 01...

Page 18: ...1 Num of inputs 1 4 Num of outlet 02 Conditioning Pro 00 Affects in code 00 RECORD VENT 1 21 06 083 24 9 23 4 22 4 C In the inputs of the powermeter of retromessage of window the maximum and minimum v...

Page 19: ...ifferential CONSULT P01 VTNA 0 E 24 8 C S Open PROGRAMME P01 VTNA 0 C0 Reference 24 0 C Differential 02 0 C Tim Open 05 s Pause Open 128 s Tim Close 100 s Pause Close 100s Manual Yes no No CURVE1 P01...

Page 20: ...the percentage of the cycle of modulation and the rest of the proportion will not be activated This will be repeated once the time of the cycle of modulation is finished Example proportional heating...

Page 21: ...e percentage of the cycle of modulation a nd the rest of the proportion will not be activated This will be repeated once the time of the cycle of modulation is finished Example proportional ventilatio...

Page 22: ...ensors CONSULT P05 VENT 1 E 25 1 C S 055 PROGRAMME P05 VENT 1 C0 Reference 24 0 C Pro Band 02 0 C Min 00 Max 100 High alarm 00 0 Low alarm 03 5 Manual Yes no No CURVE1 P05 VENT 1 C1Pto1 Pos 000 Ref 29...

Page 23: ...s distributed proportionally to the percentage required by every programme The types of working 7 and 8 can only use a sensor input the other types can do the average of two of them If the humidificat...

Page 24: ...24...

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