41M02v3
Contents
1. gt 11 Cool RSP Fe Timer min F3 Run 12 Humidity Readout rs Hi Lo gt _ 13 Humidity SP _ 14 Add spd dehum Fan 1 F2 Fan2 gt _ 15 Alarm RSP Hi Temp F2 Lo Temp 16 1 off when 2 RSP Yes 1 No o gt x 17 Fan 1 reactivate R8P 18 Fan 2 on below RSP _ 19 Manual Override see output isy gt COON OQ gt G N 41M02V3 _ 1 Room Temperature Fs Hi Lo gt DRT F2 Set Day F3 Set Temp gt Growth Day Fe adjust gt Heater 1 RSP re nit Heater 2 RSP re pit Fan 1 RSP F2 Spd F3 Mod Fan 1 Timer min Run Time Fan 2 RSP F2 Spd Mod Band gt Fan 3 RSP re oit gt _ 10 Fan 4 RSP Fe oie gt 11 Cool RSP Fe timer Run gt _ 12 Humidity Readout rs Hi Lo gt 13 Humidity SP _ 14 Add spd dehum Fan 1 F2 Fan2 gt 15 Alarm RSP Hi Temp F2 Lo Temp 16 Fan 1 off when 2 RSP gt x _ 17 Fan 1 reactivate RSP 18 Fan 2 on below RSP ves 1 o o 19 Manual Override See output list gt x 20 1 Heater 1 OUTPUT LIST 2 2 2 Heater 2 1 Heater 1 OUTPUT LIST 3 Fan 1 Manual Override x 3 Fan 1 On Manual Override Parameter 19 Se2. 12 HUMIDITY READOUT o 00 F2 Probe Input am F3 HI LO 12012101 eee 13 HUMIDITYSP Ra 0 w 6 14 ADD MIN SPEED DEHUM FAN 1 3 F2 Add Min Speed Dehum Fan 2 so 30 15 ALARM HI TEMP RSP deg F 00 2 LO Temp RSP dF 200 10 50 16 FAN1OFF WHEN20N YeNo No Yea I7 FANIREACTIVATERSP deg F_ 10 0 300 100 _18 FAN2 ONBELOWRSP_ Yes No 0 Yea 0 19 MANUAL OVERRIDE oz I z l 41M02v3 Page 5 of 9 12 30 2008 CONTROL VALUES F2 1 Heater 1 _ auto o AUTO F2 2 Heater 2 autoo ON AUTO F2 3 Fan 1 _ AUTO 0 F2 4 Fan 2 0 00 100 AUTO TO F O DESCRIPTION AUTO A F2 5 Fan 3 AUTO 0 F2 6 Fan 4 AUTO 0 F2 7 Cooling AUTO 0 UT iz Visible and or adjustable by the user Can not be changed Affected by a growth curve function 41 02 3 Page 6 of 9 12 30 2008 CONOR G N 41M02V3 _ 1 Room Temperature Fs Hi Lo gt DRT F2 set Day Set Temp Growth Day F2 adjust Heater 1 RSP F2 pis gt Heater 2 RSP Fe ot gt Fan 1 RSP F2 Spd F3 Mod Band Fan 1 Timer min F2 Run Time Fan 2 RSP F2 6 Band gt 9 Fan 3 RSP Fe pit gt 1 10 Fan 4 RSP Fe vit
3. Number of degrees relative to the DRT where a function begins DIFF DIFFerential is the number of degree changed before stopping the output For example with a differential 1 F the 410 turns on a fan at 70 F when temperature increases but it will shut it off only at 69 F when the room is cooling down The differential is necessary to avoid oscillations MOD BAND MODulation BAND is the number of degrees a variable speed fan takes to reach its full speed Expressions in ITALICS are user parameters Ventilation System Overview This control operates 2 variable speed stages 2 ON OFF ventilation stages 2 heating stages 1 cooling stage All of these stages are controlled by the inside temperature probe Refer to the wiring diagram in attachment for a typical installation 41 02 3 Page 2 of 9 12 30 2008 2 LOGIC DESCRIPTION 2 1 Heating 2 Stages Those outputs are activated when the temperature decreases to their HEATER 1 or 2 RSP The DIFF tells the control when to shut it off after the room has warmed up Ex Say DRT 70 F HEATER 1 RSP 2 F and the DIFF 1 F then the heater turns on at 68 F and shuts off at 69 F 2 2 Fan 1 Variable ventilation stage Below the DRT it runs on a timer at MIN SPEED Ex Ifthe FAN 1 TIMER PERIOD min is adjusted to 5 minutes and the RUN TIME is set to 40 then the fan will cycle on 2 minute and off 3 minutes Fan 1 accelerates from the DRT to the end of i
4. to press the F2 button The Actual setting will then appear Using the and buttons the setting can be adjusted Ex If the user want to manually set to ON the heater 2 output go to parameter MANUAL OVERRIDE using the arrows buttons then press the and buttons until 2 shows on the readout then press F2 and adjust the setting with the and buttons until ON appears the heater 2 will now be activated ATTACHMENTS e Parameter Table e Labels e Wiring Diagram 41 02 3 Page 4 of 9 12 30 2008 PARAMETER TABLE ROWS i MAX PRESET 1 ROOM TEMPERATURE so 1687 F2 Probe Input E3 HILO L raz 2 DESIRED ROOM TEMP DRT deg F 2 320 1200 700 F2 Set Day 4 points COT ras 1101520 65 eee F2 Adjust 16 OFF ee eee F2 Diff deg F so 10 S F2 Diff deg F so 10 6 FAN 1 RSP fie F2 Min Speed E ee ee ee ee Mod Band F o5 wo 50 7 FAN 1 TIMER PERIOD min L 15 711 F2 Run Time 2574052 8 FAN 2 RSP F2 Min Speed F3 Mod Band 5 9 FAN 3 RSP deg F 100 300 60 F2 Diff dg F os 50 10 10 FAN 4 RSP deg F 100 F2 Diff deg F os 50 10 11 COOLING RSP 00 300 140 F2 Timer Period i 0 Run Time
5. when to shut off the fan after the room has cooled down 2 5 Cooling Stage 1 ON OFF stage This cooling stage will be activated on an adjustable timer at its relative set point called COOLING RSP Ex If the temperature is above the COOLING RSP and the TIMER PERIOD min is adjusted to 20 minutes and the RUN TIME is set to 5 then the cooling stage will cycle ON 1 minute and OFF 19 minutes The differential for this stage is fixed at 2 F 2 6 Manual override Each output can be controlled manually with the MANUAL OVERRIDE parameter See section 3 for more details on how to use the MANUAL OVERRIDE parameter 41 02 3 Page 3 of 9 12 30 2008 2 7 Alarm The alarm relay is normally activated but it will deactivate 8 sec after a power failure or after one of the following events the IC 410ND fails the room temperature exceeds the limits ALARM RSP HI or LO TEMP the room temperature probe vary more than 10 F in 1 minute he room temperature probe is defective short or open circuit aoe 3 HOW TO USE PARAMETERS 19 USING THE MULTIPLE LISTING PROCEDURE The user must select first the main parameter shown on the faceplate of IC 410ND with the arrow buttons After this selection the control will indicate a number meaning that it is in the multiple list mode The user must then choose the number of the parameter shown on the parameter table by way of the and buttons Once on the correct number the user needs
6. CONTROL LOGIC DESCRIPTION DOCUMENT Configuration 41M02V3 Inputs Outputs Table Outputs Inside temperature i Variable Speed stages Relative Humidity ON OFF fan stages Cooling stage Equipment required Description Intelligent Control 4 inputs 10 outputs No Display 2004 1k Temperature Probe 6 0 to 168 7 F VPM 2 or VSM 2 i Relative Humidity Probe Humidity Probe is Optional Configuration Versions 98 06 22 Modifications on parameters and outputs 98 11 09 Modifications on ventilation stages 1 2 and 3 99 06 28 Remove PM 1 for VSM 2 41 02 3 Page 1 of 9 12 30 2008 1 GENERAL For proper installation and full understanding of your IC 410ND it is important to read both the IC 410ND User s Manual and this Control Logic Document The User s Manual informs you on safety issues warranty sensors adjustments of parameters and many other characteristics of the IC 410ND However this document explains all particularities of the configuration logic THIS CONFIGURATION CANNOT BE USED WITH IC MANAGER OR EXPLORER Definition Throughout this document the following terminology is used DRT Desired Room Temperature This is the Temperature goal for the room and it is also the reference temperature for all relative settings Note that the DRT is affected by the growth curve function see also Growth Curve Function paragraph in the IC 410ND manual RSP Relative Set Point
7. MAXIMUM 2 WIRES OF SAME SIZE PER TERMINAL NOT BIGGER THAN AWG 12 NOT SMALLER THAN AWG 22 A 1 WIRE ONLY PER TERMINAL USE WIRE CONNECTOR IF YOU WANT TO CONNECT MORE THAN 1 WIRE A CHECK USER S MANUAL FOR ALARM WIRING AN USE SHIELD FOR SHIELDING PURPOSE ONLY CONNECT THE SHIELD TO THE CONTROL CIRCUIT COMMON END ONLY NEVER LEAVE THE SHIELD UNCONNECTED AT BOTH ENDS NEVER CONNECT BOTH ENDS OF THE SHIELD TO COMMON A THESE MODULES MUST BE ON SAME POWER PHASE AND LINE VOLTAGE THAN THE IC 410np 41 02 3 Page 9 of 9 12 30 2008
8. lect then press F2 to access 4 Fan2On Heaeri x 4 Fan 2 On Heater 2 Parameter 19 Select then press F2 to access 1 Heater 1 2 Heater 2 5 Fan 3 On 5 Fan 3 On 6 Fan 4 On 6 Fan 4 On 7 Cooling On 7 Cooling On 41 02 3 Page 7 of 9 12 30 2008 WIRING DIAGRAM CONFIGURATION 41M02V3 INTELLIGENT COMPUTER 410 THESE MODULES MUST THE IC 410np MUST BE BE ON SAME PHASE WARNING GN AND LINE VOLTAGE SET LINE VOLTAGE AN INDEPENDENT CIRCUIT THAN THE IC 410ND TERI Na TO GEESE A LINE VOLTAGE THE COMPUTER SELECTOR ALARM LINE AUX1 AUX2 AUX3 AUX4 AUX5 AUX6 AUX7 AUX8 NC NO szo NO C NO C NO C NO C NO C NOC NOC L2 N L1 Q Lu 2 gt HEATER 1 HEATER 2 COOLING L2 N L2 N L2 N L2 N L2 N L1 L1 L1 L1 L1 VARIABLE SPEED VARIABLE SPEED 6A 120 240VAC 6A 120 240VAC PROBE RHP 1 VARIABLE FAN 1 VARIABLE FAN 2 VARIABLE WIRING DIAGRAM 28 06 99 Yanick Alain M02V3 TOURAN 41M02V3 REV 41 02 3 Page 8 of 9 12 30 2008 41M02V3 Electrician s notes wiring tips and hints NOTES 1 LOW VOLTAGE WIRE AWG 18 22 SHIELDED SUPPLIED BY ELECTRICIAN REFER TO USER S GUIDE 2 HIGH VOLTAGE WIRE MUST BE INSTALLED ACCORDING TO LOCAL WIRING CODE A THE CURRENT SHALL NOT EXCEED 10A AT EACH OUTPUTS AUX 1 8
9. ts MOD BAND Fan 1 turns off when the inside temperature reaches FAN 2 RSP and the parameter FAN 1 OFF WHEN 2 RSP is set to YES 1 Fan 1 will be reactivated at a relative set point called FAN 1 REACTIVATE RSP If the humidity is higher than the HUMIDITY SP then the stage 1 increases its MIN SPEED of a percentage as indicated by the parameter ADD MIN SPEED DEHUM FAN 1 In minimum ventilation the minimum ventilation timer is bypassed There is a differential of 3 on the humidity logic 2 3 Fan 2 Variable ventilation stage User has the option to activate fan 2 continuously at MIN SPEED below FAN 2 RSP by using FAN 2 ON BELOW RSP If the humidity is higher than the HUMIDITY SP then fan 2 increases its MIN SPEED of a percentage as indicated by the parameter ADD SPEED DEHUM FAN 2 In minimum ventilation if the parameter FAN 2 ON BELOW RSP is set to YES 1 then fan 2 increases its MIN SPEED of a percentage as indicated by the parameter ADD SPD DEHUM FAN 2 If the parameter FAN 2 ON BELOW RSP is set to NO O then the fan 2 will run continuously at the speed as the parameter ADD SPEED DEHUM FAN 2 There is a differential of 3 on the humidity logic The fan 2 accelerates from the FAN 2 RSP to the end its MOD BAND 2 4 Fans 3 amp 4 ON OFF ventilation stages Each of these ventilation stages will be activated at its relative set point called FAN 3 or 4 RSP The differential is adjustable with the parameter DIFF and tells the control
Download Pdf Manuals
Related Search