Manual - Ocean Controls
Contents
1. rT 10 Uy Wh Installation for RS 485 communication wire which can connect with at most 31pcs temperature controllers Optional communication wire 60mm BEBHH BBEBE BBESAH FL8 RJ12 001 m ee FL8 RJ12 002 AMAT ae Ss GF a NUNN POWER OUTPUT 250V AC 3A en Re ALARM 2 Ae V 0 1A 24VDC Conch Electronic Co Ltd Printed in Taiwan 2011 03 26 V2 0 Dimension and Mounting Unit mm Disconnect to check the installation of CT 50A POWER Tor P CTL OUTPUT ee De ALARM 0 1A 24VDC mA First put the groove of controller back end into the aluminum rail as arrow 1 And then press the controller to connect to the aluminum rail as arrow 2 until hearing the click sound WWiring diagram POWER CTLOUTPUT aa 7 D Re ALARM 0 wae 0 1A 24VDC Alarm output features There are 26 types of alarm outputs represented with codes 00 26 00 represents alarm disabled odd numbers represents that the first output after start up is disable 25 amp 26 are exclusive alarm output for process control Code 03 04 Relative deviation high ON OFF SV ALM Code 13 14 High alarm ON OFF Sv SV2. O 0 6 5 2 lt gt 5588 8 5668 8 Coico Cc co co cj I
3. Parameter setting The interior parameters of the controller can be divided into 3 groups according to their properties LEVEL1 LEVEL3 so as to make settings more convenient The setting authorities of groups are restricted with the parameter LOCK LEVEL1 is User s Parameter Group the group of parameter that are changed most often LEVEL2 is controlling Parameter Group Parameters about auto controlling are gathered up there LEVEL3 is I O Group input output such parameters are the change of sensor adjustment of analog output and communication are gathered here 1 1 0 2 LA gee P series Aluminum Rail Type Temperature Controller Manual Aluminum Rail installation Note Model No Explanation 1 Please make sure if the terminals are wired correctly and if the input power conforms with the specficiations before power supply is connected m 0 2 If power supply is connected do not touch the Press key for 2 secs power terminals spa PETE Snore Model Controloutput Alarm Inputtype Comm Re transmitting Power A PV SV Display mode lt LEVEL 3 9 3 Do not mount the controller in a place where is nas Press ser Press ser key for 2 secs likely to be by radio frequency or where PmO STD 0 Null 0 TC RTD O Null A 90 240V sv Set value ink H inty Input Type is corrosive of humid Change type of input sensor 4 Please select spade terminal
4. SVhigh setting Range based on input specs of K1 An50 Accurac 0 3 FS 4 o o1Hi OUT1 high limit The maximum of Display height mm PV red 8 SV green 8 ARW Anit Reset Windu OUT2 optional PV red SV green p ig oP Co1L Analog control correction of OUT1 low Range 0 0 100 0 Integration stop preventing Alarm output NPN O C 100mA Max endure 32VDC Range 2 9000 corr joa ae SR AE 1 Set key starts or ends the parameter setting ig setting a ae ee Soft output soften Buffered output elay contacts 4 F area No feduceoversnogy setting The greater the value the slower ColL Anal trol ti high Control output Logic voltage to drive SSR ON 24V 20mA Max g Left key change the parameter set value Range 0 100 ithth tout h 100 oll Analog control correction o igh pu 2 wi e output reac 6 Analog current 4 20mA Input impedance 6009 Max SET i Range 0 20 Range 0 4000 Analog voltage 0 10V Input impedance 1KQ Min A Up key the parameter value increases 1 ge Te Input type Thermocouple RTD analog voltage current Refer to input type list id Down key the parameter value decreases 1 Oey arget of OUT3Te transmission EParameter protection setting WManual Auto switch Range FOYT WL ist of inputt sto pu ype i D key for 2 SEES 5 4 2 secs to enter manual mode A M ig of OUT3 low inputt Detecti Detecti Detecti ock parameter protecti
5. room temperature value it should be temperature sensor failure 2 Or on the input end to across 100 OHM PT100 is suitable for Range 50 60Hz gt gt 0 1390 C 0 2534 F OL Input signal over display value 199 9 200 0 C 199 9 392 0 F 199 9 400 0 C 199 9 752 0 F 199 9 600 0 C 199 9 1112 0 F oL Input signal over display value this method observe the display value to see if displays 0 Filr Parameter of digital filter Ia 5 2 8 Range 0 01 9 99 5 5 0 200 C 0 392 F 0 400 C 0 752 F 0 600 C 0 1112 F Eder Diode temperature compensation failure Repair The greater the slower PV changes 5 199 9 200 0 C 199 9 392 0 F 199 9 400 0 C 199 9 752 0 F 199 9 600 0 C 199 9 1112 0 F Ader Internal circuit failure Repair id Communication ID o Range 0 99 0 200 C 0 392 F 0 400 C 0 752 F 0 600 C 0 1112 F baud Baud rate kb s gt 1999 9999 10mV 1 i irati TEOT Range 2 4 4 8 9 6 19 2 38 4 5 1999 9999 20mV Eoue ae node oo communication 9 H 0 0 1999 9999 50mV Range 5 99 sec Feu Range RTU ASCII data Serial communication data format E Range 8n1 8n2 8e1 801 1999 9999 4 20mA 1 5V 0 10V
6. 0 sec CUT Load currentresidual ned u AHYS Alarm hyteresis Functions at single side 5 cifications Panel Explanation Lut l LITI CYC OUT period time setting Range ie p CHL o nee grange Off Delay Range 0 1000 UU 0 4 3 Dimension WXLXH mm 22 5X75X101 in1L Display setting of the low of analog input p AC90 240V 60 50Hz DC24V opti OUT G Indicator of output ALS At Sv deviation value At The deviation Range 2224999 Z 1 2 aaa ALM Indicator of alarm output AR AT Auto tuning value of SV in Auto tuning y i Power consumption 5 VA Perform PID calculation Range 0 999 0 0 99 9 in1H Display setting of the High of Analog input A M Y Flash Perform AUTO TUNING gt Approx automatically Range yes no i Range 1999 9999 Net Weight 80g Lighton continuously manual output mode HH Hys width of hyteresis The hyteresis of Approx output when P 0 ON OFF controlling SV L SV low setting Range 0 900 0 0 90 0 olLo OUT1 low limited The minimum of OUT1 Range 0 0 100 0 COM Y Indicator of comm DP Finished return to display PV R Present temp value SV G Set value Storage Operating ambient 0 65 C 0 50 C 20 90 RH Range based on input specs of K1 An50 D E E32 Data backup memory EEPROM 10 SV H
7. ALM Code 19 20 Deviation high alarm ON OFF 4 SV Code 25 26 Process control Code 07 08 Relative deviation low ON OFF ALM SV Code 11 12 Lowalarm ON OFF SV ALM SV Code 17 18 Deviation low alarm ON OFF sv ALM A SV Code 23 24 Process high alarm ON OFF ALM Code 01 02 Relative high alarm ON oy a SV ALM V SV JALM Code 05 06 Relative low alarm ON or o o gt Sv ALM A amp A sv ALM SV Code 09 10 Band alarm ON OFF ALM A SV JALM Code 15 16 Deviation hihg low ON OFF SV ALM SV ALM 4 sve Au Code 21 22 Process low alarm OFF Alarm output time setting Parameter A1Tr sets the duration of alarm output Its ranging from 1999 sec to 9999 sec Time of setting has different meaning on output 1 Ifset minus value ex 9 represents alarm will be delayed 9 second output 2 156 0 second alarm will immediate output 1 This control can provide 1 alarm setting can set 3 sets through communication see communication spec The operations of alarm of High amp Low are as follows taking function 02 with ALM set as 0 as example High Right condition SV ALM gt PV Low Left condition SV ALM lt PV 2 Ift
8. cables to do the Pr J program control 1 RELAY 1 1set 0 c x D 24 36V a e p A Press pet key a Fl no ANS p e ange resS SET wiring 2 24V SSR A HBA SOA 2 5 9 O Pnt Decimal point 5 If the cable of the thermocouple needs to be ee DG press se key for 2 secs Pr The decimal H fanaloainout extended please use extension wire of the same 3 4 20mA D HBA LOOA 3 4 20mMA 3 4 20mA LEVEL 1 USER LEVEL 2 CONTROL 5 place of analog inputs type 4 0 sv 4 0 5V 4 o 5v i es 6 The conducting wire of platinum resistance are 5 15 5 AL l EA a P Proportion PvCm PV compensation quantity Pt100 should be as shorter as possible or of 1 5V A f Range 0 2000 or 0 0 200 0 Range 999 999 low impendence 6 0 10V 6 0 10V 6 o 10V u 5 C F Analog signal 0 100 7 To avoid interference signal cable and power a A1Fu Alarm function lines should be kept away from load power 7 2 10V 7 2 10V 7 2 10V Optional load disconnect function editor I Integral time conducting wire i IMM HBA Alarm setting load current if A Range 00 26 8 In case hazard should occur if the controller TUL select this feature itwon thave 740 Range 0 3600 sec date Alar as breaks down breakers or fuses should be fitted 7G the function of AL 1 Range sd rAlarmtime 0 0 99 9A d Diff alti Refer to alarm output o Te Ele L UW Range 1999 9999 sec 5 Range 0 90
9. he feature code is set in 1 16 alarm value will be calculated as absolute value turn minus to positive to calculate 3 Ifthe controller is equipped with HBA broken line alarm function then All is HBA output and function code is forced as 22 Users can not change Only delay time A1Tr is reserved for setting Range 1 1999 sec 4 For models with process control if AL1 need to be assigned to make alarm output when the program completes each level the alarm parameter can be set as 25 and set the value of AL1 to designate level numbers 0 15 Note For non process control models if the function code is set as 25 amp 26 the alarm will be invalid PID Auto Tuning Auto Tuning employs the measure of Relay ON OFF to detect the dynamic characteristics of the Process and compute the best collaction of P l D parameter based on the data Temperature Temperature During Auto Tuning the operation must be under the situation where the Process is not interfered When Auto Tuning is completed AT lamp goes off the three Period Period parameters P I D will renew themselves and enter the new P I D Auto Tuning mode SV SV SV ATSV 1 eee If any of the following situation occurs Auto Tuning will stop and enter Manual mode but PID values will not be changed Any exception occurs including power failure The half period of the Process is over 2 hours e Hold gI for 2 sec forcing to Manual mode Time Time
10. on ange 0 dee Ls ee ol range L oL P 0 all parameter can tbe set gg light on repress for 2 secs to return back to K 0 0 200 0 C 0 0 392 0 F 0 0 400 0 C 0 0 752 0 F 0 600 C 0 1112 F u 7 teal oe nalt a Co3L Correction of OUT3 high manual auto j On 0 800 C 0 1472 F 0 1000 C 0 1832 F 0 1200 C 0 2192 F es display Mout Can adjust the output via the Banger 5 5 6 panei Keys as follows 0 0 200 0 C 0 0 392 0 F 0 0 400 0 C 0 0 752 0 F 0 600 C 0 1112 F nei LEVELI Open 03 L Low display setting of OUT3 all open 0 800 C 0 1472 F 0 1000 C 0 1832 F 0 1200 C 0 2192 F Range 1999 9999 0 1700 C 0 3092 F 0 1700 C 0 3092 F 0 1820 C 0 3308 F 0 800 C 0 1472 F 0 1300 C 0 2372 F Bxceptisr sade Description Diep ae Press gI to start to adjust output 03 H High display setting of OUT3 Range 1999 9999 Range 0 0 100 0 Re press key to complete the adjustment End back to the display mode Unit Unit setting Range C F Anomalies and troubleshooting dir Controlling direction Range heat cool a dnodowJay 1 0 0 200 0 C 0 0 392 0 F 0 0 400 0 C 0 0 752 0 F OE 1 If connection terminal and wire has no problem please remove oren P the wire end If the controller input short circuit thermocouple isl 0 2300 C 0 4172 F 0 2000 C 0 3632 F suitable for this method please check the PV value If it s P Hz Power frequency displayed as
Download Pdf Manuals
Related Search