dimensions / cutout specifications frontal panel program setting
Contents
1. 7 Thermocouple type T 200 400 C The cycle time is the period of ON OFF D00 a na repetitions of a relay or voltage pulse output Thermocouple type E 200 1000 C JC L in the proportional PID control The ratio Thermocouple type R 50 1760 C Control output of the ON time to the cycle time is Thermocouple type S 50 1760 C cycle time proportional to the control output value Thermocouple type B 250 1820 C Thermocouple type N 200 1300 C d F Direction of relay Pt100 200 850 C gt gt gt gt L 2 Bd Po gt Dd dB D Ior an Timme Ic cL vu iT oe ee PV over scale EJ EJ r m c3 mm ma C Deviation high low alarm Band alarm OFF o ojoj ojoloj ojojojo sv dEbe SV sv dEb ojojojojojojojojojojojojojojojo dEb Iso dEbe lt o Process high alarm FANOX ELECTRONIC OFF PAE Asuaran Edif Artxanda 23 Saas eee 48950 ERANDIO2. 4800 Display over scale t n oFF OFF Autotuning 9600 BaudRate 9600 1999 9999 Input setting PV 192 BaudRate 19200 4 Display under scale 1999 9999 SV offset value during autotuning J384 BaudRate 38400 0000 0000 9999 P value Bana 8 byte size no parity 1 stop bit 0000 9999 value Bng 8 byte size no parity 2 stop bit UUUU PV under scale 0000 9999 D value Bo 8 byte size odd parity 1 stop bit 0000 9999 Manual reset BE 8 byte size even parity 1 stop bit Sensor break 1 100 Input digital filter HEH Hex H C Hold temperature over room temperature ASC Ascii CooL Hold temperature below room temperature 0100 9999 Time Out ms ALARM MODE SETTING HEAE Lb0O Lock label 0 Heater is controlled by Out 1 Cool Cooler is controlled by Out 1 LbU i Lock label 1 Z SV amp Alarm setting value v Hysteresis setting value HEAE Heater is controlled by Out 2 Lbr Lock label 2 CooL Cooler is controlled by Out 2 Lb0J Lock label 3 Deviation high alarm Set OFF ON Deviation high alarm HYSTERESIS oe 4 Cal Deviation low alarm sv dEbe x ON X SV X sv dEb o Deviation low alarm dEb I lt o dEb2 gt 0 ON A hysteresis can be adjusted around the Control output set point to prevent chattering hysteresis EP Thermocouple type K 200 1370 C V input filt is fixed the filter eliminate more noises P Thermocouple type J 210 1200 C
3. Bizkaia SPAIN X Disable Inhibit output Tel 34 94 471 1409 Fax 34 94 471 05 92 O Enable Enable control output to Process low alarm www fanox com follow PID ON OFF control algorithm ojlololojlojolojojojolojojlojolojojojo lojo olojojo jojo jo jo jojo fo fo fo fo
4. T1 DC 4 20 mA OUT2 DC 4 20 mA O Q 85 265 Vac Youn our OPCION RS485 RTD TC mV T 1 1 1 IO F i i ora 2 a N wla ul of 0 o A bey B Un E PEEL StH SLs oPEH EUn b A5 oF SE P CAUTION Please read the following warnings carefully which will allow you to use correctly the equipment Use the equipment within the specified limits for its water immersion and exposure to oil Do not use the equipment in locations exposed to vibrations or thumps The use of the equipment in these locations can cause damages due to stress Do not use the equipment in locations exposed to dust corrosive gases or direct sun Separate the input signal from the entrance the cables of input signal and the equipment from noise sources or high voltage cables that generate noises Separate the equipment from static electricity sources when the equipment is used in areas where a lot of static electricity is generated e g manufacture of compounds dusts or transport of fluid material by pipes The organic solutions as well as basic or acid solutions could damage the case of the temperature controller Store it to the specified temperature If the temperature controller has been stored under 10 C keep the equipment to room temper
5. TEMPE ATURE CONTROLLER FANOX TP 731 Packaging content PID Controller Back cover Brackets Rubber outline User manual Thank you for purchasing this product We suggest to read the user manual carefully before using the equipment with the purpose of getting used to its configuration and operating Keep the manual for any after query www fanox com SIONS C Unit mm Pob H95 d i d t i GEY i PoS HYS dHe d Fe WARNING Make sure to tight correctly the connection terminals If this is not done correctly mechanical failures or even fire may occur Please do not install this equipment in locations where inflammable gases can exist due to the possibility of explosion The life time of the equipment depends on the way of use If that life time is exceeded the probability of deterioration of the equipment increases Do not dismantle review or repair the equipment by your own without authorization This can cause short circuits on electrical parts failures or fire Do not introduce metallic elements between the chips of the interior of the equipment or short circuits and fire could be produced 4 20 mA output 0 10 V output OU
6. ature during a minimum of 3 hours before using it Please verify the supply characteristics of the equipment Do not connect the terminals that are not going to be used We propose the use of AWG 18 24 cables for the signal line and AWG 25 30 cable for the supply and exit contact relay SPECIFICATIONS Supply Display Input signal Output control Alarm relay Dwell time Hysteresis Communications Operating conditions Output control cycle Decimal point Digital filter Control method Offset input Fraction value Setting range Accuracy Sampling time Memory 85 265 Vac 50 60 Hz Upper display red 4 digits 0 56 7 segments Lower display green 4 digits 0 36 7 segments Thermocouple J K B N RS T E RTD PT100 JPT100 Voltage DC 0 350 mV Output relay resistive SPDT 5A 250 Vac Output pulse voltage SSR NPN 20 mA at 12 Vdc Analog output max 600_ 4 20 mA 0 10 Vdc SPST NO 3A 250 Vac resis 00 99 s 0 999 9 C F Output RS485 0 50 C 20 85 HR 0 999 9s 0 3 digits 1 100 ON OFF or PID Autotuning 199 9 999 9 0000 9999 1999 9999 0 3 1 digit 200 ms EEPROM FRONTAL PANEL of 7 segments LED of 7 segments Indication of the output control Indication of alarms GO Ooe8O lok key M
7. gt SETTING e settings change gt gt Modify Save Blinking A D SETTING dot gt It is also used to move between the positions of the digits of a value to gt Tz 3 1 2 3 Blinking a 4 GCH BUTTON BACKWARD Allows to back up from a inferior level to a superior one HLE Po selected digit It is also used to increase in a unit the 12 3 244 GCH 1 2 3 245 A Blinking FUNCTION LIST DESCRIPTION OF PARAMETERS item Subitem Range Default Description item Subitem Range Description HYS PoS 1999 9999 0 arm relay position 1 di fi HZ Lo Control output direct reverse operation 1 HYS 0000 9999 0 arm relay hysteresis 1 dite H Z Lo Control output direct reverse operation 2 d4 i 00 99 arm relay delay 1 CHL 0000 9999 Cycle time 1 seconds di HI Hi Lo Hi arm relay direct
8. ion 1 CYLe 0000 9999 Cycle time 2 seconds FARE In PID control I 0 PV SV reset the control SEY St t SEB arm relay style 1 HYSI 0000 9999 Control output hysteresis 1 output to the fixed value in this section StG arm follow the action of Out 1 HYS2 0000 9999 Control output hysteresis 2 Manual reset SE 10 arm follow the action of Out 2 dbon on oFF Deadband control This function should be used when the PoSe 1999 9999 0 arm relay position 2 dEb 1999 9999 Deadband parameter of heater Fi LE value of PV fluctuates widely due to noises HYS 0000 9999 0 arm relay hysteresis 2 dEbe2 1999 9999 Deadband parameter of cooler in the input signal If a longer constant time dye 00 99 arm relay delay 2 SELE di te Hi Lo Hi arm relay direction 2 Skye SE I SEB SE arm relay style 2 Sty arm follow the action of Out 1 St 10 arm follow the action of Out 2 1999 9999 0 Set value SV dotO dok3 dot Decimal point set 1999 9999 9999 Scale upper limit value 1999 9999 0 Scale lower limit value r Y h de of fi ion li hich 1998 9999 9999 Maximum range value SV JPT100 200 850 C Lote en ae pacha prea ists whic 1999 9998 1999 Minimum range value SV dik DC Type 0 350 mV Function list lock a edhe ol oF C Unit 0000 0255 Device ID number on oFF OFF Percentage oo BaudRate 600 000 0 100 0 100 Scale input upper limit value i200 BaudRate 1200 TROUBLESHOOTING 000 0 100 0 0 Scale input lower limit value 2408 BaudRate 2400 Pi d onoF ON OFF Operation 4800 BaudRate
9. ove in a level and confirm Process value and function visualization Red LED Setting value and parameters visualization Green A key Advance to an inferior level and position yy key Back up to a superior level and add BUTTONS EXPLANATION The settings of the equipment are controlled by means of 3 push buttons located in the front First you must decide to which function you want push buttons to reach it The push buttons to enter and then use t are used in the followin g way BUTTON FORWARD Allows to advance from a superior level to an inferior level HLE SETTING gt Poh Selection Settings FORWARD Advance to inferior level Position BACKWARD Back up to a superior level Add OK Move in a level ox 5 HHG serine Confirm BUTTON OK 1 Allows to move in a menu i 2 Confirm to save tl Git
Download Pdf Manuals
Related Search