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2 57 3$4#1012(#1**57 [<]J")(/#"%!$"%& '()*",-#..& ( Except PXR3 ) 57@ [!mm ] 57> [ 4!mm ] 57A [ 72!72mm ] 57 [ 4!4mm ] 57C [ 24!4mm ] option RS45 communication igital input F)#'"F&G$%.*)H Alarm 2 points Further enlarged Heater burnout ( Except PXR3 ) Heating/cooling control function!?1#(g".(? Ramp/soak function Helpful for designing of small and thin panels and equipments. Re- Transmission More compact 5E (Existing model) 5E> (Existing model) 5E(Existing model) mm 22mm 0?)#)4(?"$'?( PXR3 display SV display <<-- PXR4 PXR5 <C-- <<-- PXR7 <A-- <=-- PXR =-- <=-- even at a distance! 57 57>,"-.)(/#"412(#1**57 Features 2 Products range Ordering code 7 Specifications Outline diagram/panel-cut 11 Connection diagram 12 PXR4 Socket type 14 Functions 1 Sensor fault operation 22 Table of parameters = 23 &$'$()*(?-1%()(5I!C Specifications 2 Outline diagram/panel-cut 2 Connection diagram 2,"-.)(/#"412(#1***$%( PX series 30

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

4 57 3$4#1012(#1**57!()2G)#G"Y/$.-"2( iverse control and tuning functions... Capable of covering various controls within a wide range from simple ON/OFF control to fuzzy Front waterproof structure (conforming with NEMA-4X:IP)... PI control. The front panel is washable with water. :.($12)*L/24($12% [<]J")(/#"% S)#$1/%L/24($12%)2G)P/2G)2(1.($12% More functions Re-transmission output in 4 to 20 ma C... (process value), SV (set value) and MV (manipulated output value) can be transferred to other measuring instrument. -step ramp/soak function... Allows use as a simple programmable controller with a set value program. RS-45 communication... Selectable between MOUS protocol and Z-ASCII (Fuji, s original). igital input... SV (set value) is selectable and various events are executable by external switches, etc. Heating and cooling control... Applicable to even a self-heating process. Heater burnout alarm... Equipment damage can be prevented. Various alarm function... elay action, excitation/non-excitation selection or latch function can be combined with alarm. Remote SV input... SV (set value) can be selected with 1 to 5V C signals from outside. 7"Z(#)2%-$%%$121/(./($2(1=-I&0 A cost corresponding to one temperature sensor can be reduced just by connecting a transfer signal to a recorder. Output signal:4 to 20 ma C Kinds of output:any one of process value (), set value (SV), control output (MV) and -SV (V) 7!Z[>41--/2$4)($12 Via the RS-45 interface, PXR is connectable with a computer, programmable operation display and PLC. Computer Programmable operation display transfer output PXR3 Temperature input Recorder PHF C4~20mA Current control signal AC power regulator (APR) Fryer Oil Heater RS232C RS45 Signal converter Max. 30 controllers connectable Fuji's UG series [Z%(".#)-.\%1)QL/24($12 Temperature gradient control of furnace igital input Ramp soak action command ON: Start OFF: Reset For control in a heat pattern SSR drive output Temperature input Furnace Thermocouple PXR3 PXR4 PXR5 &$'$()*$2./( Temperature control of oven PXR7 PXR For changing set value readily igital input Set value change command SSR W7)-.%1)QL/24($12X Temperature rise/fall pattern is controlled by setting a heat pattern having a gradient. Action start/resetting can be commanded externally. SSR SSR drive output SSR SSR drive output 0?)2'"1R1L%"(R)*/"% ML#12(!ST!S<(1CN4)2P" 41--)2G"G"U(2)**HV Oven Set value SV-1 SV-2 SV-3 SV-4 SV-5 SV- SV-7 SV- Temperature input Temperature input Time

5 [<]J")(/#"% ]")($2')2G411*$2'412(#1* For control of both heating and cooling with a single controller Heating and cooling outputs can be overlapped with each other or a dead band can be provided. Temperature input Room temperature Sterilizer W2'H%)R$2'$24)((*"%?"GX Motor of cooling fan Heat /cool dual output Water Steam Heating Output Current output Cooling oth heating and cooling are controlled with only one temperature controller utilizing its 2 control outputs. Power consumption can be curbed by controlling a cooling fan motor with inverter. Temperature input signal M Absolute value alarms eviation value alarms Range alarms S)#$1/%)*)#-L/24($12 Max. 3 points are settable. Kind of alarm Upper-limit absolute alarm Lower-limit absolute alarm Upper-limit absolute alarm (with hold) Lower-limit absolute alarm (with hold) Upper-limit deviation alarm Lower-limit deviation alarm Upper and Lower limits deviation alarm Upper-limit deviation alarm (with hold) Lower-limit deviation alarm (with hold) Upper and Lower limits deviation alarm (with hold) Range upper and lower limits deviation (ALM1/2 independent operation) Range upper and lower limits absolate value Range upper and lower limits deviation Rnge upper limit absolute value and lower limit deviation Range upper limit deviation and lower limit absolute value SV SV ALn ALn ALn ALn ALn SV ALn AL2 AL2 AL2 Action diagram SV AL2 ALn SV ALn ALn ALn SV ALn ALn SV ALn ALn SV AL1 AL1 SV AL1 AL1 SV Cattle shed Inverter To heater in shed APR Current output Heater power supply 5#"4$%"("-.)(/#"412(#1*)4?$"R"G PH#"-1("!S$2./(L#1-1/(%$G" Sequencer Set temperature (SV) 1 to 5V C ]")(P/#21/()*)#- Alarm output will be issued when heater burnout is detected. Control output Temperature input Power supply 100 to 240V AC, 50/0Hz (Ex. PXR5) Cell A Cell Cell C Cell Cell E The temperature of each cell is set by the sequencer. Current transformer (CT) MG SW Heater Electric furnace 11 Power supply 12 Control output Electromagnetic switch Thermocouple 10 Heater burnout alarm output Wired to PXR (with no polarities) igital input Auto tuning command ON: Start OFF: Stop SV,"-.)(/#"412(#1*1L.*)%($4-1*G$2'-)4?$2" ON Tuning action ON Temperature input SSR SSR For stable temperature. Fuzzy PI control applicable Start/stop of auto tuning can be commanded externally. Temperature input Raw material Temperature alarm Plastic molding machine Wired to heater (through hole in CT) Heater >

6 57 3$4#1012(#1**57 [=]5#1G/4(%#)2'",H." 57C 57 57A 57> PXR4 Socket External dimensions Control method Input signal Front size Panel depth (with watertight packing) ON/OFF PI with auto tuning Fuzzy PI with auto tuning PI with self-tuning Heating and cooling (PI,fuzzy PI) Resistance bulb Pt100 Thermocouple J,K,R,,S,T,E,N,PL Voltage/current C1~5V, C4~20mA Output Control output1 Relay contact signal (heating) SSR/SSC drive C4~20mA Control output 2 Relay contact (cooling) SSR/SSC drive C4~20mA Manual operation (Note1) Alarm output (option) Heater burnout alarm (option) -step ramp soak (option) RS-45 communication (option) igital input (option) Re-transmission (4 to 20mA C) Remote-Setpoint Power supply AC100~240V 50/0Hz voltage C24V, AC24V 50/0Hz Front waterproof structure External terminal structure IN rail mounting Terminal cover Applicable UL, C-UL standards CSA CE mark = _ " M3)UV=.1$2(%N _ M3)UV=.1$2(%N _ 5*/'Z$2(-$2)* _ [ [-- A[V[-- " M3)UVC.1$2(%N M3)UV=.1$2(%N 3C%4#"K(-$2)* _ A= A=-- A@VA-- " M3)UVC.1$2(%N M3)UV=.1$2(%N 3C%4#"K(-$2)* A[-- " M3)UVC.1$2(%N M3)UV=.1$2(%N A@V>-- " M3)UVC.1$2(%N M3)UV=.1$2(%N 3C%4#"K(-$2)* _ [ [-- [VA-- " M3)UV=.1$2(%N _!14Q"( _ :(?% &O#)$*-1/2($2'(H."M57N See PXR4 (Socket type) on page 14. ^

7 [C]57:#G$2'41G" = [--!$`" &$'$(!."4$L$4)($12 1(" > ^ A a!$`"1ll#12(]ueb 24 4 mm ao2./(%$'2)*b Thermocouple C Thermocouple F RT Pt100Ω 3-wire type C RT Pt100Ω 3-wire type F 1 to 5V C 4 to 20mA C a012(#1*1/(./(<b Relay contact output SSR/SSC driving output 4 to 20mA C output a012(#1*1/(./(=b Relay contact output SSR/SSC driving output 4 to 20mA C output a7"r$%$1241g"b a:.($12)*%."4$l$4)($12%<b Alarm 1 point ramp/soak Alarm 1 point ramp/soak Alarm 2 point Alarm 2 point ramp/soak 57 Note 1 Note 1 Note 1 Note 2 Note 2 > ^ A < << <= <C < < ao2%(#/4($123)2/)*b a51k%/..*hr1*()'"b 100 to 240V AC English 100 to 240V AC S 24V AC/24V C 0 English 24V AC/24V C c << a:.($12)*%."4$l$4)($12%=b <= <C RS-45 Modbus interface 3 RS-45 Z-ASCII interface Re-transmission igital input 1 point Note 3 f Re-transmission Note 3 7 igital input 2 points, RS-45 Modbus interface igital input 1 point S RS-45 Z-ASCII interface igital input 1 point E < a12z%()2g)#g%."4$l$4)($12b Non-standard parameter setting J Note 1: Process alarm (2 points) (the codes F and G in the th digit) cannot be specified. Note 2: Control output 2 (the codes A, C, and E in the 7th digit) cannot be specified. Note 3: Control output 2, communication digital input (2 points), alarm (2 points), and 24V power supply (the codes A, C and E in the 7th digit, F and G in the th digit, and A,, and C in the 10th digit) cannot be specified. 57C;:.($12)*$("-% 012("2(% IG).(1#L1#&$2#)$* [ [--!$`" A= A=--!$`" > ^ A < << <= <C aj#12(g$-"2%$12%b 4 4 mm Screw-terminal type mm Screw-terminal type ao2./(%$'2)*b Thermocouple C Thermocouple F Resistance bulb Pt100 3-wire type C Resistance bulb Pt100 3-wire type F 1 to 5V C 4 to 20mA C a012(#1*1/(./(<b Relay contact output SSR/SSC driving output 4 to 20mA C output a012(#1*1/(./(=b Relay contact output SSR/SSC driving output 4 to 20mA C output Re-transmission (4 to 20mA C) a7"r$%$1241g"b a:.($12)*%."4$l$4)($12%<b Alarm 1 point Alarm for heater break Alarm 1 point Alarm for heater break ramp/soak Alarm 1 point ramp/soak Alarm for heater break ramp/soak Alarm 1 point Alarm for heater break ramp/soak Alarm 2 point Alarm 2 point ramp/soak Alarm 2 point Alarm for heater break ramp/soak Alarm 3 point R-SP R-SP Alarm 2 point ao2%(#/4($123)2/)*l1#ba51kb 100 to 240V AC English 100 to 240V AC 24V AC/24V C English 24V AC/24V C a:.($12)*%."4$l$4)($12%=b RS 45 (Modbus) RS 45 (Z-ASCII) igital input (1 point) igital input (2 point) RS 45 (Modbus) igital input (1 point) RS 45 (Z-ASCII) igital input (1 point) 57 &$'$(!."4$L$4)($12 1(" Note 1 Note 2 Note 2 Note 2 Note 2 Note 3 Note 3 Note 3 Note 3 Note 3 Note 3 Note 3 Note 5 Note 5 Note 4 C 31G"* ZZP CTK3715P1 A, 7! I c I 0, 7! I c I 0 d I 0 < d I 0 7 < < > J e > ^ A < << <= <C < = C > ^ A J e ] 3 & 5 S 0 c 3!, S @^--!$`" < ao2%(#/4($12-)2/)*ba51k%/..*hr1*()'"b 100 to 240V AC English 100 to 240V AC 24V AC/24V C English 24V AC/24V C << <= <C Note 1: Cannot be combined with heater break alarm. (No. 2, 3,, 7 and H on the th digit cannot be specified.) Note 2: Cannot be combined with RS45 1-point digital input. (V00 and W00 on the 11, 12, and the 13th digits cannot be specified.) Note 3: In the case of 2-point digital input, either of control output 2 or heater break alarm or R-SP can be selected. (2-point digital input, control output 2 heater break alarm cannot be specified at the same time.) Note 4: The parameter of manual operation is hidden when it is default setting. The default settings of input signals, measured ranges, and setting values are shown below.,?-141/.*"%."4$l$"g ; Thermocouple K, Measured range: 0 to 400 C, Setting value: 0 C 7"%$%()24"P/*P%."4$L$"G ; Pt, Measured range: 0 to 150 C, Setting value: 0 C S1*()'"T0/##"2(%."4$L$"G;Scaling: 0 to 100%, Setting value: 0% In any case other than the description above, specify input signals and measured range. The input signals for the thermocouple and the resistance bulb can be switched with the front panel keys. 57\>\@;:.($12)*$("-% Note 1: Note 2: Note 3: Note 4: Note 5: 57 &$'$(!."4$L$4)($12 1(" aj#12(g$-"2%$12%b 4 mm Screw terminal type mm Screw terminal type > ao2./(%$'2)*b Thermocouple C Thermocouple F Resistance bulb Pt100 3-wire type C Resistance bulb Pt100 3-wire type F 1 to 5V C 4 to 20mA C ^ a012(#1*1/(./(<b Relay contact output SSR/SSC driving output 4 to 20mA C output Note 1 A a012(#1*1/(./(=b Relay contact output SSR/SSC driving output 4 to 20mA C output Re-transmission (4 to 20mA C) [ a:.($12)*%."4$l$4)($12%<b Alarm 1 point Alarm for heater break Alarm 1 point Alarm for heater break Note 2 Note 2 ramp/soak Alarm 1 point ramp/soak Alarm for heater break ramp/soak Note 2 Alarm 1 point Alarm for heater break ramp/soak Note 2 Alarm 2 point Alarm 2 point ramp/soak Alarm 2 point Alarm for heater break ramp/soak Note 2 Alarm 3 point R-SP R-SP Alarm 2 point Note 2 Note 2 a:.($12)*%."4$l$4)($12%=b RS45 (Modbus) communication RS45 (Z-ASCII) communication igital input 1 point igital input 2 points RS45 (Modbus) communication igital input 1 point RS45 (Z-ASCII) communication igital input 1 point 012("2(%,-$2)*01R 0,L1#?")(P/#21/()*)#- Note 4 Note 4 Note 3 > ^ A < << <= <C Cannot be combined with heater break alarm. ( 2, 3,, 7, H cannot be specified on th digit.) In case of the combination th digit code:3, 7, F, G, H, M or P and PXR4 the following installation condition are required. 1) Max.ambient temperature: 40 C 2) Individual mounting. (Side-by-side mounting is not allowed.) Cannot be combined with RS45 1-point digital input. (V and W cannot be specified on 11th digit.) In the case of control output 2, either of heater break alarm or remote SV input can be selected. (A, C, E and R on the 7th digit, and 2,3,,7,H, and P on the th digit cannot be specified.) The parameter of manual operation is hidden when it is default setting. 7! I c I 0 d I 0 7 < The default settings of control action is reverse for control output 1 and direct for control output 2. The reverse and direct actions can be switched with keys on the face panel. 31G"* PXR4/7 : ZZP PXR1-A230 PXR5/ : ZZP PXR ~30A: ZOZ CCTL--S-H 20~50A: ZOZ CCTL-12-S3- < = C > ^ A J e ] 3 & 5 S 0 c 3!, S E A

8 57 3$4#1012(#1**57 e"2)*%."4$l$4)($12% Power supply voltage Power consumption Insulation resistance ielectric strength Input impedance Allowable signal source resistance Allowable wiring resistance Reference junction compensation accuracy Input value correction Set value correction Input filter Noise reduction ratio Applicable standards O2./(%"4($12 Input signal Measuring range urnout []!."4$L$4)($12% 100 V (-15%) to 240 V (10%) AC, 50/0 Hz or 24 V (±10%) AC 50/0 Hz, 24 V (±10%) C When using 100 V AC: VA (PXR3), VA (PXR4,7),10 VA (PXR5,) When using 220 V AC: VA (PXR3),10 VA (PXR4,7),12 VA (PXR5,) When using 24 V AC/C: VA (PXR3),10VA (PXR4,7),12VA (PXR5,) 20 MΩ or more (500 V C) Power supply-ground V AC for 1 min Power supply-others V AC for 1 min Ground-relay output V AC for 1 min Ground-alarm output V AC for 1 min Others V AC for 1 min Thermocouple: 1 MΩ or more Voltage: 450Ω k or more Current: 250Ω (external resistor) Thermocouple: 100Ω or less Voltage: 1kΩ or less Resistance bulb: 10Ω or less per wire ±1 C (at 23 C) ±10% of measuring range ±50% of measuring range 0 to 00.0 sec settable in 0.5 sec steps (first order lag filter) Normal mode noise (50/0 Hz): 50 d or more Common mode noise (50/0 Hz): 140 d or more UL (UL73) CSA (C22.2 No.24-3)... Not available on 72x72mm size CE mark (LV : EN1010-1, EMC : EN132-1) 012(#1*L/24($121L%()2G)#G(H." Control action PI control (with auto tuning, self-tuning) Fuzzy control (with auto tuning) Proportional band (P) 0 to.% of measuring range settable in 0.1% steps Integral time (I) 0 to 3200 sec settable in 1 sec steps ifferential time () 0 to. sec settable in 0.1 sec steps On/off action if P = 0. Proportional action when I, = 0. Proportional cycle Hysteresis width Anti-reset windup Input sampling cycle Control cycle Thermocouple : J, K, R,, S, T, E, N, PLII Resistance bulb : Pt100 Voltage, current: 1 to 5 V C, 4 to 20 ma C (Apply current input after connecting the furnished 250Ω resistor to input terminal.) See measuring range table For thermocouple or resistance bulb input Control output upper/lower are selectable :/(./(%"4($121L%()2G)#G(H."M412(#1*1/(./(<N Control output 1 1 to 150 sec settable in 1 sec steps Only for relay contact output or SSR/SSC drive output 0 to 50% of measuring range For On/off action only 0 to 100% of measuring range Automatically validated at auto tuning 0.5 sec 0.5 sec Select one as follows Relay contact: SPT contact: 220V AC/30V C, 3A (resistive load) For PXR3, SPST contact Mechanical life 10 million operations (no load) Electrical life 100,000 operations (rated load) Minimum switching current 100mA (24V C) For PXR3, 10 ma (5 V C) SSR / SSC drive (Voltage pulse): ON: 17 to 25 V C, For PXR3, 12 to 1 V C OFF: 0.5V C or less Max. current: 20mA or less 4 to 20mA C: Allowable load resistance 00Ω or less For PXR3, 100 to 500Ω 012(#1*L/24($12%1L?")($2'\411*$2'412(#1*(H."M1.($12N Control action Heating side proportional band (P) Cooling side proportional band (P) Hysteresis width Anti-reset windup Overlap, dead band Input sampling cycle Control cycle Manual operation :/(./(%"4($121L?")($2'\411*$2'412(#1*(H."M412(#1*1/(./(=NM1.($12N Control output 2 :.)($12)2GG$%.*)H%"4($12 Parameter setting method isplay Status display LE Setting accuracy Indication accuracy (at 23 C) I*)#-M1.($12N PI control (with auto tuning) 0 to. % of measuring range Heating side "P" cooling side coefficient (Automatically set in auto tuning) Cooling side proportional band coefficient: 0 to On/off action if P=0 Integral time (I) 0 to 3200 sec (common to heating and cooling sides) ifferential time () 0 to. sec (common to heating and cooling sides) P,I,=0:ON/OFF action (without dead band) for heating and cooling I,=0:Proportional action Proportional cycle 1 to 150 sec For relay contact output or SSR/SSC drive output only 0.5% of measuring range common to heating and cooling sides, For On/off action only 0 to 100% of measuring range Automatically validated at auto tuning ±50% of heating side proportional band 0.5 sec 0.5 sec Manual operation -3 to 103% (except for PXR3) Select one as follows Relay contact: SPST contact: 220V AC/30V C, 3A (resistive load) Mechanical life 10 million operations (no load) Electrical life 100,000 operations (rated load) Minimum switching current 100mA (24V C) For PXR3, 10 ma (5 V C) SSR/SSC drive (Voltage pulse): ON: 17 to 25 V C, For PXR3, 12 to 1 V C OFF: 0.5V C or less Max. current: 20mA or less 4 to 20mA C: Allowable load resistance 00Ω or less For PXR3, 100 to 500Ω igital setting by 3 keys With key lock function Process value/set value Selective display (PXR3 : Single display) 4 digits, 7-segment LE Control output, process alarm output, Heater burnout alarm output (unavailable for PXR3) 0.1% or less of measuring range Thermocouple: (0.5% of measuring range) 1 digit 1 C For thermocouple R at 0 to 500 C... (1% of measuring range) 1 digit 1 C For thermocouple at 0 to 400 C... (5% of measuring range) 1 digit 1 C Resistance bulb, voltage/current: (0.5% of measuring range) 1 digit Alarm kind Absolute alarm, deviation alarm, zone alarm with upper and lower limits for each Hold function available (see page 15) Alarm latch, Excitation/non-excitation selecting function provided Alarm ON-delay elay setting 0 to sec settable in 1 sec steps Process alarm output Relay contact: SPST contact: 220 V AC/30 V C, 1 A (resistive load) Mechanical life 10 million operations (no load) Electrical life 100,000 operations (rated load) Minimum switching current 100 ma (5 V C) For PXR3, 10 ma (5 V C). MAX 2 points (PXR3), MAX 3 points (PXR4, 5, 7, ) output cycle 0.5 sec [

9 []!."4$L$4)($12% ]")(P/#21/()*)#-M1.($12T/2)R)$*)P*"L1#57CN Heater current detection (option), unavailable for PXR3 Heater burnout alarm output unavailable for PXR3 &$'$()*$2./(M1.($12N Points Electrical specifications Input pulse width Function (any one settable),$-l/24($12m1.($12n Start Setting Action Signal output Current detector: CTL--S-H for 1 to 30 A / CTL-12-S3- for 20 to 50 A Current detection accuracy: 10% of measuring range Alarm settable range: 1 to 50 A Available only when control output is relay contact or SSR/SSC drive. However, detection is possible when control output ON lasts 500 ms or longer. Relay contact: SPST contact: 220 V AC/30 V C, 1 A (resistive load) Mechanical life 10 million operations (no load) Electrical life 100,000 operations (rated load) Minimum switching current 100 ma (24 V C) 1 output, output updating cycle 0.5 sec 1 or 2 5 V C, approx. 2 ma (OFF judgment for 3 V C or more, ON judgment for 2 V C or less) Min. 0.5 sec Set value (front SV, SV1 to 3) changeover Control action start/stop Ramp/soak action start / reset Auto tuning start / stop Alarm latch cancel and built-in timer start y digital input 0 to sec settable in 1 sec steps Event ON-delay or OFF-delay Alarm output relay used. Up to 3 points available. 01--/2$4)($12L/24($12M1.($12N Physical specifications EIA RS45 Communication protocol Modbus TM RTU mode or PXR protocol (Z-ASCII) Communication method 2 wire method. Half duplex bit serial, start-stop sync type. ata type bits. Parity: odd/even/none. Communication rate 00bps Connection aspect multi-drop/up to 32 controllers connectable including master station Communication distance Total extension 500 m or less. RS232C / RS45 Isolated type Signal converter Manufacturer: SYSMEX RA Co.,Ltd (Japan) (recommendation) Model: RC-770X Manufacturer: OMRON Co., Ltd (Japan) Model: K3SC "Z(#)2%-$%%$121/(./(L/24($12M1.($12N Output signal Load resistance Output updating Output accuracy Resolution Kind of output signal C 4-20mA 500Ω or less (PXR3), 00Ω or less (PXR4, 5, 7, ) 500ms 0.3% FS (at 23 C) 2000 or more Any one among, SV, V and MV (selectable by parameter) 7"-1("%"(.1$2( M1.($12T21()R)$*)P*"12=U[--%$`"N Input signal 1 to 5 V C, 1 point Accurcy ±0.5% 1 digit (at 23 C) Input sampling cycle 0.5 sec Input scaling Allowed isplay of remote mode LE on Front panel Input impedance 1MΩ or more :(?L/24($12% Parameter mask function Ramp/soak function (option) 51KL)$*/#".#14"%%$2' Memory protection Held by non-volatile memory!"*lz4?"4q Method :.)($12)2G%(1#)'"412G$($12% Ambient operating temperature Ambient operating humidity Storage temperature :.($12)*$("-% Current detector (CT) (unavailable for PXR3) IN rail mounting adapter (for PXR3) Terminal cover Instruction manual!(#/4(/#" Mounting method External terminal Case material imensions Weight Protective structure Outer casing!41."1lg"*$rh Scope of delivery 3")%/#$2'#)2'"()P*" resistance bulb Thermocouple C voltage C current Parameter display is disabled by software. 2 program pattern of 4 steps each, or 1 program parttern steps igital input allows to start/reset the action. Program error supervision by watchdog timer -10 C to 50 C Less than 0% RH (no condensation) -20 C to 0 C For 1 to 30 A: CTL--S-H For 20 to 50 A: CTL-12-S3- (see page 17) ZZP*CTK3715P1 (for outline diagram, see page 11) PXR4 : ZZPPXR1-A230 PXR5/ : ZZPPXR1-230 (for outline diagram, see page 11) For communication function (see list of related documents on page 10) Panel flush mounting PXR3 can be mounted to rail/wall by using the IN rail mounting adapter available at option. Plug-in terminal (PXR3) or M3 screw terminal (PXR4, 5, 7, ) Plastic (non-combustible grade UL4V-0 equivalent) See the outline diagram on page 11. Approx. 150 g (PXR3), 200 g (PXR4), 250g (PXR7) 300 g (PXR5), 300 g (PXR) Front waterproof structure: NEMA4X (IEC standard IP equivalent)(when mounted on panel with our genuine packing. Waterproof feature unavailable in close mounting of multiple units) Rear case: EC IP20 lack (front frame, case) Controller, panel mounting bracket, front watertight packing, instruction manual, 250 resistor (for current input) input signal measuring range( C) measuring range( F) Pt100 J K R S T E N PLII 1 to 5V 4 to 20mA -1 to 50 0 to 00 0 to to to to to to 00 0 to to 1300 scaling range -32 to to to to to to to to to to to Note 1: For current input connect the supplied 250Ω resister at the input terminal. Note 2: When the measuring range exceeds 1000 C (132 F), decimal point cannot be used. PXR3 s Measuring range for Pt100 is -150 to 50 C (-23 to 152

10 57 3$4#1012(#1**57 O2%/*)($12P*14QG$)'#)- []!."4$L$4)($12% Power supply section Relay contact control output 1 Relay contact control output 2 Alarm relay output 1 Alarm relay output 2 Alarm relay output 3 or heater break alarm output (PXR3 not included) 0)/($12$2/%" 012(#1*1/(./( 31G"* S1*()'"./*%ML1#!!7G#$R"N S1*()'" 3)UV0/##"2( 57C 15V C 20mA 57T>TAT@ 24V C 20mA 5SC 5.5V C 20mA 5S 24V C 0mA 5E 24V C 0mA &0(1=-I I**1K)P*"*1)G#"%$%()24" 100 to 500Ω 00Ω or less 00Ω or less 00Ω or less 00Ω or less 5g 24V C 0mA 00Ω or less ifferences from other models are listed at left. For replacement, check is required to see if the specifications of control end are satisfied. Measurement input Heater current detector input Remote SV input Internal circuit Voltage pulse, 4 to 20mA C control output 1 Voltage pulse, 4 to 20mA C control output 2 Transfer output igital input (In case of Re-Transmission by PXR3) Communication (RS-45) igital input (In case of Re-Transmission by PXR3, 4, 5, 7, ) F$%(1L#"*)("GG14/-"2(% Instruction manual Operation manual Communication MOUS function manual Z-ASC Note: asic insulation (dielectric strength 1500 V AC) between blocks delimited by line. Functional insulation (dielectric strength 500 V AC) between blocks delimited by line. Non isolated between blocks which are not delimited from each other. 57C TN1PXR3-E TN1PXR-E ECNO:40 57TA 57> 57@ TN1PXR5/-E ECNO:40 TN51242-E TN51244-E The above documents can be downloaded from our Internet home page. 31/2($2'(1&O#)$*M57C12*HN Mountable to a IN rail using the IN rail mounting adapter available at option. With this adapter, also mountable to a wall.,-$2)*41rm57t>t@n The terminal block can be protected by the terminal cover available at option. =:LU =:LV =:L!#&3(/.$1'I#& WW==:LR7XMY!#&3(/.$1'I#& WW==:LRTXMY With PXR3 IN rail mounting adapter (available at option) Caution on drilling in panel: In case of coating, etc. after drilling, the above dimensions must be followed in the finished status. <

11 [>]:/(*$2")2G5)2"*0/(1/(&$-"2%$12% Type Outline Panel cut (unit: mm) O/)#&-&''%$-/1(E Z R 'G()(E$A&/1#) PXR3 ]R ]X 7\R M?X XX V[ VZ =/(#.$)"1(#,,$R$$$$)$$$$ZH Type Outline Panel cut Z V R =/(#. 'G()(E$A&/1#) O)"$)#&3(/.$1'I#&H VM?Z [Z?Z Type Outline Panel cut 'G()(E$A&/1#) [Z VM RY Z X PXR5 V> VR?U VM?[ RY[?U$7:? O/)#&-&''%$-/1(E =/(#. ) $R$$$$)$$$$ZH!#&3(/.$1'I#&$'-)'(H Type Outline Panel cut V> RY X V?U [V?U 'G()(E$A&/1#) PXR4 7\R 7\X ]R ]X 7\M =J Z O/)#&-&''%$-/1(E )$=/(#.$)"1(#,,H $R$$$$)$$$$ZH!#&3(/.$1'I#&$'-)'(H Note: If mounting close together is required at power supply voltage of 240 V AC, arrange the specifications so that more than 3 relay contact outputs will not be used. (Relay contact outputs include control outputs 1 and 2, process alarm outputs 1 and 2 and heater burnout alarm output.) Type Outline Panel cut PXR7 PXR V> VR?U VM?[ RY[?U$7:? O/)#&-&''%$-/1(E =/(#. ) $R$$$$)$$$$ZH!#&3(/.$1'I#&$'-)'(H <<

12 57 3$4#1012(#1**57 [^]U(2)*4122"4($12G$)'#)- PXR3 PXR4 PXR7 a/%"3c%4#"kb <=

13 [^]U(2)*4122"4($12G$)'#)- E$(?1/(41--/2$4)($12 L/24($12 a12g$'$()*$2./(1#k$(? G$'$()*$2./(M<.1$2(Nb Re-transmission 5 output R-SP <Control output 2> input 5 5 4~20mA C SSR/SSC output drive output E$(?1/(41--/2$4)($12 L/24($12 ae$(?g$'$()*$2./(m=.1$2(nb igital input 1 CT input Relay contact output Process alarm output Common Process alarm output 1 Process alarm output 2 Heater burnout alarm output 3 or process alarm output 3 24V C 11 Power supply 24V AC 100~240V AC 50/0Hz 12 50/0Hz 3 4 igital input 1 igital input Relay 32 contact 32 output 33 Resistance bulb 34 input A 35 3 Thermocouple input <Control output 1> Note 1: Mount supplied resistor to terminals between 35 and 3 4~20mA C output (Note 1) 250Ω ~5V C 4~20mA C <Process variable input> SSR/SSC drive output Note 1: Mount supplied resistor to terminals between 35 and 3 <Control output 2> 4 PXR5 PXR R-SP input 4~20mA C output CT input E$(?41--/2$4)($12 L/24($12 Re-transmission 5 output Re-transmission 5 output <Control output 2> 4~20mA C output a/%"3c%4#"kb SSR/SSC drive output 5 R-SP input 3 4 Process alarm output Common Process alarm output 1 Process alarm output 2 Heater burnout alarm output 3 or process alarm output 3 24V C 11 Power supply 24V AC 100~240V AC 50/0Hz 12 50/0Hz CT input 5 5 SSR/SSC drive output Communication RS Relay contact output igital input Relay contact output Process alarm output Common Process alarm output 1 Process alarm output 2 Heater burnout alarm output 3 or process alarm output 24V C 11 Power supply 24V AC 100~240V AC 50/0Hz 12 50/0Hz Relay 32 contact 32 output Relay 32 contact 32 output Resistance bulb input A Thermocouple input Resistance bulb input A Thermocouple input <Control output 1> 1~5V C 4~20mA C output 4~20mA C <Process variable input> <Control output 1> (Note 1) 250Ω 4~20mA C output (Note 1) 250Ω ~5V C 4~20mA C <Process variable input> SSR/SSC drive output Note 1: Mount supplied resistor to terminals between 35 and 3 SSR/SSC drive output 57> 57@ 57C RY RR R X RX RM R M U RU R> R[ > [ Z RZ V R X M U > 57 [ Z V RY RR RX RM R RU R> R[ RZ >?X 57A R X M U > [ Z V RY RR RX RM R >?X RU R> R[ RZ >?X R X M U > [ Z V RY RR RX MR MX MM M MU M>!^=!^= R X M U > [ Z V RY RR RX MR MX MM M MU M> >?X M$,1&#2$)#&3(/. M$,1&#2$)#&3(/. M$,1&#2$)#&3(/. M$,1&#2$)#&3(/. <C

14 57 3$4#1012(#1**57 [A]57!14Q"((H."1#G$2'41G" [ [--!$`"!14Q"((H." 57 > ^ A < << <= <C 4 S 1 0 &$'$(!."4$L$4)($12 1(" aj#12(g$-"2%$12%b 4 4mm (Socket type) ao2./(%$'2)*b Thermocouple C Thermocouple F Resistance bulb Pt100 3-wire type I ( C) Resistance bulb Pt100 3-wire type I ( F) 1 to 5V C 4 to 20mA C Resistance bulb Pt100 3-wire type II ( C) a012(#1*1/(./(<b Relay contact output Voltage pulse output (24V C) 4 to 20mA C output a,-$2)*l1#-b Socket type a7"r$%$1241g"b a:.($12)*%."4$l$4)($12%b Alarm (1 pc.) Ramp-soak Alarm (1 pc.) Ramp-soak Alarm (2 pcs.) Alarm (2 pcs.) Ramp-soak ao2%(#/4($12-)2/)*ba51k%/..*hr1*()'"b 100 to 240V AC English 100 to 240V AC 24V AC/24V C English 24V AC/24V C a!14q"(b For rail mounting (pin screw terminal) For panel mounting (pin screw terminal) For rail mounting (11pin screw terminal) For panel mounting (11pin screw terminal) aj*12(h0)%"41*1#b lack White Note 5 Note 5 Note Note 1 Note 2 Note 3 Note 4, 7! I c E I 0! < < > J e S 0 c < = > E I..")#)24"1LR)#$1/%%14Q"(%,5<<,5[!c,5[,5<<!cI Note1) Type: TP4X Note2) Type: TP4S Note3) Type: TP411X Note4) Type: TP411SA Note5) Input terminal (Pt100 input) assignment is same as PXW4/PXZ4/PXV4. Note) Input terminal (Pt100 input) assignment is different from PXW4/PXZ4/PXV4, but in case of thermocouple input terminal assignment is same. Input signal, measurement range, and set value at the time of deliver are as follows. When thermocouple is specified: Thermocouple K, Measurement range; 0 to 400 C, Set value; 0 C When resistance bulb is specified: Pt, Measurement range; 0 to 150 C, Set value; 0 C When voltage/current is specified: Scaling; 0 to 100%, Set value; 0% For the cases other than the above, specify input signal and measurement range. Input signal of the thermocouple and the resistance bulb can be switched by key operation on the front panel. Control action is set to reverse action when delivered. The reverse action and normal action can be switched by key operation on the front panel. <

15 [[]!."4$L$4)($12% e"2)*%."4$l$4)($12% O2./(%"4($12 012(#1*L/24($121L%()2G)#G(H." :/(./(%"4($121L%()2G)#G(H."M412(#1*1/(./(<N :.)($12)2GG$%.*)H%"4($12 I*)#-M1.($12N :(?L/24($12% 51KL)$*/#".#14"%%$2'!"*LZ4?"4Q :.)($12)2G%(1#)'"412G$($12%!(#/4(/#" <>

16 57 3$4#1012(#1**57,)P*"<3")%/#$2'#)2'"()P*" Group input signal measuring range( C) measuring range( F) I II Resistance bulb Thermocouple C voltage C current Pt100 J K R S T E N PLII 1 to 5V 4 to 20mA -150 to 50 0 to 00 0 to to to to to to 00 0 to to 1300 scaling range -23 to to to to to to to to to to to Note 1: For current input connect the supplied 250Ω resister at the input terminal. Note 2: Setting cannot be changed to a different group. Note 3: When the measuring range exceeds 1000 C (132 F), decimal point cannot be used.!41."1lg"*$rh Scope of delivery O2%/*)($12P*14QG$)'#)- Power supply section Relay contact control output 1 Alarm relay output 1, 2 [[]!."4$L$4)($12% Controller, panel mounting bracket, watertight packing, instruction manual (as ordered), socket (as ordered), 250Ω resistor (for current input) Measurement input Internal circuit Voltage pulse, 4 to 20mA C control output 1 Note: asic insulation (dielectric strength 1500 V AC) between blocks delimited by line. Functional insulation (dielectric strength 500 V AC) between blocks delimited by line. Non isolated between blocks which are not delimited from each other. <^

17 Type Outline Panel cut PXR4 Socket type 4 SV 4 C1 C2 AL1 AL2 AL3 Panel Mounting frame min. 73min Side stick mounting (n units) (4 x N-3) SEL PXR-4 Water-proof packing t 1 t Note: Waterproof is not available in stick mounting. [<]!14Q"(:/(*$2"&$)'#)-M/2$(;--N Without alarm TP4S TYPE (FOR PANEL MOUNTING) TP4X TYPE (FOR RAIL MOUNTING) 27 TERMINAL SCREW M3.5 TERMINAL SCREW M HOLE MAX. 40± MOUNTING HOLE With alarm TP411X TYPE (FOR RAIL MOUNTING) TP411SA TYPE (FOR PANEL MOUNTING) HOLE 10 7 TERMINAL SCREW M TERMINAL SCREW M MAX. 40± MOUNTING HOLE <A

18 57 3$4#1012(#1**57 [<<]U(2)*4122"4($12G$)'#)- M<NE$(?)*)#-L/24($12%<<Z.$2%14Q"( E?"241-.)($P*"K$(?5E\5g\5S(?-141/.*"$2./((-$2)* E?"241-.)($P*"K$(?5E\5g\5S#"%$%()24"P/*P$2./((-$2)* M=NE$(?1/()*)#-L/24($12%[Z.$2%14Q"( E?"241-.)($P*"K$(?5E\5g\5S(?-141/.*"$2./((-$2)* E?"241-.)($P*"K$(?5E\5g\5S#"%$%()24"P/*P$2./((-$2)* <[

19 [<=]J/24($12% J/24($12 3)2/)*:.)($12 This function is selectable operation mode either "Auto" or "Manual" operation by change the parameter. MV output value is changeable by manual operation on Manual mode. Operation mode is stored while power down. Changeover method: Auto $ Manual: alanceless bump less Manual $ Auto: alance bump less MV setting value resolution: 1%(Settable by front key) MV setting range: -3~103% Auto-tuning and Self-tuning are not available while manual operation mode. J/24($12< 012(#1*L/24($12 J/``H412(#1*L/24($12 Fuzzy operation is used to suppress overshoot so that the response to external disturbances is improved. y monitoring process value, overshoot is suppressed with the startup time remaining unchanged. At the same time, response to external disturbances is also improved. Comparison between fuzzy control and conventional control ]")($2'\411*$2'412(#1*M1.($12N y a single controller both heating and cooling control output are obtained. (oth control outputs 1 and 2 are used.) :2\1LL)4($12M=Z.1%$($12)4($12N When process value () is below the set value (SV), output is turned on and the heater is energized as shown below. When is above SV, output is turned off and the heater is de-energized. In this way, output is turned on/off repeatedly with respect to the SV to keep the temperature constant. This method of control is called "on/ off action (2-position action)." When "0" is assigned to parameter P, the on/off action will be selected. J/24($12= (a) Standard type 5O&(/2$2'L/24($12 I/(1Z(/2$2'MI,N PI parameters are autometically set by the controller s measurement and computation function.this instrument provides 2 types of auto-tuning functions;the standard type(auto-tuning with SV used as reference)and the low SV type(auto-tuning with the value 10% below SV used as reference). 51$2( :2\1LL)4($12?H%("%$%%"(($2' In on/off control, output turns on/off with respect to the set value. Therefore, output would change frequently in response to a slight change in the temperature. This might shorten the service life of the output relay and adversely affect the equipment connected with the temperature controller. To prevent this, a gap (hysteresis) is provided in the on/off action. This action gap is usually called "hysteresis." Example 1) Suppose that the temperature controller has a measuring range of 0 to 150 C and a hysteresis (HYS) of 10. When the set value is adjusted to 40 C, the heater turns off at 45 C and turns on at 35 C. Example 2) For turning off the heater at 45 C in the figure at left, parameter [SVOF] should be set at "-5." Then, the heater turns off at 45 C and turns on at 35 C. (The above action is effective when the ONOFF parameter is set at OFF.) (b) Low type 51$2( 0?)2'"1R1L1/(./()4($12 irect action or reverse action is settable by parameter [P-n1].!"*LZ(/2$2'L/24($12 At power on, changing a set value or during external disturbance, tuning is made automatically so that the PI parameters are reoptimized. Note: For some objects to control, PI values could not be optimized. <@

20 57 3$4#1012(#1**57 [<=]J/24($12% J/24($12C I*)#-M1.($12N J/24($12 Heater burnout is detected then the alarm is emitted immediately. Separate type current trasformer(ct)specified by Fuji should be used. Alarm action point can be set by front panel keys. etection is made only on a single-phase heater. This function cannot be used when controlling a heater with thyrister phase angle control system. #Example of the connection of the heater burnout alarm (type PXR5, PXR) ]")(P/#21/()*)#-M1.($12N Note : (1) Alarm output is ON in the alarm band marked (2) What is alarm with hold? The alarm is not turned ON immediately even when the measured value is in the alarm band.it turns ON when it goes out the alarm band and enters again. Rerer to 17page for CT =

21 [<=]J/24($12% J/24($12> 5)#)-"(-)%QL/24($12 This instrument provides a function (parameter mask function) to mask (conceal) the display of individual parameters. To effect parameter mask(non-display)or non- mask (display),appropriate values should be set to SP1-13. Example of setting to (SP1-13) (a) To mask parameter P 1) Check SP value for Preferring to P parameter table I 2) Add 2 to the value set to SP3. (b) To mask parametaer P,I, 1) Check SP value for P,I, referring to parameter table. 2) Add 24=14 to the value set to SP3. For allocation of SP of each parameter, refer to the parameter table on Page1. SP1-13 cannot be masked. Parameter SP SP3-2 SP3-4 SP3- J/24($12[ External digital input allows one of the following functions. Change the set value (Front SV, SV1-3) Start/stop the control action Start/reset the ramp/soak Start/stop the auto tuning Cancel the alarm latch Start the incorporated timer * The above functions can be combined when two digital inputs are used. J/24($12@ &$'$()*$2./(M1.($12N,$-L/24($12M1.($12N y igital input, ON-delay or OFF delay timer can be started. That is, relay output is turned on/off after certain period of time preset in parameter dly1/dly2/dly3. As for relay output, alarm output relays are used. Up to 3 timer outputs can be obtained. J/24($12^ 7)-.%1)QL/24($12M1.($12N Function of automatically changing the set point value with the elapsing of time, in accordance with the preset pattern, as shown below.this function is capable of programming a 2 program pattern of 4 steps each, or 1 program parttern steps. J/24($12A With RS-45 (Modbus protocol) interface, a connection with computer, touch panel or PLC is allowed. ]'3-G)#& 7!Z[>01--/2$4)($12L/24($12M1.($12N!'G1"$-/(#.$ J/24($12< I2)*1'7"Z(#)2%-$%%$12M1.($12N Output signal : 4 to 20 ma C Kind of output : Any one of process value (), set value (SV), manipulated output value (MV) and process variable - set value (V) (setting by front keys) A cost corresponding to one temperature sensor can be reduced just by connecting a transfer signal to a recorder. 5S 7"Z(#)2%-$%%$12 1/(./( PXR3 Temperature _G`$=&'E&/33/A.#$ ^-#&/)'($N,-./0$ Ca$,#&#,H Recorder PHF C4~20mA Current control signal Fryer AC power regulator (APR) Oil Heater 57C 57 57> 57A 57@ Either communication protocol below is selectable. Selection should be made according to system configuration. 1) ModbusTM RTU mode: An open protocol generally used in particular outside Japan. In case the host side supports this protocol, connection is allowed without a program. 2) Z-ASCII (Fuji's original) ecause transmission code is ASCII, programming with PLC, etc. is simple. J/24($12<< 7"-1("!S$2./(M1.($12N SV (set value) can be selected with signals from outside. SV input signal: 1 to 5V C ]#..$7 ]#..$T ]#..$] ]#..$N ]#..$5!$)#3-#&/)G&#$'%$#/1"$1#..$,$,#)$A0$)$,#FG#(1#&?$ R$)'$UJ$N]!#3-#&/)G&#$ (-G) =<

22 57 3$4#1012(#1**57 [<C]!"2%1#L)/*(1.)($12 i,?-141/.*" Condition isplay Control output reak Short circuit short-circuit point Temperature display ON or more than 20mA OFF or less than 4mA lnput is controlled as short-circuit point temperature. (Note) (Note) i 7"%$%()24"P/*P$2./( Condition isplay Control output ON or more than 20mA OFF or less than 4mA (Note) reak OFF or less than 4mA ON or more than 20mA ON or more than 20mA OFF or less than 4mA (Note) (Note) 2-wire or 3-wire break Short circuit OFF or less than 4mA ON or more than 20mA (Note) i <Z>S&0 reak Short circuit i Z=-I&0 Over-range OFF or less than 4mA ON or more than 20mA OFF or less than 4mA (Note) (Note) Under-range ON or more than 20mA (Note) Control output changes in operation according to the designation of burnout direction (parameter, P-n1 ). In case of Manual Mode, control output signal is MV output value. ]")(P/#21/()*)#-4/##"2(G"("4(1#M0,N ==

23 [<]5)#)-"(()P*" 5)#)-"(()P*"57 Parameters for the PXR are classified under three blocks according to the frequency of use. The parameters of the second and third blocks are used at initialization or when they are of absolute necessity. Some parameters may not be displayed at the time of delivery depending on the type. 3'*#$*,-./0 ]R$$$$$$]X$$$$$7\R$$$$7\X$$$$7\M b] =&#,,$%'&$ =&#,,$%'&$ =&#,,$%'&$ /A'G)$R$,#1? /A'G)$M$,#1? /A'G)$U$,#1? R,)$A.'1 -/&/3#)#& X(*$A.'1 -/&/3#)#& M&*$A.'1 -/&/3#)#& i5)#)-"(%1l(?"l$#%(p*14q =C

24 57 3$4#1012(#1**57 [<]5)#)-"(()P*" 5)#)-"(()P*"57 i5)#)-"(%1l(?"%"412gp*14q Note 1: When a customer does not specify the settings while ordering, the following settings are selected as factory defaults. Thermocouple input : Thermocouple K Measured range: 0 to 400 C Resistance bulb input : Measured range: 0 to 150 C Voltage/Current input : Scaling: 0 to 100% =

25 5)#)-"(()P*"57 i5)#)-"(%1l(?"%"412gp*14q i5)#)-"(%1l(?"(?$#gp*14q =>

26 57 3$4#1012(#1**57 [<]5)#)-"(()P*" 5)#)-"(()P*"57 =\]X =S]X =]C! 'C!R SA 'C!X &]d a7( 7*dY *R 7'! 7'\ 7'S &5^ &*_ *=RY *=RM ^&*#&(E,-#1% 1/)'( ]' 7R"e 7X"e 7R'= 7X'= =\]R M?Y RYM?Y Y Y?Y '( R?YYY Y Y Y Y R Y Y?Y RYY?Y Y Y R R YYY YYY M?Y RYM?Y *@=RRZ =S]R =/&/3#)#& *,-./0$,03A'. C,#&f,,#)$I/.G# J/.G#$-&'& )'$*#.I#&0 =/&/3#)#&$(/3# =/&/3#)#&$ 3/,$N@= 7./&3$./)1"$R;$G,#P$Y;$(')$G,#H 7./&3$'%$#&&'&$,)/)G,$R;$G,#P$Y;$(')$G,#H N##(#&Eg#*$'G)-G)$R;$G,#P$Y;$(')$G,#H ST$@#)$I/.G#$'%$/)#&$ A&#/$/./&3H$,#))(E 7./&3$R$"0,)#&#,, 7./&3$X$"0,)#&#,, 7./&3$R$'-)'(, 7./&3$X$'-)'(, \'2#&$.3)$%'&$'G)-G)$R C--#&$.3)$%'&$'G)-G)$R \'2#&$.3)$%'&$'G)-G)$X C--#&$.3)$%'&$'G)-G)$X ^G)-G)$.3)$)0-#, ^G)-G)$I/.G#$JH$*,-./0 ^G)-G)$I/.G#$JH$*,-./0 L]d$]'.*$`G(1)'($ 1'3-#(,/)'(H$,#))(E =J$E&/*#() C,#&*#%(/A.#$g#&'$ /*`G,)3#() C,#&*#%(/A.#$,-/($/*`G,)3#() N<R$NE)/.$(-G)$RH$ '-#&/)'( N<X$NE)/.$(-G)$XH$ =/&)0$,#))(E I/.G#? N,-./0,$)$(-G)$I/.G#$'%$&#3')#$@J$(-G)? L#)&/(,3,,'( A/,#$,1/.# L#)&/(,3,,'(,-/($,1/.# L#3')#$@J$(-G)$ g#&'$/*`g,)3#() L#3')#$@J$(-G)$,-/($/*`G,)3#() L#3')#$@J$(-G)$ %.)#&$1'(,)/() L#3')#$@J$(-G)$ I/.G#$*,-./0 @#),$)$.3)$)0-#,$'%$'G)-G),$R$/(*$X$ A&#/(E$)$.3)P$'&$3/()/(#*$2)"($)$.3)H?$ N,-./0,$)$I/.G#$'%$'G)-G)$R? Y$)'$UY?Y7$@#))(E$)'$Y?Y7$)G&(,$ '%%$)$ST$/./&3?H$ Y$)'$UYh_@ Y$)'$UYh_@ *@=RY> 7M"e R $'%$/./&3$M? Y$)'$UYh_@ YYY$)'$RRR YYY$)'$RRR *@=RRX 7M'= YYY 7./&3$M$'-)'(, YYY$)'$RRR M?Y$)'$RYM?Yh$ M?Y$)'$RYM?Yh$ M?Y$)'$RYM?Yh M?Y$)'$RYM?Yh Y$)'$RU ^4;$=#&%'&3,$)$L]d$ $ ]'.*$`G(1)'($1'3-#(,/)'(H? ^ ;$N'#,$(')$-#&%'&3$)$L]d$ $ ]'.*$`G(1)'($1'3-#(,/)'(H? Y?YYR$)'$X?YYY UY$)'$UYh_@ UY$)'$UYh_@ RYY?Y$)'$RYY?Yh RYY?Y$)'$RYY?Yh UY$)'$UYh_@ Y UY$)'$UYh_@ Y?Y Y?Y$)'$VYY?YY$,#1'(*, Y$)'$RX Y$)'$RX Y;$^**$-/&)0$$$$$R;$5I#($-/&)0 X;$4'$-/&)0 Y;$=J$c$R;$@J$c$X;$J$c$M;$NJ =]'\ *@=RMX N#-#(*,$ '($)$ )0-#? ]'33G(1/)'($ '*AG,$/(*$7@]<<? Y;$W7]@ R;$'*AG,$L!CH Y$)'$XUU Y$)'$XUU i5)#)-"(%1l(?"(?$#gp*14q =^

27 33: =A

28 5I!C &$'$()*,?-1%()(M(H.";5I!CN &O= [--%$`" I2)*)#-%"((K$(?12\1LL412()4(1/(./(V 31%(%/$("GL1#G"("4($2'1R?")($2-)4?$2"%T"Y/$.-"2(%T"(4V Front panel having a IN size of 24 x 4mm. ecause thermocouples (5 types) and thermistors (0 to 100 C) are connectable. Alarm set value and measured temperature value can be checked promptly using the front keys. This thermostat is capable of issuing 2 relay contact outputs. Therefore, any output of Upper/Lower limit pair, 2 upper limit and 2 lower limit can be selected. Mountable to a IN rail using the IN rail mounting adapter available at option. With this adapter, also mountable to a wall.!."4$l$4)($12% Item Specification Input Number of inputs: 1 Input signal and measurable range: Refer to Table 1. Allowable signal source resistance: Thermocouple input 100Ω max. Measurement cycle: 2 sec. or less urnout function: Thermocouple input: UUU display Thermistor input: LLL display (Upscale or downscale at burnout settable) Input impedance: Thermocouple input 1 MΩ or higher Input filter: 0 to 0 sec. (settable in 1 sec. steps) Primary lag filter Input value compensation: Settable within ±10% of measurable range Indication Indication means: LC (without back light) Value/parameter indication: 4 digits of 7 segments each (However, at the 1st digit, only - or 1 is indicated within - to 1.) Contents of indication: Measured value, alarm set value 1, alarm set value 2, various parameters Each indicator of alarms 1 and 2, C scale Operation Number of keys: 3 keys, sheet type keys (embossed) Alarm value setting resolution: 1 C Key lock function: (Change of setting can be inhibited.) Accuracy Indication accuracy: Refer to Table 1. (However, error of a temperature sensor is not included.) Reference contact compensation error: ±3 C (at 23 C) Alarm Number of outputs: 1 or 2 (as specified in COE SYMOLS) output Contact structure: 1a contact Alarm type: Refer to Table 2. Contact capacity: 220 V AC/30 V C, 2 A (resistance load) 220 AC/30 C, 1 A (inductive load) Mechanical life of contact: 20 million activations or more (100 activations/min.) Electrical life of contact: 100,000 activations or more (rated load) Output resetting cycle: 2 sec. or less Alarm value settable range: Settable within 0 to 100% of measurable range Hysteresis width settable range: 0 to 110% of measurable range (settable in 1 C steps) Alarm action delay time: Settable within 1 to 120 sec. Power Power supply voltage: 100 V (15%) to 240 V (10%) AC supply 50/0 Hz (±10%) Power consumption: 3 VA max. (with 100 V AC), VA max. (with 240 V AC) Operating Ambient temperature: 0 to 50 C conditions Ambient humidity: 0% RH max. (condensation unallowable) Applicable UL, C-UL, CE mark. standards ody Mounting method: Panel flush mounting structure External dimensions (H x W x ): 24 x 4 x 5 mm Weight: Approx. 100 g Casing material: Plastic (corresponding to flame resistance grade UL4V-0) Front protective structure: IP (corresponding to NEMA-4X) when using Fuji's genuine front waterproof packing part External terminals: Plug-in type (for bar terminals) Finish color: Ivory I*)#-1/(./(?H%("%$%K$G(? O2./(%$'2)*T-")%/#)P*"#)2'")2G$2G$4)($12)44/#)4H M,)P*"<N I*)#-(H."%M,)P*"=N &O#)$*-1/2($2' =[

29 SET1 SET2 ALM1 ALM2 31G"* :/(*$2"G$)'#)-M/2$(;--N Waterproof packing 1 4 SET1 SET2 :.($12)*$("-% 24 ALM1 ALM !"(($2')(G"*$RH 5)2"*4/(1/( Mounting adapter Panel (1 t )!41."1LG"*$RH Thermostat unit, panel-mounting adapter, front waterproof packing Thermistor sensor added for thermistor input I()4?"G(?-$%(1#%"2%1# Ω &O#)$*-1/2($2')G).(M1.($12N IN rail IN rail mounting adapter (option) For mounting on wall PAS3... MF. 3. M4 No. Tightening torque 0.4Nm or less 0122"4($12G$)'#)- j%)p*"k$#$2'-)($)*% =@

30 5 F$%(1L("-.)(/#"412(#1**%!$"% 5!$"% 0*)%%$L$4)($12 CZQ"H(H."K$(?*)#'"G$%.*)H,H." 57C 57 57A 57> Standard type Front view (size mm) PXR7 PXR5 PXR Waterproof type PXR3 PXR4 (4 24) (4 24) (4 24) (4 24) ( ) Control method Output signal Input signal Pt100 J thermocouple K thermocouple R thermocouple thermocouple S thermocouple T thermocouple E thermocouple N thermocouple PLII thermocouple 1 to 5V C 4 to 20mA C Relay For SSR/SSC drive 4 to 20mA C ON-OFF PI Auto tuning PI Fuzzy Self-tuning Heating/cooling control Indicating accuracy Communicating function (RS-45) Re-transmission output in 4 to 20 ma C Timer function igital input Ramp soak function Alarm output Heater burnout alarm (current output unavailable) Power supply voltage Front waterproof structure (With resistor) ±0.5% FS ±1digit ±1 C ( ramp/soak) (Unavailable for PXR3) 100 to 240 V AC, 50/0 Hz or 24 V AC/C C