OUT1 OUT1. OUT2 OUT2 lamp Lights when OUT2 is on (Green) AL1 AL2 AL3 MAN PRO OUT1% B.Control Output OUT1

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1 UT UT UT UT UT UT UT UT UT UT UT UT UT UT otice igital ontroller LT//// lease confirm the specification of controllers is to totally with your requirement before using it, also read this user s manual in detail. anger. anger! Electric Shock! 'T touch power wiring terminal when controller has been powered! Keep the power off until all of the wiring are completed! Warning. lease confirm the power wiring to controller is correct, otherwise it would be caused aggravated damage on controller. ( connecting with in and, /// with in and ).. e sure to use the rated power supply(~v or V), otherwise it would be caused aggravated damage on controller.. lease confirm wires are connected with correct terminal (Input, utput).. Use M screw-compatible crimp-on terminals with an insulation sleeve, as shown below.mm or less.mm.mm or less.mm UT UT T L L R LT LT LT LT LT Torque :..m (kgf.cm) UT UT. void to install controller in following spaces : I. place where the ambient temperature may reach beyond the range from to II. place where the ambient humidity may reach beyond the range from to RH. III. place where the the controller likely to come into contact with water,oil, chemicals,steam and vapor. IV. place where the controller is subject to interface with static electricity,magnetism and noise.. For thermocouple(t) input,use shield compensating lead wire.. For RT input,use shield wires which have low resistance and no resistance difference between the wires. External imension and anel utout Unit:mm +.. UT UT T R

2 arts escription LT LT LT LT/LT UT UT T L L R UT UT UT UT UT UT UT UT UT SYML ME FUTI Measured value ()display ting value ()display key uto/manual key Shift key own key (rogram Hold) Up key (rogram Run) isplays or various parameter symbols (Red) isplays or various parameter set values (Green) Used for parameter calling up and set value registration Switches between uto(i) output mode and Manual output Shift digits when settings are changed ecrease numbers (nly for programmable controller) Increase numbers (nly for programmable controller) SYML ME FUTI UT UT lamp Lights when UT is on (Green) UT UT lamp Lights when UT is on (Green) T L L L R UT utotuning lamp larm lamp larm lamp larm lamp Manual output lamp rogram Running lamp utput ar- Graph display Lights when utotuning is activated (range) Lights when larm is activated (Red) Lights when larm is activated (Red) Lights when larm is activated (Red) Lights when manual output is activated (Red) Flashes when program running (nly for programmable controller) utput is displayed on -dot LEs Terminal rrangement LT LT.ower Supply.ower Supply ~V ~V(ption) H.T Input ~V ~V(ption) H.T Input T T.ontrol utput UT UT.Input m,v RT T,mV.ontrol utput UT UT.Input m,v RT T,mV.larm E.Retransmission UT (ΦZero ross G K G (ption) UT (roportional Motor Valve LSE E.larm L L L E.Retransmission F.ommunication R RS (Use UT & UT) (roportional Motor Valve RS R TTL UT (roportional Motor Valve LSE E (ption) UT (ΦZero ross G G RT UT (Φhase ngle G K G K L L M x- G.ommunication RS RS TTL R x- R F.Remote Remote K M x+ M x+ RT

3 LT/LT LT.ower Supply.ontrol utput UT UT (roportional Motor Valve LSE E H.T Input T M ~V ~V(ption) UT (ption) UT (Φhase ngle K G K G.Input m,v RT T,mV.larm E.Retransmission L L L F.Remote Remote.ower Supply.ontrol utput UT UT UT (roportional Motor Valve LSE E ~V ~V(ption) H.T Input T M UT (ΦZero ross G G RT UT (Φhase ngle G K G K RT UT (ΦZero ross RG RG TG TG RT UT (Φhase ngle G K G K RT.Input L m,v RT T,mV.larm RS E.Retransmission L G.ommunication R x+ RS R G ( Remote ) K RS RS R x+ G.ommunication RS RS TTL R x- R x+ x- x- L F.Remote Remote TTL perations.ower : ontroller wiil display as following.hange the larm value: hange L value to."( L active,if exceeds over.) UT UT T Y L L L R UT UT T Y L L L R UT UT T Y L L L R UT UT T Y L L L R isplay input type Light all LEs and all segment displays.hange the Value(): isplay range (. ~.) Ready for use hange from. to. UT UT T Y L L L R ress Key To display parameter L UT UT T Y L L L R ress Key To change L value UT UT T Y L L L R ress Key Increase L value UT UT T Y L L L R ress Key Store the new value of L There are total alarm mode types,referenced as below: UT UT T Y L L L R UT UT T Y L L L R UT UT T Y L L L R UT UT T Y L L L R To change larm mode,press + key seconds to enter Level (Input Level) and then change the value of L/L/L. ress Key ress Key ress Key ress Key The number started to To select the hundreds digit. To change the number to. To store the new set value. flash.the flashing digit indicates which digit can be set..utotuning (T): Use T function to autimatically calculate and set the optimize I value for your system. UT UT T Y L L L ress Key ress Key To display parameter T. To change T setting. R utotuning TVL= (vershoot ) UT UT T Y L L L R UT UT T Y L L L R ress Key ress Key hange T to YES" Start utotuning process (T lamp will be lighted on) utotuning TVL= TVL to prevent overshoot occurred during autotuning process. To set TVL,press key for seconds to enter Level (I Level) and then change the value. - UT UT T Y L L L R.larm mode type (Referenced for L/L/L) ( : :larm set value) eviation high alarm FF LW LW FF FF FF eviation high alarm eviation low alarm eviation low alarm FF FF eviation high/low alarm eviation high/low alarm and alarm FF LW FF LW FF LW LW LW FF rocess high alarm rocess high alarm rocess low alarm FF rocess low alarm FF Segment End alarm (nly for rogrammable controller) () L~, set () L~=larm Segment () LT~ defines as follows: =flicker alarm. =continued alarm others =alarm time rogram Run alarm (nly for rogrammable controller) Run Stop FF System failed alarm () ormal FF Failed FF L L System failed alarm (FF) ormal Failed Heater reak larm (H) o alarm L utput FF FF /FF ontrol (utotuning) I ontrol (fter utotuning) utput FF FF /FF ontrol (utotuning) I ontrol (fter utotuning) Hold action: When Hold action is,the alarm action is suppressed at start-up until the measured value() enters the non-alarm range. System failed: It means that the controller display error message with one of following : UUU or or JE

4 arameter List ress Key seconds Levels iagram ress Key seconds Level (I Level) Level (User Level) LK = ress Key+ seconds Level (Input Level) ress Key+ seconds The controller returns to Level if there is no key operation within seconds. In any Level,press key twice will return to Level. Level (Input Level) Input type selection nalog input low limit calibration (Used for m and V input) nalog input high limit calibration (Used for m and V input) ecimal point position (vailable for m and V input) Lower -oint Limit Range:- ~ Range: ~,.,.,. Scaling Low Limit Level (User Level) arameter efault Value rocess Value Value utput Limt utotuning larm set value Heater current display H set value larm set value larm set value LK ( escription Error isplays ) isplay If = isplay if output is provided isplay If = Level (I Level) Return to " IE : Input Error roportional band (For output ) ead-band time uto tuning offset value utput cycle time Hysteresis for output /FF control roportional band (For output ) Integral time (For output ) erivative time (For output ) utput ycle time Hysteresis for output /FF control ontrol gap (For output ) ontrol gap (For output ) Function lock Range:.~. /FF control if set to (.) Range:~ seconds control if set to Range:~ seconds I control if set to on't care Range:~USL Range:~ seconds Relay output : Voltage pulse output :, m output: Range:~ The same with The same with I The same with The same with YT The same with HYS heck whether input loop is opened or wiring incorrect. JE :old Junction ompensation Failed heck the compensation diode outside controller. UUU : is above USL heck whether the input value is correct or not. : is below LSL heck whether the input value is correct or not. F :/ onvert Failed ontroller needs to be repaired. RMF :RM Failed Integral time (For output ) erivative time (For output ) Levels entering available Level (User Level) Level (I Level) Level (Input Level) arameters which can be changed ll parameters (Factory set value) ll parameters ll parameters except Level arameters in Level " and LK" nly LK" ontroller needs to be repaired. point of output (Heating side) = - G point of output (ooling side) = + G Return to I" Upper -oint Limit larm mode of L Hysteresis of all larm Retransmission low limit calibration Full run time of proportional motor ( Used for proportional motor valve control output) Used for programmable controller to wait continued operation Scaling High Limit Remote input low limit calibration Range:- ~ Remote input high limit calibration Range: ~ larm time of L larm mode of L larm time of L larm mode of L larm time of L utput low limit calibration (Used for m and V output) utput high limit calibration (Used for m and V output) utput low limit calibration (Used for m and V output) utput high limit calibration (Used for m and V output) Retransmission high limit calibration ommunication rotocol Selection ommunication its onfiguration I number audrate compensation compensation Unit of & Filter Reserved ction mode ontrol algorithm Frequency Range:~ Refer to larm mode type" Range:~ Min Secs =Flicker larm,:=ontinued thers=n delay time (If L=, LT means alarm on time) The same with L The same with LT The same with L The same with LT Range:~ Range: ~ Range: ~ The same with L The same with H The same with L The same with H Range:~ seconds =ot wait thers=wait value MUS RTU / MUS SII / TIE _ / _ / E _ / E _ Range: ~ / / / / bps Range:-~ Range:-.~. ( ) / F( ) / (nalog) will responese faster if FT is smaller. Heat / ool I / Fuzzy / HZ

5 Specifications Standard Spec. imension Supply voltage Input Frequency LT LT LT LT LT mm mm mm mm mm ~V, V (ptional) ower onsumption / HZ approx V approx V approx V approx V approx V Memory on-volatile memory E RM Measurement input. Sample time : ms,. of FS T RT m dc Voltage dc osition K, J, R, S,, E,, T, W, L, U, L T, JT, JT ~m, ~m ~V, ~V, ~V, ~V, ~V, -~mv, ~mv, ~mv, ~mv, ~mv,.,.,. (available for m or Voltage dc input) Main control output Relay Voltage ulse ST type ST type ST type ST type, V, electrical life :, times or more(under the rated load). For SSR drive. :V, FF:V, maximum load current:m. m dc ~m, ~m.maximum load resistance: Ω Voltage dc ~V, ~V,~V,~V. Maximum load current:m. larm ST type ST type ST type, V, electrical life :, times or more(under the rated load). ontrol algorithms I,, I,, /FF(=), FUZZY I range :~, I:~ Secs, :~ Secs Isolation utput terminal (control output, alarm,transmission) and Input terminal are isolated separately. Isolated resistance M Ω or more between input terminals and case(ground) at V,M Ω or more between output terminals and case(ground) at V utput ielectric strength V for minute between input terminals and case(ground),v for minute between output terminals and case(ground) perating temperature Humidity range ~ ~ RH Weight LT approx g,lt// approx g, LT approx g. isplay Height :mm :mm :mm :mm :mm :mm :mm :mm :mm :mm ptional Spec. rogrammable RM/SK utput larm larm Heater reak larm (H) Transmission Remote Input ommunication Waterroof/ustroof LT LT LT LT LT atterns with segments each. The patterns can be linked together as segments use. For heating and cooling control use. Relay, SSR, ~m, ~m, ~V, ~V, ~V, ~V ST type ST type ST type ST type, V, electrical life :, times or more(under the rated load). ot available, V, electrical life :, times or more(under the rated load). I vailable vailable vailable isplay range of heater current :.~., ccuracy : FS Included T : S--T(.mm dia,.~.) or S--T(mm dia,.~.) larm relay : L vailable for or transmission ~m, ~m, ~V, ~V, ~V, ~V, ~V ~m, ~m, ~V, ~V, ~V, ~V, ~V rotocol : MUS RTU, MUS SII, TIE RS, RS, TTL aud rate:,,,, bps ata bits :, Stop bit : or bit, dd or Even parity. vailable

6 rder Information & Suffix codes LT LT xmm LT xmm LT xmm LT xmm LT xmm (STR) LT LT LT LT xmm xmm xmm xmm xmm LT (RM/SK rogrammable) utput utput larm one one Relay s s one Relay Voltage ulse Voltage ulse (SSR rive) (SSR rive) ~m ~m ~m ~m ~V ~V ~V ~V ~V ~V ~V ~V φsr ZER RSS TRL φsr ZER RSS TRL H Motor valve control φsr HSE GLE TRL φsr HSE GLE TRL one ~m ~m ~V ~V ~V ~V ombination of options and models vailable ot available H + L H + L+L Remote one ~m ~m ~V ~V ~V ~V ommunication one RS RS TTL Input Type See Input odes RS_MUS RS_MUS H:Heater reak larm(h must use L as alarm relay) lock means option functions with additional charge ower ~V V Water/ust roof W one I ptions LT LT LT LT LT RM/SK RGRM Input type table φsr_z φsr_z utput Motor valve control utput φsr_ φsr_ larm larm H Remote ommunication V ower H function and Remote function can not be specified in the same model T RT K J R S E T W LII U L JT T TYE E RGE TYE E RGE TYE E RGE TYE E RGE K K J J R S E T W L U L J J.~. (. ) ~ ( ).~. (. ) ~ ( ) ~ ( ) ~ ( ) ~ ( ) ~ ( ) ~ ( ).~. (. ) ~ ( ) ~ ( ) -.~. (. ) ~ ( ) -.~. (. ) ~ ( ) -.~. (. ) ~ ( ) K K J J R S E T W L U L J J.~. (. ) ~ ( ).~. (. ) ~ ( ) ~ ( ) ~ ( ) ~ ( ) ~ ( ).~. (. ) ~ ( ) ~ ( ) -.~. (. ) ~ ( ) -.~. (. ) ~ ( ) -.~. (. ) ~ ( ) K K J J T U J J ~ ( ) ~ ( ) ~ ( ) ~ ( ).~. (. ).~. (. ) -.~. (. ) ~. ( ) -.~. (. ) ~ ( ) L I E R -~mv -~V -~V -~V ~mv ~mv ~mv ~m ~V ~V ~V ~KR ~V ~mv ~m ~V ~mv -~ or -.~. or -.~. or -.~. JT J. J. -.~. (. ) ~ ( ) J. J. -.~. (. ) ~ ( ) J. J. -.~. (. ) ~ ( ) o.ltev.

PTF30 Series. Features. Ordering information. G 6 N N F8 (0 to 5 kgf/cm 2 ) PTF30

PTF30 Series. Features. Ordering information. G 6 N N F8 (0 to 5 kgf/cm 2 ) PTF30 eries Features Best pressure transmission solution for small and middle sized project such as indoor heating and air conditioning, water and sewer, or incinerator, etc. Improves noise resistance and minimize