T3S/ T3H/ T4M/ T4L. Digital switch setting type. Features. Ordering information T 3 S B 4 R P 4 C

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1 / T3/ / T4 Digital switch setting type Features Various size by DIN specification (W48 48, W48 96, W7 7, W96 96mm) ccuracy: F.S. ±.5%(Except ) Free : Series Ordering information T 3 S 4 R 4 Unit range F -99 to 99, to 99.9 to 99.9 to 99 4 to to 799 to 999 to F 6 to 6 Sensor input type J K R DtΩ J(I) K() R(R) ower supply ontrol method ontrol output R Relay output S SSR drive voltage output urrent outut(d4-m) 3 /V 5/6z 4-4V 5/6z ON/OFF, control Item Digit Size S DIN W48 48mm DIN W48 96mm M DIN W7 7mm DIN W96 96mm 3 999(3digit) (4digit) T ontroller Refer to the -89 about temperature range for selection. -88

2 Standard type Specifications Series T3 T4 ower supply -4V 5/6z /V 5/6z llowable voltage range 9 to % of supply ower consumption Max. 5V Max. 3V Display method 7 Segment(red) ED method haracter size(w ) 4. 8.mm 6..mm mm mm Display accuracy F.S. ±% rdg ±digit F.S. ±.5% rdg ±digit Setting type Digital setting Setting accuracy F.S. ±% F.S. ±.5% Thermocouples: K(), J(I), R(R) / RTD: DtΩ Sensor input There is no R(R) in, T3 Series. Input line resistance ontrol method Thermocouples: Max. Ω / RTD: llowable line resistance max. 5Ω per a wire ON/OFF control ysteresis: F.S..5% ±.% fixed ysteresis: F.S.. to 3% variable control RESET adjuster range ontrol output Self-diagnosis Insulation resistance Dielectric strength Noise resistance Vibration Mechanical Malfunction Shock range for each Series T3 / T4 Sensor Thermocouples RTD Thermocouples RTD Thermocouples RTD input typ J(I) K() DtΩ J(I) K() DtΩ J(I) K() R(R) DtΩ ( ) Standard scale range Relay life cycle Environment Mechanical Malfunction Mechanical Electrical In case input is R(R) type, it is not available to perform correct control under 6. roportional band: F.S. ±3% fixed eriod: sec. fixed F.S. ±3% variable(revision of control deviation) Relay output : 5V c SSR drive voltage output : VD ±3V m Max. urrent output : D4-m (load 6Ω Max.) roportional band: F.S. to % variable, eriod: sec. fixed Relay output: 5V 3 c SSR output: 4VD ±3V m Max. urrent output: D4-m (load 6Ω Max.) uilt-in burn out function (cut off output when is disconnected) Min. MΩ (at 5VD megger),v 5/6z for min. ±kv the square wave noise(pulse width: μs ) by the noise simulator.75mm amplitude at frequency of to 55z(for min.) in each of X, Y, Z directions for hour.5mm amplitude at frequency of to 55z(for min.) in each of X, Y, Z directions for min. 3m/s²(approx. 3G) in each of X, Y, Z directions for 3 times m/s²(approx. G) in each of X, Y, Z directions for 3 times Min.,, operations Min., operations(5v 3 at resistive load) mbient temperature - to 5, storage:-5 to 65 mbient humidity 35 to 85%R, storage: 35 to 85%R Unit weight pprox. 96g pprox. 496g pprox. 399g pprox. 468g F.S. is same with measuring temperature range. Ex) In case of measurement temperature range is from to 99.9, Full scale is Environment resistance is rated at no freezing or condensation () hoto electric () Fiber optic () Door/rea (D) roximity (E) ressure (F) Rotary encoder (G) onnector/ Socket () Temp. (I) SSR/ ower (J) ounter (K) Timer () anel (M) Tacho/ Speed/ ulse (N) Display unit (O) Sensor () Switching mode supply (Q) Stepper motor& Driver&ontroller (R) Graphic/ ogic panel (S) Field network device (T) Software (U) Other -89

3 / T3/ / T4 onnections RTD: DtΩ (3-wire type) Thermocouple: K, J, R ONTT OUT : 5V c RESISTIVE OD SSR OUT : VD ±3V m Max. URRENT OUT : D4-m OD 6Ω Max T. RTD lthough has an alarm terminal, it does not work since it uses the same case with RM OUT 7 T. RTD 8 SOURE -4V 5/6z 5V V 5/6z 5/6z V V ONTT OUT: 5V 3 c RESISTIVE OD 4VD ±3V m Max. URRENT OUT: D4-m OD 6Ω Max. SOURE T3 T4 SOURE 4VD ±3V m Max. ONTT OUT: 5V 3 c RESISTIVE OD V V 5/6z V 5/6z URRENT OUT: D4-m OD 6Ω Max. RTD T. T. RTD ONTT OUT: 8 5V 3 c RESISTIVE OD 7 3 4VD ±3V m Max. URRENT OUT: 6 4 D4-m OD 6Ω Max V 5/6z 8 V 5/6z SOURE 9 V -9

4 Standard type Dimensions <racket> anel cut-out Min. 55 (unit: mm) () hoto electric () Fiber optic () Door/rea Min (D) roximity (E) ressure Socket: G-8, S-8(sold separately) (F) Rotary encoder T anel cut-out Min. 5 (G) onnector/ Socket () Temp (I) SSR/ ower 96 9 Min (J) ounter (K) Timer () anel anel cut-out (M) Tacho/ Speed/ ulse Min. 9 (N) Display unit (O) Sensor 67 Min () Switching mode supply (Q) Stepper motor& Driver&ontroller T anel cut-out Min. 6 (R) Graphic/ ogic panel (S) Field network device (T) Software 9 9 Min (U) Other -9

/ T3/ / T4 roper usage Using front adjuster ock - + -3% +3% RESET VR. adjuster F Reset adjuster. adjuster In case of ON/OFF control, set variable F.S.. to 3% of hysteresis and in case of control, set variable F.

Do not operate the adjuster when it is used as ON/OFF control. Turn left when offset value is higher than setting value. (Direction ) Turn right when offset value is lower than setting value.

Normal operation runs conversely and is executed for cooling. (This item runs as a reverse operation) ow to select control mode Factory specification is control.

5 / T3/ / T4 roper usage Using front adjuster ock % +3% RESET VR. adjuster F Reset adjuster. adjuster In case of ON/OFF control, set variable F.S.. to 3% of hysteresis and in case of control, set variable F.S. to % of hysteresis. owever, hysteresis(f.s..5% ±.%) and proportional band(f.s. ±3%) are fixed in. Reset adjuster It corrects offset can be occurred by control and has F.S. ±3% of adjustable range. Do not operate the adjuster when it is used as ON/OFF control. Turn left when offset value is higher than setting value. (Direction ) Turn right when offset value is lower than setting value. (Direction ) Normal/Reverse operation Reverse operation executes to output ON when process value is lower than setting value and it is used for heating. Normal operation runs conversely and is executed for cooling. (This item runs as a reverse operation) ow to select control mode Factory specification is control. When using ON/OFF control, transfer the switch of control method from to F after detaching the case from its body. When control output is current output, control is fixed, there is no switch in of control method. F Open the front guide, turn it toward and pull toward, it is detached. ressing pin plug, raise it up with a driver as and it is detached. pplication of temperature and load connection SSR drive voltage output connection SSR drive voltage output terminal When using voltage(for driving SSR) in the other purposes, do not over the range of the rated current. lease aware that each Series has different voltage(for driving SSR). Relay output connection VD or 4VD m Max. OM N. e aware that each model has different contact capacity of relay. When load capacity is high, please use sub relay, which has high contact capacity. I N U T SSR O D Relay contact output terminal control ON/OFF control urrent output connection ase detachment ower T4/T3 ressing the front guide of ock toward and squeeze and pull toward, it is detached. urrent output terminal D4-m OD 6Ω Max. U W R T The current value of D4-m is available at lower than 6Ω of resistive load. Refer to the -4 page for caution for using and simple error diagnosis. -9

TA Series. Analog And Non-Indicating Type, PID Control, Set Temperature By Dial. Features. Ordering Information TA S B 4 R P 4 C

TA Series. Analog And Non-Indicating Type, PID Control, Set Temperature By Dial. Features. Ordering Information TA S B 4 R P 4 C T Series nalog nd Non-Indicating Type, PID Control, Set y Dial Features Improved control performance with built-in microcomputer dopting new uto-tuning PID control algorithm : Selectable ON/OFF, PID control