Toho Electronics TTM-300 Series Instruction Manual Download Page 23

 

22 

  9.STANDARD SPECIFICATIONS 

 

    9.1    General specifications   

Memory tip 

  Semi-conductor non-volatile memory tip 

Input/Output isolation 

  Between Output area(control, event output) and Input area 
  (process, CPU) and Power source 

Power voltage 

  85

264V AC    50/60Hz    or 24V AC/DC

±

10% (ordered products) 

TTM-304 

  11VA(264V AC), 7VA(24V AC), 5W(24V DC) 

TTM-305 

  12VA(264V AC), 8VA(24V AC), 5W(24V DC) 

Power consumption 

TTM-309 

  12VA(264V AC), 8VA(24V AC), 5W(24V DC) 

Momentary power cut off 

  Within 1 cycle(20mS), Cut 100% power off on 100V AC at max.   
  power consumption 

Insulation resistance 

  Between measuring terminal and the case itself, between 
  power terminal and the case itself,    500V DC    20M

Ω 

Voltage resistance 

  Between measuring terminal and the case itself 1000V 1 min. 
  between power terminal and the case itself 1500V 1 min. 

Temperature 

  0

55

℃ 

Humidity 

  35%

85%RH    (Avoid making dew) 

Set angle 

  Datum surface   

±

10 degrees 

Operation 
environment 

Vibration 

  0

0.2G 

Temperature 

  -20

65

℃ 

Transportation/ 
storage  condition 

Humidity 

  35 

85%RH 

 

    9.2    Standard and performance

 

  Thermocouple 

K, J, T, R, N, B    switchable 
Effect of outer resistance    approx.0.2

μ

V/

Ω 

Indicating over, when wire is disconnected 

Input type 

  R.T.D. 

Pt100, JPt100    switchable 
Allowable lead wire resistance 5

Ω

or less(per wire) 

Sampling time 

  0.5 sec. (same as output change frequency) 

PV input area 

PV correct. 

  -199.9

999.9

(

)    or -199

999

(

  PV/character 

4-digit 7 segment LED(green) letter height 10mm 
(For TTM-309, letter height 15mm ) 

  Set value 

4-digit 7 segment LED(red) Letter height 8mm 

  Output display 

LED lamp (red) 

  Run condition 

LED lamp (red) 

  Set value increase 

LED lamp (green) 

Display type 

  Set value decrease 

LED lamp (green) 

  Thermocouple 

±

0.3%  of  indicated  value  +1  digit,  or 

±

3

(6

), 

whichever larger. Below  399

(750

)  on  accuracy  for 

B type thermocouple is out of guaranteed accuracy 

Accuracy of 
Indication 
/Setting 

    R. T. D. 

±

0.3% of indicated value +1 digit,    or 

±

0.9

(1.8

), whichever larger. 

Setting method 

    Set all parameters with the front keys. 

Display/ Setting 

Lock functions 

    Locks for all parameters, for temperature parameters, for 
    time parameters, and the lock except for program parameters 

Control type 

    Select from ON/OFF control, PID control, PID c fuzzy 

Power ON 

    Relay contact output, SSR drive voltage output,0 

10V DC 

    output area Approx. 4 sec output    0% output 1

5V DC output 

    4

20mA DC output    Approx. 4 sec. -10.0% output 

Control/output 

PV abnormal 

    Relay contact output, SSR drive voltage output,0 

10V DC 

    output: 0% output (output OFF) 1

5V DC output, 4

20mA DC 

    output: -10.0% output 

 

 

Summary of Contents for TTM-300 Series

Page 1: ...d also equipped the communication functions using RS 485 as an option Please go through this Instruction Manual carefully and use the unit in proper manner CONTENTS 1 NOTICE WARNING BEFORE USAGE 2 INS...

Page 2: ...it and may cause a fire Never remodel the unit for prevention of malfunction of unit and a fire Types of Input Thermocouple R T D and Output cannot be changed after receiving the unit Check if all the...

Page 3: ...nging TIME or TEMPERATURE indicate RUN STOP Changing Reset mode or Run mode PTTN STEP RUN mode Changing PTTN STEP confirmation mode RESET RUN mode RESET mode The details of Operation Keys to be referr...

Page 4: ...he unit at the following proper locations Temperature and Humidity are within the limit of operation environment Away from the gas of sulfide and corrosion Less dust and oily smoke Less mechanical vib...

Page 5: ...13 14 10 11 Run signal 13 14 Curr Volt TTM 3 0 4 TTM 3 0 5 2 3 24VAC or DC 1 FG 2 3 85 264VAC 1 FG 4 5 Comm TR A TR B 4 5 RUN signal 3 4 SSR Drive Volt Curr Volt output 5 Relay contact 3 NC 4 NO 8 9 1...

Page 6: ...e make sure to confirm the name labels i e Input terminal Power source terminal and Option terminals etc beside the each wire The crimp terminals for wiring should be fit with the nuts of M3 5 As for...

Page 7: ...Value RAMP STEP SOAK STEP SV start It will start from the setting value at the starting time of operation which to be treated as the PV Process variable or the target SV Setting Value PV start Operat...

Page 8: ...viation Example for Event Output 1 Absolute Value Example for Event Output 1 1 High and Low limit 5 High and Low limit 2 High limit 6 High limit 3 Low limit 7 Low limit 4 High and Low limit range 8 Hi...

Page 9: ...ic it compensates MV Manipulation Value worked out by PID control and controls not to Overshoot or Undershoot FUZZY Strength This means the strength of compensation Strength 1 5 against MV worked out...

Page 10: ...setting of each Control Temperature area Also please make setting of other control parameter as required The setting of Key Input is valid in memory even if the power turned OFF High Temperature cont...

Page 11: ...emp area by and key Press MODE key High Temperature Proportional band Press MODE key High Temperature Integral time Press MODE key High Temperature Differential Time Press MODE key Setting Proportiona...

Page 12: ...Setting target SV by key In case the current step to be set as final step press TIME TEMP key to blink target setting For canceling this press TIME TEMP key again Setting Step Time by key If the cont...

Page 13: ...p Proportional band point Middle temp Press Mode key final step Press Mode key Operation volume Number of Integral time lower limit operation middle temp Press Mode key Press Mode key Press Mode key O...

Page 14: ...y Communication Address Press Mode key Response Delay Time Press Mode key Change over Communication mode Press Mode key Key Lock function Press Mode key Return to Number of pattern ON OFF Control Cont...

Page 15: ...mode BLIND mode Press MODE key Press MODE key Press MODE key Press MODE key Indication at Setting Value means Display exist and means no Display For canceling BLIND mode turn the Power OFF once and tu...

Page 16: ...me The Set value display blinks while the Wait is on operation Wait is on operation And the process value appear alternately on a PV display area at the end of pattern operation End of pattern operati...

Page 17: ...nput type can be selected or The initial value varies by the types Thermocouple Input Type RTD INPUT TYPE Input Type Input Type K thermocouple PT100 J thermocouple JPT100 T thermocouple R thermocouple...

Page 18: ...ct Process value for event output functions 1 and 2 Displays when is FUNCTIONS select with key ADDITIONAL FUNCTIONS Release functions select with key Deviation high low limit Release function Deviatio...

Page 19: ...Event output 1 2 Time Signal On Time On Delay time Set the Time signal ON Time Setting range 0 99 hrs 59 min If select 2 for Time signal function set ON Delay Time Displays when are Event output 1 2...

Page 20: ...ameter per pattern setting mode No Character Name Description Initial Value Display condition Remarks Step temperature setting Set the temperature value for step Setting range Step time setting Set th...

Page 21: ...ddle temperature area Setting range Highest limit of setting rang Setting unit Proportional cycle Set a proportional cycle on PID control Time proportional control Setting range 1 120 sec Displays whe...

Page 22: ...IEC 32 3270 4 2435 7 2 Setting range and Indicating range of R T D Input type Setting range Setting range with decimals Indication range Indication range with decimals 199 500 199 9 500 0 199 539 199...

Page 23: ...onnected Input type R T D Pt100 JPt100 switchable Allowable lead wire resistance 5 or less per wire Sampling time 0 5 sec same as output change frequency PV input area PV correct 199 9 999 9 or 199 99...

Page 24: ...AND INSPECTIONS Troubles Check points Display does not come out Is instrument correctly inserted in the case Are power terminals correctly connected Is power sufficiently supplied display Memory erro...

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