INSPECT USA TC-424 Thermometer Calibrator User Manual

Pt-100 calibrator,Pt 100 thermometer,Type K,J,T,R,E,S thermocouple
400 ohm resistance calibrator, measurement
DC mV calibrator(source) , measurement
THERMOMETER CALIBRATOR
Model : TC-424
OPERATION MANUAL

TC-424 Thermometer Calibrator

Your purchase of this 4 in 1 THERMOMETER CALIBRATOR with Source & Measurement marks a step forward for you into the field of precision measurement. Although this meter a complex and delicate instrument, its durable structure will allow many years of use if proper operating techniques are developed. Please read the following instructions carefully and always keep this manual within easy reach.

FEATURES

• Four kinds Source output :
  1. Pt-100 source,
  2. Voltage( DC mV) source.
  3. 400 ohm source ,
  4. Type KJRETS Temp. source .

• Four kinds measurement input :
  1. Pt-100 measurement, 2. Voltage( DC mV) measurement,
  3. 400 ohm measurement , 4. Type K/J/R/E/T/S Temp. measurement .

• Portable instrument for calibrating process devices.

• Four kinds Source Adjustable output.

SPECIFICATIONS

2-1 General Specifications

Circuit| Custom one-chip of microprocessor LSI
circuit.
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Display| LCD size : 52 mm x 30 mm.
LCD with white backlight ( ON/OFF ).
Measurement| 1.Type k/J/R/E/T/S Temp. ,
2. Voltage (DC mV).
3. Pt-100 ohm, 4. 400 ohm .
Source| Type k/J/R/E/T/S Temp.,
Voltage (DC mV : – 10.00 to + 110.00 mV), Pt-100 ohm , 400 ohm .
Sampling Time of Display| Approx. 1 second.
Advanced setting|      Auto power OFF management.
     Set unit ℃ or ℉ .
Operating
Temperature and Humidity| 0 to 50 ℃.
Less than 85% R.H.
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Power Supply| * Alkaline or heavy duty DC 1.5 V battery ( UM3, AA ) x 6 PCs, or equivalent.
* DC 9V adapter input. ( AC/DC power adapter is optional ).
Power Current| Normal operation ( w/o current source ): Approx. DC 18 mA.
LCD Backlight is ON) : Approx. + DC 2 mA.
Weight| Meter : 282 g/ 0.61 LB. (with cable)
Dimension| Meter : 198 x 68 x 45 mm
Accessories Included| * Instruction manual……………………………………. 1 PC

• Hard carrying case( CA-06 )……………………….. 1 PC
• ( Type K source output line ), AC-DUK02……… 1 PC
• MTL-CP424……………………………………………… 1 PC
  Optional Accessories| AC to DC 9V adapter.
  TP-01,TP-02A, TP-03, TP-04, TP-05

2-2 Electrical Specifications ( 23.0 ± 5℃ )
Thermocouple

±(0.05 %+ 1 ℃)
±(0.05 %+ 1.8 ℉)
<-100℃:
±(0.05 %+ 2 ℃)
±(0.05 %+ 3.6 ℉)| -100℃:
±(0.07%+1.5℃)
±(0.07%+2.7℉)
<-100℃:
±(0.07%+ 2 ℃)
±(0.07%+ 3.6 ℉)| ** 0.1   ℃/℉
-328 to 2498 ℉
J| -200.0 to 1200.0 ℃
-328 to 2192 ℉
T| -200.0 to 400.0℃
-328 to 752 ℉
E| -200.0 to 1000.0 ℃
-328 to 1832 ℉
R| 0 to 1768 ℃
32 to 3214 ℉| < 100℃ : ±(0.05%
+3℃ or 5.4℉)
≧ 100 ℃ : ±(0.05%
+2℃ or 3.6℉)| < 100℃ : ±(0.07%
+3℃ or 5.4℉)
≧ 100 ℃ : ±(0.07%
+2℃ or 3.6℉)| ** 1 ℃/ ℉
S

• input impedence : 10 ^12 ohms.
• measure protection : DC 60 V , AC 24 V.
• source protection : Reference CAUTION.

DC Voltage

DC Voltage

Range of source / measure| Display Resolution| Accuracy source / measure
-10.00mV to +110.00 mV| 0.01 mV| ± ( 0.05 % + 0.03mV )

• input impedence : 10 ^12 ohms.
• measure protection : DC 60 V , AC 24 V.
• source protection : Reference CAUTION.

Pt100

Pt100 (0.00385 alpha coefficient, meet DIN IEC 751 / ITS90)

Range of source / measure| Display
Resolution| Accuracy
source| measure
-200.0 to 850.0 ℃| 0.1 degree| ±(0.12%+0.8℃)
±(0.12%+1.4℉)| ±(0.05%+ 1℃)
±(0.05%+ 1.8℉)
-328.0 to 1562.0 ℉| 0.1 degree

• input impedence : 10 ^12 ohms.
  *   protection : Reference CAUTION.

400 Ω

400 Ω

Range of source / measure| Display Resolution| Accuracy:
source| measure
400.0 Ω| 0.1 Ω| ±(0.1%+ 0.4Ω)| ±(0.1%+ 0.6Ω)

• input impedence : 10 ^12 ohms.
• protection : Reference CAUTION.

Remark :
The above specification are tested under the environment RF Field Strength less than 3 V/M & frequency less than the 30 MHz only.
CAUTION

• Do not apply a voltage exceeding the maximum input voltage. otherwise the input part may be damaged.
• Do not short_circuit or apply an external voltage to output terminals of the instrument or standard equipment, or else their internal circuitry may be damaged.

FRONT PANEL DESCRIPTION

SOURCE PROVIDE PROCEDURE

4-1. Thermocouple SOURCE PROVIDE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to SOURCE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to Thermocouple Function.
4. Press and hold the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to Thermocouple Type .
5. Press the ” ► button “( 3-4, Fig. 1 )or ” ◄ button”( 3-2, Fig. 1 ) select a digit for adjustment. The blinking digit identifies the digit selected.
6. Press the ” ▼button “( 3-6, Fig. 1 ) or ” ▲button “( 3-5, Fig. 1 ) to adjust the value of the digit. Press and Hold the ▼ or ▲ button to rapidly adjust the value. And will generate the Temp. output same as the display value.

Remark :
It is recommended to use the Thermocouple Temp.Input Socket (3-10 Fig 1) output better , or Use The ” Red banana Terminal ” ( 3-16, Fig. 1 ) is for the positive Temp. output. The ” Black banana Terminal ” ( 3-17, Fig. 1 ) is the ” ground ” for negtive Temp. output.
4-2. VOLTAGE SOURCE PROVIDE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to SOURCE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to Votage Function.
4. Press the ” ► button “( 3-4, Fig. 1 )or ” ◄ button”( 3-2, Fig. 1 ) select a digit for adjustment. The blinking digit identifies the digit selected.
5. Press the ” ▼button “( 3-6, Fig. 1 ) or ” ▲button “( 3-5, Fig. 1 ) to adjust the value of the digit. Press and Hold the ▼ or ▲ button to rapidly adjust the value. And will generate the voltage output same as the display value.

Remark :
Use The ” Red banana Terminal” ( 3-16, Fig. 1 ) is for the positive Votage output. The ” Black banana Terminal ” ( 3-17, Fig. 1 ) is the ” ground ” for negtive Votage output.

4-3. RTD Pt100 ohm SOURCE PROVIDE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to SOURCE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to Pt100 Function.
4. Press the ” ► button “( 3-4, Fig. 1 )or ” ◄ button”( 3-2, Fig. 1 ) select a digit for adjustment. The blinking digit identifies the digit selected.
5. Press the ” ▼button “( 3-6, Fig. 1 ) or ” ▲button “( 3-5, Fig. 1 ) to adjust the value of the digit. Press and Hold the ▼ or ▲ button to rapidly adjust the value. And will generate the Pt100 ohm Temp. output same as the display value.

Remark :
when carrying out calibration on a resistance temperature detector or a resistance measurement unit in three-wire connection, the supplide terminal adapter can be used to achieve a three-wire configuration (Fig. 1-A).2W Lo and LO terminals can be shorted (Fig. 1-B) Otherwise connect as Fig.1-A
4-4. 400 ohm SOURCE PROVIDE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to SOURCE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to 400 ohm Function.
4. Press the ” ► button “( 3-4, Fig. 1 )or ” ◄ button”( 3-2, Fig. 1 ) select a digit for adjustment. The blinking digit identifies the digit selected.
5. Press the ” ▼button “( 3-6, Fig. 1 ) or ” ▲button “( 3-5, Fig. 1 ) to adjust the value of the digit. Press and Hold the ▼ or ▲ button to rapidly adjust the value. And will generate the 400 ohm. output same as the display value.

MEASUREMENT PROCEDURE

5-1. Thermocouple Type MEASURE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to MEASURE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to Thermocouple Type Measure Function.
4. Press and hold the ” SOURCE/MESURE button ” ( 3-8, Fig. 1 ) to select Thermocouple Type .
5. Thermocouple Type Temp. probe into the “Thermocouple Type Temp. socket ” ( 3-10, Fig. 1 ) .
6. The meter LCD display will show the measure value same as the input Type k temp. value.

5-2. VOLTAGE MEASURE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to MEASURE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to Voltage Measure Function.
4. Voltage (mV) input to the “RED banana Terminal ” (3-16 ,Fig.1 ) and “BLACK banana Terminal ” (3-17 ,Fig.1) .
5. The meter LCD display will show the measure value same as the input Voltage (mV), value.

Remark :
Use The ” Red banana Terminal ” ( 3-16, Fig. 1 ) is for the positive Votage input. The ” Black banana Terminal” ( 3-17, Fig. 1 ) is the ” ground ” for negtive Votage input.
5-3. RTD Pt100 ohm MEASURE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to MEASURE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to RTD Pt100 ohm Measure Function.
4. Pt100 ohm Temp. probe into the Red (HI) banana Terminal(3-16,Fig1) and Black (LO) banana Terminal(3-17,Fig1) .
5. The meter LCD display will show the measure value same as the input Pt 100 temp. value.

5-4. 400 ohm MEASURE PROCEDURE

1. Power on the meter by press the ” Power button ” ( 3-3,Fig. 1 ) > 2 sec.
2. Press the ” Source/Measure button ” ( 3-8, Fig. 1 ) select to MEASURE Model .
3. Press the ” FUNCTION button ” ( 3-7, Fig. 1 ) select to 400 ohm Measure Function.
4. Measured resistance into the Red (HI) banana Terminal (3-16,Fig1) and Black (LO) banana Terminal(3-17,Fig1) .
5. The meter LCD display will show the measure value same as the input Measured resistance, value.

5-5. LCD Backlight Operation
During the meter Power on long press The” ◄ button”( 3-2, Fig. 1 ) > 2 sec. the LCD Backlight will be on ,and long press The” ◄ button”( 3-2, Fig. 1 ) > 2 sec. the LCD Backlight will be off.

ADVANCED SETTING

Under do not execute the Datalogger function, press the ” Function Button ” ( 3-7, Fig. 1 ) continuously at least 3 seconds will enter the ” Advanced Setting ” mode.
Then press the ” Function Button ” (3-7, Fig. 1 ) once a while in sequence to select the two main function, the lower display will show :
POFF……. Auto power OFF management
t-CF……. Select the Temp. unit to ℃ or ℉
Remark :
During execute the ” Advanced Setting ” function, if press ” Power Button ” ( 3-3, Fig. 1 ) once will exit the ” Advanced Setting ” function, the LCD will return to normal screen.
6-1 Auto power OFF management
When the lower display show ” PoFF ”

1. Use the ” ▲ Button ” ( 3-5, Fig. 1 ) or ” ▼ Button ” ( 3-6, Fig. 1 ) to select the upper value to ” yES ” or ” no “.
   yES – Auto Power Off management will enable. no – Auto Power Off management will disable.

2. After select the upper text to ” yES ” or ” no “, press the ” Source/Measure Button ” ( 3-8, Fig. 1 ) will save the setting function with default.

6-2 Select the Temp. unit to ℃ or ℉
When the lower display show ” t-CF “

1. Use the ” ▲ Button ” ( 3-5, Fig. 1 ) or ” ▼ Button ” ( 3-6, Fig. 1 ) to select the upper Display text to ” C ” or ” F “.
   C – Temperature unit is ℃
   F – Temperature unit is ℉

2. After Display unit is selected to ” C ” or ” F “, press the ” Source/Measure ” ( 3-8, Fig. 1 ) will save the setting function with default.

POWER SUPPLY from DC ADAPTER

The meter also can supply the power supply from the DC 9V Power Adapter ( optional ). Insert the plug of Power Adapter into ” DC 9V Power Adapter Input Socket
” ( 3-11, Fig. 1 ). The meter will auto select to DC 9V Power Adapter.

BATTERY REPLACEMENT

1. When the left corner of LCD display show “ “, it is necessary to replace the battery. However, in-spec. measurement may still be made for several hours after
   low battery indicator appears before the instrument become inaccurate.

2. Loose the screws of the ” Battery Cover Screws ” ( 3-13, Fig. 1 ) and take away the ” Battery Cover ” ( 3-12, Fig. 1 ) from the instrument and remove the battery.

3. Replace with DC 1.5 V battery ( UM3, AA, Alkaline/heavy duty ) x 6 PCs, and reinstate the cover.

4. Make sure the battery cover is secured after changing the battery.

SYSTEM RESET

If the meter happen the troubles such as :
CPU system is hold ( for example, the key button can not be operated… ).
Then make the system RESET will fix the problem.
The system RESET procedures will be either following method :
During the power on, use a pin to press the ” Reset Button ” ( 3-9, Fig. 1 ) once a while will reset the circuit system.

190130-TC-424

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