YOKOGAWA CA12E Bedienungsanleitung

User's

Manual CA12E HANDY CAL

Settings for Use of CA12E in Fahrenheit

"."-

The default temperature read-out of the CAI2E is in Celsius ("C).

To change it to Fahrenheit ("F), it is necessar to proceed as fallows:

Changing the temperature unit setting to Fahrenheit

The following features are available depending on the settngs of the DIP switches above the battery

holder, which can be accessed by removing the cover from the back of the instrument.

SEE ALSO

For more information on DIP switches, see "Section 7. Other Features" of User's Manual

(1M CAl2E-OI E).

DIP switches

o~~~~

1 2

1: Reference junction compensation by the intemal RJ sensor

2: Temperature (Unit ofTemperature)

3: Setting of thermocouple standard (OFF: ITS90/0N: IPTS6B)

4: Disable automatic power off

7.2 Temperature (Unit of Temperature)

Use DIP switch 2 to select the unit of temperature.

OFF: °C

ON: OF

The conversion from Celsius to Fahenheit is performed using the equation

Fahenheit temperature = 1.8 X Celsius temperature + 32

YOKOGAWA +

Yokogawa Meters & Instruments Corporation 1M CA12E-S01E

1 st Edition Dec. 2006 (KP)

CA12E

HANDY CAL

(Temperature Calibrator)

Specifications (Fahrenheit)

. SourcelMeasurement Functions

Accuracy: ::(% of set value or reading + DC, !lV, or il), at 23 ::5°C

Range Accuracy

Selection Range of Source/Measure Resolution

Source *3 Measurement "'4 Remarks

K-200.0 to + 1372.0.C -328 to +2498.F

E-200.0 to + 1 OOO.O.C -328 to + 1832.F 0.05%+1.C O.07"k+ 1.5.C -100.C or above

J-200.0 to + 1200.0.C -328 to +2192.F O.l.C

0.05%+2.C 0.07%+2.C Below -1 OO.C

T-200.0 to +400.0.C -328 to + 752.F

N-200.0 to + 1300.0.C -328 to +2372.F

TC R0.05%+3.C 0.07%+3.C Below 100.C

'1 So to 1768.C +32 to 3214.F 0.05%+2.C 0.07%+2.C 100.C or above 1.C

0.05%+4.C 0.07%+4.C Below 1000.C

B+600 to + 1800.C +1112 to 3272.F 0.05%+3.C 0.07%+3.C 1000.C or above

L-200.0 to +900.0.C -328 to + 1652.F 0.05%+0.5.C 0.07%+ 1.5.C O.C or above

0.05%+1.C 0.07%+2.C Below O.C O.l.C

U-200 to +400.C -328 to + 752.F

Measurement range:

100mV -10.00 to +110.00 mV 0.05%+30 ",V 0.05%+30 ",V o to :!l10.00 mV 0.1 ",V

400n Ot0400n 0.05%+0.2 n 0.05%+0.2 n'5 0.1 n

Excitation current

PT100 '2 -200.0 to +850.0.C -328 to + 1562.F 0.05%+O.6.C 0.05%+0.6.C'5 '6 O.l.C

JPT100 -200.0 to +500.0.C -328 to +932.F

Temperature coeffcient: 1/10 of accuracy/DC

'1: According to JIS e 1602-1995 (Reference Thermo-electromotive Force Table). Land U are determined according to the DIN standard.

'2: According to JIS e 1604-1997 (Reference Resistance Table)

International Practical Temperature Scale of 1968 (IPTS68) for PT100 reference resistance

IPTS68 for PT100 is -200 to +650oe.

'3: The Te generation accuracy does not include the RJ accuracy.

The sensor output accuracy must be taken into consideration when output compensation is determined based on the RJ temperature

(output compensation performed every 4 seconds).

'4: When it is calculated according to the Reference Thermo-electromotive Force Table, the TC measuring accuracy includes the RJ accuracy

(TC accuracy added).

The terminal temperature must be stable.

'5: Three-wire mèasurement

'S: Excitation current for generation: 0.5-2 mA; Excitation current for measurement: approximately 2 mA

When the excitation current is 0.1 mA, 0.05% + 1°C (0.40) is added, and the maximum input capacitance of the device under calibration is

0.1 flF.

YMI-F-CA 12E-02E

Nov. 2006

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