商品介紹CALIBRATORTC-920 THERMOMETER CALIBRATOR

TC-920 THERMOMETER CALIBRATOR

THERMOMETER
CALIBRATOR
Model : TC-920              ISO-9001, CE, IEC1010



FEATURES

GENERAL SPECIFICATIONS

Circuit

Custom one-chip of microprocessor LSI with thermocouple linearity correction circuit.

Display

14.8 mm (0.58") digit size. Super large LCD display with annunciator.

Function

2 in 1 :

Type k thermometer, Type k thermocouple calibrator.

Range

Measure :

-199.9 to 1230/ - 327 to 2246.

Calibrator:

-199.9 to 1230/ - 327 to 2246.

Polarity

' - ' indicates negative polarity.

Thermometer

Sensor Type

Thermocouple K ( NiCr-NiAl ).

Input Impedance

10 Mega ohm.

Sampling

Approx. 1 second.

Data Output

RS 232 PC serial computer interface.

Over input indication

Indication of " ".

Operating Temperature

 to 50  ( 32  to 122  ).

Operating Humidity

Less than 80% RH.

Power Supply

006P DC 9V, MN1604/PP3 battery or equivalent.

Heavy duty or Alkaline type.

Power Current

Approx. DC 9 mA.

Weight

280 g/0.62 LB ( included battery ).

Size

185 x 78 x 38 mm ( 7.3 x 3.0 x 1.5 inch ).

Accessories Included

Instruction Manual ............................ 1 PC.

Dual type k plug cable, DUK-02.......1 PC.

Optional Accessories

* Temperature probe, TP-01, TP-02A, TP-03, TP-04.

* Carrying case, CA-03, CA-04.

* Software, SW-U801-WIN.

* RS232 cable, UPCB-01.

* USB cable, USB-01.

 

ELECTRICAL SPECIFICATIONS (23±5 )

 

Type K thermocouple Calibrator

Calibrator Range

Resolution

Accuracy

-199.9  to -100.1 

0.1 

± (1 % + 1 )

-100.0  to 999.9 

0.1 

± (0.5 % + 1 )

1000  to 1230 

-327  to -200 

± (1 % + 2 )

-199.9  to -148.1 

0.1 

-148.0  to 999.9 

0.1 

± (0.5 % + 2 )

1000  to 2246 

Thermometer, measure

Thermometer Range

Resolution

Accuracy

-199.9  to -100.1 

0.1 

± (1 % + 1 )

-100.0  to 999.9 

0.1 

± (0.5 % + 1 )

1000  to 1230 

-327  to -200 

± (1 % + 2 )

-199.9  to -148.1 

0.1 

-148.0  to 999.9 

0.1 

± (0.5 % + 2 )

1000  to 2246 

The accuracy specification of thermometer applies only to the instrument itself and allowance must be made for limits of error permitted in thermocouple.