PASCO PasPort K Bedienungsanleitung

PS-2134

The PS-2134 Type K Temperature Sensor measures high temperatures of gases,

open flames, or objects ranging from -200 to +1000 degrees Celsius.

Type K Sensor Quick Start

Additional Equipment Needed

• PASPORTTM interface (USB Link, PowerLink, Xplorer, etc.)

• EZscreen or DataStudio

software (version 1.8.5 or later)

Equipment Setup

1. Connect the PASPORT interface to a USB port on your computer or to a USB hub.

2. Plug the cable of the Type K probe into the Type K sensor box.

3. Connect the Type K Sensor to the PASPORT interface.

4. The software launches when it detects a PASPORT sensor. From the PASPORTAL

window, select a point of entry.

Sensor Specifications

Sensor/Probe tip range:

-200

C to +1000

Probe insulation range:

-73

C to +482

Accuracy:

±3

Cor 3% of reading, which-

ever is greater

Resolution:

0.1

Default sample rate:

2 samples per second

Maximum sample rate:

10 samples per second

Sensing element:

chromel and alumel thermocouple

800-772-8700 • 916-786-3800 • [email protected] • www.pasco.com 012-08453B

Type K Temperature Sensor

PS-2134

Type K Sensor Quick Start

Additional Equipment Needed

Equipment Setup

800-772-8700 • 916-786-3800 • tec[email protected] • www.pasco.com 012-08453B

Type K Temperature Sensor

CARD 1A

The PS-2134 Type K Temperature Sensor measures high temperatures of gases,

open flames, or objects ranging from -200 to +1000 degrees Celsius.

1. Connect the PASPORTTM interface to a USB port on your computer or to a USB hub.

2. Plug the cable of the Type K probe into the Type K sensor box.

3. Connect the Type K Sensor to the PASPORT interface.

4. The software launches when it detects a PASPORT sensor. From the PASPORTAL

window, select a point of entry.

• PASPORTTM interface (USB Link, PowerLink, Xplorer, etc.)

• EZscreen or DataStudio

software (version 1.8.5 or later)

Sensor Specifications

Sensor/Probe tip range:

-200

C to +1000

Probe insulation range:

-73

C to +482

Accuracy:

±3

Cor 3% of reading, which-

ever is greater

Resolution:

0.1

Default sample rate:

2 samples per second

Maximum sample rate:

10 samples per second

Sensing element:

chromel and alumel thermocouple

Type K sensor box Type K probe

Calibrating the Type K Temp. Sensor

Equipment required: Type K Temperature Sensor, boiling water, cold water,

thermometer, two beakers or plastic containers

DataStudio Calibration

Procedure:

1. Plug in the Type K Sensor (with probe attached) into an

Xplorer.

2. Turn on the Xplorer.

3. Press Display ( ) until the calibrate screen appears.

4. Press the Check ( ) button.

5. Press the Tab ( ) button to move through the digits.

6. Use the Plus (+) or Minus (-) buttons to increase or decrease

each digit until the display matches the value of the selected

standard sample.

7. Place the Type K probe in the beaker filled with 0°C water (or

water at your first temperature point). (Note: The software is

set to use 0°C and 100°C as the two points for calibration.

You may choose to enter different values and use a

thermometer as a reference.)

8. Press the Check ( ) button.

9. Repeat steps 7-8 for the beaker filled with 100°C water (or

other water temperature for your second point).

PASPORT Xplorer Calibration

Procedure (two-point calibration)

1. Plug the Type K sensor box into a PASPORT USB interface connected to

your computer. Plug the Type K probe into the sensor box.

2. In DataStudio, click on the Setup button to open the PASPORT Setup

window.

3. In the PASPORTTM Setup window, scroll to the Type K Temperature Sensor

box and click the Calibrate button. (Note: The software is set to use 0°C

and 100°C as the two points for calibration. You may choose to enter

different values and use a thermometer as a reference.)

4. Place the Type K probe in the beaker filled with 0°C water (or water at your

first temperature point).

5. In the Calibration window, click the Set button.

6. Repeat steps 4-5 for a beaker filled with 100°C water (or water at your

second temperature point).

7. Click the OK button to save the calibration values. 012-08453B

Equipment required: Type K Temperature Sensor, boiling water, cold

water, thermometer, two beakers or plastic containers

CAUTION:

The probe of the PS-2134 Type K Temperature Sensor was not

designed for use in chemical solutions, other than water.

(

However, if you cover the

probe with an optional Teflon®sleeve*, you can use the probe in chemicals.

Also,

never place the Type K sensor box in liquids, a heating element, or fire. Placing the

sensor box in liquids or an open flame will permanently damage the sensor. PASCO

will not replace or cover the costs of a damaged sensor due to negligent or improper

use.

CARD 2A

Calibrating the Type K Temp. Sensor

Equipment required: Type K Temperature Sensor, boiling water, cold water,

thermometer, two beakers or plastic containers

DataStudio Calibration

PASPORT Xplorer Calibration

012-08453B

Equipment required: Type K Temperature Sensor, boiling water, cold

water, thermometer, two beakers or plastic containers

CARD 2A

Note: Calibration of the Type K Temp. Sensor is not required. However, if you wish

to calibrate for better accuracy, follow the instructions below.

Procedure (two-point calibration)

1. Plug the Type K sensor box into a PASPORT USB interface connected to

your computer. Plug the Type K probe into the sensor box.

2. In DataStudio, click on the Setup button to open the PASPORT Setup

window.

3. In the PASPORTTM Setup window, scroll to the Type K Temperature Sensor

box and click the Calibrate button. (Note: The software is set to use 0°C

and 100°C as the two points for calibration. You may choose to enter

different values and use a thermometer as a reference.)

4. Place the Type K probe in the beaker filled with 0°C water (or water at your

first temperature point).

5. In the Calibration window, click the Set button.

6. Repeat steps 4-5 for a beaker filled with 100°C water (or water at your

second temperature point).

7. Click the OK button to save the calibration values.

Note: Calibration of the Type K Temp. Sensor is not required. However, if you wish

to calibrate for better accuracy, follow the instructions below.

Procedure:

1. Plug in the Type K Sensor (with probe attached) into an

Xplorer.

2. Turn on the Xplorer.

3. Press Display ( ) until the calibrate screen appears.

4. Press the Check ( ) button.

5. Press the Tab ( ) button to move through the digits.

6. Use the Plus (+) or Minus (-) buttons to increase or decrease

each digit until the display matches the value of the selected

standard sample.

7. Place the Type K probe in the beaker filled with 0°C water (or

water at your first temperature point). (Note: The software is

set to use 0°C and 100°C as the two points for calibration.

You may choose to enter different values and use a

thermometer as a reference.)

8. Press the Check ( ) button.

9. Repeat steps 7-8 for the beaker filled with 100°C water (or

other water temperature for your second point).

Teflon sensor covers are available from PASCO. If you plan to

frequently use the Type K Temperature Sensor with chemicals, you

can order a package of 10 Telfon covers using part no. CI-6549.

Teflon®is a registered trademark of DuPont.

CAUTION:

The probe of the PS-2134 Type K Temperature Sensor was not

designed for use in chemical solutions, other than water.

(

However, if you cover the

probe with an optional Teflon®sleeve*, you can use the probe in chemicals.

Also,

never place the Type K sensor box in liquids, a heating element, or fire. Placing the

sensor box in liquids or an open flame will permanently damage the sensor. PASCO

will not replace or cover the costs of a damaged sensor due to negligent or improper

use.

Teflon sensor covers are available from PASCO. If you plan to

frequently use the Type K Temperature Sensor with chemicals, you

can order a package of 10 Telfon covers using part no. CI-6549.

Type K Activity - Mapping the Temperature

of a Candle Flame

DataStudio/DataStudio Lite Task: Procedure:

Change units of measurement:

In the PASPORT Sensor window, scroll to

the Type K sensor. Use the down arrow to

select degrees C, F, or K.

Scale to fit the data:

Click the Scale-to-Fit ( ) button.

Scale the axes:

With your mouse, click on the x-axis and

drag left or right; click on the y-axis and

drag up and down.

View data statistics:

Click the Statistics ( ) button and

select Minimum, Maximum, or Mean.

Equipment required: PS-2134 Type K Sensor, PASPORT interface, USB-

compatible computer, DataStudio software (version 1.8.5 or later), candle with

glass holder, matches.

SAFETY WARNING: When working with candles or other hot objects,

always follow standard fire and health safety precautions in your classroom. Do

not touch the Type K probe with your hands, fingers, or any other body part.

When the probe is put in a hot flame and removed, the probe will be hot

(between 400 to 1400 degrees Celsius). Touching or mishandling the probe

could cause severe burns or permanent bodily injury.

Procedure:

1. Connect the Type K Temperature Sensor to a

PASPORT interface connected to your

computer (See CARD 1A for instructions).

2. Light a candle and place it in a glass holder.

3. Open a Graph display in DataStudio and click

the Start button.

4. (Before performing the next few steps, please

read the safety warning above.) Slowly insert

just the tip of the Type K probe into the red,

inner core of the candle flame to take a

reading.

5. After about 30 seconds, click the Stop button.Slowly remove the probe,

being careful not to touch the probe with your hand or to any other body

parts.

6. Allow the probe to cool to room temperature on a metal surface.

7. Repeat steps 5 and 6 for the orange, yellow, and blue colors in the

flame. (Note: Move the probe directly across, not up and down the

flame.) Compare your results. Explain why different colors of the flame

have different temperatures. Is the temperature higher in the inner core

or the outer part of the flame? Why?

Figure 1

probe

Type K

Comparing Temperatures in Different Parts of a

Candle Flame

CARD 1B

Type K Activity - Mapping the Temperature

of a Candle Flame

DataStudio/DataStudio Lite Task: Procedure:

Change units of measurement:

In the PASPORT Sensor window, scroll to

the Type K sensor. Use the down arrow to

select degrees C, F, or K.

Scale to fit the data:

Click the Scale-to-Fit ( ) button.

Scale the axes:

With your mouse, click on the x-axis and

drag left or right; click on the y-axis and

drag up or down.

View data statistics:

Click the Statistics ( ) button and select

Minimum, Maximum, or Mean.

Comparing Temperatures in Different Parts of a

Candle Flame

CARD 1B

Equipment required: PS-2134 Type K Sensor, PASPORT interface, USB-

compatible computer, DataStudio software (version 1.8.5 or later), candle with

glass holder, matches.

SAFETY WARNING: When working with candles or other hot objects,

always follow standard fire and health safety precautions in your classroom. Do

not touch the Type K probe with your hands, fingers, or any other body part.

When the probe is put in a hot flame and removed, the probe will be hot

(between 400 to 1400 degrees Celsius). Touching or mishandling the probe

could cause severe burns or permanent bodily injury.

Procedure:

1. Connect the Type K Temperature Sensor to a

PASPORT interface connected to your

computer (See CARD 1A for instructions).

2. Light a candle and place it in a glass holder.

3. Open a Graph display in DataStudio and click

the Start button.

4. (Before performing the next few steps, please

read the safety warning above.) Slowly insert

just the tip of the Type K probe into the red,

inner core of the candle flame to take a

reading.

5. After about 30 seconds, click the Stop button. Slowly remove the probe,

being careful not to touch the probe with your hand or to any other body

parts.

6. Allow the probe to cool to room temperature on a metal surface.

7. Repeat steps 5 and 6 for the orange, yellow, and blue colors in the

flame. (Note: Move the probe directly across, not up and down the

flame.) Compare your results. Explain why different colors of the flame

have different temperatures. Is the temperature higher in the inner core

or the outer part of the flame? Why?

Figure 1

probe

Type K

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