Tenmars TM-206 Manual de usuario

SOLAR POWER METER

TM-206

User’s Manual

HB1TM2060000

CONTENTS

1. FOREWORD........................................................................................................................2

2. SAFETY PRECAUTIONS AND PROCEDURES..............................................................2

3. THE FOLLOWING SYMBOLS ARE USED:....................................................................2

4. APPLICATIONS..................................................................................................................3

5. FEATURES..........................................................................................................................3

6. NAME AND FUNCTION OF EACH PART......................................................................4

7. ELECTRIC SPECIFICATION ............................................................................................8

8. Safety and maintenance standards........................................................................................8

9. Battery Replacement ............................................................................................................9

10. SERVICE .............................................................................................................................9

11. END OF LIFE....................................................................................................................10

1. FOREWORD

Solar meter: a device used to measure solar power. From the moment you buy

such a product, your future is not uncertain any more. When the sun shines

recklessly, just take the TM-206 and aim its opening at the sun, and you will see

how powerful the sun is. If you want your skin white, you surely cannot do without

it!

Measurement: Expressed by W/m2or BTU (ft2*h).

2. SAFETY PRECAUTIONS AND PROCEDURES

This instrument conforms with safety Standard EN 61010-1 related to electronic

measuring instruments.

For your own safety and to avoid damaging the instrument follow the procedures

described in this instruction manual and read carefully all notes preceded by this

symbol . CAUTION

For your own safety and to avoid damaging the instrument follow the

procedures described in this instruction manual and read carefully all

notes preceded by this symbol .

When taking measurements:

 Be particularly careful when measuring voltages exceeding 20V to avoid

risks of electrical shocks.

 Avoid doing that in humid or wet places.

Avoid doing that in rooms where explosive gas, combustible gas, steam or

excessive dust is present.

 Keep you insulated from the object under test.

Do not touch exposed metal parts such as test lead ends, sockets, fixing objects,

circuits etc.

 Avoid doing that if you notice anomalous conditions such as breakages,

deformations, fractures, leakages of battery liquid, blind display etc.

3. APPLICATIONS



Transmission measurement is most suitable for measuring the

effectiveness of the solar film.



Solar radiation measurement.



Car windows light intensity measurement.



Optimal incident angle for the solar panel.



Measurement of the sun’s transmission through transparent and film glass



Convenient, no need to adjust, data displayed clearly.

4. FEATURES



Super low price, high precision.



Measurable light sources, including all visible light.



Overload display OL.



Select either W/m2or BTU / (ft2*h) units1



Stable for long use.

5. NAME AND FUNCTION OF EACH PART

5.1.THE LCD DISPLAY SHOWS:

1. Data hold .

2. Max. value.

3. Min. value.

4. Decimal point.

5. numeral screen.

6. W/m2

7. BTU (ft2*h)

8. Low battery indicator

5.2.BUTTONS: 1. Power button

2. Lock up Max. and Min button

3. W/m2/ BTU (ft2*h) switch button

4. Data Hold button.

5. Auto Range

5.2.1. Power button :

 Press the “ ” button to turn ON the power. The display comes alive.

 Press the “ ” button once again to turn OFF the power and put the

device go into sleep mode. The display changes from light to dark.

5.2.2. Lock up Max. and Min button:

 When you test in W/m2or BTU (ft2*h) press the “ ” button to display

the max. or min. reading.

 Press and hold the “ ” button for 1 second to allow the device to

read the max. value. Press the button one more time to read the min. value.

 Press and hold the “ ” button for more than 1 second, and the max.

and min. come off.

 When the “ ” button is functional, the “ ” button is disabled.

5.2.3. BTU (ft2*h) / W/m2button :

 Press the “ ” button to turn ON the power and put the device to

operating mode. The screen displays BTU (ft2*h). Press the “ ” button to

switch from BTU (ft2*h) to W/m2. To select a different unit, just press this

button once again.

5.2.4. Data hold button:

 Press the “ ” button to go into hold mode, and “ D-H” appears

on the screen to allow you to read the data. Press this button once again to

deactivate it.

5.2.5. Auto Range button Large integrated circuit design :

 Press the “ ” power button to turn ON the power and put the device

to operating mode. If “199.9” comes up on the screen, it suggests

 the device will become overloaded or has become overloaded “OL”. In this

case, press the “ ” button, and “1999” or your acquired value then

comes up.

5.3.TEST PROCEDURE

 Press the ZERO adjustment for the zero adjustment if any digits is appear

 If performing the zero adjustment after powering on, several digits may not

disappear. In this case, perform the zero adjustment again.

 Measure your car’s headlights:

 Turn ON your car’s headlights. Then turn ON the TM-206 solar meter, and

“00.0” appears on the screen. Put the device down close to the headlights.

Switch between high beam and low beam, and light intensity values appear

on the screen. Both the right and left headlights must be tested. Note the

values and put them in your car for reference. (Picture 2)

 Measure the effect of solar insulation of your vehicle’s windows:

 Press the “ ” button to turn ON the TM-206 solar meter, “00.0”

appears on the screen. Aim the device at the sun and close to a window, and

the intensity appears on the screen. Open the window and aim the device at

the sun. Compare the value against that acquired when the window is closed

to understand the efficiency of the window’s solar film. Test your new car and

preserve the measurements in it.After that, test it at least once every year.

(Picture 2)

 NOTE.：When the light sensor cover is not attached “CAP” is indicated. Make

sure that it is attached. If performing the zero adjustment after powering on,

several digits may not disappear. In this case, perform the zero adjustment

again.

Picture 2:

To test the sun’s intensity, put the

device up close to the window Turn ON the headlights and put the device

down close to them to test their intensity

Picture 3

To test the sun’s intensity, put the

device close to the window

 Measure the solar insulation effect of your house’s windows:

 Close the window. Press the “ ” button on your TM-206 solar meter,

and “00.0” comes up on the screen. Put the device close to the window and

aim it at the sun. Compare the value against that acquired when the window

is closed and the device is placed at the same position,

 in order to understand the window’s heat efficiency. (Picture 3)

6. ELECTRIC SPECIFICATION

 Battery life: approx. 100 hr.

 Accuracy：typically within ± 10W/m2[ ±3 BTU / (ft2*h) ] or ±5% , whichever is

greater in sunlight; Additional temperature induced error ±0.38W/m2/ ℃

[ ±0.12 BTU / (ft2*h)/ ] from 25℃℃, 15% other visible light source

 Operating temp. & RH: 5oC~40oC, below 80%RH.

 Storage temp. & RH: -10oC ~60oC, below 70%RH.

 DISPLAY：3-1/2 digits LCD with maximum reading 1999.

 Sampling Time：Approx. 0.25 second

 Resolution：1W/m2、1 BTU /(ft2*h).

 Accuracy: < ±3/year

 Over-input：Display shows" OL".

 Range：1999W/m2、634 BTU /(ft 2* h).

 Dimensions & weight: 132(L) x 60(W) x 38 (H)mm, approx. 150g.

 EMC: this instrument is EMC-compliant and has undergone compatibility

tests according to EN61326 (1997) + A1 (1998) + A2 (2001).

ACCESSORIES

 User manual.

 9V battery(NEDA 1604 IEC 6F 22 JIS 006P)*1

 carrying case.

7. SAFETY AND MAINTENANCE STANDARDS

 Operating altitude: below 2,000m.

 Operating environment: for indoor use, expose to pollution level II.

 This is a precision device. During use or storage, do not go beyond its spec.

to prevent any possible damage or danger.

 Do not put this device in direct sunlight or where it is hot and/or damp.

 Remember to turn OFF the power after use. For long storage, remove the

battery to prevent the battery from leaking to cause damage to the parts

inside.

 Clean the device with a dry soft cloth. Wet cloths, liquid and water are

prohibited.

8. BATTERY REPLACEMENT

When the symbol " " is displayed, batteries need replacement.

CAUTION

Before replacing batteries disconnect the test leads from any

energized circuits to avoid electrical shocks.

Turn OFF the meter and disconnect the test leads from the input terminals.

 Unscrew the battery cover and remove the battery. Insert a new battery of

the same type (9V NEDA1604, JIS006P, IEC6F22) observing the proper

polarity, re-screw the battery cover and reposition the protective holster.

9. SERVICE

Warranty Conditions

This instrument is guaranteed for one year against material or production defects,

in accordance with our general sales conditions. During the warranty period the

manufacturer reserves the right to decide either to repair or replace the product.

Should you need for any reason to return back the instrument for repair or

replacement take prior agreements with the local distributor from whom you

bought it. Do not forget to enclose a report describing the reasons for returning

(detected fault). Use only original packaging.Any damage occurred in transit due

to non original packaging will be charged anyhow to the customer.

The warranty doesn’t apply to:

 Accessories and batteries (not covered by warranty).

 Repairs made necessary by improper use (including adaptation to particular

applications not foreseen in the instructions manual) or improper

combination with incompatible accessories or equipment.

 Repairs made necessary by improper shipping material causing damages in

transit.

 Repairs made necessary by previous attempts for repair carried out by non

skilled or unauthorized personnel.

 Instruments for whatever reason modified by the customer himself without

explicit authorization of our Technical Dept.

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