Prokit's Industries NT-6580 User Manual

NT-6580 Laser Distance Measurer (80M)
User Manual
1st Edition ©2013 Copyright by Prokit’s Industries Co., Ltd
Thank you for buying Pro’sKit NT-6580 Laser Distance Measurer (80M).
Please read these instructions carefully before using the product.
English user manual
Contents
Brief Introduction ---------------------------------------------------------------------1
Safety instructions--------------------------------------------------------------------2
Buttons -----------------------------------------------------------------------------3
Basics -----------------------------------------------------------------------------3
Measurement ---------------------------------------------------------------------5
Numeric Keypad-----------------------------------------------------------------------9
Troubleshooting --------------------------------------------------------------------11
Icons------------------------------------------------------------------------------------12
Function list and specifications---------------------------------------------------13
Care-------------------------------------------------------------------------------------14
1. Brief Introduction
NT-6580 Laser Distance Measurer measures distances up to 80 meters in just one second with 2.0 millimeter accuracy. It’s integrated with a worldwide unique feature: Numeric Keypad. NT-6580 is the world’s leading laser distance measurer integrated with numeric keypad, which works as a calculator, also computes measured data. It’s efficient and convenient, saves your time and trouble for data processing and notes taking. Other features that come with NT-6580 are also helpful and easy to use include: 360° tilt measurement
NT-6580 measures inclination up to 360° range, so that distance to inaccessible objects can be measured using trigonometric function.
Looks and feels fantastic
NT-6580 housing is designed like a sports car, and it adopts double injection technology, ABS+TPU materials, offers a gorgeous appearance and comfortable touch feeling.
1
In the box:
NT-6580 device*1 Lithium Battery*1 Charger*1 USB Cable*1 Pouch*1 Documentations (User Manual*1)
2. Safety instructions
WARNING: Failure to follow these safety instructions could result in fire, electric shock, or other injuries, or damage to NT-6580 Laser Distance Measurer or other property. Read all the safety information below before using NT-6580.
Laser classification
NT-6580 uses a visible laser beam which emerges from the front of the instrument. Laser Class 2 products: Do not stare into the laser beam or direct it towards other people unnecessarily. Eye protection is normally afforded by aversion responses including the blink reflex.
WARNING:
Looking directly into the beam with optical aids (e.g. binoculars, telescopes) can be hazardous. Do not look directly into the beam with optical aids. Looking into the laser beam may be hazardous to the eyes. Do not look into the laser beam. Make sure the laser is aimed above or below eye level.
2
3. Buttons
1. Area/V
2. Power On/Measuring/Laser on
3.
4. Power off /Cancel/Back/Clear
5. Reference
6. Historical Data
7. Units/LCD Backlight
8. Numeric Keypad
9. Backspace
10. Adding/Go up
11. Subtraction/Go down
12. Division/ Decimal Point
13. Multiplication
olume/ Pythagoras
Tilt/Auto Level/Auto Height
4. Basics Power On And Off
Long press
display is on and shows the battery symbol until the next button is
pressed.
Long press
The instrument will be switched off automatically after three minutes of
inactivity.
Reference Setup
See Figure Press between tripod thread, the top and the bottom of the instrument. There is beep warning tone when reference pint is changed. The default reference setting is from the bottom of the instrument. The reference point will be set to default every time when it’s powered off, I.E. the measuring reference point is from the bottom of the instrument every time when it’s powered on.
to power on the instrument and activate the laser. The
to power off the instrument.
Figure (C)
(C)
to switch reference point
3
Display Backlight
Press function when he/she is in dark situation. The value is clearly visible on the display.
Distance Unit Setup
Long press press again to continuously change the next unit.
Clear/Cancel
When measuring or calculating, user can press action, until all data on display are cleared and go back to single distance measurement interface.
Historical Data
Press
results, shown in reversed order.
Press
Press
Press
to switch on or off the display backlight. User can trigger the
to change the distance unit between m, ft, in, ft+/in. Long
to cancel the last
to view historical data, including 50 measured and calculated
to go up to view previous record.
to go down to view next record.
to go back to single distance measurement interface.
4
5. Measurement
Single Distance Measurement
the steps below to take single distance
Follow measurement.
(1) Pres
object which is to be measured.
(2) Press
be seen on display immediately.
Continuous Measurement
Long press
measurement. Under this mode, minimum or maximum distance can be
measured from a fixed measuring position by sweeping ideal points.
It’s usually used to find the right angle and diagonal. User can press
or
to stop continuous measurement and the values of minimum and
maximum distances are shown in the display as well as the last
measured value in the summary line.
Area Measurement
Press
Press
Press
The results of length, width, perimeter, area will be seen on display
orderly.
to activate the laser, and aim at the
s
again to take measurement. Results will
button, until you hear beeps, to activate continuous
once, the symbol appears on display.
to take the first distance measurement (e.g. Length).
again to take the second distance measurement (e.g. width).
igure (D)
F
5
Volume Measurement
Press Following the hint, press press again to take the first distance measurement (e.g. Length). Then measure the width, and then height, the result of volume will be seen in the summary line.
Indirect Measurement
This device can measure distance to inaccessible points, such as the distance to a wall which is blocked by obstacles, or the height of a tree, using trigonometric function.
To ensure measuring accuracy, indirect measurement should be based on the following conditions: (1) The measuring points of the object which is to be measured should be
(2) Put the device at a fixed but horizontally and vertically rotary tripod.
Indirect Measurement: Pythagoras Two Points
As show the height of a building, he can use Pythagoras to calculate the height.
(1) Press
appears on display.
(2) Press
point which is to be measured.
(3) Press
second measurement.
(4) The height of building (third side of triangle), first and second distance
value will be seen on display. Note: (1) The device will automatically determine the longer distance as triangle’s
hypotenuse, and shorter distance as right-angle side.
twice, the symbol appears on display.
to activate laser, and aim at the target,
on the same horizontal or vertical line.
n in Figure (E), if user wants to measure
three times, the symbol
to activate laser and aim at the
again to take the first measurement, and again to take the
Figure (E)
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(2) When measuring right-angle side (Distance 2 in Figure E), user should
ensure laser beam is right-angled to the target line.
(3) User can press
to re-measure.
Indirect Measurement: Pythagoras Three Points
As shown in Figure (F), there is another function to measure the height of the building.
s
(1) Pres
appears on displa
(2) Press
point which is to be measured.
(3) Press
measurement, and again to take the second and third measurement. (4) The height of building, first, second and third distance value will be
seen on display.
Note:
(1) The device will automatically determine the longer distance as triangle’s
hypotenuse, and shorter distance as right-angle side.
(2) When measuring right-angle side (Distance 2 in Figure E), user should
ensure laser beam is right-angled to the target line.
(3) User can press
to re-measure.
Tilt Measurement
Press
The tilt is continuously shown as ° or % depending on the setting.
Press
to activate tilt sensor, the symbol appears on display.
to record the tilt on display, and take a distance measurement.
to delete any measured length and then press
four times, the symbol
y.
to activate laser and aim at the
again to take the first
to delete any measured length and then press
Figure (F
)
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