AdirPro ADI790-90 User manual
USER GUIDE
ADI790-90
DUAL GRADE LASER
AdirPro
Thank you
for your
purchase.
AdirPro is known for its quality
products in the construction
industry, all manufactured to the
highest standards.
We strive to help you complete your project in the most
reliable, safe, and cost-eective manner. We deliver
everything with accuracy you can count on so your
team can count on you.
Table of Contents
2
3
4
5
8
9
10
10
11
12
13
Included Items With Purchase
Navigating Your Dual Grade Laser
Control Panel
Getting Started
The Detector
The Wireless Remote Control
Troubleshooting
Specications
Warnings and Precautions
Notes
Warranty
2
Included Items With Purchase
A
G
C
B
F
D
E
Contact your supplier if any of the
above parts are missing.
NOTE:
A. Dual Grade Laser
B. Laser Line Detector and Bracket
C. Wireless Remote Control
D. Li-ion Battery Charger
E. Laser Plate
F. Glasses
G. Hard Case with Foam Insert
H. Li-ion Battery Pack 7.4 V 4000 mAh
3
Navigating Your Dual Grade Laser
Plumb Up Glass
Optical Glass
LCD
Keypad Panel
Charge Socket
Handle
Laser Module
4
Control Panel
On/Off
Automatic/Manual
Grade
Mode Increase
Decrease
X/Y Axis Switch
GXY
5
Getting Started
Charge Socket
Charging Battery:
A. Insert the charger into the mains and the charging socket
into the instrument or the battery pack.
B. Turn on the power.
C. The charger will show one of the three modes.
• Red Flashing Light: Battery Not Charging
• Red Light: Battery Charging
• Green Light: Battery Charged
D. If the red light illuminates, wait for the charging to complete.
E. If the light is ashing, check the connection.
F. When the green light illuminates, your laser is fully charged.
a. It will typically take 7 hours to fully charge.
b. Once fully charged, you will have 35 hours of use.
The instrument normally
comes with some charge
in the battery; however, it is
recommended that before
initial use the battery is fully
charged.
NOTE:
6
Setting Up In Horizontal Mode:
Horizontal Leveling:
Sloping Leveling:
A. The instrument should be attached to the tripod using the
screw that inserts into the underside of the instrument.
B. The instrument will only self-level if it is set up within 5°of the
horizontal.
a. If the instrument appears level by eye, then it should be
within this range.
b. Using the horizon as a datum will help with this
assessment.
c. If the instrument looks tilted, then adjust the tripod to suit.
A. Set up the instrument as described in Setting Up In Horizontal Mode.
B. Press the green button on the bottom left-hand side of the panel.
C. The instrument will auto-level and start spinning, giving a horizontal beam.
A. Set up the laser to work horizontally as described in Horizontal Leveling.
B. Press the “G” button to get the “X” value ashing on the screen.
C. Use the + and – buttons to achieve the required gradient in the “X” direction.
a. The “X” direction is parallel to the screen/digital panel.
D. Press the “X/Y” button to get the “Y” gure ashing.
E. Use the + and – button to get the required gradient in the “Y” direction.
a. The “Y” direction is at the right angle to the screen/digital panel.
F. Press the “X/Y” button again so that neither the X or Y letters are ashing.
G. After a few seconds, the instrument should start counting up to the preset values.
a. Once the values are reached, the laser will start to rotate again.
E. If the laser is disturbed by an impact, an audible alarm will sound to indicate the laser
may have moved.
a. The instrument should be checked to see if it has shifted position.
b. If the instrument remains in the same position, push the “X/Y” button and the unit will
restart, and return to the grade previously set.
The laser should be set on a
solid base, ideally a tripod.
NOTE:
7
Vertical Lines:
Other Functions:
Scan Mode
Plumb Up and Down Beams
Automatic Drifts System/Tilt
Speed Control
A. To obtain vertical lines, rst complete the steps described in the Sloping Leveling section,
press the green button on the bottom left hand of the panel.
a. The instrument will auto-level and start spinning, giving a vertical beam.
A. The scan mode is to be used when you want the beam focused on a smaller range.
B. Press the Scan Button for a single point.
C. Press the same button to get angles of approximately 10°, 45°, 90°, and 180°.
D. To change the direction of the point/scan, you can press the + or – button to move the
direction in the beam is pointing.
A. The laser has both a plumb up beam and a plumb down beam.
B. These will be vertical when the instrument is set up as Page 6.
C. The spots cannot be picked up by a detector and must be vertically located.
A. This will warn you if your device is misaligned.
B. When the instrument is in this mode, there will be a signal on the LCD display to alert you
that the position of the instrument has changed.
A. To change the speed of the rotating beam, press the Hare/Tortoise Button.
B. Speeds of 120 rpm, 300 rpm, and 600 rpm can be obtained.
All other functions can be operated through remote control.
NOTE:
8
The Detector
The detector has 4 buttons:
1. ON/OFF Button
2. Sound Button: Three Settings – HIGH, OFF, and LOW
3. Units Button: Illuminates the background, and you can
switch the unit from millimeters to inches.
a. Hold the key for 3-4 seconds to turn on the background
light.
4. Accuracy Button: When turned on, the default accuracy is
on, starting at the highest accuracy.
a. Click the button to switch between high, middle, or
rough accuracy.
A. When the detector is too high, a slower beep will be emitted.
B. When it’s too low, a fast beep will be emitted, and a continuous pitch will sound when it’s at
the same level as the beam.
a. At this point, the center of the detector is in the same alignment as the beam.
C. To get accurate results, use the spirit bubble to keep the detector level.
D. The detector is powered by 4 x AA batteries.
The detector will pick up
a spinning beam when it
crosses the electronic sensor
window
NOTE:
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