Rotation lasers
![GRL 300 HVG Set]( "GRL 300 HVG Set")
![GRL 300 HVG Set]( "GRL 300 HVG Set")
![GRL 300 HVG Set]( "GRL 300 HVG Set")
![GRL 300 HVG Set]( "GRL 300 HVG Set")
GRL 300 HVG Set Professional
Rotation Laser
Outstanding visibility for indoor applications
- Green laser line: up to four times better visibility than a red line
- Easy to set up in both the horizontal and vertical modes due to automatic self-levelling of 8% (± 5°)
- The shock warning function, which can be switched on and off, prevents levelling errors in the event of shocks or vibrations
Functions & key features
with 2 x battery (LR20), receiver
0 601 061 703
GRL 300 HVG Set Professional
Your Selection
with 2 x battery (LR20), receiver
Order number: 0 601 061 703
Included in this variant
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BracketOrder number: 1 608 M00 05A
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Universal mount WM 4 ProfessionalOrder number: 0 601 092 400
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Laser target (blue) (spare part number 1 608 M00 05K)
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1 x 1.5 V LR6 battery (AA)
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Remote control RC1 ProfessionalOrder number: 0 601 069 900
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2 x 1.5 V LR20 battery (D)
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Laser receiver LR 1G ProfessionalOrder number: 0 601 069 700
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Laser viewing glasses (green) (spare part number 1 608 M00 05J)
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1 x 9 V block battery (6LR61)
Technical data
Additional data |
|
|---|---|
| Slope function | no |
| Colour of laser line | green |
| Laser diode | 532 nm, < 5 mW |
| Operating temperature | 0 – 40 °C |
| Storage temperature | -20 – 70 °C |
| Laser class | 3R |
| Working range | 100 m |
| Working range with receiver | 300 m (Diameter) |
| Working range without receiver | 100 m (Diameter) |
| Accuracy | ± 3.0 mm at 30 m* (*plus use-dependent deviation) |
| Self-levelling range | ± 5° (8%) |
| Levelling time | 15 s |
| Dust and splash protection | IP 54 |
| Rotation speed | 150, 300, 600 rpm |
| Power supply | 2 x 1.5 V LR20 (D) |
| Tripod thread | 5/8" |
| Weight, approx. | 1.8 kg |
| Compatible laser receivers | LR 1G |
| Working range, value | 100 m |
| Working range with receiver, value | 300 m |
* Plus use-dependent deviation. You can find more information about the deviations in the following link:
** You can find more information about the deviations in the following link:
