Megger MLM50 Laser Distance Meter

Includes: Megger MLM50 Laser Distance Meter and carry pouch with belt loop.

Reference 1013-551

Brand Megger

The Megger MLM50 is a Laser Distance Meter with a measurement range up to 50 meters. It is simple-to-use and housed in a shock absorbent protected case. With either single or continuous measurement modes, the MLM50 has a IP54 rated protective case.

In addition, the unit can automatically calculate area or volume and has the added bonus of recording the last 20 readings into its internal memory for later recall. Memorised values are retained, even if the batteries are removed or replaced.

APPLICATIONS

50 Meter range Laser Distance Meter.
Accuracy 1.5 mm (up to 10 m range).
Meters, Feet & Inch Ranges.
Automatic Max/Min measurements.
Area and volume calculation.
20 measurement memory even if the batteries are removed or replaced.
Soft-touch, sure-click buttons.
IP54 rated.
Front or rear measurement reference.
Built-in spirit level.
Supplied with protective carry pouch.

Megger MLM50 Laser Distance Meter Specifications

Range	0.05 to 50 m* (0.2 into164 ft*).
Measuring accuracy up to10 m	Typically: ±1.5 mm (±1/16 in).
Measuring units	m, in, ft.
Laser Class	Class II.
Laser Type	650 nm, <1 mW.
Smallest unit displayed	1 mm.
Area and Volume Calculations	✔
Built-in spirit level	✔
Continuous Measurement	✔
Min/Max Distance Tracking	✔
Backlit display	✔
IP rating	IP54
Measurement records	20
Sure-Click buttons	✔
Operating Temperature	0 °C to 40 °C (32 °F to 104 °F).
Storage Temperature	-10 °C to 60 °C (14 °F to 140 °F).
Batteries	2 x AAA 1.5 V (LR03, 24D).
Battery Life	up to 5,000 measurements.
Auto laser switch-off	after 30 seconds.
Auto instrument switch-off	after 3 min.
Dimension	135 x 33 x 24 mm.
Weight	80 g.
* Use a target plate to increase the measurement range during daylight or if the target has poor reflective properties.
** in favourable conditions (good target surface properties, room temperature) up to 10 m (33 ft). In unfavourable conditions, such as intense sunshine, poorly reflecting target surface or high temperature variations, the deviation in distances above 10 m (33 ft) can increase by ± 0.15 mm/m (± 0.0018 in/ft).