Stanley® STHT77342 SPL3 Horizontal/Vertical Lightweight Self-Leveling Cordless Spot Beam Laser Level, 100 ft Measuring, +/-1/8 in Accuracy, NiMH/AA Alkaline Battery, Plastic Housing

STHT77342 MFG #: STHT77342
$234.42 / PK
Estimated Delivery 7 to 10 Business Days
  • Manufacturer: Stanley Black & Decker
  • Bare Tool/Kit: Bare Tool
  • Type: Horizontal/Vertical Lightweight Self-Leveling
  • Series: SPL3
  • Accuracy: +/-1/8
  • Measuring Range: 100
  • Auto Leveling Range: +/-4
  • Number of Beams: 3
  • Beam Color: Red
  • Wavelength: 635 to 670
  • Laser Class: 2
  • Temperature Rating: 14 to 104
  • Battery Type: NiMH/AA Alkaline
  • Housing Material: Plastic
  • Dimensions: 6-5/8 in L x 9 in W x 3-3/4 in H
  • Brand: Stanley®
Stanley® Cordless Spot Beam Laser Level, Horizontal/Vertical Lightweight Self-Leveling, Bare Tool, Series: Modle SPL3, +/-1/8 in Accuracy, 100 ft, +/-4 deg Auto Leveling Range, 3 Beam, Red Beam, 635 to 670 nm Wavelength, Laser Class: 2, 14 to 104 deg, NiMH/AA Alkaline Battery, Plastic Housing, 6-5/8 in L x 9 in W x 3-3/4 in H
  • Project 3 beams - up, down, horizontal 3 bright self-leveling beams provide accurate plumb and horiz
  • Projects down beam with raised clearance provides dot visibility and alignment for wall track layout
  • Locking pendulum to help prevent damage to internal components
  • QuickLink™ bracket and mounting system versatile bracket links into multiple product mounting slots
  • Overmolded grips for comfort and control
  • IP50 protection class
  • 15 hr run time
Project 3 beams - up, down, horizontal 3 bright self-leveling beams provide accurate plumb and horizontal point transfer
Projects down beam with raised clearance provides dot visibility and alignment for wall track layout
Locking pendulum to help prevent damage to internal components
QuickLink™ bracket and mounting system versatile bracket links into multiple product mounting slots and 1/4 in thread, clamps on to multiple surfaces
Overmolded grips for comfort and control
IP50 protection class
15 hr run time