CST Berger 57-LD440 Dual Sided Electronic Laser Detector with Bracket (1625)

This item is Bosch E-stock, which can be either new returned items, items with damaged packaging and items with minor faults which have been repaired by Bosch.

All items will come with reconditioning tape on and may not be suitable as gifts

All items carry a full 12 Month BOSCH warranty as normal.

£71.99 ex vat

£86.39 inc vat

out of stock

Description

The CST/Berger LD440 Electronic Rotary Laser Detector allows the user to locate the laser beam easily in bright light and over long distances. The LD440 can be held by hand, rod-mounted, or magnetically mounted to drop ceiling grid. Features front and back LCD windows for ease of viewing. 7-Channels of resolution allow user to easily get on grade without bouncing above and below grade. The LD440 also features bright LEDs that will Light Bright Blue with on Grade. The LD440 is constructed of a Co-Molded Rubber Housing and is sealed for a waterproof/dust proof rating of IP67. The Included Bracket features a standard screw knob as well as a quick release clamp for ease of use when mounting on a rod. Battery operated with two AA batteries. Works with virtually all visible and red beam rotary lasers. Use the LD440G for Green Beam Applications.

The CST Berger electronic rotary laser detector allows user to locate red laser beam easily in bright light and over long distances. U.S.A. Light Type LED blue on-grade light, Laser Beam Color Red, Laser Type Visible Red, Mount Bracket Included Yes, clamp, Compatible Tool Red beam rotary laser level, Indoor/Outdoor Use Outdoor, Mount Type Handheld, rod-mounted or magnetically mounted, Front and Back Display Yes, Indicator Type Visual, audible, Range ft. 1,400, Battery Type AA, Accuracy 0.75/1.5/3.0 mm, Grade IP67 Sealed for waterproof and dustproof rating, Display Type LCD, Dimensions L x W x H in. 8 x 8 x 3, Battery Included Yes, Housing Material Co-molded rubber housing, Channels qty. 7. 7 channels of resolution to allow user to easily get on grade without bouncing above and below