The Steiner DBAL-A3 Dual Beam Laser combines a 536nm visible green laser, 835nm infrared laser, and 835nm IR illuminator in a rugged rail-mounted system. High and low operation, visible override, adjustable windage and elevation, a quick-detach Picatinny mount, and included pressure pad support versatile day and night equipment setups.
The Steiner DBAL-A3 Dual Beam Laser integrates visible and infrared aiming functions with an infrared illuminator in one aluminum housing. Measuring 3.5 by 2.75 by 1.59 inches and weighing 8 ounces, it is designed for compatible MIL-STD-1913 and Picatinny rail setups where multiple aiming and illumination functions are required from a single mounted unit.
The DBAL-A3 includes a 536nm visible green laser for conventional visible aiming applications. It also incorporates an 835nm infrared laser for use with compatible infrared viewing equipment.
An additional 835nm IR illuminator provides infrared illumination alongside the aiming laser. Combining all three functions in one housing reduces the need to mount separate visible laser, infrared laser, and IR illumination devices.
High and low operating settings allow output to be adjusted according to the application. Visible override capability provides direct access to the visible laser function when needed.
An integrated push-button activation switch provides control directly from the unit, while an included pressure pad offers a remote activation option. Windage and elevation are adjustable, allowing the laser systems to be aligned after installation.
The quick-detachable HD mount attaches to compatible MIL-STD-1913 and Picatinny rails, making installation and removal straightforward. The aluminum housing is both waterproof and shockproof and is rated for operation from 0°C to 65°C.
The Steiner DBAL-A3 stands out by combining visible green aiming, infrared aiming, and infrared illumination in one rail-mounted system. Its quick-detach mount, pressure-pad control, adjustable alignment, and selectable output levels make it a versatile option for users building compatible day and night sighting configurations.
