OEM Engines, 3000W CW
2Pages

{{requestButtons}}

Catalog excerpts

OEM Engines, 3000W CW - 1

Up to 6kW, Rack-Mountable, Fiber-Coupled Module Features The EF series combines multi-kW fiber-coupled diode laser power with a small footprint and high efficiency. Available up to 6kW the 19-inch rack mounted unit is designed to meet the requirements for OEM customers such as system integrators. This beam source provides the necessary interfaces on the rear side and is able to couple into a 1000µm fiber 0.22NA. Typical applications are cladding, brazing, hardening, and heat conduction welding. Device Specification Optical Parameters Optical Output Power Output Power Pilot Laser Fiber Parameters Fiber Connector Type1 Numerical Aperture Smallest Fiber Core Diameter (at 0.22NA) Electrical Parameters Operating Voltage1 Max. Allowed Ripple (Peak to Valley) Max. Allowed Ripple Overshoot Overall Efficiency Nominal Current Thermal Parameters Temperature Ambient in Operation (100% Duty Cycle) Storage Temperature Cooling Water Requirements Recommended Cooling Power Flow Rate (Nominal Value) Flow Rate (Min. Value) Flow Rate (Max. Value) Temperature Nominal Value Inlet Flow Pressure (Min Value) Pressure Drop (Max. Value) Cooling Water Quality3 Conductivity (NO ADDITIVES)3

Open the catalog to page 1
OEM Engines, 3000W CW - 2

Up to 6kW, Rack-Mountable, Fiber-Coupled Module Mechanical Parameters Dimension [w x h x d] (Without Fiber Cable) Weight Package Includes 19 inch Laser Unit. Consult the Operating Instruction Manual for additional information. 1 Consult DILAS Industrial Laser Systems for other available options. For wavelength critical application ±0.1K. 3 Refer to DILAS‘ cooling water specification. 4 Without fiber cable; fiber cable supplied with water separately. 2 Package Dimension U.S. CFR Regulation The manufacturer and subsequent sale of laser equipment is under the guidelines governed by the U.S....

Open the catalog to page 2

All DILAS catalogs and technical brochures

  1. Fiber Cables

    1 Pages

  2. 8W CW

    2 Pages