Product Specifications: Kirby Morgan EXO-BR

Weight:

EXOBR 4.65 pounds

Mask Frame:

Mask Frame Poly Carbonate

Lens:

Tempered Glass

Face Seal

Neoprene Blend

Regulator Body:

Noryl®

Hardware:

Stainless Steel & Chromed Brass

O-Rings:

Buna-N

Spider:

Neoprene

Recommended Lubricants:

Dow Corning MS4 Silicone Lubricant. Krytox® and Halocarbon® are also acceptable.

Regulator Performance

The EXO Balanced Regulator has been CE approved in Europe for scuba use in conjunction with the KMDSI First Stage Regulator and Overpressure Relief Valve.

Cage Code:

The cage code for identifying KMDSI products for U.S. government purposes is 58366.

CR Standards:

These masks meet or exceeds all standards established by Dive Lab of Panama City, Florida, and are CR (Commercially Rated) marked.

CE Approved:

Both the EXO-BR is CE Approved.

Operational Specifications & Limitations:

The CE approved EXO-BR complies with EM 250 (edition May 1993). The EXO-BR has been CE tested for scuba use with the KMDSI SuperFlow first stage regulator. The EXO-BR has also been CE tested for surface supplied umbilical diving. Regardless of the mode being employed, all components used with, or in conjunction with the EXO-BR must be CE approved.

Air Supply Pressure:

All Kirby Morgan masks and helmets are designed for a maximum working supply pressure of 225 psig (15.5 bar). What this actually means is the gas train components i.e., intermediate supply hose, demand regulator and manifold assemblies are designed to operate at gas supply pressures of up to 225 psig (15.5 bar) above the surrounding ambient pressure.

The regulator adjustment knob is capable of holding back this pressure, with a little bias in reserve. This is so the professional working diver can adapt the helmet or mask to various types of supply systems found on dive stations throughout the world. It is not the intention that the mask or the helmet be normally operated at the high end pressure 225 psig. The normal maximum supply pressure to the EXO-26 BR should be dictated by the depth and selected in accordance with the specification lists for the mode of diving being employed.