Diamond - Kirby Morgan

Item Code: 500-710
Manufacturer: KIRBY MORGAN
Brand: KIRBY MORGAN
VAT: 23,00%
Manufacturer Code: 500-710
Weight: 15,6kg
Height: 0 cm
Length: 0 cm
Width: 0 cm

Specification

  • VAT:
    23,00%
  • Weight:
    15,6kg
  • Manufacturer Code:
    500-710
  • Height:
    0 cm
  • Length:
    0 cm
  • Width:
    0 cm

Product Description

The future of diving is protecting the diver from dirty waters. The Kirby Morgan Diamond® Is The Next Modular Variation To The KMDSI Stainless Steel Helmet. When The KM Diamond Is Attached To Our Stainless Steel Helmet Shell The Diver Can Operate In Either A Surface Vent or Open Circuit Diving Mode. Before the diver enters the water, with a simple two-step process, they have the opportunity to switch the helmet into surface vent mode where their exhaled gas is sent to the surface and not into the surrounding water where they are working. On the surface the exhaled gas can be sent to a reclaim system or simply secured on an open deck to vent into the atmosphere. The KM Diamond can be also operated in the open circuit mode for the entire dive. 

The advantages of this stainless steel helmet include the following:

  • Rugged helmet shell and other components
  • No refinishing required if the surface is scratched or gouged
  • Elimination of threaded inserts for securing port retainer to helmet shell
 
Emergency (EGS) Valve
Emergency (EGS) Valve supplies backup breathing gas to the diver. This valve is an integral, built in part of the stainless steel sideblock.

Gas Supply Non-Return Valve
Commercial Rated™, It prevents loss of gas pressure in the event of umbilical damage.

Handle
Removable Grip and handle. Handle can be removed without breaking seals, making it quick and easy to attach accessories.

Nose Block
Nose Block Device allows the diver to block the nose to equalize ears.

Overpressure Relief Valve
Automatically activates if internal helmet pressure becomes too great. Can also be manually adjusted to improve breathing when operating in the open circuit mode or it can act as a standalone feature to dump exhaled gas directly into the surrounding water.

Rapid Change Modular Communications Systems
Because the module is easily removed the helmet, repair or replacement of communications parts is quick and trouble free. It is available with either a male waterproof connector or a bare wire post connection.

Stainless Steel Shell
Each 316 stainless steel shell is precision CNC machined to tight tolerances, to ensure proper fit to all other mating parts. The shell is durable and easy to maintain. Easily cleaned using a Scotch Brite® or similar type cleaning pad.

Stainless Steel Side Block
Multi use side block has additional ports built in to provide controlled air flow, if needed. The stainless steel sideblock has a built in EGS.

Surface Bypass Valve
Effortlessly switch from surface vent, (or reclaim), to standard open circuit diving mode. Switching back and forth from diving modes is instant with a single action.

Water Purge Assembly
Positive shut off valve is spring loaded. Internal pick up tube reduces chance of exposure and increases effectiveness in dewatering the helmet.
 

Specifications:

  • Weight - 15.6kg
  • Helmet Shell - Stainless Steel
  • Control Knobs - Polyurethane
  • Face Port/Lens - Scratch Resistant Polycarbonate
  • Neck Dam - Neoprene. (Optional latex neck dam available)
  • O-rings - Buna-N
  • Head Cushion - Nylon bag filled with #4 Polyester foam
  • Recommended Lubricants - Kirby Morgan recommends Christo-Lube® or equivalent for all gas train components. Dow Corning® 111
  • Silicone or equivalent may be used for this helmet ONLY when noted.
  • Inhalation Regulator - The Inhalation body and Pod is one complete unit with the regulator based on the Kirby Morgan 455 Balanced Regulator.

Note
The minimum operating temperature recommended for this helmet is 34 °F (1 °C), without the use of the water shrouds and hot water. Without a hot water and the shroud system, the diver may be subject to hypothermia due to cold gas inspiration temperatures.