The Incursion-MIL uses only Micropore EAC scrubber cartridges, supplied in boxes of four.
The EAC removes carbon dioxide from the rebreather loop. It has an operating life of 4 hours at the NEDU 1.35 lpm of CO2 metabolic rate, regardless of the depth being dived.
The EAC is Calcium Hydroxide and Sodium Hydroxide stabilised in a PE plastic matrix. The cross-section shown on the right, allows gas to flow along channels in the EAC, in which the Carbon Dioxide is absorbed, and the gas is warmed.
FEATURES
Removes CO2 from the rebreather loop
Operating temperature range -30ºC to +40ºC
Provides 4 hours of diving, to any O2 or Nitrox depth, based on US NEDU diver metabolic rates
Instant operation: no requirement to pre-breathe
Safe for repeat dives
Flood tolerant
Immune to channelling
No dusting
Fast change-out: like fitting a battery
TECHNICAL SPECIFICATION
Net Weight: 2.2kg per EAC
Nominal Diameter: 120mm
Nominal Length: 195mm
Central bore type: Large bore
Certification: CE
Duration:
4 hours at NEDU 1.35 lpm @ 21ºC CO2 production, at 40m depth
2 hours 45 minutes at CE 1.76 lpm @ 21ºC CO2 production (1.6 lpm @ 0ºC), at 40m depth
Usage: The EAC requires a scrubber canister specifically designed for the EAC
Packaging: EACs are shipped in individual sealed canisters. The canisters must remain sealed until use. Canister printing is updated periodically to comply with regulations
Four EACs are shipped per box. Pallets contain a maximum of 64 boxes (256 EACs)
A safety data sheet (SDS, formerly known as a MSDS), is supplied with each shipment
ORDERING Model number – OSEL-EAC-SR0801C Pack of 4
The Incursion-MIL uses only Micropore EAC scrubber cartridges, supplied in boxes of four.
The EAC removes carbon dioxide from the rebreather loop. It has an operating life of 4 hours at the NEDU 1.35 lpm of CO2 metabolic rate, regardless of the depth being dived.
The EAC is Calcium Hydroxide and Sodium Hydroxide stabilised in a PE plastic matrix. The cross-section shown on the right, allows gas to flow along channels in the EAC, in which the Carbon Dioxide is absorbed, and the gas is warmed....
