
Reference: SBMIDBOOT_L-XL-42-44
undersuit socks SYSTEM SB Mid Layer Boot
undersuit socks SYSTEM SB Mid Layer Boot Liner, Bare
Reference: SBMIDBOOT_L-XL-42-44
undersuit socks SYSTEM SB Mid Layer Boot Liner, Bare
Reference: BODYXTOP_L
Inspired by the structure of the fur of a polar bear it insulates far better than a regular fiber.
Reference: BOOTSWEEZLE_L
Extended Pertex socks to complement WEEZLE Compact or Extreme +..
Reference: PODOBLEKFLEECE_XS
FLEECE undercoat made of active permeable material polarfleec. Provides solid thermal insulation in warmer seasons or for neoprene dry suits.
The ZIP oxygen analyser is used to measure the oxygen content of gases such as Nitrox, Heliox and Trimix. The measurement is digital and is made on the basis of a previous calibration of the instrument. The value is displayed as a percentage with resolution to tenths.
The ZIP oxygen analyzer is used to measure the oxygen content of gases such as Nitrox, Heliox and Trimix. The measurement is digital and is performed on the basis of a previous calibration of the instrument. The value is displayed as a percentage with resolution to tenths.
DE-OX ZIP PRO is a compact, lightweight and portable instrument for the analysis of oxygen in air mixtures.
The oxygen sensor is integrated into the body of the analyzer as well as the 9V battery and measuring electronics.
Basic features of the ZIP PRO oxygen analyzer:
Oxygen analyzer ZIP PRO specifications:
Data sheet
Specific References
Reference: M03
Brand: ITG
Reference: KING
Brand: LMNT
Reference: APD14
Brand: ITG
Reference: GENIUSN
Brand: LMNT
Reference: D40
Brand: ITG
Reference: ZIPPRO
Brand: NUVAIR
Reference: D05OXY
Brand: ITG
Reference: PICO
Brand: NRC
Reference: D02
Brand: ITG
Reference: DRYTUBEFEEL_BILA
Brand: FeelFree
Reference: BOOSTERGUMA_160-MM
Brand: IMERSION
The ZIP oxygen analyser is used to measure the oxygen content of gases such as Nitrox, Heliox and Trimix. The measurement is digital and is made on the basis of a previous calibration of the instrument. The value is displayed as a percentage with resolution to tenths.
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