a a a a a a a a a a a a
Distributor Fluke
Distributor Fluke
Customer Services
(021) 2908-5810
/
628111042805
Safety & PPE

MSA M1 SCBA

The M1 SCBA is fully customizable and can be configured to meet a broad range of firefighter needs. Buy per your budget needs and upgrade later – directly in the field.

Overall, the M1 breathing apparatus represents the most advanced, ergonomic and modular SCBA system on the market which was designed and developed side-by-side with firefighters. This all-new breathing apparatus platform includes several innovative and customizable features that help to enhance hygiene and improve comfort.
Download
Produk Lainnya
BF4 EB
Summitech BF4 EB
PRODUCT CODE : BF4 EB
COATING MATERIAL : Nitrile
LINEAR MATERIAL : Cotton Interlock
EXTERIOR FINISHING : Pinked
CUFF STYLE : Pinked
THICKNESS MM : N/A
LENGTH MM : 300
COLOUR : Blue
SIZE/WRIST : S, M, L, XL, XXL
PACKAGING : Bulk packed 12 pairs in a bundle 72 pairs in a master carton
CO2  Soda lime cartridge
Drager CO2 - Soda lime cartridge
The Dräger soda lime cartridge was developed for use with Dräger carbon dioxide scrubbers, e.g. A 2000 for submarine applications.
Air Flow Tester
Drager Air Flow Tester
Air flow test tubes can be used universally: Simple and easy to use for the identification of air flows movements.
AirXpress 2 Fire
MSA AirXpress 2 Fire
The MSA AirXpress 2 Fire is a simplistic, reliable and economical SCBA that meets the EN 137, Type II requirements for the fire service market and a variety of related applications. The AirXpress 2 Fire is rugged and reliable with customizable configurations depending on your needs. This Self-Contained Breathing Apparatus boasts a new, modern design and the easy-to-maintain construction provides low cost of ownership.

The new AX demand valve provides an adjustable flow rate and an optional manual bypass function. Zippers on shoulder harnesses allow for switching of pressure gauge and demand valve from one side to another. All the added features of the AirXpress 2 Fire are ideal for extreme working conditions (heavy breathing environments) and increased overall user safety.