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EN
POCKET BVM
TACTICAL
SAVES 75% IN SPACE
The Pocket BVM Tactical is the most compact BVM on the market
BLACK BVM
Nonreflective, black balloon for night operations
ROBUST PACKAGE
A durable package that can withstand the toughest of conditions
See How The Pocket BVM Tactical Works
BVM Adapted for Tactical Operations
The Pocket BVM Tactical was tailor-designed to meet the unique needs of Tactical and special forces units. The resuscitator itself is black, which eliminates any danger of product visibility at night and also reduces the risk of light being reflected off the product in any way.
SWAT units have adopted the Pocket BVM Tactical since it saves invaluable time during an emergency. Especially in the dark, paramedics can quickly and easily access all of the equipment they need to perform an emergency clinical resuscitation or offer breathing support to patients experiencing respiratory distress.
The Pocket BVM Tactical includes a bag (black), mask, patient valve and reservoir bag.
P.N. (Part Number): MBVM002TAC/PBVM-T
The body mass range for which the resuscitator is suitable for use | >40 kg (88 lbs.) |
Stroke volume | One hand 500-600 ml |
Dead space | <6 ml |
Expiratory resistance | 3.4 cm H2O |
Inspiratory resistance | -4.5 cm H2O |
Delivered oxygen concentrations under various test conditions | 55% (at 2 L/min) to 100% (at 8 L/min) |
External dimensions of the resuscitator | 217 mm (length) x 121 mm (diameter) |
External dimensions of resuscitator in case | 63 mm (high) x 134 mm (diameter) |
Mass of the resuscitator, face mask and the resuscitator case | Resuscitator 273 g Case. 90 g, Mask 87 g, Total 450 g |
Bag reservoir volume | 2600 ml |
Gas inlet tube connection | 15 mm length x 6 mm O.D. |
Patient connector | Outside: 22 mm male (ANSI/ISO) | Inside: 15 mm female (ANSI/ISO) |
Expiratory connector (for PEEP valve attachment) | 30 mm male (ISO) |
Recommended operating temperature | 0°F to +122°F (-18°C to +50°C) |
Recommended storage temperature | Tested at -40ºF and +140ºF (-40ºC and + 60ºC) according to EN ISO 10651-4:2002 |