Inflator System

Complete Inflator Systems. Integration-Ready

Configured by unit. Delivered build-ready.

Power Unit, Corrugated Hose, and Connector Unit form the three-unit structure of every HYDPRO Inflator System. Series, profiles, lengths, interfaces, and options are specified around the host BCD architecture, keeping the assembly defined from hand control to bladder interface. The selected configuration can be supplied as one complete inflator, ready to enter the build.

Power Unit
1

Power Unit

Specified around tactile response, actuation architecture, and application profile across Sport and Tek builds.

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Corrugated Hose
2

Corrugated Hose

Routed transfer section specified by length and profile to hold reach, handling, and routing discipline under load.

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Connector Unit
3

Connector Unit

Bladder-side interface module specified around flange standard, connector architecture, and host BCD geometry.

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Built As A System. Verified Underwater.

The complete inflator is verified as one functional assembly. Submerged in tanks, checks follow the air end to end: command in, response out, each seal and coupling along the path. Coverage is 100%, before release.

Modular By Unit. Matched To The Build.

Modularity follows the host BCD architecture. Each unit is selected within a defined configuration, repeatable to the same specification.

Configuration Range

Unit-level choice at the equipment boundary: profile, reach, and interface shaped to the host layout.

Holds in Service

Materials and construction selected against contact, load, salt, and repeated actuation.

Native Fit

Built to the interface set the field runs on, from mount standard to BCD boundary.

Build-Ready Supply

One complete assembly, verified before release: a single reference entering the host build.

DIFFERENT deviceS. one purpose: control.

Technology Technology Buoyancy Systems Buoyancy Systems

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HYDPRO Power J01 K-Style inflator side view with K-profile body

J01 Series Core. HYDPRO K-profile, open geometry.

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HYDPRO Power J01 Raw inflator side view with squared-off monobloc body

J01 Series Core. Squared-off monobloc body, closed geometry

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HYDPRO Power Q01 Code inflator side view with forged Code body geometry

Q01 Series Core. Robust proportions, open geometry.

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IDENTITY
Series
J01
J01
Q01
Compatibility
Fits T23 and T25 corrugated hoses
Fits T23 and T25 corrugated hoses
Fits T23 and T25 corrugated hoses
Application
BCD and wing buoyancy control
BCD and wing buoyancy control
BCD and wing buoyancy control
Range
Tek
Tek
Tek
Variant
K-Style
Raw
Code
External body geometry
Established K-profile, open geometry.
Squared-off monobloc body, closed geometry.
Robust proportions, open geometry.
SIZE & WEIGHT
Overall height
78.1 mm / 3.07 in
78.6 mm / 3.09 in
78.6 mm / 3.09 in
Overall width
69.4 mm / 2.73 in
66.5 mm / 2.62 in
70.1 mm / 2.76 in
Overall depth
26 mm / 1.02 in
27.8 mm / 1.09 in
26.8 mm / 1.06 in
Weight
Metal = 136.4 g / 4.81 oz
Technopolymer = 79.9 g / 2.82 oz
Non-Magnetic = 76.9 g / 2.71 oz
Metal = 135.5 g / 4.78 oz
Technopolymer = 80.1 g / 2.83 oz
Non-Magnetic = 77.1 g / 2.72 oz
Metal = 160.7 g / 5.67 oz
Technopolymer = 97 g / 3.42 oz
Non-Magnetic = 94 g / 3.32 oz
COUPLING & INTERFACE
Mount standard
T23 (23.6 mm / 0.93 in)
T25 (25.4 mm / 1.00 in)
T23 (23.6 mm / 0.93 in)
T25 (25.4 mm / 1.00 in)
T23 (23.6 mm / 0.93 in)
T25 (25.4 mm / 1.00 in)
PERFORMANCE & BUILD
Command interface
Round Touch
Round Touch
Round Touch
Inflate button diameter
22 mm / 0.87 in
22 mm / 0.87 in
25 mm / 0.98 in
Exhaust button diameter
22 mm / 0.87 in
22 mm / 0.87 in
25 mm / 0.98 in
Inflation architecture
Piston — Second Generation
Piston — Second Generation
Piston — Second Generation
Inflate button actuation force
3.2 kgf / 7.05 lbf
3.2 kgf / 7.05 lbf
2.1 kgf / 4.63 lbf
Second-stage actuation force
—
—
4 kgf / 8.82 lbf
Maximum extended-stage inflation flow
—
—
350 L/min / 12.36 SCFM
Inflation flow rate — range & progression
65–285 L/min across 4 progressive levels
65–285 L/min across 4 progressive levels
65–275 L/min across 4 progressive levels
+ Q-Shift HI-FLOW: 350 L/min second stage
Flow Ramp
—
—
—
Edge Lock System
Q-Shift
—
—
Exhaust architecture
Driven Seal
Driven Seal
Driven Seal
Exhaust button actuation force
3.18 kgf / 7.01 lbf
3.18 kgf / 7.01 lbf
3.2 kgf / 7.05 lbf
Exhaust flow rate — range & progression
60–350 L/min across 4 progressive levels
60–350 L/min across 4 progressive levels
60–350 L/min across 4 progressive levels
Actuation core
Metal
Technopolymer
Non-Magnetic
Metal
Technopolymer
Non-Magnetic
Metal
Technopolymer
Non-Magnetic
CONFIGURATION
Configuration options
Metal, Technopolymer and Non-Magnetic actuation configurations
Metal, Technopolymer and Non-Magnetic actuation configurations
Metal, Technopolymer and Non-Magnetic actuation configurations
Inflators

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