Shut-Off Nozzle with Integrated Open and Close Control
A shut-off nozzle incorporates a hand-operated control that starts or stops water discharge at the hose outlet. The lever or control position gives the user a direct interface at the nozzle body, allowing flow to be managed without returning to a separate upstream control during normal operation.
Coordinate the nozzle through AJ Safety Solutions, review the related fire hose nozzle range, and include appropriate hose reel testing and maintenance in the system plan.
Integrated Outlet Flow Control
The internal shut-off element moves in response to the hand control, opening or closing the water passage according to the product design. Clear lever positioning can assist operational recognition and inspection. The nozzle’s discharge pattern is a separate model-specific feature and is not inferred from the shut-off function alone.
Key Functional Features
- Integrated control provides start and stop action at the nozzle outlet.
- Hand-operated lever creates a visible open or closed interface.
- Handheld body supports direct positioning of the hose discharge.
- Rear coupling connects with the compatible project-specified hose fitting.
Typical Applications
Shut-off nozzles may be coordinated with fire hose reels, cabinet hose arrangements, building fire points, workshops, industrial premises, and other approved systems where outlet-level flow control is required. Operators should follow training, site procedures, and manufacturer instructions.
Project Specification Notes
Control type, valve construction, discharge pattern, connection, inlet size, pressure, flow, dimensions, body material, sealing arrangement, approvals, and included accessories vary by model. No jet, spray, combination pattern, numeric performance, certification, or supplied coupling is assumed unless confirmed in the technical data.
Standards and Maintenance References
Refer to NFPA 14 for relevant standpipe and hose system requirements and NFPA 25 for inspection, testing, and maintenance guidance. Final requirements remain subject to adopted codes, approved design data, manufacturer instructions, and the authority having jurisdiction.

















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