1. Home
  2. Store
  3. FIRE SAFETY
  4. Hydrants & Standpipes
  5. Booster Connector

Booster Connector

DESCRIPTION: The Booster Connector is a high quality product manufactured entirely from intrinsically corrosion – resistant materials, and utilizes ‘O’ – Ring technology to ensure durable leak-proof and trouble-free operation. Its internal valve design provides efficient water flow at all normal operating pressures and its tapered thread overcomes the jointing problems that have always been associated with the installation of Fire Brigade Booster Connector. APPLICATION: For use in the following applications, in accordance with the requirements of the Local Authority and / or Fire Codes. (a) Automatic Sprinkler Systems (b) Fire Hydrant Systems FEATURES: 1. Porosity – Free forged brass body and valve clack. 2. Stainless Steel valve shaft and spring. 3. Special Clack Sealing Ring. 4. Tapered thread ensuring “Water Tight” joint. 5. Secure “Snap-On” rubber protective cap. 6. Consistently accurate CNC machining throughout. 7. Easy replacement of ‘O’-Ring valve seal without having to dismantle the valve clack/shaft assembly. SPECIFICATION: * Materials: Brass and Stainless Steel * Thread: 80mm nominal bore pipe thread (tapered 3″ B.S.P. to BS 21.173) * House Coupling: Male, instantaneous. * Weight: 2kg * Flow at 200 kPa: 1200 l/min. * Test Pressure: 2000 kPa

R1.00 
  • Shipping: 
Add To Quote

Related products

Quick View

Fire Hydrant Valve

DESCRIPTION: A Fire Hydrant Valve is a pipe fitting that help to regulate, direct or control the flow of fire suppressing agents by opening, closing or partially obstructing passageways in the hose connectors. Non-return valves stop the fire suppressing agent from flowing in the wrong direction. SafeQuip’s Fire Hydrant valves are made from the finest materials in the industry. With the hose attached to the fire hydrant, the valve can be opened to provide a powerful flow of water to extinguish a fire. Fire hydrant valves provides access to water supply for the purpose of fighting fires. The water supply may be pressurized or unpressurized. Every hydrant has one or more outlet to which a hose may be connected. Most fire hydrant valves are not designed to throttle the water flow; they are designed to be operated full-on or full-off. The arrangement of most dry-barrel hydrants is for the drain valve to be open at anything other than full operation. Usage at partial-opening can consequently result in considerable flow directly into the soil surrounding the hydrant, which, over time, can cause severe scouring. Where a hose has a closed nozzle valve, or connects to a fire truck or closed gate valve, one must always attach the hose to the hydrant before opening the hydrant’s main valve. There’s 5 different types of valves to choose from, see their specifications. Right Angle 80mm Brass FEATURES: * Opening mechanism: Handwheel * Inlet thread: 80mm male 3″BSP * Outlet type: 65mm (F) Instantaneous * Height: 242mm * Weight: 4.72kg * Working pressure: 16bar * Material: Brass Right Angle, tamper proof – 80mm Brass FEATURES: * Opening mechanism: Tamper Proof Key * Inlet thread: 80mm male 3″BSP * Outlet type: 65mm (F) Instantaneous * Height: 274mm * Weight: 4.22kg * Working pressure: 16bar * Material: Brass Right Angle 80mm – Cast Iron & Adaptor FEATURES: * Opening mechanism: Handwheel * Inlet thread: 80mm male 3″BSP * Outlet type: 250mm * Height: 250mm * Weight: 4.1kg valve, 0.56kg adaptor * Working pressure: 16bar * Material: Cast Iron Upward Oblique 80mm Brass FEATURES: * Opening mechanism: Handwheel * Inlet thread: 80mm male 3″BSP * Outlet type: 65mm (F) Instantaneous * Height: 242mm * Weight: 5.4kg * Working pressure: 16bar * Material: Brass 50mm Marine Upward Oblique Brass FEATURES: * Opening mechanism: Handwheel * Inlet thread: 2″BSP (M) * Outlet type: 2″BSP (M) * Height: 155mm * Weight: 1.5kg * Working pressure: 16bar * Material: Brass Upward Oblique

R1.00
Quick View

Standpipes

DESCRIPTION: A standpipe is a type of rigid water piping which is built into multi-story buildings in a vertical position to which fire hoses can be connected, allowing manual application of water to the fire. Within the context of a building or bridge, a standpipe serves the same purpose as a fire hydrant. ADVANTAGES: Laying a firehose up a stairwell takes time, and this time is saved by having fixed hose outlets already in place. There is also a tendency for heavy wet hoses to slide downward when placed on an incline (such as the incline seen in a stairwell), whereas standpipes do not move. The use of standpipes keeps stairwells clear and is safer for exiting occupants. Standpipes go in a direct up and down direction rather than looping around the stairwell, greatly reducing the length and thus the loss of water pressure due to friction loss. Additionally, standpipes are rigid and do not kink, which can occur when a firehose is improperly laid on a stairwell. Standpipe systems also provide a level of redundancy, should the main water distribution system within a building fail or be otherwise be compromised by a fire or explosion. Four types available: 1. Solid Head Standpipe with handle and without shut-off. 2. Swivel Head Standpipe without shut-off. 3. Swivel Head Standpipe with screw down valve. 4. Swivel Head Standpipe with British Standard BS336 connection.

R1.00
Quick View

Solid Head with Handle without Shut-off

R1.00