Upright Sprinklers Early Suppression Fast Response Model GS320U, 22.4 K-factor (ESFR).
GENERAL DESCRIPTION.
The GS fire Sprinkler of the ESFR-320 type are fast acting irrigation systems for early fire suppression, havenig a nominal k-factor 320(22.4) respectively and operating in fire suppression mode.They are bestused as ameans of protecting high-capacity ware houses without the use of in-rack irrigation systems.
OPERATION
The GS fire Sprinkler of the ESFR-GS320U and GS320P Sprinklers uses a fusible alloy welding element. When the temperature rises to the operating temperature, the fusible alloy melts, causing the metal sheet to separate, and then all the support parts are detached from the nozzle frame, opening the water channel, and distributing water through the splashtray.
TECHNICAL DATA
Max. Working Pressure : 12 bar (175 psi).
Discharge Coefficient: K 22.4 GPM/psi1/2 (320 LPM/bar1/2).
Inlet Size Thread: 1” BSPT is standard (NPT optional)
Temperature Rating: 74°C.
Finish: Natural Brass.
Model: GS320U
Tupe: Upright Sprinklers Early Suppression Fast Response. (ESFR SPRINKLER K=22.4 Upright).
Key Features
High-Capacity Discharge: Large orifice designed for rapid suppression of high-challenge fires
ESFR Technology: Designed to eliminate the need for in-rack sprinkler systems
Ideal Application: High-piled storage warehouses, especially with cartoned plastics, rubber tires, or flammable liquids
Fusible Alloy Activation: Heat melts the sensing element, instantly releasing water flow
Material & Construction
Frame: Brass
Deflector: Stainless Steel (S304)
Compression Screw: Stainless Steel (S304)
Temperature Element: Fusible Alloy
Seal: NBR (Rubber)
Sealing Socket: Brass
Hook: Stainless Steel (S304)
Both Upright & Pendent Options: Choose according to ceiling configuration
PHYSICAL CHARACTERISTIC
Frame: Brass
Deflector: Stainlesssteel
SealingAssembly: NBR
SensingElement: FusibleAlloy
Screw: Stainlesssteel
NOTICE
The GS fire Sprinkler of the 22.4 K-factor Sprinklers described herein must be installed and maintained in compliance with this document, as well as with the applicable standards of local, in addition to the standards of any other authorities having jurisdiction.
Failure to do so may impair the performance of these devices.
The owner is responsible for maintaining their fire protection system and devices in proper operating condition. Contact the installing contractor or product manufacturer with any questions.
INSTALLATION.
1.Before installation, all installation personnel must be trained;
2.The nozzle must be unpacked and checked before installation to eliminate transportation damage; 3.Please use the original packaging box for storage and transportation. In any case, each wine nozzle should be placed separately to prevent mutual damage;
3.Please use the original packaging box for storage and transportation. In any case, each wine nozzle should be placed separately to prevent mutual damage;
4.The nozzle must not bump during installation; The sprinkler installation site is not allowed to cross construction may cause damage to the sprinkler;
5.It is strictly prohibited to install the nozzle on the short riser stacking, moving;
6.The sprinkler installation should be in the system after pressure test, flushing qualified;
7.The sprinkler must be installed using a fixed bracket with the appropriate opening size, do not use adjustable wrenches or pipe clamps. The maximum installation torque of the nozzle shall not be greater than 30N•m;
8.The nozzle connection thread is strictly prohibited from using hemp, should use polytetrafluoroethylene (commonly known as raw material tape) or non-curing pipe thread connection agent;
9.When installing the sprinkler head, the sprinkler after removing the protective clip, check the nozzle carefully. If the frame and splash tray of the nozzle are deformed or the release element is damaged and deformed, the nozzle of the same specification and model should be replaced.
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