Fire Sprinkler Plate, Escutcheon Rosette Plate

China Fire Sprinkler Plate, Escutcheon Rosette Plate, Find details about China Fire Sprinkler Escutcheon, Fire Sprinkler Plate from Fire Sprinkler Plate, Escutcheon Rosette Plate

Model NO.
1/2" or 3/4"
Dry Alarm Valve Type
Enclosed Type
Wet Alarm Valve Structure
Seat Type
Alarm Valve Diameter
100mm
Nozzle Flow Coefficient
80
Connecting Thread
1/2"(15mm)
K-Factor
5.6(80L/Min)
Temperature Rate
68 Degree
Response
Standard(5mm Glass Bulb)
Working Pressure
1.2MPa
Surface Finished
Chrome/Brass/White
Trademark
XL or customized
Transport Package
Carton Box
Specification
37.5*20.5*29
Origin
Fujian, China
HS Code
8424899990
Model NO.
1/2" or 3/4"
Dry Alarm Valve Type
Enclosed Type
Wet Alarm Valve Structure
Seat Type
Alarm Valve Diameter
100mm
Nozzle Flow Coefficient
80
Connecting Thread
1/2"(15mm)
K-Factor
5.6(80L/Min)
Temperature Rate
68 Degree
Response
Standard(5mm Glass Bulb)
Working Pressure
1.2MPa
Surface Finished
Chrome/Brass/White
Trademark
XL or customized
Transport Package
Carton Box
Specification
37.5*20.5*29
Origin
Fujian, China
HS Code
8424899990
1/2" 68 degree K5.6 quick response upright fire sprinkler heads
1. Brief introduction:
Glass bulb fire sprinklers, which is the key part of automatic sprinkler system, can be used to not just detect fire risk but control the fire and extinguish it by automatically spraying water. Since it can meet the requirements of protection from fire risks at degrees, glass bulb sprinklers are generally used in high buildings, hotels, department stores, and warehouses, etc.
The environment temperature of working is from 4 ºC to 70 ºC.
2. Composition and structure:
Made of brass frame, splash, deflector, glass ball, seals, tight set screws.
3. Operating principle:
Spray Sprinklers serve a variety of applications but all operate individually when heat at the sprinkler is high enough to "automatically" operate a calibrated thermal link that opens the sprinkler allowing the pressurized water to spray onto the source of heat. If the first sprinkler cannot control the fire the heat will build and spread to adjacent sprinklers that will operate as needed. Although special situation/applications use sprinkler heads or nozzles that are already open such that water discharges through all the sprinklers at once, the normal "Wet" Pipe system limits the water flow to the area of high heat.
4. Technical parameters:
Sprinklers vary considerably in their water flow characteristic since they are each designed for certain applications, however their basic shapes are limited to Uprights, abbreviated SSU (vertical above pipe, spraying down), Pendants, abbreviated SSP (vertical, below pipe spraying down) and Sidewalls, Horizontal (abbreviated HSW) and Vertical (VSW), both spraying horizontally.
Technical parameters
TypeNominal diameter(mm)Connecting threadFlow coefficient
T-ZSTP
Conventional sprinkler
DN15R1/280±4
DN20R3/4115±6
T-ZSTX
Pendent sprinkler
DN15R1/280±4
DN20R3/4115±6
T-ZSTZ
Upright sprinkler
DN15R1/280±4
DN20R3/4115±6
T-ZSTBS
Sidewall sprinkler
DN15R1/280±4
DN20R3/4115±6
ZSTDY
Concealed sprinkler
DN15R1/280±4
DN20R3/4115±6

  
5. Types of fire sprinklers:







6. Package:

 
7. Other Fire Fighting Equipment recommendation