Booster Regulator Water Supply Equipment Brwse

Booster Regulator Water Supply Equipment
 
Booster Regulator Water Supply Equipment is booster regulate equipment,which manufactured based on National Building Standard 98s205 design.The device consist of diaphragm pressure tank, booster pump, electric control box, instrumentation and piping accessories and other components, suitable for multi-story and high-rise building and booster requirements for fire hydrant water supply systems and automatic water spraying fire-extinguishing systems and other fire-fighting and water supply system.
 
Features:
 
1, With pump,electric control cabinet, diaphragm type pressure tanks,pipes, four-in-one combination network, and accompanied with the isolator without pre-embedded holes, designers can easily select device model and size,by counting Parameters. Electric Designers do not need to design the control circuit, only need to design for the cable line to pumping stations and the device. Choose convenience, can greatly shorten the design cycle for designers and construction time for builder.
 
 
2, Diaphram pressure tank disposable inflatable, durable lifetime. Water vapor isolation can prevent pollution of water.
3, Small occupation area, low investment, automatic operation.
4, Equipment with dual power connector, dual power automatic (manual) switch, the device can be made according to the design requirements.
 
5, with automatic protection and failover capabilities. Any failure of a pump (electrical failure or hydraulic failure) can start the standby pump.
 
6, can be connected with the fire center (according to design).
 
7, can choose the tank, regulator manner based on customer needs and control functions.
 
8, the main electrical accessories using domestic or brand-name products, reliable and stable operation.
 
Working Principle
The device has a toxic capsule as air and water isolation system, once inflated can run a year. Start up pump at work, water room fill with water, water pressure increase, chamber air compressed,diaphragm elongationed.When the pressure drops, the air chamber'air expansion,diaphragm contract, pressure water chamber drainage water.This cycle running, control pump operation by electriacal contacts and electrical control box,keep rated power pressure and continuous water supply.when the fire broke out, open the fire hydrant,fire water immediately ejected, meanwhile electrical contacts send a signal to start the fire pump is required for fire-fighting water.
 
equipment construction
regulator pump two set (depending on design requirements can be one set ),a main pump,a standby pump, a diaphragm pressure tank, a electric cabinet, a combination of instrumentation valves and a pipe network set, consisting of a diaphragm stabilization pressure water supply equipment.
 
Parameters
 

NO.	Booster Regulator Device Model		Fire Pressure(Mpa)P1	Vertical Diaphragm PressureTank Pressure				Working Pressure(Mpa)	Regulators Water Volume (L)
				Model specification	Working Pressure Ratio αb	Fire Storage Volume(L)
						Calibration Volume	Actual Volume
1	ZW(L)-1-X-7		0.10	XQG800×0.6	0.60	300	319	P1=0.10  PS1=0.26 P1=0.23  PS2=0.31	54
2	ZW(L)-1-Z-10		0.16	XQG800×0.6	0.80	150	159	P1=0.16  PS1=0.26 P1=0.23  PS2=0.36	70
3	ZW(L)-1-X-10		0.16	XQG800×0.6	0.60	300	319	P1=0.16  PS1=0.36 P1=0.33  PS2=0.42	52
4	ZW(L)-1-X-13		0.22	XQG1000×0.6	0.76	300	329	P1=0.22  PS1=0.35 P1=0.32  PS2=0.40	97
5	ZW(L)-1-XZ-10		0.16	XQG1000×0.6	0.65	450	480	P1=0.16  PS1=0.33 P1=0.30  PS2=0.38	86
6	ZW(L)-I-XZ-13		0.22	XQG1000×0.6	0.67	450	452	P1=0.22  PS1=0.41 P1=0.38  PS2=0.46	80
7	ZW(L)-II-Z-	A	0.22 -0.38	XQG800×0.6	0.80	150	159	P1=0.38  PS1=0.53 P1=0.50  PS2=0.60	61
8		B	0.38 -0.50	XQG800×1.0	0.80	150	159	P1=0.50  PS1=0.68 P1=0.65  PS2=0.75	51
9		C	0.50 -0.65	XQG1000×1.0	0.85	150	206	P1=0.65  PS1=0.81 P1=0.78  PS2=0.86	59
10		D	0.65 -0.85	XQG1000×1.6	0.85	150	206	P1=0.85  PS1=1.04 P1=1.02  PS2=1.10	57
11		E	0.85 -1.0	XQG1000×1.6	0.85	150	206	P1=1.00  PS1=1.21 P1=1.19  PS2=1.27	50
12	ZW(L)-II-X-	A	0.22-0.38	XQG800×0.6	0.78	300	302	P1=0.38  PS1=0.53 P1=0.50  PS2=0.60	72
13		B	0.38-0.50	XQG800×1.0	0.78	300	302	P1=0.50  PS1=0.68 P1=0.65  PS2=0.75	61
14		C	0.50-0.65	XQG1000×1.0	0.78	300	302	P1=0.65  PS1=0.88 P1=0.86  PS2=0.93	51
15		D	0.65-0.85	XQG1200×1.6	0.85	300	355	P1=0.85  PS1=1.05 P1=1.02  PS2=1.10	82
16		E	0.85-1.0	XQG1200×1.6	0.85	300	355	P1=1.00  PS1=1.21 P1=1.19  PS2=1.26	73
17	ZW(L)-II-XZ-	A	0.22-0.38	XQG1200×0.6	0.80	450	474	P1=0.38  PS1=0.53 P1=0.50  PS2=0.60	133
18		B	0.38-0.50	XQG1200×1.0	0.80	450	474	P1=0.50  PS1=0.68 P1=0.65  PS2=0.75	110
19		C	0.50-0.65	XQG1200×1.0	0.80	450	474	P1=0.65  PS1=0.81 P1=0.78  PS2=0.86	90
20		D	0.65-0.85	XQG1200×1.6	0.80	450	474	P1=0.85  PS1=1.04 P1=1.02  PS2=1.10	73
21		E	0.85-1.0	XQG1200×1.6	0.80	450	474	P1=1.00  PS1=1.21 P1=1.19  PS2=1.27	64