XBC-ZW one-use and one-standby voltage stabilized fire pump set

Product Overview:

The XBC-ZW one-for-one standby with pressure-stabilized fire pump unit. This equipment consists of a diaphragm-type air pressure tank, booster pump, electrical control box, instruments, and pipeline accessories. It is suitable for various fire water supply systems in multi-story and high-rise building projects that require pressure boosting for fire hydrants and automatic sprinkler fire extinguishing systems.

This equipment has high working pressures of 0.6MPa, 1.0MPa, and 1.6MPa respectively. The fire water storage volume is greater than 150L, 300L, 450L, and the stabilized water volume is greater than 50L. For use in fire hydrant systems, the flow rate per water gun is 2.5L/s, 5L/s, with a water column length of 7M, 10M, 13M respectively. For use in automatic sprinkler systems, each sprinkler head has a flow rate of 1.0L/s and a pressure of 0.1MPa.

This equipment ensures that the fire water supply pipeline system maintains the required pressure at all times, and utilizes the 30-second fire water volume stored in the air pressure tank to ensure that fire sprinkler water is available before the fire pump starts running. The equipment uses the operating pressure set by the air pressure tank to control the operating conditions of the water pump, achieving the function of pressure boosting and stabilization.

Performance Parameters Table:

Serial number	Boost voltage stabilizing equipment model		Firefighting pressure (Mpa)P1	Vertical diaphragm pressure tank				With water pump	Operating pressure (Mpa)	Stabilized water volume (L)
				Model specifications	Working stress ratio αb	Firefighting water storage volume (L)		Type number
				Model specifications	Working stress ratio αb	Calibrated volume	Actual volume	Type number
1	ZW(L)-1-X-7		0.10	XQG800×0.6	0.60	300	319	25LG3-10×4 N=1.5kw	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	25LG3-10×4 N=1.5kw	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	25LG3-10×5 N=1.5kw	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	25LG3-10×4 N=1.5kw	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	25LG3-10×4 N=1.5kw	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	25LG3-10×5 N=1.5kw	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	25LG3-10×6 N=2.2kw	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	25LG3-10×8 N=2.2kw	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	25LG3-10×9 N=2.2kw	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	25LG3-10×11 N=3.0kw	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	25LG3-10×13 N=4.0kw	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	25LG3-10×6 N=2.2kw	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	25LGW3-10×8 N=2.2kw	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	25LG3-10×10 N=3.0kw	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	25LG3-10×13 N=4.0kw	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	25LG3-10×15 N=4.0kw	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	25LG3-10×6 N=2.2kw	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	25LG3-10×8 N=2.2kw	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	25LG3-10×10 N=3.0kw	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	25LG3-10×12 N=4.0kw	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	25LG3-10×14 N=4.0kw	P1=1.00 PS1=1.21 P1=1.19 PS2=1.27	64

Serial number	Boost voltage stabilizing equipment model		Firefighting pressure (Mpa)P1	Horizontal diaphragm pressure tank				With water pump	Operating pressure (Mpa)	Stabilized water volume (L)
				Model specifications	Working stress ratio αb	Firefighting water storage volume (L)		Model number
				Model specifications	Working stress ratio αb	Calibrated volume	Actual volume	Model number
1	ZW（W）-Ⅰ-X-7		0.10	XQW1000×0.6	0.75	300	390	25LG3-10×3 N=1.1KW	P1=0.10 PS1=0.20 P2=0.17 PS2=0.25	148
2	ZW（W）-Ⅰ-Z-10		0.16	XQW1000×0.6	0.80	150	312	25LG3-10×3 N=1.1KW	P1=0.16 PS1=0.25 P2=0.22 PS2=0, .30
3	ZW（W）-Ⅰ-X-10		0.16	XQW1000×0.6	0.80	300	312	25LG3-10×3 N=1.1KW	P1=0.16 PS1=0.25 P2=0.22 PS2=0.30	145
4	ZW（W）-Ⅰ-X-13		0.22	XQW1000×0.6	0.80	300	312	25LG3-10×4 N=1.5KW	P1=0.22 PS1=0.32 P2=0.30 PS2=0.37	126
5	ZW（W）-Ⅰ-XZ-10		0.16	XQW1000×0.6	0.70	450	467	25LG3-10×4 N=1.5KW	P1=0.16 PS1=0.30 P2=0.27 PS2=0.35	113
6	ZW（W）-Ⅰ-XZ-13		0.22	XQW1000×0.6	0.70	450	452	25LG3-10×5 N=1.5KW	P1=0.22 PS1=0.38 P2=0.35 PS2=0.43	98
7	ZW（W）-Ⅱ-Z-	A	0.22-0.38	XQW800×0.6	0.85	150	234	25LG3-10×6 N=2.2KW	P1=0.38 PS1=0.49 P2=0.46 PS2=0.54	99
8		B	0.38-0.50	XQW800×1.0	0.85	150	234	25LG3-10×7 N=2.2KW	P1=0.50 PS1=0.63	82
9		C	0.50-0.65	XQW1000×1.0	0.85	150	234	25LG3-10×9 N=2.2KW	P1=0.65 PS1=0.81 P2=0.78 PS2=0.86	67
10		D	0.65-0.85	XQW1000×1.6	0.85	150	234	25LG3-10×11 N=3.0KW	P1=0.85 PS1=1.05 P2=1.02 PS2=1.10	54
11		E	0.85-1.00	XQW1000×1.6	0.85	150	234	25LG3-10×13 N=4.0KW	P1=1.00 PS1=1.21 P2=1.19 PS2=1.27	57
12	ZW（W）-Ⅱ-X-	A	0.22-0.38	XQW1000×0.6	0.80	300	312	25LG3-10×6 N=2.2KW	P1=0.38 PS1=0.53 P2=0.50 PS2=0.58	87
13		B	0.38-0.5	XQW1000×1.0	0.80	300	312	25LG3-10×8 N=2.2KW	P1=0.50 PS1=0.68 P2=0.65 PS2=0.73	72
14		C	0.50-0.65	XQW1000×1.0	0.80	300	312	25LG3-10×10 N=3.0KW	P1=0.65 PS1=0.87 P2=0.84 PS2=0.92	59
15		D	0.65-0.85	XQW1000×1.6	0.80	300	312	25LG3-10×12 N=4.0KW	P1=0.85 PS1=1.12 P2=1.09 PS2=1.18	57
16		E	0.85-1.00	XQW1000×1.6	0.80	300	312	25LG3-10×14 N=4.0KW	P1=1.00 PS1=1.30 P2=1.27 PS2=1.36	50
17	ZW（W）-Ⅱ-XZ-	A	0.22-0.38	XQW1200×0.6	0.80	450	506	25LG3-10×6 N=2.2KW	P1=0.38 PS1=0.53 P2=0.50 PS2=0.58	142
18		B	0.38-0.5	XQW1200×1.0	0.80	450	506	25LG3-10×8 N=2.2KW	P1=0.50 PS1=0.68 P2=0.65 PS2=0.73	117
19		C	0.50-0.65	XQW1200×1.0	0.80	450	506	25LG3-10×10 N=3.0KW	P1=0.65 PS1=0.87 P2=0.84 PS2=0.92	96
20		D	0.65-0, .85	XQW1200×1.6		450	506	25LG3-10×12 N=4.0KW	P1=0.85 PS1=1.12 P2=1.09 PS2=1.17	78
21		E	0.85-1.00	XQW1200×1.6	0.80	450	506	25LG3-10×14 N=4.0KW	P1=1.00 PS1=1.30 P2=1.27 PS2=1.35	69

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Pre：XBD-ISG and ISW type pipeline fire pumps

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