ZW(L) Fire Booster and Pressure-Stabilizing Water Supply Equipment

Name: ZW(L) Fire Booster and Pressure-Stabilizing Water Supply Equipment
Brand: DFIN PUMP
SKU: ZWL

Model: ZWL

ZW(L) Fire Booster and Pressure-Stabilizing Water Supply Equipment is an industrial fire pump supported by DFIN Pump for model verification, material selection and technical review based on the actual medium and duty point.

TECHNICAL DATA

Specifications, performance and construction

Confirm the final operating point, materials, motor and connection standard before ordering.

Product Overview

ZW(L) Fire Booster and Pressure-Stabilizing Water Supply Equipment is an industrial fire pump selected for fire-water boosting and emergency water-supply systems. The final configuration should be verified against the actual liquid, duty point, temperature, installation and power supply.

Typical Applications

Fire-water boosting and emergency water-supply systems.

Design Features

Reliable hydraulic performance
Package and control options
Project-based configuration
Model and material selection supported by DFIN Pump engineers

Technical Performance Data

No.	Pressure stabilization device Model		Fire Pressure (Mpa)P1	Open diaphragm pressure tanks				Water pumps	Run Pressure (Mpa)	Pressure water volume (L)
				Model Specification	Work pressure compared to alphab	Water volume for fire protection (L)		Type No.
				Model Specification	Work pressure compared to alphab	Mark Volume	Actual volume	Type No.
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

No.	Pressure stabilization device Model		Fire Pressure (Mpa)P1	Blank diaphragm pressure tanks				Water pumps	Run Pressure (Mpa)	Pressure water volume (L)
				Model Specification	Work pressure compared to alphab	Water volume for fire protection (L)		Type & nbsp; & nbsp; & nbsp; No.
				Model Specification	Work pressure compared to alphab	Mark Volume	Actual volume	Type & nbsp; & nbsp; & nbsp; No.
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	145
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 P2=0.60 PS2=0.68	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	25LG3-10×13N=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	0.80	450	506	25LG3-10×12 N=4.0KW	P1=0.85 PS1=1.12 P2=1.09 PS2=1.17	78

Selection Information Required

Please provide medium, concentration, flow, total head or pressure, temperature, viscosity or solids, voltage, frequency and installation method. DFIN Pump will confirm the suitable model and materials.

Catalog reference: authorized YZJ product data · Model ZWL

SELECTION SUPPORT

Application-based pump selection

Send the liquid, flow, head or pressure, temperature, solids, installation, power supply and destination for a verified recommendation.

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