QZ Series Submersible Axial Flow

Submersible pumps and traditional long shaft pumps have significant advantages in terms of usage scenarios, inlet and outlet conditions, and characteristic parameters, as well as the following:
Save over 30% of the total investment in pump station engineering:
★ Save over 40% in construction period:
★ Unit installation time saved by over 95%;
Reduce the weight of the unit by more than 50%:
★ Save investment in flood control walls for pump stations:
★ Low maintenance costs:
★ No operating noise, easy to operate, and easy to automate:
The low height of ground buildings can eliminate the need for pump room construction, and even allow for the construction of pump stations below ground level.
Therefore, new and old customers of axial flow pumps and mixed flow pumps can easily replace submersible pumps in new pump station projects, and can be updated with submersible pumps in old pump station renovation projects. This type of pump is mainly suitable for the following situations:
★ Irrigation and Drainage of Farmland:
★ Municipal discharge of rainwater and mild sewage:
★ Process water and cooling water in industry:
★ Water conservancy middle note project.

Our company's submersible pumps come in ten nominal outlet diameters, including 350, 500, 600, 700, 800, 900, 1000, 1200, 1400, and 1600. The flow range is 0.12-12m3/s, the head range is 2-14m, the power range is 7.5-630kW, and the voltage levels are 380V, 660V, 3kV, 6kV, and 10kV.

Model Description

1. Submersible axial flow pump

2. Submersible mixed flow pump

Structural Description

The QZB submersible axial flow pump and QH (B) submersible mixed flow pump are composed of four major parts: the inlet horn mouth, impeller components, impeller housing, and guide vane body. The submersible motor is a fully sealed dry-type asynchronous motor. The motor is enclosed by a casing, and there is a static sealing device at the cable outlet on the upper end of the motor. There is a rotating sealing device at the shaft cover on the lower end of the motor. The submersible motor has all the safety and reliability performance for submersible operation. There are monitoring, alarm and protection devices for sealing leakage, coil and bearing temperature rise, which do not affect the early leakage of the motor's normal operation (only alarm). When the coil temperature exceeds 135 ℃ and the bearing temperature exceeds 90C, power-off protection is used, and all protectors are monitored by a dedicated submersible pump protector to ensure the safe use of the submersible pump.

1. Terminal box cover
2. Upper cover
3. Leakage alarm
4. Upper bearing
5. Thermal protector
6. Stator
7. Rotor
8. Lower bearing
9. Leakage alarm
10. Lower end cover
11. Upper mechanical seal
12. Electrode probe
13. Lower mechanical seal
14. Guide vane body
15. Impeller components
16. Impeller casing
17. Water inlet horn

 

Layout of internal sensors for submersible axial flow pumps and mixed flow pumps

The sensor output signal is received by the submersible pump protector. The protector outputs a switch signal for each output signal, including switch or analog signals, and displays an alarm flashing signal on the protector.

 

JS	Immersion sensor	Upper wiring chamber	switch signal	Normally Open	≥18.5kW
WC	Winding temperature sensor	Inside the motor winding	Thermal switch signal	Normally closed
			PT100 platinum resistance signal	Resistance signal	According to user requirements
XL	Leak sensor	Inside the motor chamber	Switch signal	Normally Open
YS	Temperature sensor	Oil chamber	Analog signal	>30k Ω	≥18.5kW
WZ	Lower axle temperature sensor	Lower bearing chamber	Thermal switch signal	Normally closed	≥132kW
			PT100 platinum resistance signal	Resistance signal	According to user requirements

Performance parameters and spectra

1. Performance parameters and type spectrum of axial flow pump (QZB)

350QZB-70G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	677 833 905	187.9 231.3 251.3	7.67 4.97 3.58	1470	19.6 15.6 13.0	22	72.2 72.2 67.7	300
0°	774 974 1103	215.0 270.4 306.3	8.98 6.50 3.80		27.7 22.0 16.7	30	68.2 78.2 68.2
+2°	984 1136 1271	273.3 315.4 352.9	8.64 6.64 4.75		30.5 26.2 21.8		75.9 78.2 75.2
+4°	1185 1325 1449	329.2 367.9 402.5	8.03 6.50 5.11		34.0 30.0 26.8	37	76.2 78.2 75.2

 

350QZB-70D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	451 555 603	126.1 154.2 167.5	3.41 2.21 1.59	980	6.27 4.74 3.97	7.5	67.2 70.4 65.7	300
0°	516 649 735	143.3 180.3 204.2	3.99 2.89 1.69		8.11 6.58 4.68	11	69.1 77.6 72.2
+2°	656 757 847	182.2 210.3 235.3	3.84 2.95 2.11		9.27 7.89 6.65		74.0 77.0 73.2
+4°	790 883 966	219.4 245.3 268.3	3.57 2.89 2.27		10.40 8.96 8.03	15	73.8 77.5 74.3

 

350QZB-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	827 901 970	229.7 250.3 269.4	5.25 4.05 3.25	1450	15.31 12.54 11.12	18.5	77.2 79.2 77.2	300
-4°	878 1009 1101	243.9 280.3 305.8	5.85 4.15 2.95		18.11 14.20 11.45	22	77.2 80.3 77.2
-2°	939 1099 1190	260.8 305.3 333.1	6.15 4.25 2.95		20.36 15.72 12.47		77.2 80.9 77.2
0°	1006 1189 1285	279.4 330.3 356.9	6.25 4.25 2.95		22.17 16.94 13.37	30	77.2 81.2 77.2
+2°	1099 1261 1361	305.3 350.3 378.1	6.35 4.45 3.25		24.61 18.70 15.60		77.2 81.7 77.2
+4°	1201 1351 1433	333.6 375.3 398.1	6.05 4.45 3.55		25.62 20.16 17.94		77.2 81.2 77.2

 

350QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	865 1117 1197	240.3 310.3 332.5	5.25 2.95 2.15	1450	16.22 11.07 9.19	18.5	76.2 81 76.2	300
-2°	965 1201 1301	268.1 333.6 361.4	5.25 3.15 2.25		18.10 12.76 10.46	22	76.2 80.7 76.2
0°	1065 1281 1391	295.8 355.8 386.4	5.15 3.25 2.25		19.59 14.11 11.18		76.2 80.3 76.2
+2°	1212 1380 1485	336.7 383.3 412.5	4.85 3.45 2.55		21.00 16.30 13.53	30	76.2 79.5 76.2
+4°	1335 1477 1564	370.8 410.3 434.4	4.85 3.55 2.85		23.13 18.18 15.92		76.2 78.5 76.2

 

500QZB-70G Performance Table

 

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	1369 1761 2061	380.3 489.2 572.5	9.49 7.05 4.40	980	50.38 42.35 31.37	55	70.2 79.8 78.7	450
-2°	1721 2011 2251	478.1 558.6 625.3	8.25 6.48 4.95		51.74 44.23 41.16		74.7 80.2 73.7
0°	2100 2161 2511	583.3 600.3 697.5	7.05 6.35 3.95		50.32 45.89 34.97		80.1 81.4 77.2
+2°	2341 2561 2661	650.3 711.4 739.2	6.65 5.55 4.72		51.87 47.07 41.85		81.7 82.2 81.7
+4°	2522 2594 2846	700.5 720.5 739.2	6.25 6.05 4.75		52.14 51.33 46.35		82.3 83.2 79.4

 

500QZB-70D Performance Table

 

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	1021 1311 1531	283.6 364.2 425.3	5.37 4.00 2.50	730	21.82 18.16 13.46	30	68.4 78.6 77.4	450
-2°	1176 1501 1676	326.7 416.9 465.6	5.21 3.61 2.81		22.79 18.67 17.78		73.2 79 72.1
0°	1481 1611 1871	411.4 447.5 519.7	4.21 3.61 2.21		21.76 19.72 14.85		78 80.3 75.8
+2°	1711 1911 1991	475.3 530.8 553.1	4.00 3.15 2.68		23.12 20.21 18.02		80.6 81.1 80.6
+4°	1641 1961 2101	455.8 544.7 583.6	4.49 3.57 2.87		26.53 23.18 20.09		75.6 82.2 81.7

 

500QZB-100GA Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	1221 1544 1891	339.2 428.9 525.3	5.13 3.84 1.85	980	23.49 19.40 13.32	30	72.6 83.2 71.5	450
-2°	1482 1727 2014	411.7 479.7 559.4	5.05 4.03 2.55		27.09 22.34 17.88		75.2 84.8 78.2
0°	1801 2078 2246	500.3 577.2 623.9	4.85 3.65 2.80		30.41 23.95 21.35	37	78.2 86.2 80.2
+2°	1966 2221 2373	546.1 616.9 659.2	5.39 4.20 3.10		37.76 30.63 24.97	45	76.4 82.9 80.2
+4°	2006 2251 2343	557.2 625.3 650.8	5.98 5.19 4.55		45.74 40.05 36.41	55	71.4 79.4 79.7

 

500QZB-100DA Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	910 1150 1409	252.7 319.5 391.3	2.85 2.13 1.03	730	9.76 8.02 5.24	11	72.2 83.2 75.2	450
-2°	1104 1287 1500	306.7 357.4 416.8	2.80 2.24 1.42		11.20 9.24 7.69	15	75.2 84.8 75.2
0°	1342 1548 1673	372.7 430.0 464.8	2.69 2.03 1.55		13.18 9.90 8.83		74.6 86.2 80.2
+2°	1465 1655 1768	406.9 459.6 491.1	2.99 2.33 1.72		16.43 12.67 10.07	18.5	72.6 82.9 82.2
+4°	1494 1677 1746	415.1 465.8 484.9	3.32 2.88 2.53		18.75 16.56 15.04	22	72 79.4 79.8

500QZB-100GB Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	1766.5 2053.9 2284.3	490.7 570.5 634.5	6.01 4.19 2.61	980	36.78 28.51 21.14	45	78.57 82.18 76.77	450
-4°	1799.4 2300.3 2542.5	499.8 639.0 706.3	6.96 4.26 2.72		44.99 32.07 23.96	55	75.77 83.17 78.57
-2°	2041.6 2505.6 2801.2	567.1 696.0 778.1	6.75 4.37 2.40		47.75 35.61 23.84		78.57 83.71 76.77
0°	2312.6 2709.8 2981.9	642.4 752.7 828.3	6.46 4.39 2.77		50.60 38.44 28.62		80.37 84.25 78.57
+2°	2571.2 2875.1 3170.7	714.2 798.6 880.8	6.13 4.63 3.03		52.21 42.69 33.29		82.18 84.88 78.57
+4°	2998.3 3080.4 3343.2	832.9 855.7 928.7	5.09 4.62 3.33		49.47 46.03 38.57		83.98 84.16 78.57

500QZB-100DB Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	1316 1530 1702	365.6 425.0 472.7	3.34 2.33 1.45	730	15.86 11.95 8.91	22	75.35 81.09 75.35	450
-4°	1341 1714 1894	372.4 476.0 526.2	3.86 2.36 1.51		18.71 13.43 9.83		75.35 82.14 79.18
-2°	1521 1867 2087	422.5 518.5 579.7	3.75 2.43 1.33		19.59 14.95 9.56		79.18 82.42 79.18
0°	1723 2019 2222	478.6 560.8 617.1	3.59 2.44 1.54		22.32 16.08 11.74	30	75.35 83.28 79.18
+2°	1916 2142 2362	532.1 595.0 656.2	3.40 2.57 1.68		23.54 17.85 14.35		75.35 83.95 75.35
+4°	2234 2295 2491	620.5 637.5 691.9	2.82 2.56 1.85		22.23 19.26 16.63		77.26 83.19 75.35

 

500QZB-125G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	1621 1963 2197	450.3 545.3 610.3	4.60 3.25 2.05	980	26.99 21.52 16.30	30	75.2 80.7 75.2	450
-2°	2071 2395 2701	575.3 665.3 750.3	4.80 3.35 1.95		34.60 26.73 19.07	37	78.2 81.7 75.2
0°	2485 2845 3205	690.3 790.3 890.3	4.85 3.55 2.05		41.69 33.25 24.27	45	78.7 82.7 73.7
+2°	2809 3241 3511	780.3 900.3 975.3	5.15 3.65 2.55		51.34 39.18 32.41	55	76.7 82.2 75.2
+4°	36373835	1010.3 1065.3	4.05 3.65		50.31 49.68		79.7 76.7

500QZB-125D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	1208 1462 1637	335.5 406.2 454.7	2.55 1.80 1.14	730	11.30 8.98 6.82	18.5	74.3 80 74.3	450
-2°	1543 1784 2012	428.6 495.6 559.0	2.66 1.86 1.08		14.46 11.15 7.98		77.4 81 74.3
0°	1851 2120 2388	514.3 588.8 663.3	2.69 1.97 1.14		17.41 13.86 10.16	22	77.9 82 72.8
+2°	2093 2415 2616	581.3 670.7 726.6	2.86 2.03 1.42		21.45 16.34 13.56	30	75.9 81.5 74.3
+4°	27102857	752.7 793.6	2.25 2.03		21.01 20.76		78.9 75.9

500QZB-160G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	2193.4 2546.2 2805.4	609.3 707.3 779.3	3.77 2.61 1.76	980	28.32 21.43 16.91	37	79.48 84.43 79.48	450
0°	2569.6 2957.3 3158.6	713.8 821.5 877.4	3.62 2.62 1.84		31.86 24.98 19.91		79.48 84.43 79.48
+2°	2990.1 3195.3 3474.6	830.6 887.6 965.2	3.46 3.07 2.18		35.43 32.49 25.65	45	79.48 82.18 80.38

500QZB-160D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	1634.1 1896.9 2090.0	453.9 526.9 580.6	2.09 1.45 0.98	730	11.90 8.96 7.02	15	78.21 83.47 79.18	450
0°	1914.4 2203.2 2353.2	531.8 612.0 653.7	2.01 1.45 1.02		13.39 10.57 8.26	18.5	78.22 82.52 79.17
+2°	2227.6 2380.5 2588.6	618.8 661.2 719.0	1.92 1.70 1.21		14.89 13.62 10.77		78.21 81.09 79.17

500QZB-160D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	2987.5 3528.0 4037.3	829.9 980.0 1121.5	7.26 5.62 3.24	730	75.70 64.26 44.51	90	78.0 84.0 80.0	550
-4°	3065.7 3672.0 4310.9	851.6 1020.0 1197.5	7.46 5.90 3.32		79.82 69.38 48.70		78.0 85.0 80.0
-2°	3138.3 3816.0 4528.7	871.8 1060.0 1258.0	7.63 6.18 3.44		83.57 75.53 53.01		78.0 85.0 80.0
0°	3222.0 4032.0 4740.9	895.0 1120.0 1316.9	7.84 6.35 3.63		88.16 81.04 58.56	110	78.0 86.0 80.0
+2°	3277.9 3744.0 4802.8	910.5 1040.0 1334.1	7.96 6.60 3.80		91.06 78.22 62.10		78.0 86.0 80.0
+4°	3439.8 4302.0 5165.2	955.5 1195.0 1434.8	8.18 6.95 4.11		98.20 94.64 72.24		78.0 86.0 80.0

600QZB-100G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	2402 2793 3107	667.3 775.9 863.0	4.99 3.48 2.17	730	40.13 32.33 23.73	45	81.30 81.80 77.20	550
-4°	2447 3128 3458	679.8 869.0 960.5	5.78 3.54 2.26		46.20 36.02 26.07	55	83.30 83.60 81.50
-2°	2777 3408 3810	771.3 946.6 1058.2	5.60 3.63 1.99		50.90 39.96 25.38		83.20 84.20 81.40
0°	3145 3685 4055	873.6 1023.7 1126.5	5.36 3.64 2.30		55.38 43.31 30.51	75	82.90 84.40 83.20
+2°	3497 3910 4312	971.3 1086.1 1197.8	5.09 3.84 2.51		57.38 49.94 34.98		84.40 81.90 84.40
+4°	4078 4189 4547	1132.7 1163.7 1263.0	4.22 3.83 2.76		56.16 52.94 41.97		83.50 82.60 81.50

600QZB-100D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	1910	530.4	3.14	580	20.10	30	81.30	550
	2220	616.8	2.19		16.20		81.80
	2470	686.1	1.37		11.91		77.20
-4°	1945	540.4	3.64		23.15		83.30
	2487	690.8	2.23		18.06		83.60
	2749	763.6	1.42		13.07		81.50
-2°	2208	613.3	3.53		25.48		83.20
	2709	752.6	2.29		20.03		84.20
	3029	841.4	1.25		12.70		81.40
0°	2500	694.5	3.38		27.72		82.90
	2930	813.8	2.29		21.67		84.40
	3224	895.5	1.45		15.28		83.20
+2°	2780	772.3	3.21		28.75	37	84.40
	3108	863.5	2.42		25.00		81.90
	3428	952.2	1.58		17.48		84.40
+4°	3242	900.6	2.66		28.10		83.50
	3330	925.1	2.41		26.48		82.60
	3615	1004.1	1.74		20.99		81.50

600QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	1652.7 2102.4 2423.5	459.1 584.0 673.2	3.85 2.65 1.60	730	24.06 18.96 14.66	37	72.0 80.0 72.0	550
-4°	2010.2 2707.2 3182.8	558.4 752.0 884.1	4.45 2.65 1.23		33.82 23.82 14.80		72.0 82.0 72.0
-2°	2546.3 3312.0 3864.2	707.3 920.0 1073.4	4.94 2.95 1.28		47.56 32.44 18.70	55	72.0 82.0 72.0
0°	3048.8 3888.0 4545.4	846.9 1080.0 1262.6	5.07 3.10 1.49		58.44 39.28 25.61	75	72.0 83.5 72.0
+2°	3540.2 4435.2 5047.9	983.4 1232.0 1402.2	5.80 3.20 1.75		77.63 47.12 33.40		72.0 82.0 72.0
+4°	4277.5 5040.0 5572.8	1188.2 1400.0 1548.0	4.94 3.50 2.26		79.89 59.28 47.62	90	72.0 81.0 72.0

600QZB-160G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	2981.8 3464.2 3814.8	828.3 962.3 1059.7	3.13 2.17 1.47	730	31.59 24.03 18.98	37	80.43 85.16 80.43	550
0°	3494.4 4169.8 4295.8	970.7 1158.3 1193.3	3.01 1.82 1.53		35.60 24.89 22.25	45	80.43 83.01 80.43
+2°	4066.1 4346.2 4729.3	1129.5 1207.3 1313.7	2.88 2.56 1.81		39.63 36.49 28.67		80.43 83.01 81.29

600QZB-160D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	2370.5 2754.0 3032.8	658.5 765.0 842.4	1.97 1.37 0.93	580	16.27 12.28 9.66	18.5	78.21 83.47 79.18	550
0°	2778.0 3315.0 3415.2	771.7 920.8 948.7	1.90 1.15 0.96		18.33 12.54 11.32	22	78.22 82.52 79.17
+2°	3232.5 3455.2 3759.8	897.9 959.8 1044.4	1.81 1.61 1.14		20.41 18.71 14.74		78.21 81.09 79.17

 

700QZB-50 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-8°	3980 3427.2 2704.1	1105.6 952.0 751.1	5.07 8.50 10.68	730	80.19 100.38 108.20	132	68.5 79.0 72.7	600
-6°	4135.78 4011.4   3894	1148.8 1114.3 1081.7	4.24 8.75 11.07		74.44 117.24 161.50		64.1 81.5 72.7
-4°	4698.78 4011.4   3894	1305.2 1114.3 1081.7	5.60 9.00 9.39		98.58 119.71 121.24		72.7 82.1 82.1
-2°	5112 4335.4 3103.84	1420.0 1204.3 862.2	5.25 9.00 11.70		104.37 128.75 136.05	160	70.0 82.5 72.7
0°	5191.77 4655.26 3437.34	1442.2 1293.1 954.8	4.81 9.24 11.30		93.56 142.63 137.44		72.7 82.1 76.9
+2°	5739.11 4897 3878.57	1594.2 1360.3 1077.4	5.96 9.50 12.10		128.15 152.58 166.07	185	72.7 83.0 76.9
+4°	6018.22 5163.4 4748.5	1671.7 1434.3 1319.0	6.18 9.80 11.10		139.34 165.96 174.98		72.7 83.0 82.0

700QZB-70G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	3061 3941 4591	850.3 1094.7 1275.3	10.95 8.16 5.09	730	124.31 106.89 78.63	160	73.4 81.9 80.9	650
-2°	3521 4501 5041	978.1 1250.3 1400.3	10.65 7.51 5.73		132.06 111.00 102.92		77.3 82.9 76.4
0°	4431 4861 5581	1230.8 1350.3 1550.3	8.77 7.35 4.58		129.96 116.76 87.42		81.4 83.3 79.6
+2°	5111 5711 5961	1419.7 1586.4 1655.8	8.16 6.44 5.46		135.64 119.19 105.85		83.7   84 83.7
+4°	5871 6281	1630.8 1744.7	7.30 5.85		137.26 118.37		85 84.5

700QZB-70D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	2433 3133 3650	676.0 870.3 1013.8	6.90 5.14 3.21	580	63.30 54.06 39.83	75	72.2 81.1 80	650
-2°	2799 3578 4008	777.6 994.0 1113.2	6.71 4.73 3.61		67.01 56.55 52.23		76.3 81.5 75.4
0°	3523 3864 4437	978.5 1073.5 1232.5	5.53 4.63 2.89		65.82 58.97 44.34		80.5 82.6 78.6
+2°	4063 4540 4739	1128.7 1261.2 1316.4	5.14 4.06 3.44		68.59 60.20 53.53		82.9 83.3 82.9
+4°	4667 4993	1296.5 1387.1	4.60 3.69		69.32 59.78		84.3 83.8

700QZB-100G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	3770.8 4609.6 5199.5	1047.4 1280.4 1444.3	7.47 5.04 3.00	730	98.06 76.94 54.30	110	78.2 82.2 78.2	650
-4°	4038.1 5162.7 5706.5	1121.7 1434.1 1585.1	8.04 4.95 3.14		113.02 82.62 60.82	132	78.2 84.2 80.2
-2°	4406.9 5623.6 6213.4	1224.1 1562.1 1725.9	8.28 4.99 3.08		127.02 89.66 64.96	160	78.2 85.2 80.2
0°	5191.4 6084.4 6692.8	1442.1 1690.1 1859.1	7.47 5.04 3.20		128.43 97.98 72.70		82.2 85.2 80.2
+2°	5383.9 6453.1 7199.7	1495.5 1792.5 1999.9	8.02 5.35 3.21		146.56 110.31 80.45	185	80.2 85.2 78.2
+4°	6167.4 6914.0 7586.8	1713.2 1920.6 2107.4	7.12 5.34 3.61		145.42 117.97 95.34		82.2 85.2 78.2

700QZB-100D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	2997.8 3664.6 4133.6	832.7 1018.0 1148.2	4.71 3.18 1.89	580	49.11 38.53 27.20	55	78.2 82.2 78.2	650
-4°	3210.3 4104.3 4536.7	891.7 1140.1 1260.2	5.07 3.12 1.98		55.19 41.38 31.24	75	80.2 84.2 78.2
-2°	3503.5 4470.8 4939.7	973.2 1241.9 1372.1	5.22 3.14 1.94		63.62 44.91 32.53		78.2 85.2 80.2
0°	4127.2 4837.1 5320.8	1146.4 1343.6 1478.0	4.71 3.18 2.02		65.93 49.07 36.41		80.2 85.2 80.2
+2	4280.2 5130.2 5723.8	1188.9 1425.1 1589.9	5.05 3.37 2.02		75.28 55.25 40.29	90	78.2 85.2 78.2
+4°	4903.1 5496.6 6031.5	1362.0 1526.8 1675.4	4.49 3.36 2.27		76.56 59.08 47.75	110	78.2 85.2 78.2

700QZB-125G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	3399 4573 5142	944.2 1270.3 1428.3	6.15 3.66 2.17	730	73.71 54.11 38.84	90	77.2 84.2 78.2	650
-2°	4555 5633 6323	1265.3 1564.7 1756.4	6.25 3.79 1.98		97.60 69.02 44.73	110	79.4 84.2 76.2
0°	5351 6661 7381	1486.4 1850.3 2050.3	6.55 4.05 2.40		120.47 86.70 61.67	132	79.2 84.7 78.2
+2°	6337 7446 7993	1760.3 2068.3 2220.3	6.33 4.31 3.20		136.16 103.76 86.17	160	80.2 84.2 80.8
+4°	83538403	2320.3 2334.2	4.86 4.22		132.82 116.02		83.2 83.2

700QZB-125D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	2702 3636 4088	750.6 1009.9 1135.5	3.87 2.31 1.37	580	37.40 27.33 19.66	45	76.2 83.5 77.4	650
-2°	3621 4478 5027	1005.9 1244.0 1396.3	3.94 2.39 1.25		49.32 34.65 22.55	55	78.7 84 75.7
0°	4254 5295 5868	1181.7 1471.0 1630.0	4.13 2.55 1.51		59.96 43.79 31.49	75	79.7 84 76.7
+2°	5038 5920 6354	1399.4 1644.3 1765.1	3.99 2.72 2.02		69.05 52.40 43.48	90	79.2 83.5 80.2
+4°	6641 6680	1844.6 1855.7	3.06 2.66		66.93 58.46		82.7 82.7

700QZB-160G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	4923.3 5715.7 6296.4	1367.6 1587.7 1749.0	4.35 3.01 2.03	730	71.47 54.96 42.66	90	81.57 85.21 81.57	650
0°	5767.3 6637.5 7087.3	1602.0 1843.8 1968.7	4.18 3.02 2.12		80.45 63.61 50.14		81.57 85.78 81.57
+2°	6711.2 7172.2 7798.6	1864.2 1992.3 2166.3	4.00 3.55 2.51		89.59 82.51 64.68	110	81.57 84 82.38

700QZB-160D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	3914.0 4544.0 5005.6	1087.2 1262.2 1390.5	2.74 1.90 1.28	580	36.17 27.78 21.37	45	80.72 84.43 81.55	650
0°	4585.0 5276.8 5634.4	1273.6 1465.8 1565.1	2.63 1.90 1.34		40.30		81.55 85.26 81.55
					32.06
					25.12
+2°	5335.4 5701.9 6199.9	1482.1 1583.9 1722.2	2.52 2.24 1.58		45.34 41.72 32.65	55	80.72 83.2 81.73

800QZB-50 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-8°	5014.8 4318.3 3407.2	1393.0 1199.5 946.4	4.36 7.31 9.18	580	84.07 105.83 113.95	160	70.8 81.2 74.8	700
-6°	5211.1 5054.4 4906.4	1447.5 1404.0 1362.9	3.65 7.53 9.52		77.41 124.74 169.09		66.8 83.0 75.2
-4°	5920.5 5054.4 4906.4	1644.6 1404.0 1362.9	4.82 7.74 8.08		109.63 126.48 144.27		70.8 84.2 74.8
-2°	6441.1 5462.6 3910.8	1789.2 1517.4 1086.3	4.52 7.74 10.06		117.81 136.37 136.06	185	67.2 84.4 78.7
0°	6541.7 5865.6 4331.0	1817.1 1629.3 1203.1	4.14 7.95 9.72		104.05 150.34 141.26	220	70.8 84.4 81.1
+2°	7231.3 6170.2 4887.0	2008.7  1714.0  1357.5	5.13 8.17 10.41		151.00 162.98 175.84	250	66.8 84.2 78.7
+4°	7582.9 6505.9 5983.1	2106.4 1807.2 1662.0	5.31 8.43 9.55		154.96 177.27 197.48	280	70.8 84.2 78.7

800QZB-70G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	6381 5171 5101	1772.5 1436.4 1416.9	4.48 6.25 7.33	580	96.07 105.62 128.84	160	81.0 83.3 79.0	700
-4°	6811 6001 5066	1891.9 1666.9 1407.2	4.46 6.38 7.83		102.09 123.78 140.24		81.0 84.2 77.0
-2°	7171 6366 5391	1991.9 1768.3 1497.5	4.48 6.45 7.82		107.97 132.44 145.27	185	81.0 84.4 79.0
0°	7536 6621 5541	2093.3 1839.2 1539.2	4.66 6.75 8.03		118.02 141.47 153.32		81.0 86.0 79.0
+2°	7791 6831 5646	2164.2 1897.5 1568.3	4.80 6.89 8.15		125.68 149.68 158.56	200	81.0 85.6 79.0
+4°	8211 7771 7131	2280.8 2158.6 1980.8	5.07 6.04 7.25		139.91 153.94 165.57		81.0 83.0 85.0

800QZB-70D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	5391.9 4369.5 4310.3	1497.8 1213.7 1197.3	3.20 4.46 5.23	490	58.32 64.11 78.23	90	80.50 82.80 78.50	700
-4°	5755.3 5070.8 4280.8	1598.7 1408.6 1189.1	3.18 4.56 5.59		61.98 75.04 85.27	110	80.50 83.80 76.40
-2°	6059.5 5379.3 4555.4	1683.2 1494.2 1265.4	3.20 4.61 5.58		65.55 80.28 88.20		80.50 84.00 78.50
0°	6367.9 5594.7 4682.1	1768.9 1554.1 1300.6	3.33 4.82 5.73		71.65 85.75 93.09		80.50 85.60 78.50
+2°	6583.4 5772.2 4770.9	1828.7 1603.4 1325.2	3.43 4.92 5.82		76.30 90.73 96.27		80.50 85.20 78.50
+4°	6938.3 6566.5 6025.7	1927.3 1824.0 1673.8	3.62 4.31 5.18		84.93 91.12 102.92	132	80.50 84.60 82.50

800QZB-100G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	5711 5171 4261	1586.4 1436.4 1183.6	2.35 3.68 5.63	580	46.25 61.60 82.66	90	79 84.1 79	700
-2°	6221 5351 4591	1728.1 1486.4 1275.3	2.29 4.30 5.83		49.09 73.69 92.23	110	79 85 79
0°	6701 6091 4971	1861.4 1691.9 1380.8	2.40 3.79 5.96		55.42 73.67 102.09		79 85.3 79
+2°	7121 6461 5391	1978.1 1794.7 1497.5	2.62 4.00 5.99		64.29 82.48 111.27	132	79 85.3 79
+4°	7511 6921 6001	2086.4 1922.5 1666.9	2.88 3.99 5.68		74.54 88.23 117.45		79 85.2 79

800QZB-100D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	4826 4369 3601	1340.5 1213.7 1000.2	1.68 2.63 4.02	490	28.08 37.34 50.19	55	78.5 83.7 78.5	700
-2°	5257 4522 3879	1460.2 1256.0 1077.6	1.64 3.07 4.16		29.81 44.67 56.00	75	78.5 84.6 78.5
0°	5662 5147 4200	1572.9 1429.7 1166.8	1.71 2.71 4.26		33.65 44.66 61.99		78.5 84.9 78.5
+2°	6017 5460 4555	1671.5 1516.5 1265.4	1.87 2.86 4.28		39.03 50.00 67.56		78.5 84.9 78.5
+4°	6347 5848 5071	1763.0 1624.5 1408.6	2.06 2.85 4.06		45.26 53.48 71.31		78.5 84.8 78.5

800QZB-125G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	2798 3583 3745	777.2 995.3 1040.3	3.98 2.64 2.31	580	39.84 31.29 29.04	45	76.1 82.3 81.1	700
-4°	3259 4573 5034	905.3 1270.3 1398.3	4.75 2.74 1.82		56.56 40.56 31.25	75	74.5 84.1 79.8
-2°	4688 5642 6006	1302.2 1567.2 1668.3	4.46 2.83 2.13		70.53 51.68 42.42	90	80.7 84.1 82.1
0°	5743 6607 7291	1595.3 1835.3 2025.3	4.36 3.09 1.98		83.53 66.08 49.06	110	81.6 84.1 80.1
+2°	6326 7453 8018	1757.2 2070.3 2227.2	4.73 3.22 2.37		101.69 77.68 64.58	132	80.1 84.1 80.1
+4°	7849 8418	2180.3 2338.3	4.30 3.56		113.29 98.17		81.1 83.1

800QZB-125D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	2364 3028 3165	656.8 841.0 879.0	2.84 1.88 1.65	490	25.91 19.04 17.78	30	70.6 81.6 79.9	700
-4°	2754 3864 4254	765.0 1073.4 1181.6	3.39 1.96 1.30		34.31 24.47 19.14	37	74.1 84.1 78.6
-2°	3961 4767 5075	1100.4 1324.3 1409.7	3.18 2.02 1.52		46.34 31.18 25.75	55	74.1 84.1 81.6
0°	4853 5583 6161	1348.0 1550.8 1711.4	3.11 2.21 1.41		50.71 39.87 30.17		81.1 84.1 78.6
+2°	5345 6298 6775	1484.9 1749.4 1882.0	3.38 2.30 1.69		62.13 46.87 39.16	75	79.1 84.1 79.7
+4°	6632 7113	1842.3 1975.9	3.07 2.54		69.20 59.66		80.1 82.5

900QZB-50G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-8°	7596.6 6473.1 5161.6	2110.2 1798.1 1433.8	4.63 7.87 9.70	490	135.24 170.79 182.31	220	70.8 81.2 74.8	850
-6°	8579 7140.4 5659.7	2383.1 1983.4 1572.1	3.88 7.87 9.82		135.61 184.31 201.19	250	66.8 83.0 75.2
-4°	9187.7 7761.8 5638.9	2552.1 2156.1 1566.4	4.42 8.11 10.36		156.14 203.51 212.72		70.8 84.2 74.8
-2°	10039.3 7995.5 6559	2788.7 2221.0 1821.9	3.96 8.35 10.29		161.05 215.33 233.37	280	67.2 84.4 78.7
0°	10571.3 8883.2 7458.3	2936.5 2467.6 2071.8	4.47 8.39 10.24		181.69 240.39 256.32	315	70.8 84.4 81.1
+2°	11358.4 9351.1 7403.0	3155.1 2597.5 2056.4	4.07 8.60 10.95		188.33 260.00 280.29	330	66.8 84.2 78.7
+4°	11775.0 9830.8 7859.5	3270.8 2730.8 2183.2	4.93 8.84 11.25		223.20 280.97 305.72	355	70.8 84.2 78.7

900QZB-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	4501 5801 6771	1250.3 1611.4 1880.8	8.11 6.03 3.77	490	133.92 115.42 85.16	160	74.2 82.5 81.6	850
-2°	5191 6621 7411	1441.9 1839.2 2058.6	7.87 5.54 4.24		143.13 120.45 110.80		77.7 82.9 77.2
0°	6511 7201 8251	1808.6 2000.3 2291.9	6.46 5.45 3.38		139.63 127.49 94.54	185	82 83.8 80.3
+2°	7561 8421 8791	2100.3 2339.2 2441.9	6.04 4.75 4.05		147.65 128.71 115.11		84.2 84.6 84.2
+4°	7201 8651 9301	2000.3 2403.1 2583.6	6.90 5.38 4.32		166.37 148.19 128.68		81.3 85.5 85

900QZB-100G Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	9396 8329 7157	2610.0 2313.6 1988.1	3.36 5.41 7.76	590	107.16 144.48 185.05	200	80.2 84.9 81.7	850
-4°	10464 9328 8497	2906.7 2591.1 2360.3	3.21 5.50 7.06		114.01 162.59 195.11	220	80.2 85.9 83.7
-2°	11394 9662 8281	3165.0 2683.9 2300.3	3.03 6.42 8.71		117.18 195.21 240.33	250	80.2 86.5 81.7
0°	11646 10995 9694	3235.0 3054.2 2692.8	4.35 5.66 7.82		162.82 195.40 243.64	280	84.7 86.7 84.7
+2°	12478 11529 11196	3466.1 3202.5 3110.0	4.62 5.61 6.75		185.28 201.91 248.76		84.7 87.2 84.7
+4°	13111 12496 12163	3641.9 3471.1 3378.6	5.00 5.97 6.55		210.69 234.23 263.84		82.7 86.7 82.2

900QZB-100D Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	7648 6780 5826	2124.5 1883.3 1618.3	2.22 3.57 5.12	490	58.37 78.45 102.69	160	79.1 84.0 79.1	850
-4°	8518 7593 6917	2366.0 2109.2 1921.3	2.12 3.63 4.66		60.87 88.38 108.71		80.7 84.9 80.7
-2°	9275 7865 6741	2576.3 2184.7 1872.4	2.00 4.24 5.75		61.35 106.35 130.71		82.3 85.3 80.7
0°	9480 8950 7891	2633.3 2486.1 2191.9	2.87 3.74 5.16		90.02 106.08 131.98		82.3 85.8 84.0
+2°	10157 9385 9114	2821.4 2606.8 2531.5	3.05 3.70 4.46		102.44 109.48 134.78	185	82.3 86.4 82.1
+4°	10672 10172 9901	2964.5 2825.5 2750.2	3.30 3.94 4.32		118.80 127.31 142.52		80.7 85.7 81.7

900QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	4096 4566 5505 5646	1137.8 1268.3 1529.2 1568.3	4.19 3.67 2.62 2.34	490	61.64 57.67 47.71 44.57	90	75.8 79.1 82.3 80.7	850
-4°	5617 6171 6999 7334	1560.3 1714.2 1944.2 2037.2	4.17 3.62 2.62 2.21		79.01 73.18 59.43 53.61		80.7 83.1 84.0 82.3
-2°	6975 7554 8688 9023	1937.5 2098.3 2413.3 2506.4	4.67 4.03 2.62 2.17		109.88 99.73 73.77 64.76	132	80.7 83.1 84.0 82.3
0°	8936 10031 10293 10653	2482.2 2786.4 2859.2 2959.2	4.18 3.22 2.78 2.40		122.36 103.20 92.73 84.57		83.1 85.2 84.0 82.3
+2°	10265 10571 11429 11787	2851.4 2936.4 3174.7 3274.2	4.21 3.94 3.04 2.62		141.57 134.98 112.60 102.15	160	83.1 84.0 84.0 82.3
+4°	12065 12673 13199 13809	3351.4 3520.3 3666.4 3835.8	4.18 3.60 3.12 2.48		166.81 149.45 138.91 122.99	185	82.3 83.1 80.7 75.8

900QZB-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	9235 8493 7316	2565.3 2359.2 2032.2	1.62 2.29 3.30	490	48.95 61.63 79.66	90	83.2 85.9 82.5	850
0°	10477 9850.6 8569	2910.3 2736.3 2380.3	1.68 2.30 3.17		57.59 71.14 89.63	110	83.2 86.7 82.5
+2°	11463.4 10657 9969.4	3184.3 2960.3 2769.3	2.06 2.69 3.05		77.26 92.14 100.33	132	83.2 84.7 82.5

1000QZB-50 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	8531.2 7656.4 5786.9	2369.8 2126.8 1607.5	6.25 8.24 10.54	490	184.60 207.17 222.39	280	78.6 82.9 74.7	870
-4°	9043.1 8215.5 6046.5	2512.0 2282.1 1679.6	6.86 8.51 10.84		208.46 226.30 238.98		81.0 84.1 74.7
-2°	9807.0 8796.9 7032.9	2724.2 2443.6 1953.6	6.81 8.81 10.78		224.42 250.86 262.48		81.0 84.1 78.6
0°	10504.4 9525.2 7463.1	2917.9 2645.9 2073.1	6.88 8.79 11.12		242.85 270.37 287.32	330	81.0 84.3 78.6
+2°	11112.8 10026.6 7937.9	3086.9 2785.2 2205.0	7.01 9.00 11.47		261.77 292.09 315.21		81.0 84.1 78.6
+4°	11706.0 11231.2 10541.1	3251.7 3119.8 2928.1	7.25 8.16 9.29		285.19 299.14 316.98		81.0 83.4 84.1

1000QZB-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	7848 9108 10080	2180.0 2530.0 2800.0	8.31 6.84 5.05	490	224.16 200.46 166.55	280	79.2 84.6 83.2	870
-4°	8064 9540 10584	2240.0 2650.0 2940.0	8.57 6.98 5.05		237.54 210.05 174.88		79.2 86.3 83.2
-2°	8280 10116 11340	2300.0 2810.0 3150.0	8.78 7.05 5.05		249.88 224.96 187.37		79.2 86.3 83.2
0°	8820 10548 12024	2450.0 2930.0 3340.0	8.78 7.38 5.05		259.62 243.02 198.91		81.2 87.2 83.1
+2°	9288 10872 12528	2580.0 3020.0 3480.0	8.78 7.54 5.05		270.07 255.91 208.51	330	82.2 87.2 82.6
+4°	10261 11340 13356	2850.3 3150.0 3710.0	8.78 7.93 5.05		289.89 280.73 225.01		84.6 87.2 81.6

1000QZB-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	9224 8137 6783	2562.2 2260.3 1884.2	2.27 4.05 5.98	490	73.45 106.04 138.72	160	77.6 84.6 79.6	870
-2°	9897 8893 7957	2749.2 2470.3 2210.3	2.43 4.05 5.34		82.25 114.54 138.36		79.6 85.6 83.6
0°	10646 9649 7921	2957.2 2680.3 2200.3	2.55 4.05 6.32		92.84 124.28 171.20	185	79.6 85.6 79.6
+2°	11471 10427 9192	3186.4 2896.4 2553.3	2.55 4.05 5.62		102.61 134.30 168.21		77.6 85.6 83.6
+4°	11953 11219 10380	3320.3 3116.4 2883.3	3.05 4.05 5.05		124.68 144.50 168.67		79.6 85.6 84.6

1000QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	4910 5585 6222	1363.9 1551.4 1728.3	3.84 3.05 2.24	490	65.72 56.48 48.58	75	78.1 82.1 78.1	870
-4°	5797 7201 8029	1610.3 2000.3 2230.3	4.64 3.22 2.07		93.75 75.05 56.48	110	78.1 84.1 80.1
-2°	7529 8965 9865	2091.4 2490.3 2740.3	4.89 3.23 2.02		125.12 93.73 67.72	132	80.1 84.1 80.1
0°	8954 10755 11629	2487.2 2987.5 3230.3	5.05 3.37 2.26		153.67 115.94 89.32	160	80.1 85.1 80.1
+2°	10326 11935 12889	2868.3 3315.3 3580.3	5.01 3.49 2.57		175.82 134.83 112.58	185	80.1 84.1 80.1
+4°	12457 13555 14149	3460.3 3765.3 3930.3	4.80 3.85 3.27		203.21 170.96 157.24	220	80.1 83.1 80.1

1000QZB-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	9899.9 9104.5 7842.8	2750.0 2529.0 2178.5	1.70 2.40 3.46	490	54.86 69.09 89.32	110	83.5 86.1 82.7	870
0°	11231.3 10559.8 9186.0	3119.8 2933.3 2551.7	1.76 2.41 3.32		64.52 79.72 100.39	132	83.4 86.9 82.7
+2°	12288.8 11424.3 10687.2	3413.5 3173.4 2968.7	2.16 2.82 3.20		86.53 103.30 112.52		83.5 84.9 82.7

1200QZB-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	7337 9456 11037	2038.0 2626.6 3065.8	11.22 8.35 5.22	490	302.12 260.38 192.11	400	74.2 82.5 81.6	1000
-2°	8461 10792 12080	2350.4 2997.8 3355.5	10.89 7.67 5.87		322.89 271.72 249.96		77.7 82.9 77.2
0°	10613 11738 13449	2948.0 3260.5 3735.9	8.94 7.54 4.68		315.00 287.60 213.28	450	82 83.8 80.3
+2°	12324 13726 14329	3423.5 3812.8 3980.4	8.36 6.57 5.61		333.08 290.36 259.67	500	84.2 84.6 84.2
+4°	11738 14101 15161	3260.5 3917.0 4211.3	9.55 7.45 5.98		375.32 334.29 290.30		81.3 85.5 85

1200QZB-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	11305 13461 13645	3140.3 3739.2 3790.3	6.48 5.05 3.22	490	234.89 216.13 146.04	280	84.9 85.62 81.9	1000
-2°	11953 13461 14905	3320.3 3739.2 4140.3	6.89 5.16 3.12		264.07 218.85 154.57		84.9 86.4 81.9
0°	13866 14566 16021	3851.7 4046.1 4450.3	6.05 5.16 3.28		264.62 236.81 174.66	315	86.3 86.4 81.9
+2°	13825 15449 17029	3840.3 4291.4 4730.3	7.26 5.48 3.58		321.82 266.74 202.63	355	84.9 86.4 81.9
+4°	15625 16553 17965	4340.3 4598.1 4990.3	6.50 5.47 3.94		322.99 285.28 235.27		85.6 86.4 81.9

1200QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	10044 11196 12168	2790.0 3110.0 3380.0	5.00 3.89 2.72	490	163.92 140.47 112.06	185	83.4 84.4 80.4	1000
-2°	11880 13860 14976	3300.0 3850.0 4160.0	5.95 4.03 2.65		233.52 180.16 134.37	250	82.4 84.4 80.4
0°	15012 16308 17676	4170.0 4530.0 4910.0	5.38 4.25 2.92		260.50 223.55 174.76	280	84.4 84.4 80.4
+2°	17028 18108 19872	4730.0 5030.0 5520.0	5.50 4.54 3.13		305.69 265.16 215.97	330	83.4 84.4 78.4
+4°	19656 20592 21852	5460.0 5720.0 6070.0	5.76 5.02 3.97		374.04 337.41 301.22	400	82.4 83.4 78.4

1200QZB-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	15387 13969 12032	4274.2 3880.3 3342.2	2.16 3.34 4.64	490	108.22 146.32 181.79	200	83.6 86.8 83.6	1000
0°	17324 16223 14441	4812.2 4506.4 4011.4	2.26 3.22 4.31		127.49 163.83 200.99	220	83.6 86.8 84.3
+2°	19059 18113 16403	5294.2 5031.4 4556.4	2.68 3.48 4.26		164.94 199.99 227.54	250	84.3 85.8 83.6

1300QZB-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	20221 17051 14891	5616.9 4736.4 4136.4	3.86 7.05 8.44	370	264.28 383.18 425.53	450	80.4 85.4 80.4	1150
-2°	21266 18096 14766	5907.2 5026.7 4101.7	3.98 7.15 8.90		286.57 412.43 456.31	500	80.4 85.4 78.4
0°	22261 18831 15761	6183.6 5230.8 4378.1	4.23 7.48 8.90		318.83 443.80 474.94		80.4 86.4 80.4
+2°	23051 19406 17336	6403.1 5390.6 4815.6	4.41 7.64 8.62		344.19 467.13 481.99		80.4 86.4 84.4
+4°	24256 20271 16941	6737.8 5630.8 4705.8	4.77 8.03 9.35		391.75 512.86 536.31	560	80.4 86.4 80.4

1300QZB-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	10621 12313 13897 15301	2950.3 3420.3 3860.3 4250.3	5.89 4.55 3.10 1.35	370	208.19 176.52 138.13 82.45	250	81.8 86.4 84.9 68.2	1150
-4°	11881 13861 14977 16993	3300.3 3850.3 4160.3 4720.3	6.05 4.55 3.30 1.35		236.61 196.89 155.72 92.24	280	82.7 87.2 86.4 67.7
-2°	12889 14941 16525 18361	3580.3 4150.3 4590.3 5100.3	6.20 4.55 3.15 1.35		261.15 210.54 164.01 100.41		83.3 87.9 86.4 67.2
0°	14617 16201 18361 19873	4060.3 4500.3 5100.3 5520.3	5.89 4.55 2.82 1.35		276.05 228.29 166.02 110.32	315	84.9 87.9 84.9 66.2
+2°	16201 17641 12241 21421	4500.3 4900.3 3400.3 5950.3	5.50 4.55 3.05 1.35		280.75 248.58 119.71 120.74		86.4 87.9 84.9 65.2
+4°	18541 18793 17101 22861	5150.3 5220.3 4750.3 6350.3	4.75 4.55 3.05 1.35		272.75 264.81 170.45 132.93		87.9 87.9 83.3 63.2

1300QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	17785 17209 16741 15787 15013 14329	4940.3 4780.3 4650.3 4385.3 4170.3 3980.3	1.55 2.05 2.55 3.05 3.55 4.05	370	99.13 119.75 141.38 155.67 173.34 191.02	250	75.7 80.2 82.2 84.2 83.7 82.7	1150
0°	21241 20593 19837 19009 18109 17245	5900.3 5720.3 5510.3 5280.3 5030.3 4790.3	1.55 2.05 2.55 3.05 3.55 4.05		121.61 146.96 169.58 188.56 206.62 228.52	280	73.7 78.2 81.2 83.7 84.7 83.2
+2°	23329 22465 21565 20701 19837	6480.3 6240.3 5990.3 5750.3 5510.3	2.05 2.55 3.05 3.55 4.05		173.12 194.44 216.50 237.59 262.23		75.2 80.2 82.7 84.2 83.4

1300QZB-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	14046.4 16039.2 17521.0	3901.8 4455.3 4866.9	3.42 2.42 1.73	370	161.24 125.04 101.74	200	81.1 84.5 81.1	1150
0°	16591.8 18626.1 19802.1	4608.8 5173.9 5500.6	3.28 2.43 1.79		182.67 147.03 118.39	220	81.1 83.8 81.1
+2°	19269.2 20799.1 21943.0	5352.6 5777.5 6095.3	3.14 2.63 2.06		202.10 179.84 151.73	250	81.1 82.8 81.1

1400QZB-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	21528 18432 15912	5980.0 5120.0 4420.0	4.07 7.49 9.12	370	297.40 435.98 492.57	560	80.2 86.2 80.2	1200
-4°	22968 19368 16920	6380.0 5380.0 4700.0	4.15 7.64 9.14		315.66 461.94 512.15		82.2 87.2 82.2
-2°	24156 20556 17388	6710.0 5710.0 4830.0	4.28 7.73 9.38		342.39 496.05 540.14		82.2 87.2 82.2
0°	25308 22644 21888 17208	7030.0 6290.0 6080.0 4780.0	4.55 7.19 7.70 9.84		381.35 508.26 520.18 574.74	630	82.2 87.2 88.2 80.2
+2°	26172 22968 22032 17568	7270.0 6380.0 6120.0 4880.0	4.75 7.70 8.26 9.99		411.70 552.10 561.68 595.71		82.2 87.2 88.2 80.2
+4°	27576 23040 23040	7660.0 6400.0 6400.0	5.14 7.70 8.69		469.40 560.26 617.96		82.2 86.2 88.2

1400QZB-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	16561 14689 126.36	4600.3 4080.3 3510.0	2.65 4.25 6.09	370	152.19 201.12 260.23	280	78.5 84.5 80.5	1200
-4°	10181 16777 14977	2828.1 4660.3 4160.3	2.76 4.09 5.56		95.02 218.47 268.27		80.5 85.5 84.5 80.5 85.5 86,5 82.5 78.5 84.5 86.5 86.5 82.5
-2°	19801 18613 17065 15301	5500.3 5170.3 4740.3 4250.3	2.69 3.80 5.05 6.39 2.55 3.45 4.45 5.35 5.76		180.12 225.19 271.21 322.62 191.02 228.08 272.26 305.50 3.36.69	355
0°	21601 20521 19441 18145 17715	6000.3 5700.3 5400.3 5040.3 4920.8
+2°	22969 22357 21385 19009 17785	6380.3 6210.3 5940.3 5280.3 4940.3	2.82 3.35 4.12 5.80 6.61		224.62 247.13 277.28 351.03 387.90	400	78.5 82.5 86.5 85.5 82.5
+4°	24193 22429 21457 20341	6720.3 6230.3 5960.3 5650.3	3.18 4.46 5.15 5.90		266.79 314.81 347.76 386.63		78.5 86.5 86.5 84.5

1400QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	8583.4 11542.6 12586.5	2384.3 3206.3 3496.3	4.58 2.84 1.91	370	142.31 107.26 87.03	280	75.2 83.2 75.2	1200
-4°	10441.0 13515.4 16528.6	2900.3 3754.3 4591.3	5.29 3.65 1.47		199.94 157.62 87.95		75.2 85.2 75.2
-2°	14152.6 16355.8 20067.4	3931.3 4543.3 5574.3	5.40 4.06 1.52		262.68 212.17 110.53		79.2 85.2 75.2
0°	17399.4 21025.0 23606.2	4833.2 5840.3 6557.3	5.25 3.51 1.77		306.24 231.71 151.25	330	81.2 86.7 75.2
+2°	18386.2 22155.4 26216.2	5107.3 6154.3 7282.3	6.04 4.30 2.08		402.01 304.39 197.40	450	75.2 85.2 75.2
+4°	24358.6 26565.4 28941.4	6766.3 7379.3 8039.3	5.02 3.92 2.69		409.94 336.68 281.82		81.2 84.2 75.2

1400QZB-160Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	15961.8 18226.4 19910.2	4433.8 5062.9 5530.6	3.73 2.64 1.88	370	199.35 154.65 125.33	220	81.3 84.7 81.3	1200
0°	18854.3 21166 22502.4	5237.3 5879.4 6250.7	3.57 2.65 1.95		225.38 181.77 146.93	250	81.3 84 81.3
+2°	21896.8 23635.3 24935.2	6082.4 6565.4 6926.4	3.42 2.86 2.24		250.75 222.24 187.02	280	81.3 82.8 81.3

1600QZB-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	18055.7 20932.1 23624.9 26011.7	2950.3 3420.3 3860.3 4250.3	6.18 4.78 3.26 1.42	295	370.44 314.52 246.37 147.00	400	82.0 86.6 85.1 68.4	1480
-4°	20197.7 23563.7 25460.9 28888.1	3300.3 3850.3 4160.3 4720.3	6.35 4.78 3.47 1.42		421.16 350.82 277.72 164.46	450	82.9 87.4 86.6 67.9
2°	21911.3 25399.7 28092.5 31213.7	3580.3 4150.3 4590.3 5100.3	6.51 4.78 3.31 1.42		465.04 375.15 292.30 179.02	500	83.5 88.1 86.6 67.4
0°	24848.9 27541.7 31213.7 33784.1	4060.3 4500.3 5100.3 5520.3	6.18 4.78 2.96 1.42		491.24 406.79 295.55 196.68		85.1 88.1 85.1 66.4
+2°	27541.7 29989.7 20809.7 36415.7	4500.3 4900.3 3400.3 5950.3	5.78 4.78 3.20 1.42		500.41 442.94 213.01 215.24	560	86.6 88.1 85.1 65.4
+4°	31519.7 31948.1 29071.7 38863.7	5150.3 5220.3 4750.3 6350.3	4.99 4.78 3.20 1.42		485.99 471.87 303.29 236.96		88.1 88.1 83.5 63.4

1600QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	30234.5 29255.3 28459.7 26837.9 25522.1 24359.3	8398.5 8126.5 7905.5 7455.0 7089.5 6766.5	1.63 2.15 2.68 3.20 3.73 4.25	295	176.95 213.75 252.35 277.87 309.41 340.98	400	75.7 80.2 82.2 84.2 83.7 82.7	1480
0°	36109.7 35008.1 33722.9 32315.3 30785.3 29316.5	10030.5 9724.5 9367.5 8976.5 8551.5 8143.5	1.63 2.15 2.68 3.20 3.73 4.25		217.07 262.32 302.71 336.59 368.81 407.90	450	73.7 78.2 81.2 83.7 84.7 83.2
+2°	39659.3 38190.5 36660.5 35191.7 33722.9	11016.5 10608.5 10183.5 9775.5 9367.5	2.15 2.68 3.20 3.73 4.25		309.03 347.08 386.46 424.10 468.09	500	75.2 80.2 82.7 84.2 83.4

1600QZB-125 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	23878.9 27266.7 29785.7	3901.8 4455.3 4866.9	3.60 2.54 1.81	295	287.13 222.06 180.07	300	81.5 84.9 81.5	1480
0°	28206.0 31664.3 33663.6	4608.8 5173.9 5500.6	3.44 2.55 1.88		324.09 261.05 211.39	400	81.5 84.2 81.5
+2°	32757.6 35358.4 37303.1	5352.6 5777.5 6095.3	3.30 2.76 2.16		361.07 320.07 269.13	450	81.5 83 81.5

1800QZ-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	25067 28958 32004	7113 8044 8890	7.56 5.77 3.98	256	646.8 544.4 425.5	710	81.55 83.64 81.68	1740
-2°	27623 31568 34981	7673 8769 9717	7.68 5.95 4.22		698.7 608.2 480.2	800	82.76 84.20 83.67
0°	29271 33527 37354	8131 9313 10376	7.79 6.10 4.41		750.2 661.9 533.8		82.77 84.20 84.17
+2°	31932 36299 40190	8870 10083 11164	7.98 6.32 4.67		840.3 743.0 608.5	900	82.63 84.20 84.03
+4°	32526 38318 41994	9035 10644 11665	8.13 6.50 4.84		920.8 806.0 664.8	1000	81.78 84.20 83.31

1800QZ-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
6°	28688 32418 35233	7969 9005 9787	5.55 3.95 2.63	256	512.1 409.2 317.1	560	84.67 85.35 79.51	1740
-4°	31648 35499 38351	8791 9861 10653	5.71 4.14 2.83		576.7 459.7 357.2	630	85.38 87.18 82.92
-2°	34128 38099 41141	9480 10583 11428	5.86 4.32 3.04		634.8 510.4 406.9	710	85.79 87.80 83.63
0°	36724 40770 43798	10201 11325 12166	6.02 4.51 3.24		701.0 570.4 457.6	800	85.99 87.80 84.50
+2°	39179 43466 46656	10883 12074 12960	6.19 4.74 3.47		771.5 635.9 521.9		85.69 87.80 84.63
+4°	41587 46058 49446	11552 12794 13735	6.37 4.92 3.72		864.2 703.9 590.9	900	83.52 87.80 84.77

1800QZ-130 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
6°	21676 24977 27652	6021 6938 7681	3.93 2.82 1.79	256	288.1 232.9 179.6	330	80.49 82.28 75.23	1740
-4°	27893 31835 33912	7748 8843 9420	4.21 2.92 2.14		383.2 299.7 247.5	425	83.41 84.50 80.02
-2°	33934 37865 40784	9426 10518 11329	4.54 3.30 2.31		502.0 403.0 311.9	560	83.70 84.50 82.28
0°	39416 43776 47041	10949 12160 13067	4.91 3.74 2.81		634.7 527.7 432.6	710	83.09 84.50 83.18
+2°	43844 48539 52081	12179 13483 14461	5.24 4.14 3.26		763.8 647.6 554.5	900	82.02 84.50 83.43
+4°	49648 54547 58079	13791 15152 16133	5.74 4.70 3.86		998.4 840.5 739.8	1100	77.72 83.10 82.57

1800QZ-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	36176 39607 41296	10049 11002 11471	3.26 2.39 1.91	256	392.3 311.5 266.2	450	81.79 82.90 80.91	1740
0°	41213 44003 45598	11448 12223 12666	3.41 2.72 2.25		466.6 393.3 339.3	500	82.03 82.90 82.25
+2°	46634 48550 50098	12954 13486 13916	3.53 3.09 2.63		558.0 493.6 435.6	630	80.24 80.90 82.38

2000QZ-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	32494 37714 40734	9026 10476 11315	7.02 4.97 3.67	215	759.8 609.2 496.9	800	81.78 83.81 81.94	2000
-2°	35150 41404 44492	9764 11501 12359	7.11 5.06 3.89		819.1 676.2 562.4	900	83.09 84.50 83.96
0°	37325 44248 47498	10368 12291 13194	7.18 5.14 4.09		878.2 734.1 526.6	1000	83.19 84.50 84.47
+2°	40867 48139 51073	11352 13372 14187	7.32 5.26 4.34		979.2 817.0 715.5	1100	83.23 84.50 84.36
+4°	43632 50850 53330	12120 14125 14814	7.43 5.35 4.50		1068.4 877.5 781.7	1200	82.71 84.50 83.72

2000QZ-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
6°	34700 40288 44420	9639 11191 12339	5.64 3.96 2.57	215	645.1 505.6 384.3	710	82.75 86.09 80.81	2000
-4°	38588 44410 48622	10719 12336 13506	5.73 4.07 2.68		749.8 560.2 425.7	800	84.37 87.81 83.33
-2°	41954 47891 52380	11654 13303 14550	5.80 4.16 2.79		783.0 616.5 475.0	900	84.75 88.00 83.72
0°	45443 54541 56016	12623 14317 15560	5.89 4.26 2.90		856.3 680.1 527.1		85.20 88.00 83.94
+2°	48744 55242 59965	13540 15345 16657	5.98 4.37 3.03		939.6 748.2 592.2	1000	84.55 88.00 83.62
+4°	52063 58842 63889	14462 16345 17747	6.08 4.49 3.17		1038.4 818.5 661.9	1100	83.02 88.00 83.36

2000QZ-130 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-6°	25056 31133 35186	6960 9648 9774	4.18 2.78 1.65	215	367.8 281.4 210.4	400	77.59 83.73 75.39	2000
-4°	33396 35910 43596	9277 10975 12110	4.32 2.95 1.84		480.5 374.6 277.3	560	81.81 84.70 79.03
-2°	41785 47722 52088	11607 13256 14469	4.50 3.15 2.08		616.8 484.0 358.9	710	83.08 84.70 82.15
0°	49338 55991 60936	13705 15553 16924	4.70 3.40 2.36		763.1 612.1 477.5	800	82.77 84.70 82.18
+2°	55613 62870 68292	15448 17464 18970	4.89 3.63 2.64		901.8 734.7 603.3	1000	82.11 84.70 81.31
+4°	64040 71600 76943	17789 19889 21373	5.17 3.97 3.00		1146.5 923.2 794.1	1200	78.76 83.87 79.11

2000QZ-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	45184 50022 52585	12551 13895 14607	3.15 2.28 1.75	215	478.2 373.3 309.4	560	81.13 83.20 81.05	2000
0°	51343 56214 58594	14262 15615 16276	3.32 2.46 1.93		571.7 452.4 380.6	630	81.14 83.20 81.03
+2°	58140 62694 64847	16150 17415 18013	3.42 2.67 2.14		679.4 547.5 468.8	710	79.68 83.20 80.68

2400QZ-70 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-4°	46886 50227 54004	13024 13952 15001	5.57 4.62 3.49	177	847.3 752.2 623.0	900	83.97 84.11 82.42	2350
-2°	52078 55872 59317	14466 15520 16492	5.45 4.52 3.59		912.8 812.1 689.9	1000	84.80 84.80 84.21
0°	55544 59785 63778	15429 16607 17716	5.52 4.60 3.68		984.8 883.6 757.5	1100	84.80 84.80 84.48
+2°	60667 64991 69041	16852 18053 19178	5.62 4.71 3.80		1095.1 983.3 852.5	1200	84.80 84.80 83.84
+4°	64422 68537 72288	17895 19038 20080	5.70 4.79 3.88		1179.2 1054.4 928.2	1300	84.80 84.80 82.26

2400QZ-100 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
6°	49590 54698 58619	13775 15194 16283	4.57 3.45 2.52	177	720.6 599.6 490.9	800	85.75 85.85 82.04	2350
-4°	54936 60210 64199	15260 16725 17833	4.66 3.55 2.63		805.7 665.5 546.3	900	86.54 87.52 84.07
-2°	59411 64890 69156	16503 18025 19210	4.74 3.64 2.73		878.8 729.5 606.6	1000	87.25 88.20 84.66
0°	64213 69772 74009	17837 19381 20558	4.83 3.74 2.83		964.0 805.8 670.3		87.59 88.20 85.17
+2°	68832 74732 79214	19120 20759 22004	4.92 3.85 2.95		1054.5 888.3 753.4	1100	87.49 88.20 84.58
+4°	73408 79610 84402	20391 22115 23445	5.02 3.96 3.08		1164.6 974.4 840.7	1300	86.18 88.20 84.28

2400QZ-130 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
6°	32879 41094 46001	9133 11415 12778	3.96 2.65 1.71	177	458.3 352.4 280.0	500	77.41 84.23 76.73	2350
-4°	43974 52247 57197	12215 14513 15888	4.09 2.81 1.89		599.8 469.9 362.7	630	81.66 85.00 81.03
-2°	55231 63205 68447	15342 17557 19013	4.25 2.99 2.10		769.1 606.5 469.7	800	83.22 85.00 83.21
0°	65218 74164 80107	18116 20601 22252	4.43 3.22 2.35		951.7 7647 616.3	1000	82.72 85.00 83.33
+2°	73458 83318 89842	20430 23144 24956	4.60 3.43 2.60		1124 916.3 768.5	1200	82.07 75.00 82.76

2400QZ-160 Performance Table

Blade placement angle	Traffic Q		Head H (m)	Speed n (r/min)	Power P (kW)		Efficiency η (%)	Impeller diameter (mm)
	(m³/h)	(L/s)			Shaft power	Motor power
-2°	61747 65844 69556	17152 18290 19321	2.75 2.23 1.70	177	566.9 478.2 392.3	630	83.09 83.50 82.04	2350
0°	70054 74149 77605	19459 20597 21557	2.91 2.39 1.87		669.9 579.2 481.5	710	82.86 83.50 82.09
+2°	78440 82724 85946	21789 22979 23874	3.09 2.59 2.07		818.3 698.5 593.8	900	80.66 83.50 81.49

 

Installation form and size

The smaller QZB series submersible axial flow pump and QHB series submersible mixed flow pump adopt open inlet, and the installation forms include wellbore bend installation, steel wellbore installation, and concrete prefabricated wellbore installation. The installation of bent pipes and steel shafts is provided by our company as a complete set of shafts. The installation of precast concrete shafts is provided by our company with installation bases (including anti rotation devices) and covers. During installation, lift the submersible pump into the wellbore until it reaches the bottom. The inclined surface on the guide vane body matches the inclined surface of the support, and the water stop rubber (O-ring) plays a sealing role. Larger submersible pumps (with impeller diameters generally above 1 meter) are installed in a form with a closed inlet channel.

1. Installation and size of wellbore bend pipe

1. Minimum water level
2. Trash rack
3. Wall penetrating pipe
4. Tap the door

Note:
(1) The dimensions in the table refer to the installation dimensions of the pump and the hydraulic control dimensions designed for the pump station. The hydraulic dimensions designed for the pump station are only for reference.
(2) Dimension A is determined based on the flow rate to control the flow rate and reduce hydraulic losses. The dimensions in the table are reference values and can be appropriately increased if necessary. Dimensions E and J are determined based on the specific conditions of the pump station. Dimension R is the minimum reference size and can be appropriately increased if conditions permit. The above dimensions are determined according to user requirements.
(3) The distance between the pump center and the rear pool wall is ≤ K.
(4) The center distance between two pumps in the same pool is ≥ L.

Installation Dimension Table 1 for Shaft Bent Pipe (QZB)

Serial number	Model	ΦA	ΦB	ΦC	ΦD	R	M	N	n-φd	F	H	G	I	K	L	Q	P	Axial water thrust(N)
1	350QZB-70G	400 or 500	755	800	600	500	1320	1150	4-28	285	715	2310	210	350	1350	1350	340	7050
2	350QZB-70D										715	1743						3150
3	350QZB-100										715	1743						5550
4	350QZB-125										715	1743						4850
5	500QZB-70G	600 or 700	975	1050	800	700	1580	1350	4-36	425	1110	2563	210	530	1750	1750	440	15950
6	500QZB-70D										815	2023						8950
7	500QZB-100GA										1120	2020						12700
8	500QZB-100DA										815	2020						7200
9	500QZB-100GB										1120	2025						12050
10	500QZB-100DB										815	2025						6650
11	500QZB-125G										1200	2025						8950
12	500QZB-125D										815	2025						5150
13	500QZB-160G										1200	2025						6650
14	500QZB-160D										815	2025						3650
15	600QZB-70	700 or 800	1175	1225	1000	800	1820	1600	4-36	525	1250	2580	230	650	2150	2150	540	19900
16	600QZB-100G										1250	2580						16100
17	600QZB-100D										885	2580						10100
18	600QZB-125										1250	2580						15200
19	600QZB-160G										1250	2580						9980
20	600QZB-160D										885	2580						14530
21	700QZB-50	800 or 900	1305	1365	1100	900	1950	1700	4-40	575	1000	2810	230	710	2350	2350	590	34250
22	700QZB-70G										1200	2860						33250
23	700QZB-70D										1000	2810						21050
24	700QZB-100G										1200	2860						26450
25	700QZB-100D										1000	2810						16950

Installation Dimension Table 2 for Shaft Bend Pipe (QZB)

Serial number	Model	ΦA	ΦB	ΦC	φD	R	M	N	n-φd	F	H	G	工	K	L	Q	P	Axial water thrust(N)
26	700QZB-125G	800 or 900	1305	1365	1100	900	1950	1700	4-40	575	1200	2860	230	710	2350	2350		21450
27	700QZB-125D										1000	2810						13750
28	700QZB-160G										1200	2860						16050
29	700QZB-160D										1000	2810						10250
30	800QZB-70G	900 or 1000	1405	1450	1200	1000	2000	1800	4-40	665	1125	2885	270	830	2750	2750	690	37410
31	800QZB-70D										1125	2885						34520
32	800QZB-100G										1125	2885						36900
33	800QZB-100D										1125	2885						32630
34	800QZB-125G										1125	2885						28400
35	800QZB-125D										1125	2885						23400
36	900QZB-50	1000 or 1100	1520	1600	1300	1100	2200	2000	4-40	815	1365	3905	310	1010	3350	3350	840	68000
37	900QZB-70										1520	3600						56200
38	900QZB-100G										1365	3360						45500
39	900QZB-100D										1365	3430						40300
40	900QZB-125										1590	3000						39500
41	900QZB-160										1355	3000						27700
42	1000QZB-50	1200	1630	1700	1400	1200	2250	2050	4-40	835	1380	4100	310	1030	3470	3470	840	66600
43	1000QZB-70										1380	3890						54700
44	1000QZB-100										1380	3290						44200
45	1000QZB-125										1380	3290						38400
46	1000QZB-160										1380	3290						27000
47	1200QZB-70	1400	1830	1900	1600	1400	2400	2200	4-40	900	2730	4290	310	1130	3780	3780	940	77700
48	1200QZB-100										1510	3780						62980
49	1200QZB-125										2820	3780						54690
50	1200QZB-160										2400	3780						38390

 

1. Minimum water level
2. Trash rack
3. Wall penetrating pipe
4. Tap the door

Note:
(1) The dimensions in the table refer to the installation dimensions of the pump and the hydraulic control dimensions designed for the pump station. The hydraulic dimensions designed for the pump station are only for reference.
(2) The size A is determined based on the flow rate to control the flow rate and reduce hydraulic losses. The dimensions in the table are reference values, and if necessary, they can be appropriately increased. The size E.J.R is determined based on the specific conditions of the pump station. The above dimensions are determined according to user requirements.
(3) The distance between the pump center and the rear pool wall is ≤ K.
(4) The center distance between two pumps in the same pool is ≥ L.

 

Steel shaft installation size table one (QZB)

Serial number	Model	ΦA	ΦB	ΦC	ΦD	T	M	N	n-φd	F	H	G	I	K	L	Q	P	Axial water thrust(N)
1	350QZB-70G	400 or 500	755	800	600	750	1320	1150	4-28	285	715	2310	210	350	1350	1350	340	7050
2	350QZB-70D										715	1743						3150
3	350QZB-100										715	1743						5550
4	350QZB-125										715	1743						4850
5	500QZB-70G	600 or 700	975	1050	800	900	1580	1350	4-36	425	1110	2563	210	530	1750	1750	440	15950
6	500QZB-70D										815	2023						8950
7	500QZB-100GA										1120	2020						12700
8	500QZB-100DA										815	2020						7200
9	500QZB-100GB										1120	2025						12050
10	500QZB-100DB										815	2025						6650
11	500QZB-125G										1200	2025						8950
12	500QZB-125D										815	2025						5150
13	500QZB-160G										1200	2025						6650
14	500QZB-160D										815	2025						3650
15	600QZB-70	700 or 800	1175	1225	1000	1000	1820	1600	4-36	525	1250	2580	230	650	2150	2150	540	19900
16	600QZB-100G										1250	2580						16100
17	600QZB-100D										885	2580						10100
18	600QZB-125										1250	2580						15200
19	600QZB-160G										1250	2580						9980
20	600QZB-160D										885	2580						14530
21	700QZB-50	800 or 900	1305	1365	1100	1100	1950	1700	4-40	575	1000	2810	230	710	2350	2350	590	34250
22	700QZB-70G										1200	2860						33250
23	700QZB-70D										1000	2810						21050
24	700QZB-100G										1200	2860						26450
25	700QZB-100D										1000	2810						16950

Steel shaft installation size table 2 (QZB)

Serial number	Model	ΦA	ΦB	ΦC	ΦD	T	M	N	n-φd	F	H	G	I	K	L	Q	P	Axial water thrust(N)
26	700QZB-125G	800 or 900	1305	1365	1100	1100	1950	1700	4-40	575	1200	2860	230	710	2350	2350		21450
27	700QZB-125D										1000	2810						13750
28	700QZB-160G										1200	2860						16050
29	700QZB-160D										1000	2810						10250
30	800QZB-70G	900 or 1000	1405	1450	1200	1200	2000	1800	4-40	665	1125	2885	270	830	2750	2750	690	37410
31	800QZB-70D										1125	2885						34520
32	800QZB-100G										1125	2885						36900
33	800QZB-100D										1125	2885						32630
34	800QZB-125G										1125	2885						28400
35	800QZB-125D										1125	2885						23400
36	900QZB-50	1000 or 1100	1520	1600	1300	1250	2200	2000	4-40	815	1365	3905	310	1010	3350	3350	840	68000
37	900QZB-70										1520	3600						56200
38	900QZB-100G										1365	3360						45500
39	900QZB-100D										1365	3430						40300
40	900QZB-125										1590	3000						39500
41	900QZB-160										1355	3000						27700
42	1000QZB-50	1200	1630	1700	1400	1300	2250	2050	4-40	835	1380	4100	310	1030	3470	3470	840	66600
43	1000QZB-70										1380	3890						54700
44	1000QZB-100										1380	3290						44200
45	1000QZB-125										1380	3290						38400
46	1000QZB-160										1380	3290						27000
47	1200QZB-70	1400	1830	1900	1600	1400	2400	2200	4-40	900	2730	4290	310	1130	3780	3780	940	77700
48	1200QZB-100										1510	3780						62980
49	1200QZB-125										2820	3780						54690
50	1200QZB-160										2400	3780						38390

 

3. Prefabricated concrete shaft installation and dimensions

1. Minimum water level
2. Wall penetrating pipe
3. Tap the door

Note:
(1) The dimensions in the table refer to the installation dimensions of the pump and the hydraulic control dimensions designed for the pump station. The hydraulic dimensions designed for the pump station are only for reference.
(2) Size A is determined based on the flow rate to control the flow rate and reduce hydraulic losses. The dimensions in the table are reference values and can be appropriately increased if necessary. Size E is determined based on the specific conditions of the pump station. The above dimensions are determined according to user requirements.
(3) The distance between the pump center and the rear pool wall is less than ≤K.
(4) The center distance between two pumps in the same pool is greater than  ≥L.

 

Size Table 1 for Concrete Prefabricated Shaft Installation (QZB)

Serial number	Model	ΦA	ΦD	M	N	n-φd	F	H	G	I	K	L	Q	P	W	ΦX	Axial water thrust(N)
1	350QZB-70G	400 or 500	600	1320	1150	4-28	285	715	2310	210	350	1350	1350	340	350	510	7050
2	350QZB-70D							715	1743								3150
3	350QZB-100							715	1743								5550
4	350QZB-125							715	1743								4850
5	500QZB-70G	600 or 700	800	1580	1350	4-36	425	1110	2563	210	530	1750	1750	440	530	650	15950
6	500QZB-70D							815	2023								8950
7	500QZB-100GA							1120	2020								12700
8	500QZB-100DA							815	2020								7200
9	500QZB-100GB							1120	2025								12050
10	500QZB-100DB							815	2025								6650
11	500QZB-125G							1200	2025								8950
12	500QZB-125D							815	2025								5150
13	500QZB-160G							1200	2025								6650
14	500QZB-160D							815	2025								3650
15	600QZB-70	700 or 800	1000	1820	1600	4-36	525	1250	2580	230	650	2150	2150	540	650	850	19900
16	600QZB-100G							1250	2580								16100
17	600QZB-100D							885	2580								10100
18	600QZB-125							1250	2580								15200
19	600QZB-160G							1250	2580								9980
20	600QZB-160D							885	2580								14530
21	700QZB-50	800 or 900	1100	1950	1700	4-40	575	1000	2810	230	710	2350	2350	590	710	950	34250
22	700QZB-70G							1200	2860								33250
23	700QZB-70D							1000	2810								21050
24	700QZB-100G							1200	2860								26450
25	700QZB-100D							1000	2810								16950

Size Table 2 for Installation of Concrete Prefabricated Shaft Type (QZB)

Serial number	Model	ΦA		M	N	n-φd	F	H	G	I	K	L	Q	P			Axial water thrust(N)
26	700QZB-125G	800 or 900	1100	1950	1700	4-40	575	1200	2860	230	710	2350	2350		710	950	21450
27	700QZB-125D							1000	2810								13750
28	700QZB-160G							1200	2860								16050
29	700QZB-160D							1000	2810								10250
30	800QZB-70G	900 or 1000	1200	2000	1800	4-40	665	1125	2885	270	830	2750	2750	690	840	1050	37410
31	800QZB-70D							1125	2885								34520
32	800QZB-100G							1125	2885								36900
33	800QZB-100D							1125	2885								32630
34	800QZB-125G							1125	2885								28400
35	800QZB-125D							1125	2885								23400
36	900QZB-50	1000 or 1100	1300	2200	2000	4-40	815	1365	3905	310	1010	3350	3350	840	1020	1150	68000
37	900QZB-70							1520	3600								56200
38	900QZB-100G							1365	3360								45500
39	900QZB-100D							1365	3430								40300
40	900QZB-125							1590	3000								39500
41	900QZB-160							1355	3000								27700
42	1000QZB-50	1200	1400	2250	2050	4-40	835	1380	4100	310	1030	3470	3470	840	1040	1250	66600
43	1000QZB-70							1380	3890								54700
44	1000QZB-100							1380	3290								44200
45	1000QZB-125							1380	3290								38400
46	1000QZB-160							1380	3290								27000
47	1200QZB-70	1400	1600	2400	2200	4-40	900	2730	4290	310	1130	3780	3780	940	1140	1400	77700
48	1200QZB-100							1510	3780								62980
49	1200QZB-125							2820	3780								54690
50	1200QZB-160							2400	3780								38390

 

4. Installation and Size of Concrete Prefabricated Shaft with Closed Inlet Channel
① Dustpan shaped inlet channel

1. Cleaning machine
2. Minimum water level
3. Valve maintenance
4. One time pouring of embedded parts
5. Secondary pouring of embedded parts, pouring after on-site welding
6. Second pouring
7. First pouring
8. Floating box flap door
9. Valve maintenance

Note:
(1) The inlet channel can be equipped with elbow shaped, bell shaped, and dustpan shaped channels. The channel dimensions in the installation dimension table are dustpan shaped channels (for reference only).
(2) In addition to meeting the requirements in the table, the submergence depth must also be at least 500mm higher than the upper edge of the inlet of the channel.
(3) Generally speaking, the installation dimensions of the pump section are provided by the supplier, and the submergence depth is jointly determined by the supplier and the design party, and then verified through device testing. The geometric dimensions of the inlet and outlet water channels are calculated by the design unit according to the specifications through numerical modeling, and after preliminary determination, device model testing is carried out. The geometric dimensions of the flow channel provided by the manufacturer are used as a reference for the design unit during design.
(4) The geometric dimensions of the flow channel proposed by the supplier are for reference only by the user and the designer.

Size Table for Installation of Concrete Prefabricated Shaft with Closed Inlet Channel

Model	H1	H2	ΦA	h	①B	M	N	n-φd	G×H	Pump weight (kg)	Axial water thrust(N)
1200QZB-70	1580	2150	1600	950	1900	2000	1750	4-40	1400×1400	7400	77700
1200QZB-100		800								5890	62980
1200QZB-125		2250								5890	54690
1200QZB-160		1750								5890	38390
1300QZB-70	1910	800	1800	1150	2100	2250	1950	4-40	1400×1600	9010	95300
1300QZB-100		800								8010	77050
1300QZB-125		800								8010	66950
1300QZB-160		800								8010	46990
1400QZB-70	1990	1080	1900	1200	2200	2350	2050	4-40	1400×1800	10010	112950
1400QZB-100		800								9010	91450
1400QZB-125		1180								9010	79350
1400QZB-160		800								9010	55650
1600QZB-100	2460	800	2300	1480	2600	2750	2450	4-40	1400×1800	12010	134450
1600QZB-125		900								12010	116750
1600QZB-160		800								12010	81880
1000HB-40	1350	2050	1400	750	1700	1800	1550	4-40	1200×1200	6780	68990
1000HB-50		2050								6280	62990
1200HB-40	1580	2250	1600	950	1900	2000	1750	4-40	1400×1400	7920	79880
1200HB-50		2250								7320	73880

 

②Bell shaped inflow to size chart

1. Truck crane
2. Concrete activity cover plate
3. Manhole cover
4. Diving wire lead out
5. Minimum water level
6. Submersible pump
7. Concrete shaft
8. Inlet water
9. Maximum water level
10. Minimum water level
11. Water outlet
12. Floating box flap door

Serial number	Model	φ1	φD	φD	φd	H₃	H	H	H:	H	B	L	L	a×b	A×B	Pump weight (kg)
1	1200QZB 70	1600	950	1350	466	300	1350	438	580	760	2700	3400	1260	1400×1400	2400×2400	7400
2	1200QZB-100				388											5890
3	1200QZB-125				306											5890
4	1200QZB-160				290											5890
5	1300QZB-70	1800	1060	1520	480	400	1500	488	650	850	3000	3800	1400	1400×1600	2600×2600	9010
6	1300QZB-100				432											8010
了	1300QZB-125				400											8010
8	1300QZB-160				385											8010
9	1400QZB-70	1900	1170	1680	576	500	1650	540	720	940	3300	4200	1560	1400×1800	2800×2800	10010
10	1400QZB-100				480											9010
11	1400QZB-125				380											9010
12	1400QZB-160				358											9010
13	1600QZB-100	2300	1515	2200	616	600	2100	695	930	1200	4300	5400	2000	1800×1800	2800×2800	12010
14	1600QZB-125				487											12010
15	1600QZB-160				460											12010
16	1000HB2.6-12	1400	750	1150	321	200	1100	350	450	670	2400	3000	1000	1200×1200	2200×200	6780
17	1000HB2.6-12A				321											6280
18	1200HB3.1-12	1600	950	1350	350	300	1350	438	580	760	2700	3400	1260	1400×1400	2400×2400	7920
19	1200HB3.1-12A				350											7320

 

Other installation forms and accessories

1. Floor standing installation of wellbore

1. Minimum water level
2. Wall penetrating pipe
3. Tap the door

Explanation:
(1) Floor standing installation is an installation method developed on the basis of steel wellbore installation, which has the characteristics of stability and reliability. The pump seat can be fixed by pre embedded anchor bolts.
(2) The elevation of the vertical pipe between the pump seat and the electric pump can be adjusted, and a middle auxiliary support can be provided when the vertical pipe is long.
(3) The position of the water outlet pool can be adjusted by extending the horizontal water outlet pipe.

2. Distributed installation of wellbore

1. Minimum water level
2. Wall penetrating pipe
3. Floating box flap door

Explanation:
This installation method is preferred for the installation of low head submersible electric pumps.

3. Diagonal installation
① Sled installation
Features:
1. Suitable for small and medium-sized units, flexible and convenient, especially suitable for flood control and emergency rescue or situations where temporary pump stations need to be established.
2. Directly using pipelines to transport media, with reliable sealing and no leakage.
3. The civil engineering is simple, the construction amount is small, and the existing ramp construction can be utilized. The construction period is short and the investment is low.

② Pipeline direct installation
Features:
1. It is suitable for Rivers and Lakes where the water level changes frequently.
2. Directly using pipelines to transport media, with reliable sealing, no leakage, and no need to build inlet and outlet water tanks. This method is particularly space saving for the structure of a separate sand room.
3. The civil engineering is simple, the construction amount is small, and the existing ramp construction can be utilized. The construction period is short and the investment is low.
Points to note:
To prevent tipping over, there should be sufficient span in the design.

4. Attachment:
① Floating box flap door
Installation dimension table of floating box flap door

Diameter of wellbore water outlet	ΦD	ΦD1	ΦD2	n-Φd	b
350	350	445	495	8-18	20
400	400	495	540	8-23	20
500	500	655	710	6-27	22
600	600	705	755	10-27	27
700	700	810	860	12-27	27
800	800	920	980	12-27	27
900	900	1020	1075	12-27	30
1100	1100	1220	1280	12-27	30
1000	1000	1120	1175	12-27	30
1200	1200	1320	1380	12-27	32
1300	1300	1430	1500	12-27	32
1400	1400	1560	1630	12-36	35
1600	1600	1760	1830	12-36	35
1800	1800	2000	2360	12-36	40

 

② Rubber slow closing check valve

Outline drawing of built-in connection

Outline drawing of sleeve type connection

Outline drawing of flange type connection

Connection size table:

Nominal diameter (DN)	φ600	φ800	φ1000	φ1200	φ1400	φ1500	φ1600	φ1800	φ2000
Valve inner diameter D	φ630	φ820	φ1020	φ1230	φ1440	φ1532	φ1632	φ1850	φ2050
Bolt hole center diameter D ₂	φ795	φ1000	φ1240	φ1450	φ1680	φ1760	φ1880	φ2220	φ2400
Outer diameter of flange D	φ840	φ1050	φ1290	φ1510	φ1740	φ1830	φ1950	φ2320	φ2500
Bolt hole diameter	26	30	30	33	33	36	36	36	36
number of bolts	20	24	28	32	36	36	40	48	48
thread specification	M24	M27	M27	M30	M30	M33	M33	M33	M33
Rubber valve body length L ₂	920	1180	1432	1658	1858	1925	2122	2348	2600
The total length of the built-in valve tube is L	1520	1888	2580	2860	3280	3450	3780	4150	4680
Sleeve type valve pipe straight pipe length Ls	200	200	250	250	300	300	300	400	400
Rubber valve body height H	1050	1390	1690	2030	2400	2590	2760	3030	3400
Self weight (kg)	142	292	452	832	1025	1125	1245	1425	1615

 

Scope of complete supply and ordering instructions

1. Scope of complete supply

Scope of supply		Installation method				Remarks
		Shaft type			Prefabricated concrete for closed inlet channel
		Bend type	Steel standard	Prefabricated concrete
Required item	main pump	★	★	★	★	The cable length is determined by the user
	control cabinet	★	★	★	★
	Cable fixing device	★	★	★	★	The length is determined according to user requirements
	Manhole cover device			★	★
	Shaft (including tee)	★	★
	mounting base			★	★
	1、 Secondary embedded parts				★
Optional parts	trash rack	★	★	★	★	The external dimensions and installation dimensions are determined by the user
	Wall penetrating pipe	★	★	★	★
	terminal box	★	★	★	★
	level switch	★	★	★	★
	knock on the door	★	★	★	★
	Butterfly (gate) valve	★	★	★	★
	check valve	★	★	★	★
	Flexible rubber hose	★	★	★	★
Vulnerable parts	Inlet sealing ring	★	★	★	★
	sealing ring	★	★	★	★
	Impeller blades	★	★	★	★
	bearing	★	★	★	★
	mechanical seal	★	★	★	★
	O-ring	★	★	★	★

 

2. Ordering Notice
(1) The accurate product model and name, installation form, performance parameters (flow rate, head, motor power), and operating voltage (380V, 660V, 3KV, 6kV, 10KV) should be specified in the contract.
(2) The control cabinet should indicate its starting method (direct starting, autotransformer pressure reducing starting, thyristor soft starting), liquid level control method (floating ball liquid level, pressure transmitter digital liquid level, ultrasonic liquid level), and installation form (indoor or outdoor).
(3) If a terminal box is required, it should be indicated whether it is a control type or a wiring type: indoor or outdoor.
(4) The dimensions that need to be determined by the user in the "scope of supply" should be provided in a timely manner, and the user should also provide equipment installation and construction drawings.
(5) The normal supply length of our company's submersible pump cable is 10m. If the user has special requirements, please specify.
(6) If there are any other special requirements, please contact our technical department before signing the contract.

Scope of complete supply and ordering instructions

1、 Open type inlet (inlet pool)

Open type inlet (water tank) has a simple structure and easy construction, and is widely used in small and medium-sized pump stations. The hydraulic design of this type of channel is highly valued both domestically and internationally, and extensive experimental research has been conducted. Many researchers have proposed design criteria for open inlet tanks in the form of empirical coefficients based on experimental results. However, there are significant differences in the criteria proposed by various parties, and there is still no unified or optimal hydraulic design criterion. Below are general design reference criteria.

1. Minimum water level
2. Polygonal rear wall
3. Semi circular rear wall

Comprehensive dimension diagram of inlet pool (different shapes of rear wall)

Geometric dimensions of forward inlet straight inlet pool

Geometric dimensions of the inlet pool	Japanese Mechanical Society	British Society for Fluid Dynamics Engineering	American Hydraulic Institute	On site testing at Liyang Shuangqiao Station	Suggested value	Terms of Use
Pool width Bj/DL	2.0~2.5	2~3	2.6~2.8	2.0~2.5	2.0~2.5	Take small values for small pumps and large values for large pumps.
Suspended high M/DL	0.5~0.75	0.5~0.75	0.52~0.59	0.5~0.7	0.5~0.7	Take small values for small pumps and large values for large pumps.
Rear pool wall T/DL	0.8~1.0	0.75	1.2~1.4		0.5~0.75
Ike Naga XL/DL		4.0		8.0	5~8

 

The hydraulic design of an open inlet (inlet pool) is generally based on the inlet diameter D of the horn pipe. The main reason for this is that the water flow into the pump first passes through the cylindrical surface between the horn pipe mouth and the flow channel bottom plate, and then enters the pump through the horn pipe mouth. It is natural to determine the size of the inlet channel based on the diameter of the horn tube as the basic parameter. But the problem is that the current design of the horn tube has not been standardized, and the inlet diameter of the horn tube is a variable. The ratio of the inlet diameter of the horn tube to the diameter of the pump impeller may not be the same. If D. is used as the basic parameter, it will cause confusion in hydraulic design criteria and appear inappropriate. If the horn tube can be standardized, the hydraulic design of the inlet channel should be based on the horn diameter or impeller diameter as the basic parameters. Otherwise, the pump impeller diameter should be used as the basic parameter.

According to the data "Optimization of Hydraulic Design for Pump Station Inlet Channel", the recommended design for open inlet is as follows

(1) Suspended height M

The recommended suspended height is M=(0.68~1.2) D. For larger or smaller horn tube inlet diameters (1.67D.), take the smaller value, and for smaller horn tube inlet diameters (1.46D.), take the larger value: For larger or smaller horn tube inlet diameters, the value of suspended height can still be within this range.

(2) Rear wall distance T

The determination of the distance between the rear walls is basically not affected by the use of a horn tube for water suction. Some water flow must enter the pump from the rear of the horn tube, so a certain distance between the rear walls is necessary; However, the excessively large distance between the rear walls increases the degree of freedom of water flow in the rear wall space, increases the possibility of vortex generation, and requires a corresponding increase in submergence depth. According to the optimization calculation results, the rear wall distance is taken as (0.8-1.0) D. It is sufficient to meet the requirements.

(3) Pool width Bj

In order to allow a portion of the water flow to smoothly enter the pump from both sides and behind the horn pipe, a certain pool width is required: excessively large pool widths can suddenly increase civil engineering investment. The diameter of the horn tube inlet to some extent affects the determination of the optimal pool width. Based on the optimization calculation results, it is recommended that the pool width be (3.5-4.5) D. The inlet diameter of the larger horn tube is taken as the smaller value, and the inlet diameter of the lighter horn tube is taken as the larger value.

(4) Pool length X

In the case of forward inflow, sufficient pool length is necessary to achieve a generally uniform water flow before reaching the horn pipe. The pool length can be determined according to the layout requirements of the upper structure of the pump room, generally taking (7.0~8.0) D. In the case of lateral inflow, the pool water needs to be appropriately increased or necessary rectification measures need to be taken. The determination of pool length is independent of the size of the inlet diameter of the horn tube used.

(5) Flat shape

The calculation results show that the planar shape of the inlet pool has little effect on the working state of the pump: according to experimental data, the planar shape has a certain impact on the hydraulic loss of the inlet pool, with the heart-shaped hydraulic loss being the smallest and the rectangular hydraulic loss being the largest.

2、 The issues that need to be noted in the design of the inlet pool include:

(1) Make the flow in the inlet pool close to natural flow, and the flow should be able to evenly suction each pump.

(2) The configuration of the pump, the position of the inlet, and the design of the shape of the inlet pool should not cause backflow.

(3) The flow velocity entering the inlet of the water tank should be slow, with a value below 0.7m/s. In addition, it is advisable to maintain a flow velocity of 0.3m/s or less near the pump suction inlet located in the inlet pool.

(4) The flow channel cannot suddenly expand or change direction sharply.

(5) The design size of the inlet pool should not be too large or too small relative to the flow rate of the pump.

(6) Avoid installing another pump upstream of one pump.

(7) There should be sufficient submergence depth to avoid the generation of air intake vortices.

(8) Lower the bottom of the inlet pipe to smoothly connect it to the inlet pool. At the same time, the ends of the inlet and return pipes in the inlet pool should be submerged in the water, which is beneficial for smooth drainage. In this way, the water flowing in from the inlet pipe will not be sucked into the air and flow into the inlet pool.

(9) To prevent the occurrence of vortices, appropriate anti vortex walls and partition walls should be installed.

 

The following table provides examples of incorrect and correct water intake

Bad example	Precautions	Excellent example
	(2)
	(2)、(4)
	(5)
	(2)、(4)
	(1)、(4)、(6)
	(1)、(2) (4)、(6)
	(1)、(2)、(4)
	(8)
	(8)
	(8)

 

3、 Reference diagram for closed inlet channel

1. Elbow shaped inlet channel

The elbow shaped inlet channel is commonly used and the design and research are relatively mature. The cross-section of the elbow shaped inlet channel gradually shrinks, and the water flow state inside the channel is good with small hydraulic losses; The width of the channel plane is relatively small, usually B/D=2-2.5 (D is the diameter of the pump impeller, B is the width of the channel). In addition to the insufficient elbow shaped inlet channel, the height of the channel is relatively high, which may increase the excavation depth of the pump station foundation pit. Usually Hw/D=1.6~1.8 (Hw is the vertical distance from the center of the impeller to the bottom of the flow channel), and secondly, due to the complex profile, high construction technology requirements are required.

The main contradiction in hydraulic design of elbow shaped inlet channels is the inability to increase the average angle of water flow into the pump, while the uniformity of flow velocity generally meets the requirements. The geometric parameter that has the greatest impact on the average angle of water flow into the pump is the center height Hw of the pump impeller. Its value should not be too small, preferably not less than 1.6 Do. Without significantly increasing civil engineering investment, it is recommended to use a diameter of 1.8D with an impeller diameter of Do=1m, an impeller chamber inlet diameter of D1=0.97D, and a distance of Hp=0.167D from the center of the pump impeller to the inlet of the impeller chamber. As an example design, for different pump impeller diameters and pump impeller chamber diameters, corresponding conversions can be made based on the ratio of pump impeller diameters.

No.	X,	Y1	X₂	Y₂	B	H	R
1	0	1940	0	0	2260	1940	0
3	1210	1445	1210	0	2260	1445	0
5	2420	950	2420	0	2127	950	31
7	2583	894	2855	0	1968	935	75
9	2753	873	3288	37	1748	992	146
11	2908	937	3682	212	1456	1060	258
13	2981	1090	3919	570	1192	1072	379
15	3002	1261	3992	998	1041	1024	459
17	3008	1433	3992	1433	984	984	492
19	3015	1633	3985	1633	970	970	485

Recommended elbow shaped inlet channel single line diagram (Hw=1.8Do)