The evaporative circulating pump of Model-FJX series is an axial pump with large capacity and low delivery head, which is specially used for the forced circulation of evaporators of industries such as Timonium phosphate, phosphoric acid, salt making of vacuum method, aluminum oxide, caustic soda, and light industries, as well as the circulating pump of crystallizers and reactors. ENINE axial pump Technical parameters: Range of flow rate:300~12000M³/h Range of delivery head: 2-4m,Working pressure:1MPa,Working temperature: 170℃.Annotate: the user should provide detailed data when ordering, and according to use's requirements of capacity, delivery head, and medium properties, etc.

Product models	The installation angle of the blade	Capacity M3/h	Delivery Head M	Rotation speed r/min	Efficiency %	Shaft power N	Matched Motor kw
FJX-250		300	2.5	980	60	3.4
FJX-300		520	3	980	62	6.8
FJX-350		1350	4	980	65	29.6
FJX-450		2200	4	980	68	35.2
FJX-500		2650	4	740	70	42
FJX-550		4000	4	740	70	62.8
FJX-700	-4	4772	3.3	370	75.6	56.7
	-2	5320	3.4	400	76.1	64.7
	0	5700	3.5	430	76.9	70.7
	-2	6154	3.6	460	76.6	78.8
	-4	6579	3.6	490	75.2	85.8
FJX-800	-4	6142	3.8	500	75.4	84.3
	-2	6790	3.8		76.8	86.7
	0	7400	3.7		77.2	96.6
	2	7815	3.7		76.7	102.7
	4	8417	3.8		75.5	115.4
FJX-900	-4	7748	3.4	424	76.1	94.3
	-2	8407	3.4		77.4	100.3
	0	9000	3.5		78	110
	2	9656	3.5		77.3	119.1
	4	10280	3.6		77.4	130.2
FJX-1000	-4	9210	3.4	380	76.3	111.8
	-2	1078	3.5		77.5	132.6
	0	11000	3.5		78	134.4
	2	11970	3.6		77.3	151.1
	4	12700	3.6		76.5	162.8

Note: If the performance data of the pump is not listed in the table, it could be changed through changing the rotation speed. The performance after changing of rotation speed is calculated as the following equation Flow rate Q/Q=(n/n),Delivery head H/H=(n/n)2,Power of the shaft P/P=(n/n)3 The power and turning speed of matched motor should be decided according to the capacity, delivery head, specific gravity of the medium, linear velocity of the impeller required by the user. The power of the shaft could be corrected by multiplying the power of shaft for clean water and the specific gravity and correction factor of suspension liquid.