GB type detachable pipeline pump

NegotiableUpdate on 11/10

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The GB type detachable pipeline pump is a novel and technologically advanced product developed on the basis of the ISG type pump. This vertical pump has made bold breakthroughs in its overall structure design. Adopting an independent bearing body and pump shaft support, the shortcomings of the original vertical pump relying on motor bearings for support have been solved; Adopting an excellent hydraulic model impeller eliminates the shortcomings of the original vertical pump with high axial force; The motor adopts the Y series standard universal motor, which solves the problem of difficult replacement of the original vertical pump extension shaft motor; At the same time, the 100% detachable structure solves the problem of replacing the bearings, mechanical seals, impellers, and pump shafts of high-power water pumps. Compared with similar domestic products, this pump has irreplaceable advantages such as smoother operation, longer service life, more convenient matching, and easier maintenance. Among the vertical pump series products, it ranks among the top in China with advanced technologies. It is an ideal product to replace various conventional centrifugal pumps such as ISG vertical pumps, IS centrifugal pumps, and S-type double suction pumps.

Product Details

Product Features:

The GB type detachable pipeline pump has a vertical structure, which is easy to install and debug. The uniquely designed motor and pump body are connected by a coupling body, with high concentricity and processing accuracy, greatly reducing the footprint and reducing the construction investment of the pump room by 30% to 60%. The stable foundation, compact structure, exquisite casting and appearance treatment give the vertical centrifugal pump a new beauty, making the produced product radiate artistic charm, comparable to famous foreign manufacturers' vertical pumps.
Equipped with Y series standard universal motors produced by well-known domestic manufacturers, it runs smoothly and has extremely low noise.
The bearings adopt internationally renowned brand precision bearings, which have high precision, good reliability, and long service life.
The impeller adopts an excellent hydraulic model from the 1990s that can self balance axial force, greatly extending the service life of pump bearings and mechanical seals.
The bearings inside the motor bearing seat are equipped with oil filling holes and oil drainage holes, making maintenance and upkeep of the bearings very convenient.
The detachable rigid intermediate coupling ensures that the pump starts without vibration or noise, and the rotating parts are equipped with reliable safety protection covers, providing excellent safety.
Mechanical seals are made of materials such as stainless steel, tungsten carbide, and fluororubber, which are resistant to high temperatures and pressures, have a long operating life, no leakage, and no wear on the shaft, ensuring a clean working environment.
The pump cover structure is uniquely designed, and the bearing seat can be easily removed by simply removing the hard middle coupling and pump cover nut. Pump cover, pump shaft, impeller and other components can be replaced with mechanical seals and impellers without disassembling the motor, pump body and pipeline, making maintenance convenient and fast.

Working conditions:

The high working pressure of the pump system is 1.6MPa, which means that the pump suction pressure+pump head is ≤ 1.6MPa (if the pump head and working pressure are greater than 1.6MPa, they should be separately specified in the order, so that the overcurrent components and connecting components of the pump can be made of cast steel during manufacturing).
The conveying medium is clear water or other liquids with physical and chemical properties similar to clear water. (If the conveying medium contains small particles, it should be specified separately when ordering to facilitate the assembly of wear-resistant mechanical seals.).
Environmental temperature ≤ 40 ℃, relative humidity ≤ 95%.

performance parameters

Model number	Traffic volume Q		head H	speed n	efficiency or	Supporting power P	cavitation Excess NPSH	Vortex chamber Form	Pump inlet and outlet Caliber φ
Model number	m³/h	L/S	m	r/min	%	KW	m	Vortex chamber Form	mm
40GB-18	5.00	1.39	18	2950	55	1.5	2.2	Single vortex chamber	40×40
40GB-20	5.00	1.39	20	2950	56	1.5	2.2	Single vortex chamber	40×40
40GB-25	5.00	1.39	25	2950	44	1.5	2.2	Single vortex chamber	40×40
40GB-32	5.00	1.39	32	2950	43	2.2	2.2	Single vortex chamber	40×40
50GB-18	12.5	3.47	18	2950	53	1.5	2.5	Single vortex chamber	50×50
50GB-20	12.5	3.47	20	2950	54	2.2	2.5	Single vortex chamber	50×50
50GB-25	25	6.95	25	2950	55	3	2.5	Single vortex chamber	50×50
50GB-32	12.5	3.47	32	2950	56	3	2.5	Single vortex chamber	50×50
65GB-25	25	6.95	25	2950	64	4	2.5	Single vortex chamber	65×65
65GB-32	25	6.95	32	2950	65	5.5	3	Single vortex chamber	65×65
80GB-18	50	13.9	18	2950	62	4	3	Single vortex chamber	80×80
80GB-20	50	13.9	20	2950	65	4	3.5	Single vortex chamber	80×80
80GB-25	50	13.9	25	2950	63	5.5	3.5	Single vortex chamber	80×80
80GB-32	50	13.9	32	2950	66	7.5	3.5	Single vortex chamber	80×80
80GB-45	50	13.9	45	1450	62	11	3.5	Single vortex chamber	80×80
80GB-50	50	13.9	50	1450	64	15	3.5	Single vortex chamber	80×80
80GB-75	50	13.9	75	2950	63	22	3.5	Single vortex chamber	80×80
80GB-80	50	13.9	80	2950	63	22	3.5	Single vortex chamber	80×80
80GB-95	50	13.9	95	1450	55	30	3.5	Single vortex chamber	80×80
80GB-100	50	13.9	100	1450	53	30	3.5	Single vortex chamber	80×80

Model number	Traffic volume Q		head H	speed n	efficiency or	Supporting power P	cavitation Excess NPSH	Vortex chamber Form	Pump inlet and outlet Caliber φ
Model number	m³/h	L/S	m	r/min	%	KW	m	Vortex chamber Form	mm
80GB-115	50	13.9	115	2950	53	37	3.5	Single vortex chamber	80×80
80GB-120	50	13.9	120	2950	54	45	3.5	Single vortex chamber	80×80
80GB-125	50	13.9	125	2950	54	45	3.5	Single vortex chamber	80×80
100GB-18	100	27.8	18	2950	64	7.5	3.5	Single vortex chamber	100×100
100GB-20	100	27.8	20	2950	65	11	3.5	Single vortex chamber	100×100
100GB-25	100	27.8	25	2950	72	15	3.8	Single vortex chamber	100×100
100GB-32	100	27.8	32	2950	72	15	3.7	Single vortex chamber	100×100
100GB-40	100	27.8	40	1450	67	18.5	3.5	Single vortex chamber	100×100
100GB-45	100	27.8	45	1450	66	22	3.5	Single vortex chamber	100×100
100GB-50	100	27.8	50	1450	66	30	3.6	Single vortex chamber	100×100
100GB-75	100	27.8	75	1450	60	37	3.9	Single vortex chamber	100×100
100GB-80	100	27.8	80	1450	58	45	4.0	Double vortex chamber	100×100
100GB-100	100	27.8	100	1450	53	55	4.0	Double vortex chamber	100×100
100GB-115	100	27.8	115	1450	62	75	4.0	Double vortex chamber	100×100
100GB-120	100	27.8	120	1450	62	75	4.0	Double vortex chamber	100×100
100GB-125	100	27.8	125	1450	52	75	4.0	Double vortex chamber	100×100
125GB-20	180	50	30	1450	57	18.5	4.1	Single vortex chamber	125×125
125GB-32	180	50	32	1450	60	30	4.1	Single vortex chamber	125×125
125GB-45	180	50	45	1450	70	37	4.0	Double vortex chamber	125×125
125GB-50	180	50	50	1450	70	37	4.0	Double vortex chamber	125×125
125GB-90	180	44.5	90	1450	68	55	4.1	Double vortex chamber	125×125
125GB-100	180	44.5	100	1450	64	55	4.1	Double vortex chamber	125×125
125GB-110	180	44.5	110	1450	63	75	4.1	Double vortex chamber	125×125
125GB-115	180	44.5	115	1450	60	75	4	Double vortex chamber	125×125

Model number	Traffic volume Q		head H	speed n	efficiency or	Supporting power P	cavitation Excess NPSH	Vortex chamber Form	Pump inlet and outlet Caliber φ
Model number	m³/h	L/S	m	r/min	%	KW	m	Vortex chamber Form	mm
125GB-120	180	44.5	120	1450	62	90	4	Double vortex chamber	125×125
125GB-125	180	44.5	125	1450	64	90	4	Double vortex chamber	125×125
150GB-18	200	55.6	18	1450	64	15	3.3	Single vortex chamber	150×150
150GB-20	200	55.6	20	1450	76	18.5	3.3	Single vortex chamber	150×150
150GB-25	200	55.6	25	1450	66	22	3.5	Single vortex chamber	150×150
150GB-32	200	55.6	32	1450	71	30	3.8	Single vortex chamber	150×150
150GB-45	200	55.6	45	1450	72	37	4.9	Double vortex chamber	150×150
150GB-50	200	55.6	50	1450	75	45	4.0	Double vortex chamber	150×150
150GB-60	200	55.6	60	1450	67	55	3.9	Double vortex chamber	150×150
150GB-65	200	55.6	65	1450	66	55	3.8	Double vortex chamber	150×150
150GB-75	200	55.6	75	1450	68	75	4.0	Double vortex chamber	150×150
150GB-80	200	55.6	80	1450	68	75	4.0	Double vortex chamber	150×150
150GB-90	200	55.6	90	1450	68	90	4.1	Double vortex chamber	150×150
150GB-100	200	55.6	100	1450	66	90	4.0	Double vortex chamber	150×150
150GB-115	200	55.6	115	1450	69	110	4.0	Double vortex chamber	150×150
150GB-120	200	55.6	120	1450	70	110	4.1	Double vortex chamber	150×150
150GB-125	200	55.6	125	1450	70	110	4.0	Double vortex chamber	150×150
200GB-20	300	83.3	20	1450	82	22	3.7	Double vortex chamber	200×200
200GB-25	300	83.3	25	1450	75	30	3.8	Double vortex chamber	200×200
200GB-45	300	83.3	45	1450	76	55	4	Double vortex chamber	200×200
200GB-50	300	83.3	50	1450	78	55	4	Double vortex chamber	200×200
200GB-75	300	83.3	75	1450	71	110	4	Double vortex chamber	200×200
200GB-80	300	83.3	80	1450	73	110	4	Double vortex chamber	200×200
200GB-90	300	83.3	90	1450	70	110	4.1	Double vortex chamber	200×200

Model number	Traffic volume Q		head H	speed n	efficiency or	Supporting power P	cavitation Excess NPSH	Vortex chamber Form	Pump inlet and outlet Caliber φ
Model number	m³/h	L/S	m	r/min	%	KW	m	Vortex chamber Form	mm
200GB-100	300	83.3	100	1450	72	132	4.1	Double vortex chamber	200×200
200GB-115	300	83.3	115	1450	65	160	4	Double vortex chamber	200×200
200GB-120	300	83.3	120	1450	65	160	4	Double vortex chamber	200×200
200GB-125	300	83.3	125	1450	67	160	4	Double vortex chamber	200×200
250GB-20	500	138.9	20	1450	72	45	4.0	Double vortex chamber	250×250
250GB-25	500	138.9	25	1450	72	45	4.1	Double vortex chamber	250×250
250GB-40	500	138.9	40	1450	72	90	4.1	Double vortex chamber	250×250
250GB-50	500	138.9	50	1450	83	90	4.1	Double vortex chamber	250×250
250GB-55	500	138.9	55	1450	83	110	4.1	Double vortex chamber	250×250
250GB-80	500	138.9	80	1450	78	160	4.5	Double vortex chamber	250×250
250GB-90	500	138.9	90	1450	83	200	4.2	Double vortex chamber	250×250
250GB-95	500	138.9	95	1450	77	200	4.1	Double vortex chamber	250×250
250GB-100	500	138.9	100	1450	76	200	4.2	Double vortex chamber	250×250
300GB-20	1000	277.8	20	1450	80	90	4.2	Single vortex chamber	300×300
300GB-25	1000	277.8	25	1450	82	110	4.1	Single vortex chamber	300×300
300GB-32	1000	277.8	32	1450	83	110	4.2	Double vortex chamber	300×300
300GB-45	1000	277.8	45	1450	83	160	4.2	Double vortex chamber	300×300
300GB-50	1000	277.8	50	1450	85	160	4.1	Double vortex chamber	300×300
300GB-75	1000	277.8	75	1450	84	280	4.0	Double vortex chamber	300×300
300GB-80	1000	277.8	80	1450	76	280	4.1	Double vortex chamber	300×300
350GB-20	1500	416.7	20	1450	84	110	4.0	Double vortex chamber	350×350
350GB-25	1500	416.7	25	1450	85	160	4.1	Double vortex chamber	350×350
350GB-30	1500	416.7	30	1450	86	160	4.2	Double vortex chamber	350×350
350GB-45	1500	416.7	45	1450	84	250	4.2	Double vortex chamber	350×350
350GB-50	1500	416.7	50	1450	85	250	4.2	Double vortex chamber	350×350
400GB-20	2300	638.9	20	1450	86	160	4.0	Double vortex chamber	400×400
400GB-25	2300	638.9	25	1450	85	250	4.0	Double vortex chamber	400×400
400GB-30	2300	638.9	30	1450	85	250	4.0	Double vortex chamber	400×400
400GB-35	2300	638.9	35	1450	85	370	4.2	Double vortex chamber	400×400
400GB-50	2300	638.9	50	1450	85	370	4.3	Double vortex chamber	400×400

GB type detachable pipeline pump: Installation dimensions of GB type detachable pipeline pump

GB type detachable pipeline pump

Overview

Product Details

Product Features:

Working conditions:

Outline installation dimension diagram

Outline installation dimension table