Deli Valve Test Benches Test Machine for Testing Flange End Valves (gate, ball, globe and check valves etc.)

• After-sales Service: by E-Mails, Wechat, Phone or Onsite Service
• Warranty: One Year
• Max Diameter of Workpiece: 1200mm
• Mass Scope of Workpiece: >20000kg
• Type: Valve Testing Machine
• Maxcapacity: 550 Tons
• Model NO.: Model YFS-Z Series
• Accuracy Grade: 1
• Load Way: Hydraulic Clamping
• Loading Method: Clamping Force Pressurizing
• Display: Pressure Gauges or Computer
• Control: Manual by Buttons or Auto by Computer PLC Control
• Weight: 1500-15000kg
• Power Source: Made as Per Customer′s Request
• Oil Cylinder Position: Left and Right Clamping Oil Cylinders
• Transport Package: Plywood Cases
• Specification: Depending on test valve size and pressure
• Trademark: Nanxijiang
• Origin: China
• HS Code: 9031200090
• Production Capacity: 230 Sets/Year

Product Description

1. Summary

The hydraulic valve test benches of model YFS-Z series are specially applied to test all kinds of DN15-1200(1/2"-48") flanged end valves, such as gate valves, ball valves, globe valves, check valves etc. The test benches are effectively composed of four parts, that is, mechanical system, hydraulic system, electric system and testing medium circulating system. The entire process of the loading and clamping of the valve to be tested is completely controlled by electric components and hydraulic components. The testing medium can be water, air or oil. And the maximum shell test pressure with liquid (water) is 63Mpa. Test benches of this model series are of the following features,such as rational and compact in configuration, flawless in function, steady and reliable in performance,high in degree of automation, advanced in technics and so on.

What is important, the test benches of this model series have no effect of external force upon the valve body, because the clamping jaw clamp directly on the flange of the valve. The left side of the test bench is movable, thus the testing won′t be restricted by the face-to-face length of the valve to be tested. When testing the valve, load the valve to be tested, clamp on both sides flange of the valve to be tested with enough clamping pressure, start the low pressure water pump to fill the valve to be tested with water, and start the high pressure water pump to pressurize the water inside the valve to the necessary test pressure for the valve's shell test, and check if the valve body, valve cover and middle flange are qualified. And the other side working table of the test bench can be reversed by 90 degrees to perform seat test with water pressure or low pressure air (0.6-0.7MPa). And the both-side working tables of the test bench can be made to be reversed by 90 degrees with some extra charge of production cost if the customer needs. The testing way and process of the test benches conform completely to the requirements of the following standards,GB/T13927-2008" Pressure testing of general valves"JB/T9092-99" Valve inspection and testing" and the International standards of API598, 6A, 6D etc. 

Besides, the machines can specially and extra equipped with PLC controls and computerized valve pressure testing data collecting, storing, searching and time-pressure curve test report printing system as per customer's special request if necessary. And plus the water/air pipeline air-driven ball valves or needle valves controlled by PLC, the valves can be tested on the test benches automatically, which can improve the valve testing efficiency and security remarkably. And the test benches can also be equipped with electric hoist (Max. Load Weight: 500KG) for loading the small size valves to be tested as per customers' special request if necessary, especially for customers who don't have cranes in their workshop, or the machines are used for valve testing on the project work site.
 

2. Technical Parameters 

Model& Specification	Type	TestingRange	Spacing between Two Working Plates (mm)	Stroke & Lift Range of Clamping Jaw (mm)	Diameter & Quantity of Clamping Oil Cylinder	Max.Clamping Force (t)	Electromotor of Oil Pump(6 Poles)	Outline Dimensions (L×W×H)
YFS-Z100	Unitary	DN15-100	170-700	125×52	φ 80×3	30	2.2KW	1080×2300×1050
YFS-Z200	Unitary	DN50-200	250-900	156×62	φ 100×3	50	2.2KW	1240×2700×1230
YFS-Z300	Unitary	DN80-300	300-1150	200×75	φ 140×3	90	3.0KW	1360×3050×1300
YFS-Z400	Unitary	DN150-400	400-1400	200×80	φ 160×3	120	3.0KW	1580×3350×1400
YFS-Z500	Unitary	DN250-500	450-1500	225×95	φ 160×4	160	5.5KW	1620×3750×1550
YFS-Z600	Unitary	DN300-600	450-1500	250×95	φ 200×4	250	5.5KW	1700×3900×1650
YFS-Z800	Separate	DN400-800	550-1650	320×105	φ 250×4	350	5.5KW	2900×5000×1950
YFS-Z1000	Separate	DN500-1000	650-1800	350×105	φ 220×6	450	5.5KW	3100×5300×2000

 

3. Valve Test Ranges(Pressure Check Lists)

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1

Note: PN-denotes the pressure of the oil cylinder when performing seat test;PS-denotes the pressure of the oil cylinder when performing shell test
         Valve shell test pressure=Valve nominal pressure×1.5; Valve seat test pressure=Valve nominal pressure×1.1