energy saving hydrostatic pressure test booster from manufacturer for safety valve calibration

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Gas booster pressure test bench

Suncenter - Air/Gas pressure test bench are compact and delicacy solution tailored to customer specific requirements with gas(air) boosters as well as all accessories to be fitted and installed in the frame or a closed cabinet.

To operate this system, the pressure gauges, valves and pressure regulators have to be fitted on panels. The outlet pressure is easily to be set through a simple air regulator.

The pump stops automatically when this end pressure is reached and restarts with a slight drop in the outlet pressure or an increase in the air drive pressure.

Operating pressure up to 80 MPa, for higher pressure, pump with double driven heads is an ideal option.

Suncenter booster hydrostatic pressure test from manufacturer for safety valve calibration-1

The hottest selling- Model C frame type cabinet picture

Suncenter booster hydrostatic pressure test from manufacturer for safety valve calibration-2

◪ The standard gas booster pumps system including following parts:
◪ Air –driven gas booster pump (DGA/DGD/DGT three series for choosing)
◪ Stainless steel (carbon steel) material cabinet (Three models for choosing)
◪ F.R.L combination for driven air (adjusts air pressure, add lubricating oil and water filter)
◪ Driven air switch (Pump starting switch), driven air pressure gauge
◪ Gas inlet switch, Gas inlet pressure gauge
◪ Gas outlet switch, Gas outlet pressure gauge, unloading valve, interconnecting pipes etc.
◪ And we could also customize it according to clients’ special requirement.

Suncenter booster hydrostatic pressure test from manufacturer for safety valve calibration-3

◪ DGS series air/gas pressure test bench with round chart recorder

Model	Pressure boost ratio	Min. gas Inlet pressure PA (bar)	Max.gas Inlet pressure PA (bar)	Max. gas outlet pressure PB (bar)	Driven air pressure PL	Formula to calculate gas outlet pressure PB	Connection: Gas Inlet / Gas outlet (ZG thread)	Max. flow at driven air pressure of 6bar (L/min)
DGS-DGA02	2：1	1.0	16	16	2-8 bar	2X PL	1/2 / 1/2	960 (at PA of 6 bar )
DGS-DGA05	5：1	0	40	40	2-8 bar	5XPL	1/2 / 1/2	680(at PA of 6 bar )
DGS-DGA10	10：1	3.5	80	80	2-8 bar	10XPL	3/8/ 3/8	210(at PA of 10 bar )
DGS-DGA25	25：1	7.0	200	200	2-8 bar	25XPL	1/4/ 1/4	120(at PA of 20 bar )
DGS-DGA40	40：1	10	320	320	2-8 bar	40XPL	1/4/ 1/4	200(at PA of 40 bar )
DGS-DGA60	60：1	20	480	480	2-8 bar	60XPL	1/4/ 1/4	180(at PA of 40 bar )
DGS-DGA100	100：1	25	800	800	2-8 bar	100XPL	1/4/ M14X1.5	136(at PA of 40 bar )
DGS-DGA130	130：1	35	800	1040	2-8 bar	130XPL	1/4/ M14X1.5	120(at PA of 40 bar )

Technical specification for DGS-DGD series

Model	Pressure boost ratio	Min. gas Inlet pressure PA (bar)	Max.gas Inlet pressure PA (bar)	Max. gas outlet pressure PB (bar)	Driven air pressure PL	Formula to calculate gas outlet pressure PB	Connection: Gas Inlet / Gas outlet (ZG thread)	Max. flow at driven air pressure of 6bar (L/min)
DGS-DGD10	10:1	3.5	80	80	2-8 bar	10XPL+ PA	3/8/3/8	410(at PA of 6 bar )
DGS-DGD25	25:1	10	200	200	2-8 bar	25XPL+ PA	1/4/1/4	396(at PA of 20 bar )
DGS-DGD40	40:1	15	320	320	2-8 bar	40XPL+ PA	1/4/1/4	320(at PA of 40 bar )
DGS-DGD60	60:1	25	480	480	2-8 bar	60XPL+ PA	1/4/1/4	215(at PA of 40 bar )
DGS-DGD100	100:1	35	800	800	2-8 bar	100XPL+ PA	1/4/M14*1.5	300(at PA of 60 bar )

Technical specification for DGS-DGT series

Model	Pressure boost ratio	Min. gas Inlet pressure PA (bar)	Max.gas Inlet pressure PA (bar)	Max. gas outlet pressure PB (bar)	Driven air pressure PL	Formula to calculate gas outlet pressure PB	Connection: Gas Inlet / Gas outlet (ZG thread)	Max. flow at driven air pressure of 6bar (L/min)
DGS-DGT25	25:1	0.1	10	200	2-8 bar	25XPL+3.5XPA	1/4/ 1/4	136(at PA of 8 bar )
DGS-DGT40	40:1	0.1	10	320	2-8 bar	40XPL+ 6XPA	1/4/1/4	124(at PA of 8 bar )
DGS-DGT10/60	10:1/60:1	0.1	10	480	2-8 bar	60XPL+6X PA	1/4/1/4	84(at PA of 8 bar )
DGS-DGT25/60	25:1/60:1	10	25	480	2-8 bar	60XPL+2.5XPA	1/4/1/4	80(at PA of 15 bar )
DGS-DGT100	100:1	0.1	10	800	2-8 bar	100XPL+10XPA	1/4/ M14*1.5	63(at PA of 8 bar )

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Suncenter pneumatic test bench goes through a complete design cycle. It includes drawing up specifications, conception&architecture of the mechanism, design and simulation of behavior with static, dynamic, thermal, etc. It is highly evaluated by customers around the world, such as the Middle East, Africa, and Southeast Asia

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Suncenter pneumatic test bench is constructed under the sophisticated production process. It has to be forged, pressed, welded, mechanical processed, cleaned, coated, etc. The product has a good bearing capacity which is shock-resistant

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Suncenter pneumatic test bench has a professional design. It is created by professionals who understand the fundamentals of designing the most commonly used parts, elements, and units of various machines. It provides users with a safe and comfortable living environment

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Material is also a key factor in determining the final machine performance of Suncenter pneumatic test bench. Therefore, all of the materials and components have to be tested for mechanical properties. All its steel bars have anti-rust treatment, which can provide long-term durability

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Manufacturing Suncenter hydrostatic pressure test requires different facilities. It is processed under stamping, coating, painting and drying equipment with high performance and high efficiency. Its stable quality is achieved by the efforts of the design team, engineer team, innovation team, and QC team

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Adopt strict quality control system to provide strong guarantee for product quality. By using the product, no construction waste will be generated

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