DYI SHENG DS04-S User manual

DS04-S
OPERATING MANUAL

INDEX
1
Index............................................................................................................................1
Type Specification Indication....................................................................................2
Pump Type and Liquids Serviceability Specification..............................................3
Material and Temperature Range..............................................................................4
Exploded View Drawing.............................................................................................5
Screws Torque Guide.................................................................................................6
Dimensions.................................................................................................................7
Important Safety Information....................................................................................8
Installation Considerations.......................................................................................9
Installation Instructions...........................................................................................10
FAQ............................................................................................................................11
Warranty Instructions..............................................................................................12

2
TYPE SPECIFICATION INDICATION
According to your demands, you can follow the explanation below.
※Note: PPG-Polypropylene add Bolivian filament ent
Current specificalion
Size
Wetted Body Center Body Pupe Type Diaphragm Ball cover Ball Ball seat Edition
04：1/2" S：Stainless Steel (SUS316) A：Aluminum T；Conter U：UPE S：Stainless Steel S：S.S #316 S：Stainless Steel 01
I：Flank T：PTFE/TFM P：PP T：PTFE T：PTFE 02
O：Santoprene P：PP

ISO 9001: 2015 quality management systems. It was
published by the International Organization for
Standardization. And we base on quality management
principles: (1) Customer focus (2) Leadership
(3) Involvement of people (4) Process approach
(5) System approach to management (6) Continual
improvement (7) Factual approach to decision making (8) Mutually beneficial supplier
relationships.
PUMP TYPE AND LIQUIDS SERVICEABILITY SPECIFICATION
3
Pump Type Liquids Serviceability
DSXX-AAX-UXXX-X Paint, Solvent, Ink, Glue, Pulp, Heavy Oil, Toluene, Benzene
DSXX-AAX-TXXX-X Hight temperature liquid, Resin, Metal Scrap Soluon, Gasoline, Xylene, Acetone
DSXX-AAX-OXXX-X
Mud, Sludge, Waste Water, Lubricaon Oil, Motor Oil, Cung Oil, Turbine Oil, Methyl Alcohol, Release Agent,
Casng Fluid
DSXX-PXX-OXXX-X Seawater, Hydrogen Peroxide Soluon, Acid and Alkali, Floats the Clean Water
DSXX-PXX-TXXX-X Inferior Sodium Nitrite, Hydrochloric Acid, Aqua Regia, Phosphoric Acid, Boric Acid, Liquid Medicine
DSXX-SXX-UXXX-X
Glycol, Alcohol, Sodium Hydroxide, Nitric Acid, Carbonic Acid, Fruit Acid, Enzyme, Sodium Nitrate, Ethanol, Citric Acid,
Wastewater, Liquid Causc Soda, Methyl Alcohol, Isopropyl Alcohol, Glycol
DSXX-SAX-TXXS-X
Polyvinyl Chloride, Ammonia, Asphalt, Sulfuric Acid, Chromic Acid, Electroplate Soluon, High Temperature Sauce,
Chili Sauce, Coal Oil, Volale Oil, Carrier Oil, Immiscible Fluids, Freezing Mixture, Degreasing Agent, Methylene
Chloride, Jam, Juice, Acec Acid, Leavan, Slops, Balsam, Olive Oil, Defoamer
※
DSXX-SAX-OXSO-X Glaze, Poery Clay Thick Liquid, Bolivian Filament
Note:
◆Depending on the density, temperature, concentration, and fluid production of the liquid, it may not be usable.
◆If it is used for the abrasive fluid, please make sure wear-resisting property.
◆Please inquiry with us directly about other liquids, if this information is above-unmentioned.
◆Please see the type-specification comparison.
◆Please inquiry to us about the type-specification noted “※” advance.
II 2 GD c IIB T4~T5
II (Explosive atmospheres, like flammable gases or dust.)
2 ( Protection level: exist it during operation, in explosive gas>10~1000hrs )
GD ( Dangerous source: gas, dust) c ( Explosion-proof structure: Construction safety)
IIB (Explosion-proof electrical equipment classification: B )
T4~T5 ( Temperature level: the highest surface temperature is below 100℃~135℃.)
CE marking is a certification mark that indicates
conformitywith health, safety, and environmental
protection standardsfor products sold within the
European Economic Area (EEA). The CE marking is also found
on products sold outside the EEA that have been manufactured
to EEA standards.

4
Annotation: The temperature range above for reference only. The exact situation should consider
the influence of environmental conditions and external forces.
MATERIAL AND TEMPERATURE RANGE
Material Descripon Temperature Range
Stainless steel (SUS):
Stainless steel is a family of iron-based alloys that contain a minimum of approximately 11% chromium, a composion
that prevents the iron from rusng, as well as providing heat-resistant properes.
-196~800ﾟC
Aluminum alloys (AL):
Aluminum has a high chemical anity to oxygen, which is an oxide lm that can avoid oxidaon. It also has excellent
corrosion resistance, high electrical conducvity, and thermal conducvity, and is non-ammable and non-toxic.
-230~500ﾟC
Polypropylene (PP):
It is a thermoplasc polymer used in a wide variety of applicaons. It has good resistance to hit. Polypropylene at
room temperature is resistant to fats and almost all organic solvents. Non-oxidizing acids and bases can be stored in
containers made of PP. Polypropylene is used in the manufacture of loudspeaker drive units. It is a common polymer
material.
-5~100ﾟC
Thermoplasc
Urethane (TPU):
Thermoplasc polyurethane (TPU) is any of a class of polyurethane plascs with many properes, including elascity,
transparency, and resistance to oil, grease, and abrasion. Technically, they are thermoplasc elastomers consisng of
linear segmented block copolymers composed of hard and sosegments. It has many applicaons including arms,
medical, food industry.
-30~100ﾟC
Viton:
In terms of chemical resistance, uorinated rubber has excellent corrosion resistance. For organic solvents, inorganic
acids, strong oxidants, and greases are superior to other types of rubber.
-25~200ﾟC
Santoprene:
Santoprene thermoplasc vulcanizates (TPVs) are high-performance elastomers, which oer manufacturing exibility,
ease of processing, and durability. It combines the characteriscs of vulcanized rubber with the processing properes
of thermoplascs.
-40~135ﾟC
Polyethylene (PE):
The thermoplasc resin is made by polymerizaon of ethylene, which is also includes a polymer of ethylene and a
small amount of the polyethylene alpha in the industry. It has excellent electrical insulang properes, very low water
absorpon, and good low-temperature resistance.
-40~80ﾟC
Teon:
PTFE is used as a non-sck coang. Because of its extreme non-reacvity and high-temperature rang, PTFE is oen
used as the liner in hose assemblies, expansion joints, and in industrial pipelines, parcularly in applicaons using
acids, alkalis, or other chemicals. Its friconless qualies allow an improved ow of highly viscous liquids, and for
uses in applicaons such as brake hoses.
-190~260ﾟC
Bakelite:
The plasc is made from synthec components. Its properes made it suited for a much wider variety of purposes. It
was resistant to heat and would not conduct electricity, so it was a really good insulator—which made it parcularly
useful in the electrical industries emerging.
-50~150ﾟC
Ethylene Propylene
Rubber (EPDM):
EPM is considered a valuable elastomer due to its useful chemical and physical properes; it is resistant to heat,
oxidaon, ozone, and the weather and it is also not suscepble to color loss.
-40~138ﾟC
Nitrile Rubber (NBR):
It is a synthec rubber copolymer of acrylonitrile (ACN) and butadiene. NBR has good resistance to oils, ordinary
diluted acid, and alkali. The black NBR rubber (containing carbon black) has excellent anstac properes. But, when
it is aached to ultraviolet and ozone environments, it will be geng brile. (Disadvantages for outdoor working) It is
suitable for work and energy-intensive processing. (vulcanizaon, hardening)
-40~100ﾟC

5
1
11
12
13
14
24
15
23
17
13
48
351
18
20-28
21-29
50
44
19-28
22
8
9
4
5
46
47
45
43
40 39
32
35
34
33
53
54
38
36
37
41
47
46
5
7
9
6
10
DS04-SAIXXXX-02
Dissolution Drawing
2016/07
42
2519
28
20
27
28
26 25
21 29 28
("&"Consumptive PartS Possible)
("#"SPARE SEAL)
NO. Component Name
Amount Component NO.
19 ShaftCover-A 1 PB000170
20 ShaftCover-B 1 PB000173
21 AxisSwitch 1 PA000150
#25 Oring 2 PD000023
#26 Oring 1 PD000050
#27 Oring 1 PD000054
#28 U-type Oring 3 PDAP0012
#29 Oring 1 PD000003
NO. Component Name Amount ComponentNO.
1 HexagonScrew 16 PC000018SW
3 HexagonScrew 8 PC000004SW
&4 DownBallSeat 2 PA000015
#5 Oring 4 PB000083
&6 UpBallSeat 2 PA000025
&7,8 Ball Cover 4 PB000129
&9 SteelBall 4 PA000110
- TeflonBall 4 PB000039
#10 Pad 2 PB000013
11 HousingOfPump 2 PA000048
12 SteelHexagonScrew 2 PC000176
13 SteelWasher 4 PC000057
&14 PadOfDiaphragm 2 PA000060
&15 Diaphragm(PE) 2 PB000032
- Diaphragm(Teflon) 2 PB000026
17 PadOfDiaphragm 2 PA000059
#18 Oring 2 PD000011
19-28 ShaftCover-A 1 A16-19-28
20-28 ShaftCover-B 1 A16-20-28
21-29 AxisSwitch 1 A16-21-29
&22 ShaftOfDiaphragm 1 PA000114
#23 Oring 2 PB000001
#24 Oring 2 PD000001
32 HexagonScrew 4 PC000005SW
#33 AbnormalOring 1 PD000140
#34 AbnormalOring 1 PD000139
&35 BodyOfSequential 1 PA000102
&36 PistonOfAirValve 1 PA000141
#37 Oring 1 PDAP0023
#38 Oring 2 PDR00016
&39 StartingCopperLatch 1 PA000112
40 CoverOfSequential-A 1 PD000080
41 CoverOfSequential-B 1 PB000021
#42 Oring 1 PD000035
43 HousingOfSequential 2 PA000117
44 BodyOfCylinderBase 1 PA000143
45 HexagonScrew 4 PC000004SW
46 Pipe 2 PA000128
47 HexagonScrew 8 PC000015SW
48 BufferPad 2 PD000056
50 Silencer 1 PB000045
51 AirPressureRoomOfPump 2 PA000215
&53 SiltheryMassValve 1 PB000334
&54 IncludePly 1 PB000072

6
SCREWS TORQUE GUIDE
Annotation: Please lock it according to the torque value to avoid leakage or over-tightening.
N.m CN.m gf.cm kgf.cm kgf.m lbf.in lbf.
1 N.m 100 10.19 0.1019 8.852 0.7375
1 gf.cm 9.80E-05 0.00981 0.001 0.00001 0.00868 7.20E-05
1 kgf.cm 0.0981 9.81 1000 0.01 0.868 0.072
1 kgf.m 9.8066 981 100000 100 86.8 7.233
1 lbf.in 0.113 11.3 1150 1.152 0.0115 0.083
1 lbf.1.355 136 13800 13.83 0.138 12
Unit
Imperial Unit
Tension to Torque Conversion
SI
Gravity Unit
Posion Name Torque Values(kgf.cm)
#45
M6 Hexagon Screw 100~120(Max)
#12
M8 Steel Hexagon Screw 90~100(Max)
#3
M6 Hexagon Screw 120~130(Max)
#1
M8 Hexagon Screw 285~330(Max)
#32
M6 Hexagon Screw 45~50(Max)
#47
M8 Hexagon Screw 230~260(Max)

7
DIMENSIONS
227
125
116.50
94.50
161
Air Inlet <1/4">
112
170
122
247.50
Fluid Outlet <1/2">
Fluid Inlet <1/2">

8
IMPORTANT SAFETY INFORMATION

INSTALLATION CONSIDERATIONS
9
Installation and Assembly Considerations
◆ Connect the suction and discharge ports of the pump with a hose or flexible pipe to avoid damage caused by vibration of the pump. Never step on
the diaphragm pump or use other methods to apply weight to the pump body, or suspend the pump. Otherwise, there is a danger of personal injury
or equipment failure.
◆ The suction head of the inlet should be less than six meters (For water).
◆ The direction of the pipe (inlet and outlet) can be turned, but please pay attention to the O-ring when disassembling and installing it and locking
the pipe well to prevent leakage.
◆ We suggest that you can install the air filter, regulator, and lubricator (FRL) on the air inlet of the pump.
Adjustments for connection of high air pressure
◆ The air source of the air compressor is connected to the air inlet of the pump through the air pressure hose. It is operated by the air filters. The
supply air pressure used shall not exceed the maximum operating pressure.
◆ We suggest that you can install the air regulator on the air inlet of the pump. The supply air pressure used shall not exceed the maximum operating
pressure.
◆ Check the air filter at the air pressure input regularly to drain the accumulated wastewater and impurities. If too much wastewater is introduced
into the pump body, the wastewater and lubricating oil will emulsify and affect the lubrication of the parts, or block the pores, thereby affecting
the operation performance of the pump or causing malfunction.
Air Line Moisture
◆ Water in the compressed air supply can create problems such as icing or freezing of the exhaust air,
causing the pump to cycle erratically or stop operating. Water in the air supply can be reduced by using
a point-of-use air dryer to supplement the user’s air-drying equipment. This device removes water from
the compressed air supply and alleviates the icing or freezing problems.
Air cycle
◆ To start the pump, the air compressor provides air pressure to the body of the cylinder base of the pump,
flowing into the Sequential and Air Valve through the air hole. It drives the diaphragm and shaft doing power conversion.
During the conversion process, the deflated gas is discharged through the silencer. Please make sure that the exhaust gas
pipeline is smooth to avoid the blockage of the pump.
Liquid delivery process
◆ When the pump is used for materials that tend to settle out or solidify when not in motion, the pump should be flushed
after each use to prevent damage. (Product remaining in the pump between uses could dry out or settle out. This could
cause problems with the diaphragms and check valves at the restart.) In freezing temperatures, the pump must be
completely drained between uses in all cases.

10
Surge
Suppressor
Limited
Flexible
connection
Flexible
connection
Pipe Connection
(Style Optional)
Pipe Connection
(Style Optional)
Flexible
connection
Gauge
Gauge
Shut-Off Valve
Shut-Off Valve
Drain Port
Drain Port
Discharge
Suction
Air inlet
Air shut-Off
Valve
Modular Type
F.R.L Unit
INSTALLATION INSTRUCTIONS

FAQ
11
A. If your pump won't start.
a. Air inlet unusual: Check the air regulator whether works or not. If it can’t work, change the abnormal parts.
b. Pipeline clogging: Check the fluid pipe whether blocks or not. If it blocks, removing the obstruction. (Make sure the pipe is relieved air pressure to prevent casualty.)
c. Damaged parts: If the parts of the pump have damaged, please contact a professional person.
B. Air entrainment in the pipe
a. Loose joints: Check the input pipeline whether close tightly.
b. Diaphragm problem: The diaphragm loose or ruptured might lead air escape to the pipeline, please contact a professional person.
C. Fluid leaks from pump exhaust
a. Condensation: If it leaks oil-water mixture from the silencer, not the liquid which transports. It should enhance the air pressure pipeline and install the modular type F.R.L unit.
b. Diaphragm problem: If it is the liquid being transported, the diaphragm may be loose or ruptured. Please contact a professional person.
D. Pump flow rate dropping or it is irregular working.
a. Ball valve abnormal: If the ball valve has severe wear parts or include foreign objects, it might cause a ball valve abnormal. Please change the parts or remove the foreign object.
b. O-ring abnormal: If the O-ring wear and tear, it might lead to air pressure unbalanced. You can purchase spare seal kits by yourself to exchange the broken O-ring.
E. The pump works to slow down or stall easily.
a. Pipeline stuck: Make sure whether the inlet/outlet pipelines blocked or not. It might cause the inner pipeline to get smaller. We recommend you to clean up or change the pipeline.
b. Abnormal lubrication: Ensure the air chamber of the pump whether lubricates sufficient or not. Please clean up the dirty parts and relubrication. (It is recommended to add lubricating
oil to the air pressure inlet pipeline every half year, don’t exceed 10ml each time.)
c. Sequential valve abnormal: If the deterioration of the sequential, if it is worn, please change it.
d. Compressed Air Lines Freezing: The Slithery Mass Valve #53 might be frozen because of low temperature and condensate. If it happens, it is recommended to add antifreeze in the pipeline and enhance
the air-drying to improve the situation.
e. Clogged Silencer: If the air quality in the environment is horrendous, it may cause the air pressure source to mix dust. When it happens, it will block the silencer hole, which will cause unsatisfactory
exhaust after a while. It is suggested that replace the new or a larger aperture silencer.
F. Air leakage
a. The Slithery Mass Valve #53 and Include Ply #54 are worn: If the Slithery Mass Valve #53 and Include Ply #54 are worn. It will have occurred air leakage which will cause the pump to operate abnormally.
If it happens, please replace the part.
b. O-ring is worn: If the O-ring inside the Body of Sequential to Air Valve is worn. It will have occurred air leakage which will cause the pump to operate abnormally. Please replace the O-ring.
G. There is an abnormal leak at the pump junction
a. Air pressure is overload: Pump operating pressure cannot more than 8.3 bar (kg/cm^2). If it exceeds, it will cause the liquid leakage or damage of
the pump, it should adjust the air pressure range.
b. The joint is loosely sealed: Except incomplete locking, if the O-ring or Pad of the pump joint has deformation or wear, it will be loosely sealed and then leakage.
Please replace the parts of the pump.
S. If these answers cannot solve your problem, please contact DYI SHENG’s staff.
Warranty:
Please look at “F. Warranty Instructions”.

WARRANTY INSTRUCTIONS
12
Warranty Instructions Warranty Exceptions
◆ We are guaranteed against the quality of the
pump for a period of one year from the date of the
shipping date.
◆ We could change a new one for free in seven
days, in the case of the new product hardware
failure itself rather than human damage.
◆ We will charge the material cost and repair fees
for products out of warranty.
◆ It is excluded product delivery fees.
◆ Pumps returned for warranty which can’t repair
because of the original quality of the product, we
will change a new one for you.
◆ Improper use (e.g. Falling, Attacked, Liquid
input…etc.) or abnormal operating conditions
(e.g. Flood, Fire, Earthquake, Lightning strike,
Typhoon…etc.) these damages are not covered by
the warranty.
◆ Improper installation, self-modifying, wear and tear
caused by not transporting in accordance with
machine regulations.
◆ Accident or defect caused by negligence.
◆ Failure caused by additional equipment.
◆ Repair by the non-original or authorized repair center.
◆ The product serial number does not match or the
damage to no clear.
◆ The normal damage caused by the mutual abrasion
between the fluid transportation process with the
parts.