Model: TBTUTM-CSIG Series                                Â
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Two function: for both steel bar and steel strand
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TBTUTM-CSIG series machines(two functional)Â are mainly used for metal, non-metal materials tensile, compression, bending, shear and other mechanical properties.
Machines composed of four column, two screw rod, double space frame structure, tension and compression space spacing electrically adjustable, hydraulic automatic way fixture clamping, gripping, reliable, and convenient.There are built-in beam coil spring buffer device, which can effectively eliminate the transmission gap between the screw and nut, and play a good role in the sample buffer pull off. Top of the platform configuration and high toughness fence, the space between the test and the formation of the operator isolation, can effectively guarantee the safety of the operator.
Machines adopt industrial PC which is convenient and easy for operating; Software with a variety of control methods load, displacement, stress, strain, elongation, etc. Test data using standard database management, enabling test data and analysis of the curve, and then edit the local amplification and data can automatically determine the mechanical properties of the material, you can print out the complete test report and curves.
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Features                                                                Â
A. 4 column and 2 screw rod make the machine more stable
B. Industrial PC inserted into control cabinet which save operating space compare to normal PC;
C. Higher space make the machine can do normal steel bar test, while with enough tensile space for doing "steel strand" test;
D. Equipped with "stroke type" load cell which make the test more stable & accuracy;
E. Integrated software which can adopt test for different materials;
F. Acceptable capacity: 600KN / 1000KN
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Technical specification                                                     Â
| Â | TBTUTM-600CSIG | TBTUTM-1000CSIG |
| Capacity: | 600KN | 1000KN |
| Accuracy degree: | Grade 1 | Grade 1 |
| Relative error: | ±1% | ±1% |
| Effective measurement range: | 1%-100%F·S(full measurement) | 1%-100%F·S(full measurement) |
| Deformation measurement range | 1%-100%F·S | 1%-100%F·S |
| Deformation indicate relative error | ±1% | ±1% |
| Displacement relative error | ±1% | ±1% |
| Displacement measurement resolution | 0.001mm | 0.001mm |
| Stress rate relative error | ±2% | ±2% |
| Displacement rate control relative error | ±1% | ±1% |
| The strain rate control adjustment range | 0.00025/s-0.0025/s | 0.00025/s-0.0025/s |
| The strain rate control relative error | ±2% | ±2% |
| Stress, deformation & displacement control range | 0.3%-100%F·S | 0.3%-100%F·S |
| Stress, deformation &Â displacement relative error | <=1% | <=1% |
| Middle beam lifting speed | 320 mm/min | 320 mm/min |
| Distance between upper and lower platen | 900mm | 900 mm |
| Tensile distance | 900mm max | 900 mm max |
| Effective distance between two columns | 375mm | 455mm |
| Piston stroke | 200mm | 200 mm |
| Piston loading max. speed | 120mm/min | 100 mm/min |
| Round specimen diameter | Φ13 mm -Φ40 mm | Φ14 mm -Φ45 mm |
| Flat specimen diameter | 0 mm -20 mm | 0 mm -40 mm |
| Steel strand clamp diameter | Φ8 mm -Φ18 mm | Φ8 mm -Φ18 mm |
| The maximum distance between the bending test | 300mm | 300 mm |
| Total power | 2.2KW | 2.2KW |
| Power supply | 380VAC | 380VAC |
Standard packing list with accessories pictures                                 Â
Â
A. Main unit
A-1. TBTUTM-CSIG main unit with hydraulic clamp & high sealed oil cylinder
A-2. High accuracy stroke type load cell
A-3. Displacement sensor
A-4. Protecting fence
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B. Standard cabinet
B-1. Oil tank system
B-2. servo valve, oil pump, SIMENS motor, electro-magnetic valve, pressure gauge, joint and tube, oil tank, etc.
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C. Standard control system
C-1. 19" Industrial PC
C-2. Laser printer
C-3. Servo control testing software (English version)
C-4. Electronic extensometer (15/500)
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D. Clamp jaws
D-1. Round specimen  1set(4pcs)
D-2. Round specimen (D26~ D40mm) Â 1set(4pcs)
D-3. Flat specimen (0~20mm) Â 1set(4pcs)
D-4. Steel strand clamp (D8~18mm) 1set(4pcs)
D-5. Flexture basement  1set
D-6. Compression plate  1set
 Universal Testing Machine with PC & servo control             Â
Model: TBTUTM-CSIG Series                                Â
Â
Two function: for both steel bar and steel strand
Â
TBTUTM-CSIG series machines(two functional)Â are mainly used for metal, non-metal materials tensile, compression, bending, shear and other mechanical properties.
Machines composed of four column, two screw rod, double space frame structure, tension and compression space spacing electrically adjustable, hydraulic automatic way fixture clamping, gripping, reliable, and convenient.There are built-in beam coil spring buffer device, which can effectively eliminate the transmission gap between the screw and nut, and play a good role in the sample buffer pull off. Top of the platform configuration and high toughness fence, the space between the test and the formation of the operator isolation, can effectively guarantee the safety of the operator.
Machines adopt industrial PC which is convenient and easy for operating; Software with a variety of control methods load, displacement, stress, strain, elongation, etc. Test data using standard database management, enabling test data and analysis of the curve, and then edit the local amplification and data can automatically determine the mechanical properties of the material, you can print out the complete test report and curves.
Â
Features                                                                Â
A. 4 column and 2 screw rod make the machine more stable
B. Industrial PC inserted into control cabinet which save operating space compare to normal PC;
C. Higher space make the machine can do normal steel bar test, while with enough tensile space for doing "steel strand" test;
D. Equipped with "stroke type" load cell which make the test more stable & accuracy;
E. Integrated software which can adopt test for different materials;
F. Acceptable capacity: 600KN / 1000KN
Â
Technical specification                                                     Â
| Â | TBTUTM-600CSIG | TBTUTM-1000CSIG |
| Capacity: | 600KN | 1000KN |
| Accuracy degree: | Grade 1 | Grade 1 |
| Relative error: | ±1% | ±1% |
| Effective measurement range: | 1%-100%F·S(full measurement) | 1%-100%F·S(full measurement) |
| Deformation measurement range | 1%-100%F·S | 1%-100%F·S |
| Deformation indicate relative error | ±1% | ±1% |
| Displacement relative error | ±1% | ±1% |
| Displacement measurement resolution | 0.001mm | 0.001mm |
| Stress rate relative error | ±2% | ±2% |
| Displacement rate control relative error | ±1% | ±1% |
| The strain rate control adjustment range | 0.00025/s-0.0025/s | 0.00025/s-0.0025/s |
| The strain rate control relative error | ±2% | ±2% |
| Stress, deformation & displacement control range | 0.3%-100%F·S | 0.3%-100%F·S |
| Stress, deformation &Â displacement relative error | <=1% | <=1% |
| Middle beam lifting speed | 320 mm/min | 320 mm/min |
| Distance between upper and lower platen | 900mm | 900 mm |
| Tensile distance | 900mm max | 900 mm max |
| Effective distance between two columns | 375mm | 455mm |
| Piston stroke | 200mm | 200 mm |
| Piston loading max. speed | 120mm/min | 100 mm/min |
| Round specimen diameter | Φ13 mm -Φ40 mm | Φ14 mm -Φ45 mm |
| Flat specimen diameter | 0 mm -20 mm | 0 mm -40 mm |
| Steel strand clamp diameter | Φ8 mm -Φ18 mm | Φ8 mm -Φ18 mm |
| The maximum distance between the bending test | 300mm | 300 mm |
| Total power | 2.2KW | 2.2KW |
| Power supply | 380VAC | 380VAC |
Standard packing list with accessories pictures                                 Â
Â
A. Main unit
A-1. TBTUTM-CSIG main unit with hydraulic clamp & high sealed oil cylinder
A-2. High accuracy stroke type load cell
A-3. Displacement sensor
A-4. Protecting fence
Â
B. Standard cabinet
B-1. Oil tank system
B-2. servo valve, oil pump, SIMENS motor, electro-magnetic valve, pressure gauge, joint and tube, oil tank, etc.
Â
C. Standard control system
C-1. 19" Industrial PC
C-2. Laser printer
C-3. Servo control testing software (English version)
C-4. Electronic extensometer (15/500)
Â
D. Clamp jaws
D-1. Round specimen  1set(4pcs)
D-2. Round specimen (D26~ D40mm) Â 1set(4pcs)
D-3. Flat specimen (0~20mm) Â 1set(4pcs)
D-4. Steel strand clamp (D8~18mm) 1set(4pcs)
D-5. Flexture basement  1set
D-6. Compression plate  1set
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Die Casting Parts:
The casting is a metal human control of hot working process relatively early, has a history of about 6000 years.In early 1700 BC to 1000 China has entered into casting heyday era,the technology has reached a very high level.
the material to be casting is usually solid but heated to a liquid metal (copper, iron, aluminum, lead, tin, etc.), and mold materials can be sand, metal and even ceramics. In response to different requirements, the use of the method will be different.
Different Category:
Casting blank is almost forming, which achieves the goal of free machining or less processing, reduces cost and reduces production time to a certain extent. Casting is one of the basic processes in modern equipment manufacturing industry.
(1) Sand casting:
Using sand as the mold material, also known as sand casting, foundry, including wet sand, dry sand and chemical hardening sand 3, but not all are available in sand casting. Advantage is low cost, because of the use of the mold sand can be reused; drawback is the mold manufacture time-consuming, repeated use casting model is not possible. To damage can be achieved after the finished product.
(2) Special Casting Process:
According to the special casting molding materials can be divided into natural mineral sand as the main materials (such as casting, mud casting, shell casting, vacuum casting, mold casting, ceramic mold casting, special casting and metal) as the main cast materials (such as metal casting, pressure die casting, continuous casting, low pressure casting, centrifugal casting, etc.
2.1 Metal mold casting method: using high melting point is the raw material made of metal mold. The subdivision for gravity casting, low pressure casting and pressure casting method. By casting the melting point can be cast metal has also been limited.
2.2 Lost wax casting method: this method can for membrane casting and solid casting. First the object copy the required casting wax, and then dipped into ceramic containing (or silica sol) in the pool and stay dry, the wax replica covered with a layer of ceramic membrane, repeating the steps until the outer membrane is sufficient to support the casting process (about 1/4 inch 1/8 inch), wax melting in the mold, and out of the mould. Then many times to enhance the mold temperature, the hardness can be used to rear casting.
Based on different casting raw material,we`ve Steel Die Casting,copper alloy die casting and aluminium alloy die casting.
Processing:
(1)The mold preparation (liquid metal become a solid container for casting ) according to the material used can be divided into sand, metal, ceramic, clay, graphite, according to the frequency of use can be divided into single type, semi permanent and permanent mold preparation, quality is the main factor affecting the quality of castings;
(2) The melting and casting;:casting metal (alloy) mainly include all kinds of cast iron, cast steel and casting of nonferrous metal and alloy castings;
(3) The processing and inspection: casting processing including removal of the core and the casting surface removal of foreign body, riser, shovel thorn and sanding fash protrusions and heat treatment, plastic. Anti rust and rough machining.
Die Casting Parts,Steel Die Casting,Copper Die Casting,Aluminium Die Casting
VESTA Motoring Ltd , http://www.vesta-industry.com