Machine Tools Parts

PRODUCT DESCRIPTION 2BV (SKA) 2BV-P1 series water ring vacuum pump and compressor-Water ring vacuum pump 2BV (SKA) series vacuum pumps are suitable for pumping gas and water vapor, and the suction pressure can reach 33mbar absolute pressure (97% vacuum degree). Protect the pump, if equipped with an atmospheric injector, the suction pressure can reach 10mbar. The ejector can be installed directly on the vacuum pump. When used as a compressor, its pressure is up to 0.26Mpa (absolute pressure). Water ring vacuum pumps and compressors are widely used in petrochemical, pharmaceutical, food, sugar industry and other fields. Since the gas compression process is isothermal during the working process, it is not easy to compress and pump flammable and explosive gases. Dangerous, its application is more extensive. Structure and features: The machine-pump coaxial direct connection design saves space and is easy to install. The mechanical seal is used as a standard configuration, which eliminates leakage and is easy to maintain; the operation is stable and the noise can be as low as 62 decibels; Uniform corrosion-resistant design, bronze impeller improves the corrosion resistance of the pump, and stainless steel is more suitable for more harsh working environments; The unique flexible exhaust port design will not produce overcompression, ensuring the best efficiency of 2BV within its performance range. Product number maximum capacity Vacuum -0.06Mpa hour m/min ultimate vacuum Rotating speed r.p.m power Kw w , ater consumption L/min In and out diameter mm m/h m/min Mpa mmHg 2BV2060 (SKA2060) 27 0.45 0.36 -0.097 -730 2880 0.81 1-3 1G* 2BV2061 (SKA2061) 52 0.87 0.72 -0.097 -730 2880 1.45 2-4 1G" 2BV2070 (SKA2070) 80 1.33 1.17 -0.097 -730 2880 2.35 3-5 1'/2G" 2BV2071 (SKA2070) 110 1.83 1.6 -0.097 -730 2880 3.85 5-8 1'/2G" 2BV5110 (SKA5110) 165 2.75 2.4 -0.097 -730 1450 4 6-10 50 2BV5111 (SKA5111) 230 3.83 3.2 -0.097 -730 1450 5.5 6-10 50 2BV5121 (SKA5121) 280 4.66 4.1 -0.097 -730 1450 7.5 10-12 65 2BV5131 (SKA5131) 400 999 6.0 -0.097 -730 1450 11 15-20 65 2BV5161 (SKA5161) 500 8.33 7.6 -0.097 -730 980 15 20-25 80 2BV6110 (SKA6110) 165 2.75 2.4 -0.097 -730 1450 4 6-10 50 2BV6111 (SKA6111) 230 3.83 3.2 -0.097 -730 1450 5.5 6-10 50 2BV6121 (SKA6121) 280 4.66 4.1 -0.097 -730 1450 7.5 10-12 65 2BV6131 (SKA6131) 400 999 6.0 -0.097 -730 1450 11 15-20 65 2BV6161 (SKA6161) 500 8.33 7.6 -0.097 -730 980 15 20-25 80 2BV5110-P, (SKA5110-P,) 165 2.75 2.4 -0.097 -743 1450 4 6-10 50 2BV5111-P, (SKA5111-P,) 230 3.83 3.2 -0.097 -743 1450 5.5 6-10 50 2BV5121-P, (SKA5121-P,) 280 4.66 4.1 -0.097 -743 1450 7.5 10-12 65 2BV5131-P, (SKA5131-P,) 400 99.9 6.0 -0.097 -743 1450 11 25-20 65

ER-MG2-50/100, a high performance MEMS gyro sensor with 0.01-0.02°/hr bias instability and 0.0025-0.005°/√hr angular random walk, is specially designed for north seeking, pointing, initial alignment in logging tools/gyro tools, mining/drilling equipment, weapon/UAV launch systems, satellite antenna, target tracking system and so on. Thanks to the high performance, ER-MG2-50/100 can also used in high precision attitude measuring, stabilization control, positioning, navigating in navigation grade MEMS IMU/ INS, land surveying/land mobile mapping system, railway train system, etc. So ER-MG2-50/100 is a best, cost effective, robust, reliable, small size, light weight, low power alternative of medium-low navigation grade FOG DTG with north seeking, precision attitude measuring , inertial positioning and navigation function. The ER-MG2-50/100 High Performance North Seeking Gyroscope is a single-axis MEMS angular rate sensor (gyroscope) capable of measuring angular velocity up to a maximum of ±100°/s with digital output compliant to SPI slave mode 3 protocol. Angular rate data is presented as a 24-bit word. The ER-MG2-50/100 is intended for north seeking applications. As an advanced, differential sensor design rejects the influence of linear acceleration, enabling the ER-MG2-50/100 to operate in exceedingly harsh environments where shock and vibration are present. The ER-MG2-50/100 is available in a hermetically sealed ceramic LCC surface mount package, and is capable of operating at 5V supply and a wide temperature range (−45°C to +85°C).

Minimum Order: 1 bags

Key attributes Other attributes Weight 200g-250g Place of Origin Wenzhou, China Warranty 1YEARS Condition New Type bucked Use FOR cluster Voltage 0v Power 3000W Dimension(L*W*H) Customize Brand Name GEA

Name: ROLLER CAPSTAN for Mitisubishi Wire EDM machine Item No.: DBC5200 - X055C663G51 Usage: ROLLER CAPSTAN for Mitisubishi machine

Minimum Order: 100

Name: Inner hole:8mm (for M4210 Roller) Item No.: M861；133620 (DB16300) Usage: Inner hole:8mm for Mitisubishi wire EDM machine

Minimum Order: 100

Name: NOZZLE LOW 4,0 AF2/3/AT Item No.: X054D881H01 (DQ30300) Usage: NOZZLE LOW for Mitisubishi wire EDM machine

Minimum Order: 100

Name: Gear Item No.: DA84100 - (M420) Usage: Gear for Mitisubishi wire EDM machine

Minimum Order: 100

Name: Main Tension Roller Item No.: 252195 (DEH100) Usage: Main Tension Roller for Mitisubishi Wire EDM machine

Minimum Order: 100

Name: PINCH ROLLER for Mitisubishi Wire EDM machine Item No.: X058D340G51 - DA83500 Usage: PINCH ROLLER for Mitisubishi machine

Minimum Order: 100

Wear Plates (front & rear liner plate) Product Description The pump wear plate of slurry pump is one of the overflow parts of the slurry pump. Due to the transported materials containing various solid particles and acid-base ions, it causes serious wear and corrosion to the overflow parts of the slurry pump. Therefore, there are high wear and corrosion resistance requirements for the overflow parts such as the front guard plate of the slurry pump. At present, the front guard plate of slurry pump is generally made of wear-resistant alloy, rubber, ceramics and polyurethane. The alloy has high hardness and good wear resistance, but poor corrosion resistance. Ceramics have high hardness, wear resistance and corrosion resistance, but they are brittle, so they are difficult to be used in slurry pump. In addition, the efficiency of the slurry pump has a great relationship with the gap between the front guard plate and the impeller of the slurry pump. If the gap between them is too large, the volume loss of the slurry pump will increase, which will reduce the flow and head, and then the efficiency of the slurry pump will be reduced. At the same time, if the clearance is too large, it will also affect the shaft seal components, resulting in the increase of the back pressure of the impeller, the failure of the packing seal and the leakage of the slurry, which will greatly shorten the service time of the shaft seal components.

DG Series Filter Press Feed Pump Product Description - Single stage, single suction, horizontal centrifugal pump - Wet parts such as casing, impeller, liner plate in anti-abrasion high chrome cast iron alloy. - Horizontal-central-split container bracket easy for maintaining - Packing or mechanical seal - Protective shell surrounding the casing ideal for heavy duty - Hydraulic optimization design for pressure filter, high-efficient, energy- saving and stable operation Technical Specifications Performance and Main Technical Datas of DG Single-Case Pumps(1) Type Allowable  max.power of  ass.motor(kW) Clear water performance Particle max. Size handled  occasionally (mm) Pump weight (kg) Q Capacity (m3/h) H Head (m) n Speed (r/min) Max.eff. (%) (NPSH)r (m) 150DG-A50 55 62-279 9.3-44.6 490-980 65.7 2.1 30 1470 100DG-B45C 90 53-233 13.1-66.6 700-1480 53.6 3.6 26 1290 100DG-B38CS 90 40-171 18.5-94.1 700-1480 58.7 3.4 18 1420

Vertical Slurry Pump Product Description The vertical slurry pump is a vertical axial suction single-stage single suction centrifugal structure. It is mainly composed of impeller, volute, rear liner plate, shaft sleeve, support, support plate, shaft, bearing, bearing body and other parts. The materials of impeller, volute, rear liner plate and other parts in contact with the slurry vary according to the slurry characteristics. The impeller and shaft are connected by threads, and the volute, support and bearing body are connected by bolts. The Slurry pump shaft and motor can be driven directly by coupling or belt. The vertical pump has no circumferential peak structure, and the bearing is lubricated with grease. Structural Pump Features - Single stage, single suction, vertical centrifugal pump- Wet parts such as casing, impeller, liner plate in anti-abrasion high chrome cast iron alloy. - For fluid of high concentration, inlet agitator is designed -According to the depth of the pit, suction pipe can be added to the pump inlet.

CH Series Ash-Flushing Pump Product Description - Single case, horizontal version pump - Wet parts such as casing, impeller, liner plate in anti-abrasion high chrome cast iron alloy. - Hydraulic optimization design, high-efficient, energy-saving and stable operation Technical Specifications Performance and main Technical Datas of CH Series Pumps Type Allowable  max.power of  ass.motor(kW) Clear water  performance Particle max. Size handled  occasionally (mm) Pump weight (kg) Q Capacity (m3/h) H Head (m) n Speed (r/min) Max.eff. (%) (NPSH)r (m) 150CH-F50 250 156-719 18.5-96.2 700-1480 76.0 2.5 / 1150

ZJG Series Filter Press Feed Pump Product Description Filter Press Feed Pump: The filter press feed pump is to supply slurry to the filter chamber of the filter press. The filtration speed of the filter press depends on the feed pressure, and the feed pressure is related to the strength of the filter press and the head of the feed pump of the filter press. Therefore, when choosing the feed pump of the filter press, in addition to considering the performance of the conveying slurry, the feed pump and the filter press must be matched with each other. Common feed pumps for filter presses include centrifugal pumps, screw pumps, roots pumps, diaphragm pumps and plunger pumps. The centrifugal pump has the characteristics of high speed, small size, light weight, high efficiency, large flow, simple structure, no pulsation of conveying liquid, stable performance, easy operation and convenient maintenance. Therefore, except for special circumstances, centrifugal pumps should be preferred. Pumps are used for fluid transfer purposes or as feeders for unit processes. When using pumps as feeders for equipments that develop head loss such as filters, SGB filter press feed pump is a better choice.