Pr 240 Motor Protector

PR 260 is modular design motor managerment device, accommodate more I/O modules. Flexible arrangement of motor control modes and state sensing. monitors voltage, current, and temperature to provide a comprehensive package of 22 protective functions. with integrated protection, motor control, metering, and data-logging functions. This system is typically used to provide protection for three-phase low- and mediumvoltage, mediumto high-horsepower induction motors.

PR200 motor protection relay is an all-in-one solution designed to continuously monitor 3-phase power lines for abnormal conditions. It can use with motors less than 690V/820A. Packed inside a small and economic package you will find a solution designed to save you time and money.

Engine: 1E139F 4 cycle oil/gasoline mixing ratio: 1:25 Displacement: 31cc Power: 0.9KW Pipe length: 1650mm Blade: Nylon cutter or metal blade Fuel tank capacity: 0.8L Carton size: 1660*110*130

Power type: single cylinder, 2 stroke, air-cooling gasoline engine Displacement: 25.4cc Max cutting range: 355mm Rated output power: 0.9kw Unload speed: 2800rpm 2-cycle oil/gasoline mixing ratio: 1:25 Fuel tank capacity: 230ml Engine oil tank capacity: 160ml Guide bar size: 10í»í»/12í»í»/14í»í» G.W/n.W: 5kg/4kg Meas: 320*250*250mm

Model PR-RP700 Max working width 700mm Min working length 491mm Working thickness 2-160mm Feeding speed 5-30m/min Abrasive belt size 730*1900mm Total Motor power 39.94kw Working air pressure 0.6Mpa Air consumption 9m/h Volume of dust collection device 8500m³/h Overall dimensions 1363*2544*1980mm Net weight 3000kg

The Automatic Linear Tunnel Type Washing System consists of the main structure, bottles holding pocket, in-feed tray, out-feed wire mesh conveyor (OPTIONAL), washing nozzle, PLC & HMI, electrical panel, motor, pumps with tank & AC drives. Output Speed Up to 120 Bottles/Minute. Up to 240 Bottles/Minute

This model is mainly used for balancing rotating work pieces, Such as large and medium- sized motor rotors, blowers, pump impellers, centrifugal, drying cylinders, and rollers, mine ventilator etc. The gimbals -driving offers several rotational speeds, large driving power, high precision and easy operation etc. Specification Parameter: Mass scope of workpiece(kg) 2000 Mass diameter of workpiece(mm) 1800 The distance between two bearing pedestals(mm) Min100 Journal diameter on roller carriages(mm) 40-240 Distance from coupling flange of drive shaft to center of farthest bearing (mm) 1800 Spindle speed(r/min) 280/560/900/1800 Motor Power(kw) 7.5(variable-frequency) Universal coupling torque(N.m) 300 Minimum achievable Residual Unbalance(emar) 1g.mm/kg. Fumigated wood box.

Introduction: FB Continuous Loss-in-Weight Feeder, short for Loss in weight Feeder, is a continuous feeding device to measure the material flow by the decrease rate of material in unit time. As measuring flow rate in an approximately static weighing method, it is simple, high precision and practical. It is widely used in power, pharmaceutical, food, chemicals and building materials industries as the measurement equipment for powder material, granule material and bulk material, giving precise measurement and continuous feeding control to the various components of the material. The control system adopts PLC + HMI or intelligent instrument which is very easy to operate and is stable and reliable. It can display state of the feeder and also have friendly human-computer interaction interface. Features: 1.With simple and reliable structure design which prevent material impact during feeding efficiently and ensure excellent material flow inside the storage bin and short re-feeding time and also ensure transmission system operate well and in good linear; 2.Suitable material: non-cohesive powder and solid granule 3.Accurate continuous feeding 4.Full discharge without residue, easy and simple to clean 5.easy to stall and operate 6.High feeding precision 7.Widely measuring control range 8.The Control system can be PLC control or dynamic control instrument, which can set flow rate and operation mode, indicate total accumulation, instantaneous flow rate and output as well as other parameters for complete feeding and discharge control and also can indicate working state and alarm; 9.The control system is in modular design and can be connected to upper computer, PLC or DCS through the instrument and communication interface. It is very stable and reliable Structure: 1.The loss-in-weight feeder is composed of assist flow storehouse, manual valve, two pneumatic valve, surge bin, flexible connection, weighing bin, load cell, mixing device and screw conveyor. 2.Assist flow storehouse: adopting automatic air blow, which made material form rotational flow, preventing phenomenon of blockage and flow material; 3.Surge bin: two imported phenomenon valve act as upper and lower joint parts, which can ensure the material absolutely sealing,in this case, the material will never flow to weighing bin, thus keep a high accuracy; 4.Weighing bin: the weighing bin is designed for weighing and able to prevent bridge and material impact and also ensure smooth and well-distributed feeding; meanwhile, it is easy to dismantle during cleaning and replacing of some parts and components. The volume of the material bin depends on the feeding capacity. 5.Load cell: three highly pr¨¦cised sensors are mounted on the weighing bin and distributed at 120¡ãC ensuring the weighing accuracy. 6.Mixing device: to prevent bridging and ensure smooth and well-distributed feeding, its main structure is that add mixing activation device on top of the weighing bin with horizontal motor and reducer inside to drive vanes for mixing. 7.Screw Conveyor: high accuracy screw is used, allowing a small spacing between the screw and shell after precision processing, thus ensuring high weighing and measuring precision and stable feeding. The motor and reducer is connected directly to shaft of the screw blade which reduce the transitional steps so as to ensure high weighing accuracy. 8.All parts that contacting material are made of stainless steel, which can improve the fluidity of material and also can improve service life. Parameters: Ambient temperature: -20C~100C Working voltage: AC380V 50Hz Measuring Accuracy: 0.5% Material moisture: 2% Feeding speed: 0.03t/h~300t/h Communication interface: RS485, Mod-bus wooden case

Heavy Duty Multi Blade Rip Saw Machine for Round Timber Log multi blade rip saw machine Technical Specification: Model No. QHZY-180 Min Working Width 80mm Max Working Width 180mm Min Working Thickness 80mm Max Working Thickness 170mm Min Working Length 500mm Max Working Length Continuous Feed Feeding Speed Adjustable Motor Power 18.5kwx2 set Dimension 4000x1600x1300mm Weight 1800kg Model No. QHZY-240 Min Working Width 100mm Max Working Width 240mm Min Working Thickness 100mm Max Working Thickness 230mm Min Working Length 700mm Max Working Length Continuous   Feed Feeding Speed Adjustable Motor Power 30kwx2sets Dimension 4200x1600x1600mm Weight 2220kg   Key Features: 1.QHZY series log multi blade saw machines are suitable for sawing any kinds of log wood processing (diameter:150-400mm.length:more than 1000mm).This series take hold in long logs processing equipment because of designed and developed with technology innovation and basis on the original log multi blade saw machines. 2.Main shaft:made of high quality materials,chromium plated,dynamic balance processing,high stability,wear resisting rust. 3.Cooling system:shafts core spray techinology dustproof environmental protection,saw blades protection,extend the blades lives. 4.Case:the main box integration,stable performance,aging treatmentdurable. 5.Bearing:selecting the international well-know brands SKF,dust free heating assembly,high flexible degree of main shafts,extend the blades lives. 6.Blades:using high quality imported saw blades,heat resistant,wear resistant,deformation. 7.Feeding:automatic feeding. 8.Whole advantage:long woods processing,for any kinds of log wood sprocessing,convenient blades handling. 9.Efficiency:50-80cube/day.