motor slide rails，Slide Rails:The main purpose of a slide rail is to permit the customer to adapt the motor’s placement to insure proper stress on their belting apparatus.
Construction/Installation:
The Slide Rail is a two piece steel mounting apparatus which uses one rail for leading or pulley end foot and the other for the rear or opposite end ft. When setting up, the rails ought to be safely anchored as near to its operating placement as possible with the correct distance between the front and rear mounting bolt.
electric motor slide bases are rigidly bolted to prelocated and fixed anchor bolts in apparatus bases and provide a means of anchoring motors and adjusting belt stress in belt-sheave linked drive systems.
Model motor slide bases provide motor anchorage and position adjustment for use with fan-electric motor sets having belt and sheave connected drive apparatus, when installed on Kinetics Model CIB-L, CIBH, SFB, or KFB equipment bases.
Model motor slide bases incorporate a one steel frame with four sliding electric motor anchor bolt, nut and washer assemblies, operate by one particular belt tension adjustment bolt, on tabulated base sizes up to 286, and two bolts for bases 324 through 445. All electric motor slide bases possess four anchor bolt holes for attachment to helping equipment bases.
Model motor slide bases are more advanced than twopiece motor slide rails. Motor slide bases are more rigid than rail systems and assure that sliding engine anchor bolts are installed and remain parallel.
Specifications
Model engine slide bases shall contain a single frame steel motor mounting base and shall have four sliding electric motor anchor bolts, operated simply by 1 axis belt tension adjustment bolt, and shall have four anchor bolt holes for attachment to equipment support bases.
Motor slide bases, to become supported by cement or steel framework bases used as part of the sound and vibration isolation of the equipment, will be furnished by the same manufacturer as the gear support bases and will be sized as required for motors to become mounted.
Usual applications include use with fan-motor pieces having NEMA or AMCA motor positions W, X, Y, or Z. Electric motor slide bases allow optimum motor adjustment for establishing and adjusting belt pressure to remove excessive belt and tools bearing wear.
Availability:
Slide Rails can be supplied for horizontal frames 180T – 6800. The rails are designed for a particular body series, (364T and 365T use the same rails).
Electric Motor Slide Rails
All Torque Transmissions stocks electric electric motor slide rails and motor bases, which are for the quick tension of belt drives and additional motor positioning requirements. Made from cast iron, slide rails come complete 
Electric Motor Slide Rails
All Torque Transmissions stocks electrical electric motor slide rails and motor bases, which are for the quick tension of belt drives and additional motor positioning requirements. Made from cast iron, slide rails arrive complete with all motor mounting hardware and are ready for immediate installation.
nce 01.01.2017 new rules in europe
IE3 – motors with premium efficience from power 0,75 kW at 2poles/3000 Upm 4poles/1500 Upm 6poles/1000 Upm.
Exceptions:
* 8poles/750 Upm
* you can need IE2 motors with electronic inverters
Slide the electric engine.
Tensioner for belts or function as variator
Make use of these slide rails to put installed NEMA and NEC motors meant for proper belt tension during installation and at later on maintenance checks. They’re ideal for motor belt changes in fan, blower, pump, and compressor applications. Note: Not really for ceiling or part wall installations.
linear module, two manuals and two sliders, with high precision, multi-segment replicate positioning, compact structure, strong versatility.
Maximum stroke: 1050mm
Repeat accuracy: +-0.01mm
Maximum speed: 1600mm/s
Easy maintenance
Lengthy stoke without reducing speed
High rigidity mainframe and cover: a single pieceestruded aluminum structure for optimum rigidity and weight ratio.
It can be used in combination with single or multiple axes. It is easy to match the required workpieces in various industries and it becomes a simple and useful mechanical arm. It is mainly utilized in dustfree workshops or special fields such as for example electronics and medical gear, such as film, Depreciation, IC printing, CCD on-line inspection, exact positioning detection of soldering automation gear, laser plus(laser slicing/laser marking/laser engraving/laser beam drilling,etc.) precision assembly, precision machine equipment, semiconductor production equipment, location detection, electronic production gear , and 3D printing tools and other fields.
Compared with belt or ball screw drive linear module, we called linear engine “Zero Transmition” mainly because it’s driven directly by a servo engine. Since there are no intermediate rotation accessories, the energy reduction during mechanical friction is usually eliminated and transmitting efficiency is greatly improved. Linear engine can perform high speed in an instant when starting even under high repeat accuracy 0.002mm condition. Due to its special advantage, the stroke can be extended indefinitely. So it is broadly used in a variety of high precision industries. We believe linear motor is a new tendency in automation machine sector, making better in future.
Ever-power linear modules are applied in multiple areas, including robots, camera track, laser engraving and cutting, glue dispenser, 3D printer, aerospace,laboratory test, scanning, indexing and positioning, moving sensors, automation, factory conveyor etc.
You can expect motorized stages which can be assembled into many different configurations; for example, XY stages, XYZ stages . We list a few common XY stage combinations right here, but you can select your own combination of family members, travel and lead screw pitch in each axis to build the stage you need.
1.High rigidity and heavy load
2.Smooth working, low noise and non-pollution,high speed
3.High accurancy and easy setting up
4.Trial order can be acceptable
Linear bearings and guides provide low friction, soft, accurate motion for almost any moment or regular loading condition.
1.Dynamic and static friction resistance difference is usually small, which is helpful to improve the response speed and sensitivity of CNC system
2.The driving power is small which reduces the energy consumption
3.High positioning accuracy and repeat positioning ccuracy
4.By increasing the preload, the rigidity is greatly enhanced
5.Using paired guidebook rails, it gets the aftereffect of homogenizing error
Maximum stroke: 1050mm
Repeat accuracy: +-0.01mm
Easy maintenance
Lengthy stoke without reducing speed
High rigidity mainframe and cover: a single pieceestruded aluminum structure for optimal rigidity and weight ratio. Robotic arms , 3D printer devices , CNC router machines , Pick and place machines
Glue dispenser , Painting devices , Packing machines , Coding devices , Gantry Robot
Laser engraving and trimming machines ……
Linear bearings and guides provide low friction, soft, accurate motion for almost any moment or normal loading condition.
1.Dynamic and static friction resistance difference can be small, which is helpful to improve the response speed and sensitivity of CNC system
2.The generating power is small which reduces the energy consumption
3.High positioning accuracy and repeat positioning ccuracy
4.By increasing the preload, the rigidity is greatly enhanced
5.Using paired guide rails, it gets the effect of homogenizing error
Linear bearings and guides provide low friction, soft, accurate motion for nearly any moment or normal loading condition.
1.Powerful and static friction resistance difference is definitely small, which is effective to enhance the response speed and sensitivity of CNC system
2.The generating power is small which reduces the energy consumption
3.High positioning accuracy and repeat positioning ccuracy
4.By increasing the preload, the rigidity is greatly improved
5.Using paired guideline rails, it gets the effect of homogenizing error