Suzhou ORB Elevator has been supplying various types of elevator parts with competitive price and top quality, you are cordially invited to browse our website, contact us by phone or email, and visit us directly.

As for material, labor, transportation cost and exchange rate are changing, the price for this elevator guide rail aligner is just for reference only, please contact us beforehand if you are interested. Basic dimensions of elevator guide rails and accessories for reference only. View larger image. Hot sale in. View Details. Customized logo Min. Order: Sets. Customized packaging Min. Order: Sets More. Graphic customization Min. Order: Sets Less.

Order : Buy Samples. Start Order Contact Supplier. Product Details. Company Profile. Quick Details. Warranty: NONE. Elevator Guide Rail Alignment Tools. Time days 15 To be negotiated. Online Customization. Product Description. Elevator Guide Rail Aligner, Elevator Guide Rail Alignment Tools, Elevator Parts Suzhou ORB Elevator has been supplying various types of elevator parts with competitive price and top quality, you are cordially invited to browse our website, contact us by phone or email, and visit us directly.

ORB Guide Rails. Guide Rail Size. Fishplate Size. Guide Rail Pictures. You May Like. Not exactly what you want? Related Searches : elevator part guide rail suppliers elevator part suppliers. Subtotal Depends on the order quantity. Start Order Contact Supplier Add to cart. Gold Supplier. On-time delivery rate.Attaching wire ropes to shackles with babbitt?

You will need this tool to form nice, neat, uniform bends. Snap this gauge onto the face of a rail using the magnet provided. The gauge will stay attached to the rail allowing you to make any adjustments you need. The gauge is made of lightweight plastic and has the laser alignment gauges installed to match the position of the dual line laser gauges.

Set your DBG then attach this lightweight aluminum tool onto the landing and extend your plumb lines into the hoistway once anchored to floor at sill. Easily maintains tension in plumb line up to its ultimate breaking strength. Lightweight, compact and easy to install over our plumb line clamp. This rail alignment kit is all you need to start aligning your rails.

It fits 8, 12, 15, and Properly aligning elevator rails at the joint can be difficult, and if done incorrectly can lead to a bad ride or hours of filing and dressing the rail joint. Use this Block and Clevis to hang your car or counterweight frame at any location in the hoistway. Rail blocks must be used in pairs. Here's the modern, safe way to cut wire ropes. This hand-held, hand-pumped, hydraulic cutter is ideal because of its compact, lightweight, rugged design.

The Wurtec lift door stop is designed to create a mechanical wedge which prevents manual door movement. It simply inserts into the sill groove, contacting the door edge, thus pivoting the lever forwards. Rated at N, this pocket sized door pressure gauge is designed for setting and measuring lift door closing pressures.

It can also be used to check belt tensions on hydraulic pumps or door operator drives. The rope retirement gauge is designed specifically to enable fast and accurate rope evaluation and analysis, determining whether the rope needs to be replaced. Manufactured from durable Polymer, this tool allows you to easily and accurately measure the difference in height from the landing to car sill plate.

Simply place the tool on the highest sill and push the gauge down until it rests on the lower sill plate.An elevator alignment tool includes a longitudinal frame having rollers being configured to run along the surface of a guide rail of an elevator construction, which frame includes a bias device for biasing the frame against the guide rail and a connecting part configured to be connected to an elevator car or an installation time platform, which tool further includes a laser mounted to the frame.

This alignment tool allows an easy alignment of new guide rails to be installed during elevator installation or an easy verification of the guide rail alignment of a ready built elevator construction. The present invention relates to an elevator alignment tool. Such tools are for example used during the installation of an elevator when at least the lower most guide rail part has already been installed and the car is already mounted in the elevator shaft and used as an installation platform during the buildup of the elevator.

Of course, the inventive elevator alignment tool may also be used after completion of the elevator system during normal use of the elevator to monitor or verify the straightness of the elevator guide rails. An elevator alignment tool is for example known from JP showing a carrier moving along a guide rail which carrier has a reflecting surface to reflect a laser beam emitted by a laser mounted on the shaft pit or on the shaft top whereby the reflected beam is received by a receiver and used to get information about the accuracy of the guide rail straightness.

The disadvantage of this device is that several devices have to be installed in the elevator shaft and a couple of adjustments are necessary. After the elevator installation has been completed these devices have to be dismounted.

It is therefore object of the invention to provide an alignment tool which easily allows the measurement or determination of the guide rail position in an easy manner. According to the invention this object is solved with an alignment tool according to claim 1 and with an elevator having such an alignment tool according to claim Preferred embodiments are subject matter of the corresponding dependent claims.

According to the invention the alignment tool comprises a longitudinal frame having rollers which are configured to roll along the surface of a guide rail of an elevator construction. The frame further comprises a bias means, for example a e.

Furthermore, the frame of the alignment tool comprises a connecting part which is configured to be connected to an elevator car or IT Installation Time platform. The connecting part may be for example simply one part, e. The connecting part can also be a rope which connects the frame of the alignment tool to the elevator car or IT platform in a vertical distance thereto, particularly below the elevator car. The alignment tool is connected to the car preferably with a rope, preferably a nylon rope or any type of chain, preferably light chain types.

One of the first steps during the installation of an elevator is the mounting of the lower most guide rails. Often already at this stage the car is brought into the elevator shaft because the car is used as an installation platform during the further buildup of the elevator in the upper direction. The inventive alignment tool is in the installation only used for the next guide rail lengths as it needs an already aligned guide rail length for its alignment function.

Of course the alignment tool can later on be used as monitoring means for checking the proper alignment of all guide rail lengths, also the lowermost ones. During installation the car may extend vertically above the already established guide rails.

It is preferable when the alignment tool is connected to the elevator car or IT platform in the distance of about 2 to 5 meters below the elevator car or IT platform so that from the roof of the elevator car or IT platform the new guide rails may be connected to the elevator shaft while the alignment tool is in contact with the guide rails already mounted and adjusted in the elevator shaft. It is preferable that the connecting part allows a play of the alignment tool in the horizontal plane with respect to the elevator car.

This allows the alignment tool to keep contact with the guide rail although the elevator car itself may not yet be fixed in the horizontal plane via contact with already mounted guide rails. Finally, the alignment tool further comprises a laser which is preferably arranged at the frame that the emitted laser beam extends vertically, i.

This laser beam is then used for example during the installation of the elevator as a reference for the mounting of the new guide rails above the already mounted guide rail s. The upper lengths of the guide rail are therefore mounted with the help of the alignment tool which is adjusted via its defined contact with the already mounted and adjusted guide rail length s. The invention has several advantages. In contrast to the prior art no components have to be installed in the elevator shaft which is already troublesome particular during the buildup of an elevator system.

By connecting the alignment tool to the elevator car the alignment tool easily follows the actual progress of construction work without needing any manual readjustment to a new position after a new length of guide rail has been mounted and the elevator car can be moved a further guide rail length in the upper direction of the shaft to install a new guide rail lengths above the already mounted ones.

As the alignment tool follows the elevator or IT platform car it does not obstruct the construction area on top of the elevator car or IT platform.

Adams Parts

The laser spot is near the guide rail which simplifies the adjustment of the new guide rail lengths above the already mounted one s. Accordingly, shorter and lighter target plates can be used for the installation of new guide rail lengths.

The invention provides a better and more accurate guide rail adjustment and also a faster guide rail adjustment.The present invention relates to elevator installation and more specifically a device for accurately pointing elevator rails.

elevator rail alignment tool

A number of factors have led to the development of high performance elevators. Taller buildings and increased passenger traffic requires efficient elevator systems to convey passengers between floors. This requires advanced, faster elevators with a sophisticated system for powering and controlling the elevator. This has resulted in elevators having ever increasing vertical operating speeds. However, such faster travel speeds have led to a number of technical challenges.

One such technical challenge is the need for precisely aligned guide rails. These guide rails, upon which the elevator cars move vertically, must be aligned to exacting tolerances. If the opposing rails are not aligned this could be detected by passengers riding in the elevator car as vibration. This may result in passenger discomfort and wear and tear on elevator parts. To alleviate these problems in elevator operation, the rails must be positioned as linear and parallel to one another as is practical.

A number of different devices have been employed to ensure proper orientation of the elevator rails on the vertical services within elevator shafts. In one common technique, a plumb line may be hung adjacent to the brackets onto which the guide rails are mounted. This plumb line may then be used to ensure proper orientation of the rail from top to bottom.

A second device may be used to ensure orientation of the point of the rails. This ensures that each elevator guide rail is positioned such that it properly faces the opposite guide rail. The device disclosed includes a pair of mirror image guide clamps which each attach to one opposite rail.

These guide assemblies have a reference notch which positions the rail relative to an adjacent plumb line. The device also includes an inner connecting guideline which ensures that the point orientation of the rails of the rail clamp location is aligned. This requires attaching a guide to each rail and having a string extend between the two guides.

Thus for proper rail point alignment at least two guides must be clamped to opposite rails, a string extends across the elevator shaft, and additional tools are required for plumb alignment. The combination of multiple clamps and multiple strings allows both plumb and point alignment using this tool.

A number of drawbacks exist for the use of string-based alignment. First, the alignment of point requires a rail installer to move back and forth between the two rails making multiple adjustment to each string guide. Secondly, the string is somewhat cumbersome.

elevator rail alignment tool

The string extends across the elevator shaft and the installers must move around a string extending across the elevator shaft. One of the present objects is to design a elevator rail point alignment tool that requires only one device be attached to a rail for point alignment. The above objects and other objects are achieved with a device for point alignment of elevator rails.

This device includes a rail clamp body on which a laser mount is attached. A laser is mounted on the laser mount. The laser mount also includes means for adjusting the laser mount.

This means for adjusting the laser mount may be configured to allow for inversion calibration. In some embodiments, the means for adjusting the laser mount may include an adjustable spring tensioning device and a central pivot attaching the laser mount to the rail clamp body.The safety of the elevator installation should also be added to the method statement as this is a primary concern of both contractor and consultant safety personnel.

The aim of this method statement is to describe the process and sequence of installation of the elevator in this project. The purpose of this method is to define the specific tasks to be performed by Company relating the elevator installation works and to make sure quality of the output including the safety of the works.

The barricading should block access to the door completely, and only barricade removal would facilitate entry, thus preventing all unauthorized access. Then, clamps should be used get it tightened. Place guide rails at shaft base so that half of them remain with the tongues female end and half with the grooves male end. Use fish plates to connect adjacent guide rails. Rope from the electric hoist or Tirak will go to overhead pulley before descending to machine below. Align it with the spirit level.

Also, ensure that the tension weight pulley moves freely.

elevator rail alignment tool

A MIllion thanks to this entry. May Allah help you always in creating your future undertaking.

TECHNICAL FIELD

First of all above mentioned method statement are good enough and comply with all safety standards, we are just following clients approved procedure. This site uses Akismet to reduce spam. Learn how your comment data is processed. Visit Quality Engineers Guide Channel. Click Here Now! Watch Our Informative Videos Now! About the Author. My Other Posts. Welcome to my blog. Adros December 9, Zubair Muhammad February 26, Noel Mades February 28, Welcome, Zubair and thanks for stopping by.

Sir yan na ba ang complete details ng methodology for elevator installation? Mohammad Zeyaullah May 27, Your method statement has helped me. A lot of thanks for that. I really like your method statements, because it has helped me a lot, thank you soooo much. Mohammed Jahangeer May 23, Noel Mades May 27, You are welcome.A premium membership for higher-level suppliers. Relevancy Transaction Level Response Rate.

Supplier Types Trade Assurance. Supplier A premium membership for higher-level suppliers. Supplier Location. Order : OK. Ready to Ship. Lastest new design products ball screw end bearing ball bearing nut elevator guide rail alignment in china.

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Q: How long is your delivery time9 A: Generally it is days if the goods are in stock. Q: Do you provide samples 9 is it free or extra 9 A: Yes, we could offer the sample for free charge. Aligner for guide rail. Q1 : Can I have a sample for testing9 A : Actually we think samples are not very important. Q8 : How to place an order9 A : Step1: You can email us to discuss the details. Stpe3: Once you confirm the PI and make the payment, we will prepare your order at once. Elevator guide rail alignment.

Elevator Tools

Elevator guide rail alignmentElevator alignment ruler. Elevator guide rail alignment in china guide rail lift. To visit the factory acknowledge the production ability and quality control process. Basing on the price, sample and visiting, recommend manufacturers to our customers.

How to help customers order from the qualified suppliers Follow the process of the order. Shanghai elevator guide rail alignment in china. Twenty two years' experience in the elevator industry ensures us to provide our clients reliable products, leading-edge technology and perfect after-sales service.

We can also provide more than 80 kinds of elevator parts, such as guide shoe,speed governor, limit switchcontrol cabinet,safety gear,inverter,door mechanism ect. About product and suppliers: elevator guide rail alignment products are offered for sale by suppliers on Alibaba. A wide variety of elevator guide rail alignment options are available to you, There are suppliers who sells elevator guide rail alignment on Alibaba. Related Search: china guide aluminum china rail rolling china guide rails clips china suzhou guide rail china guiding light 3 hydraulic alignment machine stud alignment guide d wheel alignment machine equipment price ccd four wheel alignment system t type guide clip t 2 b guide rail elevator elevator hand rails elevator clips rail bolt elevator parts passenger rails elevator guide rail bracket otis t type elevator chin people dre monitor.An elevator alignment tool includes a longitudinal frame having rollers being configured to run along the surface of a guide rail of an elevator construction, which frame includes a bias device for biasing the frame against the guide rail and a connecting part configured to be connected to an elevator car or an installation time platform, which tool further includes a laser mounted to the frame.

This alignment tool allows an easy alignment of new guide rails to be installed during elevator installation or an easy verification of the guide rail alignment of a ready built elevator construction. The present invention relates to an elevator alignment tool. Such tools are for example used during the installation of an elevator when at least the lower most guide rail part has already been installed and the car is already mounted in the elevator shaft and used as an installation platform during the buildup of the elevator.

Of course, the inventive elevator alignment tool may also be used after completion of the elevator system during normal use of the elevator to monitor or verify the straightness of the elevator guide rails. An elevator alignment tool is for example known from JP showing a carrier moving along a guide rail which carrier has a reflecting surface to reflect a laser beam emitted by a laser mounted on the shaft pit or on the shaft top whereby the reflected beam is received by a receiver and used to get information about the accuracy of the guide rail straightness.

The disadvantage of this device is that several devices have to be installed in the elevator shaft and a couple of adjustments are necessary. After the elevator installation has been completed these devices have to be dismounted. It is therefore object of the invention to provide an alignment tool which easily allows the measurement or determination of the guide rail position in an easy manner.

According to the invention this object is solved with an alignment tool according to claim 1 and with an elevator having such an alignment tool according to claim Preferred embodiments are subject matter of the corresponding dependent claims. According to the invention the alignment tool comprises a longitudinal frame having rollers which are configured to roll along the surface of a guide rail of an elevator construction. The frame further comprises a bias means, for example a e.

Furthermore, the frame of the alignment tool comprises a connecting part which is configured to be connected to an elevator car or IT Installation Time platform. The connecting part may be for example simply one part, e. The connecting part can also be a rope which connects the frame of the alignment tool to the elevator car or IT platform in a vertical distance thereto, particularly below the elevator car. The alignment tool is connected to the car preferably with a rope, preferably a nylon rope or any type of chain, preferably light chain types.

One of the first steps during the installation of an elevator is the mounting of the lower most guide rails. Often already at this stage the car is brought into the elevator shaft because the car is used as an installation platform during the further buildup of the elevator in the upper direction.

The inventive alignment tool is in the installation only used for the next guide rail lengths as it needs an already aligned guide rail length for its alignment function. Of course the alignment tool can later on be used as monitoring means for checking the proper alignment of all guide rail lengths, also the lowermost ones. During installation the car may extend vertically above the already established guide rails.

It is preferable when the alignment tool is connected to the elevator car or IT platform in the distance of about 2 to 5 meters below the elevator car or IT platform so that from the roof of the elevator car or IT platform the new guide rails may be connected to the elevator shaft while the alignment tool is in contact with the guide rails already mounted and adjusted in the elevator shaft.

It is preferable that the connecting part allows a play of the alignment tool in the horizontal plane with respect to the elevator car. This allows the alignment tool to keep contact with the guide rail although the elevator car itself may not yet be fixed in the horizontal plane via contact with already mounted guide rails.

Finally, the alignment tool further comprises a laser which is preferably arranged at the frame that the emitted laser beam extends vertically, i. This laser beam is then used for example during the installation of the elevator as a reference for the mounting of the new guide rails above the already mounted guide rail s.

The upper lengths of the guide rail are therefore mounted with the help of the alignment tool which is adjusted via its defined contact with the already mounted and adjusted guide rail length s. The invention has several advantages. In contrast to the prior art no components have to be installed in the elevator shaft which is already troublesome particular during the buildup of an elevator system. By connecting the alignment tool to the elevator car the alignment tool easily follows the actual progress of construction work without needing any manual readjustment to a new position after a new length of guide rail has been mounted and the elevator car can be moved a further guide rail length in the upper direction of the shaft to install a new guide rail lengths above the already mounted ones.


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