Motor Rules
The visual gallery of motor roles
Motor Rolls — Motor Rolls drive unit works with the roll body. power, control unit, cable output and movement transfer to neighboring rolls; the body diameter and transport length are controlled separately.
Motor Conveyor Rolls The drive engine is a special carrier roll where the roll body is integrated or in the roll. It can provide a more compact structure than the external motor-reductor systems and can be used in the roll carrier systems where the roll, box, plastic box and similar products are automatically moved.
What is the motor carrier roll?
The driving mechanism that allows the rotation movement in the motor carrier roll is located inside the roll body or in a compact structure directly connected to the roll, thus the need for large engines and reducers groups on the outside side of the carrier can be reduced.
The motor roll can move through one or more avar rolls, or similar transmission elements, so the carrier can be divided into different drawing areas.
How does the motor carrier roll work?
When the electric engine within the motor roll is powered, the roll body begins to turn. The roll can carry the product directly over or the rolls next to it can also turn with the help of Poly-V, O-ring or other suitable transmission system.
When used with the system sensor and control equipment, the work of the areas that are located in the product can only be provided. This structure can help reduce energy consumption and unnecessary mechanical work.
Where is the motor carrier roll used?
Motor rolls are preferred especially in compact, quiet and automatic transmitter systems.
- The transportation lines
- Depo automation systems
- Distribution and Classification Lines
- Packaging Systems
- Plastic Box Transportation
- The Conveyor
- Sensor roulette transmitters
- Product Savings
- Automatic Delivery Systems
Difference Between Standard Motor Role and Motor Role
The movement in the standard driven rolled carrier is usually transferred from the external engine and the reducer to the rounds by chain, Poly-V belt or O-ring. In the motor carrier roll, the drive unit is located inside the roll or directly on the roll.
Therefore, a more compact mechanical order can be created in the systems used with the engine roll.
Difference Between Motor Role and Avare Role
Idler Conveyor Roller It is not actively driven by any engine. It freely rotates thanks to the product’s movement or external force.
The motor roll allows the product to move actively when energy is given and can move to other roles when necessary.
Difference Between Motor Role and Chain Teeth Role
Sprocket Conveyor Roller The motion from the external motor-reductor takes by the chain and the dental system, while the motor roll has its own drive unit.
While chain-driven systems in heavy loads can be advantageous, motor roles in the coli and box transportation can offer more compact and quiet solutions.
Poly-V transmission in the motor roll
to move the avare roles around the motor roll Poly-V carrier rounds can be used together.
The motor roll works as the main driver and moves a group of roles through the Poly-V tracks. This structure can be frequently used in regional carrier systems.
Motor Rule O-Ring
The light product application O-Ring Channel Conveyor Rules The elastic O-ring tracks transfer the movement from the motor roll to the neighboring rolls.
This structure can create a economic and quiet solution for light burden.
Motor Rule with Regional Conveyor System
One of the most important uses of motor rolls is the division of the carrier into different work areas. Each area can be found a motor roll and several adjacent rolls connected to it.
If there is no product in a region, that section can stop. The relevant area can be run when it is detected by the product sensor. This structure provides a advantage especially in the automatic warehouse and shipping systems.
Zero pressure storage systems
Motor rolls can be used in zero-pressure storage systems where products are kept in certain intervals without contact.
The sensor in each carrier area detects the presence of the product. If the next area is filled, it is left in the area where the product is located. When the front side is empty, the system re-workes and transfers the product to the next area.
Motor Rule Speed Control
The work speed in the motor carrier rounds can be adjusted according to the characteristics of the engine and control unit. Different transport speeds can be used according to the type of product and the process needs.
In the sensitive automation applications, the speed increased or reduced in a controlled way can make the product move smoother.
Voltage selection in the motor carrier roll
Motor rolls can be produced in different electrical structures. The working voltage to be used must be determined according to the system design, control equipment and the motor roll model.
Low-voltage motor rolling systems can be widely preferred in automation and warehouse applications. But when making final choice, the manufacturer's technical values and system load should be taken into account.
How to choose the motor roll?
The roll diameter should be determined by the weight of the product to be moved, the work width, the roll range and the required turning.
The roll diameter in the motor roll can also affect the installation of the engine and reduction system inside. for technical information how to determine the roll diameter? you can check our page.
Motor Rules Rules
The roll range should be determined by the base size of the product to be moved. It is important for the product to get in touch with sufficient number of roles at the same time for a balanced transport.
How to calculate the roll range for detailed information? you can check our page.
Motor rolling and mounting structure
The assembly structure of the motor roll can differ from the standard avare rolls. Electric connection, cable output and fixation method should be considered in the design stage.
The connection system recommended by the manufacturer should be used to prevent the mile ends from turning and the engine turning to the shade to be transferred.
Sensor in the carrier used
Sensors play an important role in the automatic operation of motor rolling systems. thanks to the photosel, the product’s location can be determined and only the relevant carrier area can be run.
This allows the products to be controlled progress, waiting at certain points and saved without collision.
Motor Rule Control with PLC
Motor roles can be used along with PLC and transmitter control modules. The information from the system-connected sensors can be evaluated and the working order of the roles can be automatically controlled.
The different parts of the production line can be connected and the product flow can be managed through the central automation system.
Advantages of the motor carrier roll
- Compact Structure
- Reduce the need for external motor-reductor
- Possibility of quiet work
- Compatibility with the regional carrier control
- Integration with the sensor and PLC systems
- Compatibility with the product storage systems
- Poly-V and O-ring transfer options
- Use in automatic storage systems
What should be taken into account when choosing a motor carrier roll?
For the right choice of the motor roll, the product weight, the carrier work width, the roll diameter, the transport speed, the number of roles to be driven at the same time and the daily working time should be known.
It is also necessary to determine the sensors to be used, the control system, the power supply and how many different areas the carrier will be divided.
Motor Conveyor Rules Price
Motor carrier roll prices vary according to the roll diameter, operating width, engine power, reduction rate, speed option, control unit and manufacturer characteristics.
In complete automation systems, the sensor, control module, cable and other rolls should also be included in the total system cost.
Special engine carrier roulette solutions
İleri Mühendislik olarak motorlu rulo kullanılan konveyör sistemlerini taşınacak ürünün ölçüsü, ağırlığı, taşıma hızı ve otomasyon ihtiyacına göre projelendirebiliriz. Motorlu rulo, avare rulolar ve aktarım sistemi proje şartlarına göre belirlenebilir.
Product size, maximum weight, carrier work width and desired transport speed Get a quick offer You can send it through the form.
Motor rolled carrier systems
The complete carrier system Motor rolled carrier From our page you can look at the automatic transportation, sensor work and system options.
Other types of carrier roles
for different solutions The Conveyor Rules From our section, you can explore the avar, chain tooth, Poly-V shell, O-ring channel, conic and other rulo varieties.
Interested products and application links
Technical information on other sites
You can also read the descriptions on our other Advanced Engineering sites for the same product group. We can clarify the technical scope of your measurement-specific product together through your existing parts and working conditions.