Did you know…

September 21, 2015

…that HEIDENHAIN rotary encoders are critical components found in Automated Guided Vehicles (AGVs) used in distribution warehouses, manufacturing plants, and medical facilities?

AGVs are mobile-wheel based robots designed to carry a load through a facility without an onboard operator or driver. Due to new advancements of technologies used within the intelligent and flexible material handling field, many large warehouses and distribution centers have adapted to using AGVs in their facility. This switch has lead to an increase in efficiency and a reduction in costs by helping to automate the manufacturing facility or warehouse.

The particular HEIDENHAIN components typically found in these mobile robots are the RENCO brand R35i and RCML15 rotary encoders, which provide motion and speed feedback in the motors operating a multitude of the axes found in these applications, with the most common axis being the motors used on the drive wheels of these AGVs.

Currently, there are a plethora of technologies used to navigate and coordinate the movement of the AGVs; some of the more common practices are using markers or wires placed on the floor, using vision/laser sensors, or uploading a map of the facility and determining a path through the facility with downloaded software. AGVs can be set to move in predictable paths with precisely controlled acceleration and deceleration, including automatic obstacle detection bumpers, which allow them to provide safe movement of large loads while in close proximity to people.

Typical AGV applications include transportation of materials (raw, work-in-process, and finished goods), storage/retrieval in support of picking in warehousing and distribution applications, carrying medical supplies and equipment within hospitals, and material handling within clean rooms in the semiconductor industry.

When using the RENCO brand encoders, the AGV system can accurately monitor and establish its speed with consistent repeatability. These aspects are crucial to the machines as they may need to interact directly with a person and this level of quality is required in order to ensure the safety of the workers involved.

In conjunction with this benefit, the RENCO encoders’ slim and lightweight design allows motor designers more flexibility, especially in these applications where space and weight is critical. The RENCO encoders combine brushless motor commutation pulses and incremental position feedback, which reduces the cost while improving the performance and reliability of the brushless motor/encoder package.

The RENCO R35i rotary encoder is particularly noted for its modular design without an integral bearing. Its special properties are its compact design with a 35 mm outside diameter and only 14 mm height as well as its easy, self-centering mounting thanks to a patented slide lock. With its OPTO-ASIC technology, the RENCO R35i offers the greatest possible functionality with the smallest possible dimensions.

The RENCO RCML 15 rotary encoder offers similar reliability along with the OPTP-ASIC technology while having a height of only 8.9 mm, offering an alternative to the R35i with a very low mounting profile.

 

Want to learn more?

Contact us today

Related resources and news

New Leine & Linde Linear Encoder for Toughest Environments

Leine & Linde, supplier of velocity feedback solutions and position feedback in heavy-duty industrial processes, releases a new robust linear absolute encoder series called the RLA 4000 to meet the needs of many tough environments.

Read more »

LTN’s Next Generation of Wind Turbine Slip Rings

SCHAUMBURG, IL (November 2018) – Within the wind turbine industry, double-fed asynchronous generators are dominate. In order to address the electromechanical connection needs of these turbines, LTN is proud to offer the SC168 slip ring, a robust slip ring with a universal-hole pattern for different generator types. The LTN SC168 is a low-maintenance slip ring […]

Read more »

Positioning Accuracy on the Gripper of a Robot Arm

The insertion of cylindrical tools into tool holders with a robot arm was a real challenge —and therefore a task made to measure.

Read more »