Step 21: Alignment of the Wireless Infrared Safety Sensors

Use the following instructions if your opener is equipped with Wireless Infrared Safety Sen- sors. If your opener is equipped with Wired Infrared Safety Sensors proceed to step 22.

IMPORTANT: This infrared beam sensor sends an invisible beam of light from the emitter unit to the trans- ponder unit across from the pathway of the door. The door opener will not operate until the safety sensor is pro- grammed to the power head and it is properly aligned. If the invisible beam of light is obstructed, an open door cannot be closed by the transmitter or a momentary activation of the wall station up/down button. However, the door may be closed by continuously holding your finger on the wall station up/down button (constant pressure) until the door travels to a fully closed position.

Note: If two or more door openers are installed in the same garage, the safety sensor transponder for the second and/or third doors must be set to a dif- ferent code to prevent interference with the first transponder. The code is set by a jumper, located under the battery, closest to the center of the com- partment, as illustrated. The code jumper has three positions (A-B-C), selected by a moveable jumper, and has been randomly set at the factory to one of these positions. If the factory random selection of

the jumper position has resulted in a different code for each transponder, no further changes are necessary. If not, note the position of the jumper (A, B or C) on the first door transponder and set the second door trans- ponder jumper to one of the other two positions. A third door will use the remaining un-used position. Temporar- ily remove the batteries from all but the door being worked on and then replace when all jumpers have been set. The jumper has no polarity and can be applied to the pins in either direction. For more than three doors, call for technical assistance.

At this point you will be able to activate the opener. It will open, but will not close the door. Before unit will close door the beam sensors must be aligned and programmed.

First, the “Align-Normal” switch on the EMITTER (under the protective cover) must be set to Align. (See illustration). This should cause the adjacent RED LED indicator light to turn on. Check to see that the EMITTER is pointed toward the TRANSPONDER and that the hex nut holding the EMITTER in place is tight enough that the unit will not move.

Loosen the hex nut on the TRANSPONDER just enough that you can rotate it up and down and side to side. Rotating the TRANSPONDER will cause the GREEN LED on the TRANSPONDER to blink when aligned. Rotate TRANSPONDER up and down and side to side to determine best alignment. We recommend wide rotations to help determine the closest center point of alignment.

Tighten hex nut on TRANSPONDER and push and release the PROGRAM Switch button located on the garage door power head unit once. The red PROGRAM STATUS light on the motor power head unit and overhead lamp blinks showing programming and alignment are completed. Reset “Align-Normal” switch on the EMITTER to Normal and snap cover shut. Now, using the wall control up/down button, activate the opener and check that it will operate through full open and close cycles.

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Wayne 3014, 3514, 3018DLX user manual Alignment of the Wireless Infrared Safety Sensors
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3514, 3014, 3018, 3018DLX specifications

Wayne 3014, 3018, 3018DLX, and 3514 are a series of innovative fuel dispensers designed to cater to the evolving needs of the retail fueling industry. These models embody advanced engineering, reliability, and efficiency, making them ideal solutions for gas station operators looking to enhance their service offerings.

The Wayne 3014 series is characterized by its compact design, making it a perfect fit for locations with space constraints. It features a user-friendly interface, which allows for easier interaction for both attendants and customers. The sleek and modern look of the 3014 gives stations a contemporary feel while maintaining durability against the elements.

The 3018 model builds on the robust foundation of the 3014 but adds additional features for increased throughput. With capabilities to handle multiple products, the 3018 allows for various fuel types to be dispensed efficiently, catering to the diverse needs of customers. The model is equipped with advanced metering technologies, ensuring accurate measurement and reducing loss through evaporation or spillage.

For those seeking a more premium option, the 3018DLX stands out with its enhanced features and aesthetics. It offers an integrated payment system, supporting both card and mobile payments, which vastly improves transaction speed and customer satisfaction. The dispenser is also designed with a customizable interface that allows operators to promote special offers or loyalty programs directly on the screen.

The Wayne 3514 takes technology a notch higher, incorporating robust software support that enables real-time data analytics. This feature allows station owners to monitor sales trends and inventory levels efficiently, leading to optimized operations and better decision-making. The 3514 also supports future upgrades, ensuring that the infrastructure can adapt as technology evolves.

All these models prioritize safety and regulatory compliance, featuring advanced leak detection systems and secure payment options. Additionally, they are built to withstand the most challenging environments, reducing downtime and maintenance costs.

In summary, the Wayne 3014, 3018, 3018DLX, and 3514 are more than just dispensers; they represent the future of fueling technology. With their focus on user experience, adaptability, and operational efficiency, these models are set to redefine fuel dispensing in the retail sector. Achieving success in a competitive market is easier with equipment designed to deliver outstanding performance and reliability.
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