EZI/STD CHARGING UNIT – INSTALLATION INTRODUCTION This bulletin discusses the installation procedure for the EZI/STD Charging Unit – Individual wireless charging transmitter. OVERVIEW The EZI/STD Charging Unit – Individual dual-mode transmitter is compliant with PMA and WPC Qi standards. The transmitter is tuned for best performance through 8 mm (0.315") of non-conductive solid surface. Instructions for optimum placement and installation are in this bulletin.
required the installation should be done in the fabrication shop prior to sheet installation. The EZI/STD Charging Unit – Individual package consists of the transmitter, power cord and transformer. PMA-compliant charging rings are available separately in packs of three: one ring each of micro USB, Apple 30-pin and Apple Lightning® PMA compatible receivers. The transmitter has a micro USB port for updating the firmware if necessary. A. PREPLANNING A.1.
warming drawers, wine refrigerators, etc. Verify cabinet/support measurements before cutting the top. There should be a support strip between the transmitter and any cutouts or the edge of the top. The transmitter does generate some heat and ideally is installed such that it shares airspace with the cabinet interior. If placing above a drawer, make sure there is sufficient clearance, including drawer contents. Install so that the transmitter will be accessible by the customer.
A.4. Marking Charging Location Discuss the options for marking the charging spot with the customer. Some may prefer a permanent mark, either a highly visible mark or a subtle mark that blends with the background. A highly visible mark may be preferred in environments where multiple users will be using the device and aren’t familiar with the area. Subtle or temporary markings may be more appropriate where there are a limited number of users that will become familiar with the location over time.
B.2. Firmware Updates When there is a firmware update, Neosen Energy will make the update available for download. The transmitter is updated by connecting the device to a computer using a USB 2.0 Micro Type-B to USB Standard Type-A cable. C. SHEET PREPARATION C.1. Optional Inlay/Laser Engraving Charging location marking methods that require fabrication should be performed before milling the pocket for the transmitter.
The transmitter is attached to the sheet with a 100% silicone adhesive. Place dabs of silicone at each of the four corners. Clear or translucent adhesive is recommended, white is shown here for visibility. Avoid highly contrasting colors, particularly dark adhesive with more translucent, lighter- colored sheets. There needs to be enough silicone to fill the gap between the flange and the surface. Keep the silicone away from the coil.
be installed in the cabinetry where the transmitter is to be installed. Local codes must be followed and the AC outlet often must be installed by a licensed electrician. E. LED INDICATOR The LED will indicate the current transmitter status. F. TRANSPORTATION The greatest risk of physical damage to the transmitter will be between transmitter installation and fabricated top installation in the facility. Protect the transmitter during storage and transportation.
FCCID: 2AF63EZI FCC Warning NOTE: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications.
