CDVI DGLP60WLC Manuals

The installer’s choice cdvigroup.com ENGLISH EN FRANCAIS FR DGLP60WLC Hands-Free Proximity Card Reader - Wiegand Lecteur Proximité Main Libre - Wiegand all-guides com 2 cdvigroup.com EN DGLP60WLC Hands-Free Proximity Card Reader - Wiegand INSTALLATION MANUAL 1] PRODUCT PRESENTATION 26, 30 or 44 bits Wiegand outputs. Connection to the controller via the Wiegand bus interface (INTBUSW). Polycarbonate reader. Surface mount. Reading distance from 30 to 60cm*. Dimensions (L x W x D): 400 x 325 x 25mm. Open collector outputs (Clock, Data 0 and Data 1). Reading distance: up to 30cm with tags (ref. PPC*) and up to 60cm with cards (ref. CPE*). Self-contained electronics. Audible and visual feedback. Input voltage: 12V dc. Consumption: 450mA. Complies with European R&TTE directive 99/5/EC and harmonised standards: ETS 301 489 and ETS 300-330-1-Ed 2001. Complies with applicable EMC standards: EN 50133, EN 50130-4. 2] RECOMMENDATIONS Installation recommendations 1. To secure your installation, make sure that the varistor is mounted in parallel on the terminals of the lock with the power supply. 2. Make sure that when mounting 2 Hands Free readers, to keep a minimum distance between the units to avoid reading the badges on both readers simultaneously. 3. When installing a reader near a loop conductor, a conductor in the form of a close loop, a metal plate then make sure to keep a cleared area around the reader of 1M on both sides and 1M at the back. 4. In some cases, put 0V to earth. Mounting on a post Avoid all conducting metals. Do not install the reader in a closed conductor frame. Recommended wiring 4 pairs 6/10th or AWG24 cable. Environment If you install these readers in a marine/salt environment, we recommend spraying a varnish coating on the terminal block after wiring to prevent oxidation. Recommended power supplies There are two suitable power supplies for these Wiegand «proximity» readers: ARD12 and BS60. Do not used switching power supply. These pro- ducts must be powered in 12Vdc and the power supply should be certified EN60950-1:2006/ A11:2009 standards and should be designed to be a low power supply source. Unfavourable situations Avoid proximity to sources of electromagnetic interference such as : - IT transmission cables. - Main power cables. - Variators. - Inverters. - Computer monitors. - Vehicle presence detection loop. * This performance level is for an environment free from any electromagnetic disruptions. IP53 -40°C to +70°C CE certification R&TTE certification WEEE Environmental tests: vibrations Thank you for buying our products and for the confidence you placed in our company. 3 cdvigroup.com EN DGLP60WLC Hands-Free Proximity Card Reader - Wiegand INSTALLATION MANUAL ODIAX® tools Sticker M5x42.5 DIAX® screws M5 metal plugs DGLP60 WLC reader 1 1 4 4 Orientation : % distance : 30° 60% 25° 80% 0° 100% Care : The more the badge is inclined perpendicularly, the more the reading distance will be reduced. 3] MOUNTING KIT - Reinforced concrete walls. - Any equipment not in conformity with the EMC directive. Optimisation 1. When the reader is installed in a position that could present one the previously mentioned unfavourable situations, a few simple actions can sometimes improve the performance of the reader: Try to analyse the environment to attempt to identify one of the possible sources of interference (radiation, metal, etc). Check the connections and the wiring. Check the voltage on the power supply and the voltage on the terminal block on the reader. Test the reader in a different configuration from the one initially intended: - Move the reader. - Change its orientation. 2. If the reader works better in a different configuration or position, it means that the initial position is not optimal and then should be changed until you find the best configuration. Note : Test the card reader with a 12V battery and proceed to the installation. 3. At start-up the DGLP60WLC reader perform an auto calibration during 10 minutes to reach optimal operation. Using the badge 1. Present the badge with its face towards the reader approaching slowly until the reading signal is obtained. 2. It is not necessary to shake the badge in front of the reader. 3. The badge should be presented as parallel as possible to the reader to optimize the reading distance.