HW Installation manual Rev 3.10 Hardware Installation Manual Document that describes how to connect the different components of the VECOS Locker Management System.
HW Installation manual Rev 3.10 0. Table of Contents 0. Table of Contents ------------------------------------------------------------------------------------------------------------------------------ 2 1. General information ------------------------------------------------------------------------------------------------------------------------ 3 1.1. 1.2. 1.3. 1.4. 2. Introduction.
HW Installation manual Rev 3.10 1. General information 1.1. Introduction. VECOS Europe B.V is a leading European company in security & efficiency solutions with its own hardware, firmware and software development. The company started in 1988 and is located in Eindhoven, The Netherlands. Releezme is the trademark name of VECOS Europe B.V. Locker Management System, consisting of a Hardware and Software part. 1.2.
HW Installation manual Rev 3.10 2. Power supply cabling As Power Supplies used are the Mean Well Enterprises Co., Ltd fanless HLG-185/480 series.
HW Installation manual Rev 3.10 Connecting the OUTPUT: To each of the output wires attach 1 WAGO connector, so 2 WAGO connectors are needed, 1 for Black and 1 for Red. Connecting these both of them in 1 WAGO connector, a shortcut is created! In the empty position of the WAGO connector , the red & black wires of the HUB power cables are attached.
HW Installation manual Rev 3.10 2.1. Extending the standard power cable length If the standard 27Volt power cable is too short, it is allowed to apply longer cables. Please use suitable UL-Listed connectors (WAGO) and cable (2x2.5mm2 [AWG 13] to be sure the connections are reliable, and the voltage drop over the total supply cable is less than 4 Volt, when the entire block is activated (all lock in this block active). As example, activating 24 locks over 100m [328 ft] cable (2x2.
HW Installation manual Rev 3.10 2.2. Connect the Power Supply to the HUB To be sure everything operates well also when a lot of people scan their cards (only applicable for the V3+ series) or when the emergency key is used, it’s important not to connect too many HUBs after each other,. If the power cable needs to be extended, always use at least 2x2.5mm2 [AWG13] cable. Maximum number of fully used HUB’s from the power supply output is 1, or better 1+1.
HW Installation manual Rev 3.10 3. Lock interconnection cabling 3.1. V3 Lock The V3 locks are interconnect to each other via a RJ-12 cable. The loop starts at the first position of the HUB, and then enters one side of the first lock. The other side of the lock is connected via a RJ-12 cable to the second lock, this cycle is repeated until the last lock is connected (the max. is 6 locks in 1 loop). The second RJ-12 of the last lock is returned to the HUB on the second position.
HW Installation manual Rev 3.10 3.3. V3 Controller connections Both power connections and both communication ports are the same (internally connected parallel), 3.4. V3 Controller settings There are multiple ways to control the block open signal (also called the Emergency Open signal) of the V3 locks connected to the HUB V3, see the table below for the possible settings. Every HUB that has an Block signal setting selected, will pass on the selected Block signal to the Locks.
HW Installation manual Rev 3.10 4. Terminal cabling 4.1. LBC 3.0 Terminal The LBC 3.0 terminal can be connected with the same cables as used for connecting HUBs, except for the TCP-IP Network cable, that needs to be a CAT5E or higher network cable and NOT the flat cable used between the HUBs. Between the 2 RJ45 ports, A switch and jumper is placed between the 2 RJ45 ports,. The Jumper is to activate the RS485 termination (default placed), remove the jumper if the LBC 3.
HW Installation manual Rev 3.10 5. Maximum number of locks on 1 Power Supply There is not a fixed number of locks that can be connected to 1 Power Supply, it really depends on how the lockers are used, how these are wired and if the emergency key can be used. Below calculations are all based on Watt so it’s easy for calculations. The maximum number of locks connected to 1 terminal is 256. What can influence the power consumption of a Lock: The colour of the status led.
HW Installation manual Rev 3.10 Theoretically that would mean you can connect the following Idle locks: 432W / 0.31W = 1393 V3 series locks 185W / 0.31W = 496 V3 series locks 432W / 0.41W = 1053 V3+ series locks 185W / 0.41W = 451 V3+ series locks So in all cases it’s more than the 256 locks that can be connected to 1 terminal. Locks with full USB load, you can only connect: 432W / 5.56W = 77 V3 series locks 185W / 5.56W = 33 V3 series locks 432W / 5.66W = 76 V3+ series locks 185W / 5.
HW Installation manual Rev 3.
HW Installation manual Rev 3.10 6. Example Technical locker As an example, below is shown a picture of all components nicely mounted in 1 wooden locker. It shows how the main outlet, network connection and the terminal in the locker are positioned. As installer it is very important that the Technical locker like below is nicely left behind and that cables can’t get stuck between the door. Never drop the cables and materials just in there, this locker might be opened by customers and it must be 100% safe.
HW Installation manual Rev 3.10 7. V3/V3+ Default LED states The Status LED of the V3/V3+ locks can be configured in Releezme to all kind of combinations, but the default configuration/behaver is: LED_STATE_OFF Status RGB LED is off due to the fact the locker a public locker or not designed with the locker bank configuration. LED_STATE_LOST_COIL Inherited from V2 lock but not used within V3/V3+ lock due to missing hardware for lost coil detection.
HW Installation manual Rev 3.10 8. UL approved system components Our “Releezme V3 Hardware” is cULus Listed under File no E513979.
HW Installation manual Rev 3.10 9. Compliance Statement about RF, Safety and EMC V3, HUB 3-24 and LBC 3.0 Colour Touchscreen ISED EMC Declaration: This Class B digital apparatus complies with Canadian ICES-003. Cet appareil numérique de Classe B est conforme à la norme Canadienne ICES-003. FCC Information to the User: This equipment has been tested and found to comply with the limits for a Class B digital devices, pursuant to part 15 of the FCC Rules.
HW Installation manual Rev 3.10 (1) cet appareil ne doit causer aucune interférence, et (2) cet appareil doit accepter n’importe quelle interférence, y inclus interférence qui peut causer une opération non pas voulu de cet appareil. Les changements ou modifications n’ayant pas été expressément approuvés par la partie responsable de la conformité peuvent faire perdre à l’utilisateur l’autorisation de faire fonctionner le matériel.
HW Installation manual Rev 3.10 10.
