User manual ACT CONFIGURING ACTPRO200

[. . . ] Connect up the ACTpro200 to the readers and the ACT2000/3000 as per the installation diagram. *Remember to connect the terminals marked DOORS on the ACTpro200 to the controller together. [. . . ] The unit is designed to connect to ACT2000 and ACT3000 controllers on the Door Station RS-485 network. The assembly as supplied provides the following features: · 18 swg Mild Steel Cabinet with hinged lid with space for 2 7Ahr batteries · 3 Amp Power Supply with battery backup provision (Batteries not supplied) · Monitored power supply with automatic battery test · 2 fused outputs for door locks · PSU status (AC fault, battery low ) reported to controller and to ACTWinPro · Deep-Discharge protection of batteries provided · 20mm `knockouts' provided for external wiring at top and sides · 7 40mm holes in the back of the cabinet for rear wiring entry · Wiring Instructions on label inside front lid. · Lid to accommodate two standard DS100 units www. accesscontrol. ie +353 1 466 2570 Power Supply Specification The power supply is capable of supplying a maximum of 3 Amps. This should be sufficient to power the 2-Door Station pcb, up to 4 readers, 2 locks and provide charging current for the batteries. Use the following table to ensure you do not overload the power supply: Item Current(mA) DS200 100 Door 1 Entry Reader 80 Door 1 Exit Reader 80 Door 2 Entry Reader 80 Door 2 Exit Reader 80 Door 1 Mag Lock Door 2 Mag Lock Battery 1 Recharge current 300 Battery 2 Recharge current 300 Safety Margin 300 Total The total current should not exceed 3Amps (3000mA). This leaves approximately 1600mA available for supplying the locks on a 2 door system with 2 entry and 2 exit readers. Battery Backup There is room in the cabinet for two 7Ahr batteries giving a total of 14Ahrs. The length of time these batteries will last depend on the power consumption of the system. A magnetic lock draws current continuously and therefore you can add the continuous current to the total. In this case you need to estimate the average hourly consumption using the following equation: Lock Current (mA) x (Number of operations per hour x door relay time)/3600 For example, a 500 mA lock operating 20 times an hour for 5 seconds would use 500 x (20 x 5)/ 3600 = 13. 9mA per hour Once the total power consumption has been determined, then it can be calculated how long the batteries will last. Example DS200 with two readers and 2 magnetic locks, each drawing 400mA would consume www. accesscontrol. ie +353 1 466 2570 100 + 80 + 80 + 400 + 400 = 1060mA. In the event of a power fail, Battery 1 will supply the pcb, readers and 1 lock. The current draw on battery 1 would be 100+80+80+400 = 660mA A fully charged 7Ahr battery for battery 1 would last 7/0. 66 = 10. 6 hours. After a mains power failure, the ACTpro200 will continue to operate while the batteries are charged. [. . . ] An appropriate Mains Isolation switch (Mains on/off) should be fitted between the AC input of the unit and the equipment electrical supply plug to allow equipment servicing. Before any maintenance of the product, ensure mains is disconnected from the ACTpro. www. accesscontrol. ie +353 1 466 2570 [. . . ]