
TAC I/NET — Access Control System | |||||||||||||
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| Brand | TAC | ||||||||||||
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| Model Code | TAC I/NET | ||||||||||||
| Controller Type | Standalone | ||||||||||||
| Max No. of Doors per Controller | 4 | ||||||||||||
| No of Cardholders | 96,000 | ||||||||||||
| Offline Capabilities | Yes | ||||||||||||
| Networkable | Yes | ||||||||||||
| Onboard No/Type of Inputs / Outputs | 12 supervised inputs, 8 relay outputs | ||||||||||||
| Universal / Wiegand Reader Interface | Yes | ||||||||||||
| Electrical Specifications | Voltage: 24 V AC/DC Power Consumption: 2A | ||||||||||||
| Physical Specifications | Dimensions mm: 216 x 127 x 64 Weight g: 7500 | ||||||||||||
| Environmental Specifications | Operating Temp oC: 0 ~ 50 Operating Humidity %: 10 ~ 80 | ||||||||||||
| Model Info | All SCUs function as either a stand-alone device or as part of a larger local area network (LAN) host system. By processing input data with programmed information, the SCU can control access into and exit from an area. It can monitor the status of locks and doors and a wide variety of other security input devices such as Passive Infrared detectors. The control unit in conjunction with a site controller can provide full entry and exit Anti-Passback control and complex sequence control. Alarms and events are protected against power failure and can be routed to selected I/NET Seven clients and printers, and generate fault messages according to its programming. | ||||||||||||
