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Description : |
| MCU | 8-bit CPU running at 20 MHz | Memory | 2KB RAM, 32KB Flash, 32KB EEPROM | Clock | Real Time Clock with Lithium back-up | Communication Interface | RS485 | Output | 2 (Door Lock, General Purpose Output) | Input | 3 (Push Button, Door Sensor, Sensor Input) | Built-in Reader | Yes | Out Reader Support | Yes | Power Supply | 12 VDC | Current Consumption | 0.5A | Operating Temperature (ºC) | 0-50 |
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Features Card Database | 1750 | Transaction Database | 1000 | Time Zone | 10 | Timer | 24 | Holiday | 20 | Adjustable Lock Release Time | Yes | Permanent Lock Release | Yes | Automatic Pin Disable Time Zone | Yes | Automatic Lock Release Time Zone | Yes | Card Format | Wiegand 26-bit, Free Wiegand | Operation Mode | 3 (Card, Card + PIN, PIN) | Baud Rate | 2400 to 9600 | Tamper Switch | Built-in |
Benefit | Large User & Transaction Database | | Up to 1,750 users' IDs can be stored in EL360, and the most recent 1,000 transactions are logged. The information is stored in non-volatile memory, ensuring the database stays intact even when power is removed. | | | | User Friendly Operation | | EL360 is equipped with 7-segment display. The display gives clear status indication of controller condition during operation. For example, when a card is denied entry, the display shows the reason for the denial. E-ic means Invalid Card, E-ca means Time Zone violation, E-rd means Wrong Card Format etc.
Programming of the EL360 is intuitive and friendly. All commands are entered by function buttons clearly marked on the keypad. Data to be keyed in and feedback of value which have been keyed in are clearly shown on the 7-segment display. | | | | Time Zone | | EL360 caters for timers and time zones, limiting access and users to different times of the day. | | | | Built-in Reader | | EL360 has a built-in EM Reader. | | | | High Security | | A major user concern for stand alone controller is that once the controller is forcibly opened, the door that the controller is protecting can then be released open. For the EL360, the inputs and outputs are located on a separate remote relay module (EZ6) which is located in a secure zone. | | | | Advanced Design | | EL360 uses an 8-bit microcontroller, with firmware stored in Flash Memory. The firmware can be updated in-circuit, through serial download from PC. This makes firmware upgrade hassle free. | | | | Reliable Operation | | EL360 is equipped with a real time clock backed up by a lithium battery. Time will continue to run even during power failure. Essential equipment settings, card database and transaction database are stored in EEPROM. |
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