Main Access Peripherals:::
Access Control
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Multitasking High End Microprocessor, |
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Model Name: EL5000 |
 A multitasking high end microprocessor with copious amounts of memory to handle high volumes of transactions, storage and reactions to various events. |
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The EL5000 is able to hold up to 33,000 Card Users, and 23,000 Transactions |
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Equipped with high speed up-link/downlink using TCP/IP to the Matrix V server, ensures that data is sent to the server in real time. |
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This unit is able to handle up to 8 Reader Interface units (RIUs) for simultaneous door transactions. |
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It is able respond to events and communicate it‘s reactions to 8 doors and 8 EFD80 I/O Field Devices via RS485 connectivity . |
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Model Name: EL5002 |
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A multitasking high end microprocessor with copious amounts of memory to handle high volumes of transactions, storage and reactions to various events. |
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The EL5002 is able to hold up to 33,000 Card Users, and 23,000 Transactions. |
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Equipped with high speed up-link/downlink using TCP/IP to the Matrix V server, ensures that data is sent to the server in real time. |
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This unit is able to handle up to 2 simultaneous door transactions. |
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It is able respond to events and communicate it‘s reactions to 2 doors and 8 EFD80 I/O Field Devices via RS485 Connectivity . |
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The EL5002 does not require any additional Reader Interface units as the RIU is already built into the EL5002. |
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EL5002 is used instances when only 1 or 2 more doors needs to be added to the Matrix V system, without having to obtain an EL5000 and additional RIUs. |
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Model Name: EL5004 |
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A multitasking high end microprocessor with copious amounts of memory to handle high volumes of transactions, storage and reactions to various events. |
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The EL5004 is able to hold up to 33,000 Card Users, and 23,000 Transactions. |
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Equipped with high speed up-link/downlink using TCP/IP to the Matrix V server, ensures that data is sent to the server in real time. |
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This unit is able to handle up to 4 simultaneous door transactions. |
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It is able respond to events and communicate it‘s reactions to 8 doors BUT without any support to EFD80 I/O Field Devices via RS485 connectivity. |
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The EL5004 will only support I/O connected via EA5168. |
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Similar to the EL5002, the EL5004 does not require any additional Reader Interface units as the RIU is already built into the EL5004 to handle the first 2 door access units, but will require additional RIUs to handle the 3rd and 4th door |
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EL5004 is used instances when only up to 4 doors needs to be added to the Matrix V system, without having to obtain an EL5000 and additional RIUs. |
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Model Name: EL5500 |
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A multitasking high end microprocessor with copious amounts of memory to handle high volumes of transactions, storage and reactions to various events. |
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The EL5500 has an option to configure the memory allocation in the following manner. |
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a. 100,000 Card Users, 23,000 Transactions |
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b. 33,000 Card Users, 160,000 Transactions |
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c. 50,0000 Card Users, 80,000 Transactions |
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Equipped with high speed uplink/downlink using TCP/IP to the Matrix V server, ensures that data is sent to the server in real time. |
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This unit is able to handle up to 16 simultaneous door transactions. |
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It is able respond to events and communicate it‘s reactions to 16 doors and 8 EFD80 I/O Field Devices via RS485 Connectivity. |
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Model Name: ER502 |
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The ER502 is the latest models in the range Reader Interface Units. |
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Aside from the al-ready existing features of an ER504 unit, it features enhanced baud rate for RS485 com-munication (up to 57600bps) & internal buzzer. |
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For enhanced interface to other devices the board also houses 2 configurable input points and 3 configurable output points. |
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It also houses a unit number display for each RIU, for easy identification by installers. |
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