System Configuration Settings (Commands 91through 95)

Command 91 - Set a New MASTER Card

* 9 1 1 or 2 new card

-select Command 91

-select which Master Card to change: 1 or 2

-read the card to set as the new Master Card

Usage notes:

1 - The second Master Card slot is provided for administrative convenience in cases where the owner does not wish to maintain the user database: The owner may retain one Master Card and allow the installer to enroll his card as Master Card 2, thereby letting the installer update the configuration without having to get the owner's Master Card.

2 - Multiple SR-10K's may be set to the same Master Card

Command 92 - Delete MASTER Card 2

* 9 2

- select Command 92: deletes Master Card 2

Command 93 - Set the Database Mode

(

((

* 9

3

 

- select Command 93

0, 1, 2 or 3

- select the database mode: 0 = Random, 1 = Block, 2 = Facility Code,

 

 

 

 

 

3 = Facility Code with Offset (Skip [n] digits)

 

 

 

 

 

- only if Facility Code modes: number of Facility Code digits to check )

0 to 9

 

 

 

 

 

 

 

- only if Facility Code with Offset: number of digits to skip - 00 to 15 ok ))

0-9

 

0-9

 

Usage notes:

1 - Changing the card Database Mode clears the card database.

2 - Commands 10 through 13 are used with the Random and Faciltiy Code Database Modes 3 - Commands 20 through 23 are used with the Block Database Mode

4 - The Block Number (Command 94) must be set for Block Database Mode operation.

5 - In Facility Code Database Mode, the digit count specifies the the number of card digits to read and verify. For example, setting the count to '3', the SR-10K uses only the first 3 digits on the card. Further, setting the count to '0', the SR-10K will accept any properly encoded card, regardless of the actual data on the card - this configuration is also called the 'ATM Mode'.

In the 'ATM Mode', at least one card must be enrolled in the database. Use command 10 to enroll a card.

6 - In Facility Code Database Mode, one card must be enrolled for each 'facility code' that is to be accepted. The cards are enrolled using Command 10.

Command 94 - Set the Block Number

* 9 4

any user card

-select Command 94 - required to set if Block Database Mode is used

-enter any user card from the current block

Command 95 - Set the Operating Mode

* 9 5

0-9 0-9

-select Command 95: determines input/output and user level functions

-select the Operating Mode: 01 through 06 (see manual for details)

01 - Basic access control with door alarm monitoring

02 - ...like mode 01, denies User Level 1 based on input contact

03 - Access control with pulsed auxiliary output control (alarm panel) 04 - ...like mode 03, restricts User Level 1 based on input contact 05 - Access control with toggled auxiliary output control

06 - Two-door control

07 - "Door Buzzer" option: *, or #, or REX pulses Output K2

08 - "Dual Output" toggle with restricted access of Level 1 users

Mercury Security Corporation, © 2005

SR-10K

Doc. 10107-0007 Rev 1.04

Page 9

Page 9
Image 9
Mercury SR-10K Mag-Stripe Access System manual System Configuration Settings Commands 91through

SR-10K, SR-10K Mag-Stripe Access System specifications

The Mercury SR-10K Mag-Stripe Access System is a cutting-edge access control solution designed for environments that require robust security and reliable performance. This system is well-suited for various applications, including commercial buildings, educational institutions, and industrial facilities. With its advanced technology and user-friendly design, the SR-10K provides a comprehensive security platform that streamlines access management.

One of the main features of the SR-10K is its compatibility with both magnetic stripe cards and ISO 7810-compliant cards. This flexibility allows organizations to implement existing card technologies without the need for extensive infrastructure changes. The system supports both single-door and multi-door configurations, making it adaptable to different facility requirements.

The SR-10K includes a powerful embedded controller that ensures efficient processing of access control transactions. This controller leverages smart technology to manage access rights and monitor activities in real-time, providing operators with immediate insights into system status. Additionally, it incorporates a user-friendly interface, allowing for straightforward programming and administration of the access control system.

Durability is a key characteristic of the SR-10K, as it is designed to withstand the rigors of everyday use in demanding environments. The system features weather-resistant components, making it suitable for both indoor and outdoor installations. This robustness contributes to the overall reliability of the security solution, reducing maintenance and operational costs over time.

The SR-10K also integrates seamlessly with existing security infrastructures, supporting various communication protocols such as Wiegand and RS-485. This connectivity allows organizations to enhance their security measures by integrating the access control system with surveillance cameras, alarms, and other security devices. The SR-10K can be easily scaled to accommodate future growth, ensuring that the system remains effective as security needs evolve.

In addition to its technical features, the SR-10K prioritizes user experience. The system offers intuitive software for system management, which simplifies the process of managing user profiles, access permissions, and activity logs. This accessibility ensures that security personnel can effectively monitor and respond to access events.

Overall, the Mercury SR-10K Mag-Stripe Access System stands out as a versatile and reliable access control solution. Its combination of advanced features, robust construction, and ease of use makes it an ideal choice for organizations seeking to enhance their security while maintaining operational efficiency.