Mercury Ep-1502 Intelligent Dual Reader Controller (idrc)

US $190

Hoffman Estates, Illinois, United States
Jun 9th

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Brand New Mercury EP1502 Intelligent Dual Reader Controller Rev .C 1.19.4 THIS IS FOR OPEN OPTIONS access technology Platform I will pay for you return shipping if what do you receive don't match the description. NO COMPLICATED RETURNS POLICY TO READ JUST RETURN EASY ,FAST JUST A CLICK THRU EBAY JUST SEND BACK IN THE SAME WAY WE SEND Free shipping Hassle-free returns 14 Days Return 100% Genuine. OEM. Part QUESTIONS / Ask please more specifications can be found here http://www.mercury-security.com/oem/index.php/controllers/ep1502 The Access Platform - EP1502, is a multi-port controller platform for OEMs, provides a high-performance Ethernet ready, cost-effective dual card reader panel capable of controlling two doors. The Mercury EP1502 once configured functions independently of the host, and is capable of controlling access, managing alarms an interfacing an array of reader devices. Reader ports support separate in/out readers of all technologies, including Wiegand, clock and data, RS-485, magnetic stripe, keypads, LCD and biometrics. Based on the Mercury intelligent foundation the EP1502 is capable of elaborate processes and procedures, capable of relating selected system devices and the activity they generate to other devices generating actions and activities to transpire without host intervention. Benefits: Decentralizes system intelligence Two-door interface with auxiliary I/O Intelligent oversight, auxiliary monitoring Scaleable to 64 doors Features: Multi-operating system interface Multi- host interface communications Multi- card format support Multi-reader technology support AES 128 bit data encryption HSPD-12/FIPS201 Compliant UL 294 Recognized Alarm keypad support Function key support Universal I/O device characterization Biometric template support SECTION 28 13 26.02 ACCESS CONTROL REMOTE DEVICES PART 2 - PRODUCTS 2.01 General A. The intelligent controller shall provide decision making, event reporting, and database storage for hardware platform. Two reader interfaces shall provide control for two doors and capable of supporting up to an additional 62 doors in paired and or alternate reader configurations with peripheral interface devices. B. The controller shall communicate with the host via on-board 10BaseT/100BaseTX Ethernet port or use an RS-232 link. C. Two physical barriers shall be controlled. Each reader port shall accommodate a readhead that utilizes Wiegand, magnetic stripe, or 2-wire RS-485 electrical signaling standards, one or two wire LED controls, and buzzer control. 2.01 Technical Specifications A. Primary Power: twelve to twenty four volts of direct current (12-24VDC) +/- 10%, 500mA maximum B. Communications Ports: 1. Host Port 0: 10/100 Ethernet 2. Host Port 1: RS-232 3. Peripheral interface Port: RS-485, 2-wire C. Inputs: 1. Eight general purpose - programmable circuit type 2. Two dedicated: tamper and power monitor D. Outputs: Four relays – Form-C, 5 Amp, 30 volts direct current E. Readers Ports: Two reader ports 1. Unregulated pass through (150 mA maximum) or regulated 12Vdc 2. Signaling Clock and Data, Wiegand or 2-wire RS-485 F. Keypad: Multiplexed with card data G. LED: Two-wire or one-wire bicolor support H. Buzzer: One-wire LED mode I. Temperature: zero to seventy degrees Centigrade (0-70° C) operational, -55 to 85 degrees Centigrade (-55 - 85° C) storage J. Humidity: ten to ninety-five percent (10 - 95%) relative humidity, non-condensing (RHNC) K. Standards: 1. UL294 Recognized, CE Compliant, ROHS, 2. FCC Part 15 Class A, NIST Certified Encryption 2.02 Technical Features A. Connectivity: 10/100 Ethernet, RS-232, Dial-up B. Door Control: 1. Two-reader ports: Clock and Data, Wiegand, or RS-485 2. Eight programmable inputs, four relays, diagnostic LEDs C. Access Control: 240,000 Cardholder capacity, 50,000 Transaction buffer, 32 Access Levels per cardholder, 19 digit (64-bit) user ID and 15 digit PIN numbers maximum, Activation and Deactivation dates, If/Then Macro capability D. Card Formats: 1. Eight active card formats per intelligent controller 2. 19 digit (64-bit) User ID and 15 digit PIN numbers maximum 3. PIV-II, CAC, TWIC card compatible E. Card Reader Functions 1. Multiple card format support by reader 2. Paired reader support 3. Alternate reader support 4. Elevator support 5. Turnstile support 6. Biometric device support 7. Open Supervised Device Protocol (OSDP) compliant 8. Occupancy count 9. Support of multi-occupancy rules 10. Anti-passback support i. Area-based, reader-based, or time based ii. Nested area, hard, soft, or timed forgiveness 11. Supports host-based approval rules 12. Keypad support with programmable user commands, card input 13. Shunt relay support 14. Strike follower relay support F. Database Functions 1. Configurable card database 2. Supports up to nineteen (19) digital card numbers 3. Supports pin codes up to fifteen (15) digits 4. Programmable card activation and deactivation times and dates 5. Card issue code, ADA and VIP flags (up to 32 bits); PIV (75 bits); Smart Card (200 bits) 6. Up to 128 access levels per user 7. Ability to track people and objects G. Intrusion Alarm Functions 1. Supports entry delays and exit delays 2. Area monitoring 3. Standard alarm masking 4. Provides control and alarm processing from the keypad End of Section