operator using UI

 

NLSS 64-Door Systems

Select the configuration that meets your needs

 

HID Edge (Interior Installation)

  
The HID EdgeReader ERP40 is a unique multiCLASSTM reader with an IP-enabled intelligent access control processor and host interface solution in a single unit. With the same footprint as traditional reader solutions, the EdgeReader ERP40 provides a complete and full-featured access control hardware/software infrastructure and contactless smart card read/write capability at "the edge" of the network for OEM software host systems. A perfect solution for new building installations, the EdgeReader ERP40 requires less wiring, and controls every control function at the door.  
64 door

HID Edge Plus (Interior or Exterior Installation)

  
The HID EdgeReader ER400 is a solution which allows traditional Wiegand readers to be used in conjunction with an intelligent IP controller, installed on the secure side of the door.  
64 door

EP1501 - Single door controller POE

  
The EP1501 is a high-performance, Ethernet ready card reader panel, the EP1501 controls a single opening with Power over Ethernet (PoE) capability. Reader ports support separate in/out readers of all technologies, including Wiegand, clock and data, RS-485, magnetic stripe, keypads, LCD and biometrics. 2 inputs, 2 outputs, 150,000 card holders, 32 access levels.  

MR-51e option for greater inputs

  
he MR-51e is a network-ready and PoE (Power-over-Ethernet)-enabled I/O module that will interface one card reader or a set of paired card readers and associated door hardware (for a single door) and one general-purpose control relay. Its compact 2.75" x 5.5" (75 mm x 140 mm) size makes it ideal for applications requiring installation at or near the door it is controlling. The MR-51E can be powered locally (from a 10-14 VDC power supply) or via a PoE-enabled Ethernet switch. The unit passes access request and status change information to the SCP for processing. When not connected to an SCP, it is capable of locally processing access requests based on facility code verification. Up to eight facility codes may be active in each MR-51E.

he MR-51e's reader port supports magnetic stripe, Wiegand, OSDP (Open Supervised Device Protocol) and proximity card readers, as well as keypads and integrated keypad readers. Hardware interface and card format settings are loaded through software commands. Inputs support normally open, normally closed, supervised, and non-supervised circuits. The secondary relay may be assigned to general purpose I/O. The unit features AES 128-bit NIST Certified Encryption, is UL 294 recognized, and HSPD-12/FIPS 201 compliant.
8 door  

EP1501 - Single door controller POE w/MR51e's

  
The EP1501 is a high-performance, Ethernet ready card reader panel, the EP1501 controls a single opening with Power over Ethernet (PoE) capability. Reader ports support separate in/out readers of all technologies, including Wiegand, clock and data, RS-485, magnetic stripe, keypads, LCD and biometrics. 2 inputs, 2 outputs, 150,000 card holders, 32 access levels. The MR-51e is a network-ready and PoE (Power-over-Ethernet)-enabled I/O module that will interface one card reader or a set of paired card readers and associated door hardware (for a single door) and one general-purpose control relay. Its compact 2.75" x 5.5" (75 mm x 140 mm) size makes it ideal for applications requiring installation at or near the door it is controlling. The MR-51e can be powered locally (from a 10-14 VDC power supply) or via a PoE-enabled Ethernet switch. The unit passes access request and status change information to the 1501 for processing. When not connected to a 1501, it is capable of locally processing access requests based on facility code verification. Up to eight facility codes may be active in each MR-51e. {1 x EP1501 can drive 16 MR51e or MR50/MR52 to support max 16 doors}  
8 door

EP1502 - 2 door controller w/MR52's

  
The EP1502 is a multi-port controller platform for OEMs, providing a high-performance Ethernet ready, cost-effective dual card reader panel capable of controlling two doors. Available in a standard 6 MB memory configuration, making it cost effective for small to very large applications. A typical EP1502 with 6 MB of memory would hold up to 197,000 cards and store 50,000 events. Communication ports include a primary 10/100 Ethernet port, an RS-232 port, an RS-485 (2-wire) port, and a dial-up option. It supports up to 32 access levels per card, and like our 2g system, the EP1502 will support two doors, making it ideal for two-door systems.

MR-52 (Dual-Reader I/O Module)

The MR-52 will interface two card readers and associated door hardware, four general-purpose input monitor points, and four control relays. The MR-52 passes access request and status change information to the SCP for processing. When not connected to an SCP, the unit is capable of locally processing access requests based on facility code verification. Up to eight facility codes may be active in each MR-52.

The MR-52's two reader ports support magnetic stripe, Wiegand, OSDP (Open Supervised Device Protocol) and proximity card readers, as well as keypads and integrated keypad readers. Hardware interface and card format settings are loaded through software commands.

The inputs and relays may be assigned to door related functions or to general purpose I/O. Inputs support normally open, normally closed, supervised, and non-supervised circuits.

MR-50 (Single-Reader I/O Module)

The MR-50 will interface one card reader and associated door hardware and one general-purpose control relay. Its compact 2.75" x 3.25" (75 mm x 85 mm) size make it ideal for applications requiring installation at or near the door it is controlling. The MR-50 is RS-485 connected and passes access request and status change information to the SCP for processing. When not connected to an SCP, the unit is capable of locally processing access requests based on facility code verification. Up to eight facility codes may be active in each MR-50.

The MR-50's reader port supports magnetic stripe, Wiegand, OSDP (Open Supervised Device Protocol) and proximity card readers, as well as keypads and integrated keypad readers. Hardware interface and card format settings are loaded through software commands. Inputs support normally open, normally closed, supervised, and non-supervised circuits. The secondary relay may be assigned to general purpose I/O.
8 door  
   
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