Access Controllers  (668)

64 reader capacity  Supports 600,000 cardholders  Multiple card format support  Universal I/O device characterisation  AES 128/256 Bit Encryption and TLS  Large encoded card number support  Multi-brand wireless lock support

The Ethernet Input Output Controller (EIOC) is an addition to the Ethernet suite of devices for use on the AC2000 system.  Connecting to the nearest network point the EIOC provides a flexible means to monitor and control an array of equipment.  The EIOC features 16 analogue inputs and 8 digital outputs.

TDSi's EXpander 2 is a 2 door expansion module for EXpert. It is suitable for both EXpert² master and slave enclosures and delivers great flexibility and scalability.

2 Reader ports 6 Programmable Outputs (5Vdc)  4 Configurable Inputs  Multiple reader protocol support  Plug for plug compatibility to Casi 2RP  AES 128 bit data encryption  Configurable input parameters

16 programmable digital outputs  (solid state switches) Plug for plug compatibility to Casi 16DO AES 128 bit data encryption

The CAA-482P has 16 inputs, one for each control relay of the CAA-480A elevator controller and eliminates elevator cab tailgating. Each user must present their card to select a floor button. Once a card is presented, the user can only select one floor. Once the floor is selected, all other floor selection buttons are deactivated. The user must present his card again in order to select another floor. Every presentation and floor selection is stored by the system which also registers valid and invalid transactions. Inputs: 16 inputs for choice Response time for input: 700ms Connection: direct connection to the CAA480A lift controller for floor selection

2 Reader ports 6 Programmable Outputs (5Vdc)  4 Configurable Inputs  Multiple reader protocol support  Plug for plug compatibility to Casi 2SRP  AES 128 bit data encryption  Configurable input parameters

DNT00002A is a 1-channel visor transmitter with visor mounting clip.

Linear MCS306010 1-channel key ring transmitter is compatible with 300 MHz Multi-Code receivers and has easy access to battery and coding switches.

Linear MCS308911 1-channel visor transmitter is compatible with 300 MHz Multi-Code receivers and has easy access to battery and coding switches. It is supplied with visor clip.

Linear MCS412001 2-channel visor transmitter is compatible with 300 MHz Multi-Code receivers and has easy access to battery and coding switches. It is supplied with visor clip.

ETL Listed and Complies with UL-294 and ULC-S319 NYCE BIN ISO Exception Table Lookup Supports 2nd Reader Board option  Supports integration into any Alarm Panel, Video Recording System, ATM, ADA Door Assist Operator with 4 - Port I/O Board option Access Control w/three modes of operation for Contactless EMV Card/Mobile NFC and Track 2 Magnetic Stripe Card Magnetic Stripe/NFC Skimmer, Tamper, Cable Cut and Reader Replacement Detection  Bootloader supports remote firmware updates via ACS Enterprise® Software

 8 Reader ports  8 Solid state programmable outputs (5Vdc)  F2F & Supervised F2F protocol support  Plug for plug compatibility to Casi 8RP  AES 128 bit data encryption

Borer Data Systems' Midspan Bridge enables the integration of access controlled doors and alarm points via a TCP/IP network connection to a central management system and database.Borer's unique smart power management system with a Midspan Bridge device using 'Power over Ethernet' (PoE) technology to deliver with both 'Safe Power' and 'Secure Data' over CAT5e cable directly to access controlled doors. Designed to provide significant lifetime cost savings when compared to alternative systems.Substantial energy savings of up to 80% can be made using Borer's smart power and green energy delivery management system.A single Borer Midspan Bridge can support up to eight complete door sets consisting of 'In and Out' card readers, two magnetic locks and door alarm. These can be reliably powered, eliminating the need to install a power supply and outlet at every door. For example alternative door access systems typically consume in excess of 50 Watts to control a single door equipped with a fail safe electrical release. Compare this with the 3 ~ 10 Watts required by a Borer intelligent reader and electric release combination using Borer's 'Power over Ethernet' technology.Using Borer's Midspan Bridge intelligent power system, the power delivery down CAT5e cable is current limited with over/under voltage protection. This protects the CAT5e cables against excessive power demands which may cause them to overheat.With secure LAN Connection, the Midspan Bridge provides a private network permitting only registered devices to connect to it. This makes it impossible for anyone to hack into the LAN via a CAT5e cable plugged into any of the Midspan Bridge's network ports.This allows organisations to use their existing structured cable infrastructure to support security and access control applications.Sophisticated power status reporting assists in the remote diagnosis of equipment faults and their swift rectification. This significantly reduces the need for remedial maintenance visits and engineering time onsite. For instance, from a workstation a administrator can issue a command to the Midspan Bridge requesting a power reset of a particular device, which is often all that is required to resolve the problem.Borer's 'Power over Ethernet' enabled devices offer:The delivery of both power and data over CAT5e structured cabling means that you don't need to install a mains spur at every door, saving between £200- £600 per door.Using Borer's smart power management and energy delivery system, substantial energy savings can be made of around £50 per annum per door.With less equipment to install and all installation work undertaken at door handle height, health and safety restrictions associated with installation engineers working at heights can be avoided, resulting in faster installation and easier maintenance.Typical alternative systems require a reader head, lock, data cable and mains power spur as well as a control box and power supply installed at every door. Borer only need a CAT5e cable, electric lock and Borer's intelligent reader to ensure maximum security. Consequently, there is by mass up to 80% less equipment to install, resulting in more rapid installation, lower maintenance charges and less to recycle at the end of the system's life.

M5-16DOR is a multi-device interface panel for the replacement of the Casi16DOR input control device. As with the entire Mercury M5 Bridge family of controllers, the M5-16DOR is built with a matching form factor to the Casi Micro5 line of access control hardware allowing a fast “screwdriverless” change over and easy migration of a Casi client infrastructure to any Authentic Mercury software partner.

M5-COM is a Mercury device for replacement of the Casi Power and Communications controller board. As with the entire Mercury M5 Bridge family of controllers, the M5-COM is built with a matching form factor to the Casi Micro5 line of access control hardware allowing a fast “screwdriverless” change over and easy migration of a Casi client infrastructure to any Authentic Mercury software partner.

20 programmable inputs Plug for plug compatibility to Casi 20DI AES 128 bit data encryption Universal I/O device Characterisation Configurable input parameters

 8 programmable outputs  Plug for plug compatibility to Pro Series R8  AES 128 bit data encryption Universal I/O device Characterisation

 8 programmable inputs  Plug for plug compatibility to Pro Series I8  AES 128 bit data encryption  Universal I/O device Characterisation  Configurable input parameters

Brivo’s ACS IP Door Controller (ACS IPDC) is a native Ethernet access control panel in a compact form factor. Available as a one or two door controller, the IPDC is supported by both ACS WebService® and ACS OnSite Aparato® systems.

Parabit 200-20103 is ACS-1 with SkimGard DEMO kit that includes: ACS-1 controller Cable cut sensor board Exit button with narrow plate 25” Spacer plate with tamper Door w/mini maglock & door contact Skimming test plate ACS-1 demo software Traveling/Shipping case

Parabit 200-20104 is ACS-2 with SkimGard DEMO kit that includes: ACS-2-M controller (Modem) ACS-2-IP adapter Cable cut sensor board Legacy insert reader SkimGardTM Insert reader Exit button with narrow plate 25” Spacer plate with Ttamper Door w/mini maglock & door contact

Parabit 200-20105 is a ACS-1E with SkimGard DEMO kit that includes: ACS-1E vontroller and dtandard case ACS-1E modem board ACS-1E 2nd card reader PCB ACS-1E auxiliary input/output PCB Exit button with narrow plate (2) 25” Spacer plate withtTamper (2) Door w/mini maglock & door contact

The MI-XL16 is a replacement for the ACUXL circuit board.

The MI-RS4 is a replacement for the ACURS2 or ACURS4 circuit boards and offers four reader interfaces.

Time based electronic access control. NO KEYS OR CARDS! The Oracode 660K is an electronic pushbutton lock that grants access through a time-sensitive code. The lock has a capacity to remember the time and date of the last 1,000 events.

The Superterm-8 accepts industry standard Weigand output devices and supports virtually all card/reader technology. Proximity, Biometric, Magnetic Stripe, Barcode, Weigand, Barium Ferrite, Keypad and Smart Readers are easily connected and controlled. The Superterm-8 is an expandable intelligent controller capable of supporting all access control functions for 1 to 8 doors with a card read capacity of 20,000 cards (expandable to 145,000 cards). It has 24 inputs, 1 tamper alarm and 17 outputs. A locking steel enclosure, power supply and battery are included. Up to 63 CIC Intelligent Controllers can be intermixed on the same communication network. Multiple communication networks can be connected to the CardAccess server for maximum system expansion. The Superterm-8 supports RS232 and RS422 communication formats for optimal system configuration. In addition to memory and power expansion capabilities, the Superterm will accept up to 3 input/output expansion boards. They can be ordered pre-installed from the factory. The Alarm Expander Board provides 16 supervised inputs while the Relay Expander Board provides 16 relay outputs and 8 unsupervised inputs.

The Superterm-4 accepts industry standard Weigand output devices and supports virtually all card/reader technology. Proximity, Biometric, Magnetic Stripe, Barcode, Weigand, Barium Ferrite, Keypad and Smart Readers are easily connected and controlled. The Superterm-4 is an expandable intelligent controller capable of supporting all access control functions for 4 doors with a card read capacity of 20,000 cards (expandable to 145,000 cards). It has 16 inputs, 1 tamper alarm and 9 outputs. A locking steel enclosure, power supply and battery are included. Up to 63 CIC Intelligent Controllers can be intermixed on the same communication network. Multiple communication networks can be connected to the CardAccess server for maximum system expansion. The Superterm-4 supports RS232 and RS422 communication formats for optimal system configuration. In addition to memory and power expansion capabilities, the Superterm will accept up to 3 input/output expansion boards. They can be ordered pre-installed from the factory. The Alarm Expander Board provides 16 supervised inputs while the Relay Expander Board provides 16 relay outputs and 8 unsupervised inputs.

Microterm is a standalone single-door intelligent controller designed to be installed at or near the protected door. The whole unit is housed in a steel enclosure. Microterm accepts industry standard Wiegand output devices and supports virtually all card/reader technologies with a capacity of 1400 cards. Proximity, Magnetic Stripe, Barcode, Wiegand, Biometric, Barium Ferrite, Keypad and Smart Readers are easily connected and controlled. The Microterm can store multiple card (bit) formats in its internal memory, making it a cost-effective retrofit panel. An optional standby battery is available, providing 4-6 hours standby power. Dimensions: 1875 x 1875 x 500 mm. Microterm has 2 alarm inputs, tamper alarm, 3 relay outputs and printer output.

The Miniterm accepts industry standard Weigand output devices and supports virtually all card/reader technology. Proximity, Biometric, Magnetic Stripe, Barcode, Weigand, Barium Ferrite, Keypad and Smart Readers are easily connected and controlled. The Miniterm is an intelligent controller controlling 1 to 2 door with a card read capacity of 3300 cards. It has 8 inputs, 1 tamper alarm and 5 outputs. A locking steel enclosure, power supply and battery are included. Up to 63 CIC Intelligent Controllers can be intermixed on the same communication network. Multiple communication networks can be connected to the CardAccess server for maximum system expansion. The Miniterm supports RS232 and RS422 communication formats for optimal system configuration.

For one or two doors. Works with MC/cards, MK501 external vandal resistant keypad and Memorilok MP507 proximity reader.

for use with VXS-5, VXS-10, VXS-100, TIAB and PIAB

Supports 2x RS485 readers. Controls a maximum of 16 doors. Model DAC724 supports 2x Wiegand readers while model DAC725 supports 2x clock and data readers.

ICSPro controller for up to 4 dual reader modules (RC1008 or RC1009). Up to 1024 doors can be networked. Programmed by Windows driven PC software. Stainless steel body.

The CK720 is compatible with Cardkey Pegasys 1000 or 2000 software. CK720 has a WAN/LAN capability. Most industry standard card readers, keypads and combined card/keypad readers are compatible with CK720. Hands-free proximity, Wiegand, magstripe, barium ferrite, smart card and bar card technologies can be used. Features 16 readers per panel. Available with large or small panels and large or small slave expansion enclosures. Add-on terminal boards are also optional.

Accu-Time Systems have launched a new version of their established access control unit that provides a cost effective solution to software companies and security installers. Single or dual door operation  Host communications via either serial or Ethernet Suitable for use with barcode, mag stripe or proximity readers Powered relays for door locks and sirens Configurable event alarms On-line or stand-alone operating modes

Cluster Controller on IPS backplate Simplified installations Plug and play clustering Powerful offline operation Processing power to control up to 32 doors Integrates with Aperio® door lock devices Anti-tamper switch 8 LED diagnostic indicators TCP/IP port, 1 dedicated RS485 port for controlling Aperio Hubs and 1 for connection of remote Cluster Controllers for further expansion  possibilities

Reader Module on IPS backplate Connects up to two wired readers Can usually accommodate readers placed up to 150m from the unit, perfect for most small to medium-sized businesses Eight status LEDs provide concise diagnostic indication for any maintenance requirements Can upgrade firmware direct from a PC without the need to remove any module Enables Relaxed or Full Anti-Passback (APB) access on a single door, or single entry on two doors Includes end-of-line (EOL) sensing on door contact inputs, for additional security within the building Has dry contact digital inputs, including door contact, and two request-to-exit (RTE) inputs Interfaces seamlessly with Aperio® locks and readers, as well as to legacy devices like UHF Receivers Simple and quick installation

Cluster Controller in plastic housing Simplified installations Plug and play clustering Powerful offline operation Processing power to control up to 32 doors Integrates with Aperio® door lock devices Anti-tamper switch 8 LED diagnostic indicators TCP/IP port, 1 dedicated RS485 port for controlling Aperio Hubs and 1 for connection of remote Cluster Controllers for further expansion  possibilities

An intelligent real time alarm and access control monitoring unit designed to control access to 4 doors, the TS0867 supports many reader formats, including magnetic swipe and proximity. It can be customised with a host of programming options. All inputs for door contacts, an egress button, 'door open too long' and alarm inputs are provided with the TS0867. Up to 12 controllers can be included in a Challenger system. The TS0867 board can be housed in a TS0329 enclosure, which can be mounted up to 1.5 km from the Challenger panel. LAN devices can also be provided for a range of communication alternatives.