Hardware

RFID Card Readers XMP-TMC3050 and XMP-TMC3060 are designed for use in XMP-BABYLON applications in the areas of access control respectively time and attendance.

Device variants:

• XMP-TMC3050 MIFARE Classic^® or MIFARE DESFire^® EV1 & EV2 without keypad
• XMP-TMC3060 MIFARE Classic^® or MIFARE DESFire^® EV1 & EV2 with illuminated sensor keypad (PIN-Code and 4 function keys)
• XMP-TMC3070 LEGIC^® prime & advant without keypad
• XMP-TMC3080 LEGIC^® prime & advant with illuminated sensor keypad (PIN-Code and 4 function keys)

Features:

• Frequency range 13,56 MHz: MIFARE Classic^®, MIFARE^® DESFire^® EV1 & EV2
• Encrypted data communication via AES256 or Blowfish (SecuCrypt^® 2.0)
• Support for the open OSDP^™ V2 protocol with encryption
• Optional customer-specific key for data communication
• SAM socket for special security requirements
• Configurable buzzer for individual tone sequences
• LED frame with 4 different configurable sides (up to 16 million colors)
• Different tone and color sequences can be configured for each event (e.g. valid or invalid booking, reader blocked, write access on card data)
• 4 function keys for individual transaction types (e.g. arming/disarming or IN/OUT booking)
• Dimensions (HxLxW): 100 x 100 x 13 mm
• Power supply from Door Control Units
• XMP-TMC30-BLE with Bluetooth Low Energy technology
• On request with glass front

Card Readers for door frame mounting XMP-TMC22xx are suitable for XMP-BABYLON applications in the areas of access control respectively time and attendance.

Standard variants:

• XMP-TMC2270 LEGIC^® prime & advant without keypad
• XMP-TMC2280 LEGIC^® prime & advant with keypad for PIN-Code
• XMP-TMC2270M LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2 without keypad
• XMP-TMC2280M LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2 with keypad for PIN-Code

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

RFID Card Readers XMP-TMC23xx are suitable for XMP-BABYLON applications in the areas of access control respectively time and attendance.

Standard variants:

• XMP-TMC2357 MIFARE^® Classic and MIFARE^® DESFire^® without keypad
• XMP-TMC2367 MIFARE^® Classic and MIFARE^® DESFire^® with keypad for PIN-Code
• XMP-TMC2370 LEGIC^® prime & advant without keypad
• XMP-TMC2380 LEGIC^® prime & advant with keypad for PIN-Code
• XMP-TMC2370M LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® without keypad
• XMP-TMC2380M LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® with keypad for PIN-Code

Examples for further device variants:

• XMP-TMC23xx-S⁺, suitable for Siedle Vario (IP54).
• XMP-TMC23xx-Turnstile for use at turnstiles.
• XMP–TMC23xx-FP-S includes a fingerprint sensor.

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Support for the open OSDP^™ V2 protocol with encryption for
  XMP-TMC2357 and XMP-TMC2367
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller
• With optional Bluetooth Module (Only for XMP-TMC2357/67)

RFID Card Readers XMP-TMC23xx–S^* are suitable for Siedle Vario (IP54) system. They were designed for applications in the areas of access control respectively time and attendance.

Device variants:

• XMP-TMC2357-S^* MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2
  without keypad
• XMP-TMC2367-S^* MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2
  with keypad for PIN-Code
• XMP-TMC2370-S^* LEGIC^®prime & advant without keypad
• XMP-TMC2380-S^* LEGIC^®prime & advant with keypad for PIN-Code
• XMP-TMC2370M-S^* LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 without keypad
• XMP-TMC2380M-S^* LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 with keypad for PIN-Code

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Support for the open OSDP^™ V2 protocol with encryption for
  XMP-TMC2357-S and XMP-TMC2367-S
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Power supply from door controller

RFID Card Readers XMP-TMC23xx–Turnstile are suitable for use at turnstiles. They were designed for applications in the areas of access control respectively time and attendance.

• XMP-TMC2350-TUR MIFARE^® Classic^®/DESFire^® EV1 without PIN code keypad

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Status-display: 3x12 LEDs
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

Suitable reader covers from Jung (LS994) or Gira are available in various materials.

Variants:

• XMP-TMC2457-UP MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2
• XMP-TMC2457-UP-CH MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2
  (Swiss variant)
• XMP-TMC2470-UP LEGIC^® prime & advant
• XMP-TMC2470-UP-CH LEGIC^® prime & advant
  (Swiss variant)
• XMP-TMC2470M-UP LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2
• XMP-TMC2470M-UP-CH LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2 (Swiss variant)

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

RFID Card Readers XMP-TMC24xx-Behnke are suitable for various fields of application.

Standard variants (optionally stainless steel or aluminium):

• XMP-TMC2357-B^* MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2
• XMP-TMC2470-B^* LEGIC^® prime & advant
• XMP-TMC2470M-B^* LEGIC^® prime & advant, MIFARE^® Classic and MIFARE^® DESFire^® EV1 & EV2

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

Standard variants:

• XMP-LRU-3000 for standard UHF applications with reading distances > 3 m, low/middle tag population (< 150)
• XMP-LRU-3500 for operation in particularly disturbed and metallic environments, high tag population (> 150)

Features:

• Connection to door control units XMP-K32EX or XMP-K12EX
• Read range up to 12 m (XMP-LRU-3000) or up to 16 m (XMP-LRU-3500)
• Robust metal housing for use in industrial environments
• Dimensions 260 x 157 x 65 mm (10.24 x 6.18 x 2.56 inch)
• Protection class IP 53, optional IP 64 (with protection cap)
• Power supply 24V/DC (+/-5%) or Power Over Ethernet (only XMP-LRU-3500)
• Real-time Linux operating system

Multifunctional terminals of series XMP-TMC32xx are connected to real-time Door Control Units via serial interface (RS485). The highly encrypted data communication is realized with SecuCrypt^® protocol.

• Frequency range 13,56 Mhz MIFARE Classic^®, MIFARE^® DESFire^® EV1 & EV2
• Encrypted data communication via AES-256-GCM → SecuCrypt^®GCM
• Custom key for data communication possible
• SAM socket for special security requirements
• Configurable color display
• Configurable buzzer for individual melodies
• Configurable RGB LEDs (up to 16.777.217 colors)
• For each event (e.g. valid or invalid booking, reader blocked, write Access on Card data etc.) different melodies, color sequences etc. can be configured
• 4 function keys for individual project requirements (e.g. arming/disarming or time recording)

• Support for 125 KHz or 13.56 MHz RFID technologies such as MIRO/Hitag^®1+2, MIFARE^® Classic, MIFARE^® DESFire^® EV1, LEGIC^® prime, LEGIC^®advant
• Encrypted data transmission via AES-256-OFB (SecuCrypt^®), AES-256-GCM (SecuCrypt^®64) or Blowfish (XMP Protocol, SecuCrypt^®)
• MIFARE^® SAM AV1, AV2 socket
• Power over Ethernet (PoE) 802.3af
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
  Optional memory expansion via software license
• 3.5 inch IPS display 320x240
• Optional fingerprint or palm vein authentication technology
• Real-time Linux operating system
• 10/100 MBit Ethernet interface
• 400 MHz CPU
• 256 MB RAM, 4 GB Micro SDHC
• One additional connection to a SecuCrypt^® card reader or to XMP-RIM
• Optional up to 256 additional inputs
• Optional up to 192 additional outputs
• Optional support of up to 2 IP cameras for event-driven image recording
• 4 multifunctional buttons
• Direct communication to other terminals and Door Control Units
• 64 time schedules
• 64 routines (user specific programs)
• Protection class IP54 of wall mounting housing
• Dimensions 160x160x100 mm with integrated power supply, 160x160x70 mm without power supply, length 220 mm with integrated biometrics

Biometric card readers of the series XMP-TMC2360-FP-SX are equipped with a fingerprint sensor.

Features:

• Encrypted data transmission activated by micro switch (SecuCrypt^®)
• Firmware update via SecuCrypt^® protocol
• 256-bit Blowfish or AES encrypted transmission of data
• Signaling elements: 3 LEDs, 1 buzzer
• Adjustable address via micro switch
• Integrated tamper switch
• Power supply from door controller

Available as of Q3/2022.

Fingerprint terminals of series XMP-TMC32xx-FP have been designed for biometric access control. They are equipped with an optical fingerprint sensor.

The templates (fingerprints) are stored in the secured area of the door control unit (e.g. XMP-K32EX). After a request, for example after an identification booking or after input of a personal pin code, the encrypted fingerscan will be send to the door control unit and will be compared with the stored fingerprint.

Terminals of series XMP-TMC32xx-FP are connected to real-time Door Control Units via serial interface (RS485). The highly encrypted data communication is realized with SecuCrypt^® protocol.

• Frequency range 13,56 Mhz MIFARE Classic^®, MIFARE^® DESFire^® EV1 & EV2
• Encrypted data communication via AES-256-GCM → SecuCrypt^®GCM
• Custom key for data communication possible
• SAM socket for special security requirements
• Configurable color display
• Configurable buzzer for individual melodies
• Configurable RGB LEDs (up to 16.777.217 colors)
• For each event (e.g. valid or invalid booking, reader blocked, write Access on Card data etc.) different melodies, color sequences etc. can be configured
• 4 function keys for individual project requirements (e.g. arming/disarming or time recording)

Fingerprint terminals of series XMP-TMC36x7-FP have been designed for biometric access control. They are equipped with an optical fingerprint sensor.

The templates (fingerprints) are stored in the secured area of the door control unit (e.g. XMP-K32EX). After a request, for example after an identification booking or after input of a personal pin code, the encrypted fingerscan will be send to the door control unit and will be compared with the stored fingerprint.

Device variants:

• XMP-TMC3657-FP-P MIFARE^® Classic^®/DESFire^® EV1, Power over Ethernet (PoE)
• XMP-TMC3657-FP-N12 MIFARE^® Classic^®/DESFire^® EV1 with integrated 12V power supply
• XMP-TMC3657-FP-N24 MIFARE^® Classic^®/DESFire^® EV1 with integrated 24V power supply
• XMP-TMC3677-FP-P LEGIC^® prime/advant, Power over Ethernet (PoE)
• XMP-TMC3677-FP-N12 LEGIC^® prime/advant with integrated 12V power supply
• XMP-TMC3677-FP-N24 LEGIC^® prime/advant with integrated 24V power supply

XMP-TMC24xx-PV readers with palm vein authentication technology are particularly suitable for high security areas.

An individual's identity can be verified by recognizing the pattern of blood veins in the palm with near-infrared rays.

XMP-TMC36x7-PV readers with palm vein authentication technology are particularly suitable for high security areas.

An individual's identity can be verified by recognizing the pattern of blood veins in the palm with near-infrared rays.

Device variants:

• XMP-TMC3657-PV-P MIFARE^® Classic^®/DESFire^® EV1, Power over Ethernet (PoE)
• XMP-TMC3657-PV-N12 MIFARE^® Classic^®/DESFire^® EV1 with integrated 12V power supply
• XMP-TMC3677-PV-P LEGIC^® prime/advant, Power over Ethernet (PoE)
• XMP-TMC3677-PV-N12 LEGIC^® prime/advant with integrated 12V power supply

XMP-EL knob modules are battery-operated locking units with universal application options, which are fully integrated into XMP-BABYLON as stand-alone or online/wireless solutions. ELock license for system dongle XMP-NT-270 is required.

Device variants:

• XMP-EL22: double-knob cylinder with single-sided electronic authorization
• XMP-EL24: double-knob cylinder with two-sided electronic authorization
• XMP-EL26: half cylinder with single-sided electronic authorization

Features:

• 13.56 MHz technology MIFARE® Classic & MIFARE DESFire® EV1
• No wiring required
• Access on Card (AoC) feature: cylinder reads the access rights from the badge; data is Blowfish encrypted
• Network on Card (NoC) feature: cylinder reads the access rights from the badge and writes the events (access, alarms) back to the card; data is Blowfish encrypted
• Access rights will be written from the card reader to the badge
• Automatic activation of the knob electronics by simply scanning a badge
• 868 MHz radio connection over XMP-EIM
• Radio communication hub uses the encrypted RS-485 SecuCrypt^® protocol (256-bit AES or Blowfish)
• Dimensions of the cylinder for Euro Profile Locks according to DIN 18252, as far as applicable to electronic systems
• According to DIN EN 15684
• According to DIN EN 179 (emergency exit devices) and DIN EN 1125 (panic exit devices) for use on escape routes
• Suitable for integration into profile cylinder locks
• External power supply possible if batteries are empty
• Replacement of batteries (opening the shell) is only possible with battery change authorization
• Depending on the version suitable for indoor use (IP65) or outdoor use (IP66)
• Automatic daylight savings time
• Holiday calendar for up to 4 years in future
• Log for up to 1.000 events (AoC)
• Office mode, toggle mode and time schedules combinable (permanent engagement without additional power consumption)
• Engagement time programmable from 1 to 15 seconds (plus actuation time)
• „Area‘s“ access rights written over card reader possible (e.g. reader 1 writes access level 100 to 200, reader 2 writes access level 201 to 300 to the badge and so on); application for different sites/building of a company or less memory space on the MIFARE card
• Data will be written to the card if authorization date is expired or personnel database is changed (Saving of time e.g. on turnstiles)
• Blacklist feature by AoC and NoC
• Batteries: 2x CR2 lithium 3V
• Cylinder and knob housing as well as shell made of nickel-plated brass, hard plastic cover for antenna area.

XMP-CX4 Door Fittings and Door Handles are battery-operated locking units that can be fully integrated into XMP-BABYLON as stand-alone or online/wireless solutions. ELock license for system dongle XMP-NT-270 is required.

Features:

• 13.56 MHz technology MIFARE® Classic & MIFARE DESFire® EV1
• No wiring required
• Access on Card (AoC) feature: cylinder reads the access rights from the badge; data is Blowfish encrypted
• Network on Card (NoC) feature: cylinder reads the access rights from the badge and writes the events (access, alarms) back to the card; data is Blowfish encrypted
• Access rights will be written from the card reader to the badge
• 868 MHz radio connection over XMP-EIM
• Radio communication hub uses the encrypted RS-485 SecuCrypt^® protocol (256-bit AES or Blowfish)
• Compatible with numerous European lock standards
• Suitable for application in fire-protection doors
• Automatic activation of the knob electronics by simply scanning a badge
• Easy battery exchange from the outside when installed using a special battery exchange tool
• Automatic daylight savings time
• Holiday calendar for up to 4 years in future
• Log for up to 1.000 events (AoC)
• Office mode and time schedules opening / closing possible (permanent engagement without additional power consumption)
• Engagement time programmable from 1 to 15 seconds (plus actuation time)
• „Area‘s“ access rights written over card reader possible (e.g. reader 1 writes access level 100 to 200, reader 2 writes access level 201 to 300 to the badge and so on); application for different sites/building of a company or less memory space on the MIFARE card
• Data will be written to the card if authorization date is expired or personnel database is changed (Saving of time e.g. on turnstiles)
• Blacklist feature by AoC and NoC
• Material: stainless steel

SecuCrypt^® radio module with short (XMP-EIM-000) or long (XMP-EIM-001) antenna for connection to door control unit (RS-485) for maximum 8 electronic knob cylinders, door fittings, door handles. Radio communication via 868 MHz (AES128).

• Support of various RFID technologies, electronic cylinders or door handles, fingerprint or palm vein readers, barcode readers, LPR readers
• Reader communication using AES-256-OFB (SecuCrypt^®), AES-256-GCM (SecuCrypt^®64), Blowfish (SecuCrypt^®), OSDP V1, OSDP V2 (Crypto), phg_crypt, BPA/9, UCI, UFR, CerPass^®, Deister
• MIFARE^® SAM AV1, AV2 socket
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
• Connection for 4 card readers, expandable to 8
• Connection for 4 IP cameras for event-driven image recording
• 16 supervised onboard inputs (digital or analog), can be expanded up to 272 via XMP-KDM
• 8 onboard outputs, can be expanded up to 200 via XMP-KDA
• Network connection via integrated 10/100 MBit Ethernet interface
• 256 MB RAM
• 4 GB microSDHC card
• 64 time schedules
• 64 routines (user defined control programs)
• 16 graphical ViPS programs
• Calendar with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA
• Integrated UPS
• Peer-to-peer communication to other door control units
• Real-time Linux operating system

• Support of various RFID technologies, electronic cylinders or door handles, fingerprint or palm vein readers, barcode readers, LPR readers
• Reader communication using AES-256-OFB (SecuCrypt^®), AES-256-GCM (SecuCrypt^®64), Blowfish (SecuCrypt^®), OSDP V1, OSDP V2 (Crypto), phg_crypt, BPA/9, UCI, UFR, CerPass^®, Deister
• MIFARE^® SAM AV1, AV2 socket
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
• Connection for 4 card readers, expandable to 8
• Connection for 4 IP cameras for event-driven image recording
• 16 supervised onboard inputs (digital or analog), can be expanded up to 272 via XMP-KDM
• 8 onboard outputs, can be expanded up to 200 via XMP-KDA
• Network connection via integrated 10/100 MBit Ethernet interface
• 256 MB RAM
• 4 GB microSDHC card
• 64 time schedules
• 64 routines (user defined control programs)
• 16 graphical ViPS programs
• Calendar with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA
• Peer-to-peer communication to other door control units
• Real-time Linux operating system

• Support of various RFID technologies, electronic cylinders or door handles, fingerprint or palm vein readers, barcode readers, LPR readers
• Reader communication using AES-256-OFB (SecuCrypt^®), AES-256-GCM (SecuCrypt^®64), Blowfish (SecuCrypt^®), OSDP V1, OSDP V2 (Crypto), phg_crypt, BPA/9, UCI, UFR, CerPass^®, Deister
• MIFARE^® SAM AV1, AV2 socket
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
• Connection for 2 card readers
• Connection for 2 IP cameras for event-driven image recording
• 8 supervised onboard inputs (digital or analog), can be expanded up to 264 via XMP-KDM
• 4 onboard outputs, can be expanded up to 196 via XMP-KDA
• Network connection via integrated 10/100 MBit Ethernet interface
• 256 MB RAM
• 4 GB microSDHC card
• 64 time schedules
• 64 routines (user defined control programs)
• 16 graphical ViPS programs
• Calendar with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA
• Integrated UPS
• Peer-to-peer communication to other door control units
• Real-time Linux operating system

• Support of various RFID technologies, electronic cylinders or door handles, fingerprint or palm vein readers, barcode readers, LPR readers
• Reader communication using AES-256-OFB (SecuCrypt^®), AES-256-GCM (SecuCrypt^®64), Blowfish (SecuCrypt^®), OSDP V1, OSDP V2 (Crypto), phg_crypt, BPA/9, UCI, UFR, CerPass^®, Deister
• MIFARE^® SAM AV1, AV2 socket
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
• Connection for 2 card readers
• Connection for 2 IP cameras for event-driven image recording
• 8 supervised onboard inputs (digital or analog), can be expanded up to 264 via XMP-KDM
• 4 onboard outputs, can be expanded up to 196 via XMP-KDA
• Network connection via integrated 10/100 MBit Ethernet interface
• 256 MB RAM
• 4 GB microSDHC card
• 64 time schedules
• 64 routines (user defined control programs)
• 16 graphical ViPS programs
• Calendar with holiday definitions
• Elevator control with access profile for up to 192 levels using XMP-KDA
• Peer-to-peer communication to other door control units
• Real-time Linux operating system

• Support of various RFID technologies, electronic cylinders or door handles, fingerprint or palm vein readers, barcode readers, LPR readers
• Reader communication using AES-256-OFB (SecuCrypt^®), AES-256-GCM (SecuCrypt^®64), Blowfish (SecuCrypt^®), OSDP V1, OSDP V2 (Crypto), phg_crypt, BPA/9, UCI, UFR, CerPass^®, Deister
• MIFARE^® SAM AV2 socket
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
• Connection for 2 card readers
• Connection for 2 IP cameras for event-driven image recording
• 4 supervised onboard inputs (digital or analog)
• 2 onboard outputs
• Network connection via integrated 10/100 MBit Ethernet interface
• 256 MB RAM
• 4 GB microSDHC card
• 64 time schedules
• 64 routines (user defined control programs)
• 16 graphical ViPS programs
• Calendar with holiday definitions
• Peer-to-peer communication to other door control units
• Real-time Linux operating system

• Encrypted online communication to Aperio^™ wireless door locks or door cylinders
• Reader communication using SecuCrypt^®, SecuCrypt^® 2.0, SecuCrypt^® GCM,Aperio®
• MIFARE^® SAM AV1, AV2 socket
• Offline capability
• Offline storage for up to
  • 600.000 badges
  • 100.000 access profiles
  • 1.000.000 events
• Connection for 4 card readers, expandable to 8
• Up to 256 digital or analogue inputs via XMP-KDM
• Up to 192 digital outputs via XMP-KDA
• Network connection via integrated 10/100 MBit Ethernet interface
• 256 MB RAM
• 4 GB microSDHC card
• Power over Ethernet (PoE)
• 64 time schedules
• 64 routines (user defined control programs)
• Calendar with holiday definitions
• Peer-to-peer communication to other door control units
• Real-time Linux operating system

• XMP-KDA-024 extends XMP Door Control Units with additional 24 binary outputs
• Insert to activate presence indicator boards
• Connection to XMP-K32EX via integrated RS-485 interface

• 8-channel relay extension board for the direct switching of loads for electric door openers, optical signal devices or acoustic signal devices like horns, lamps via XMP-KDA-024 switching module
• The 24 switch commands of XMP-KDA-024 module can be extended by connection of 3 XMP-KDR-008 with 8 relays each.
• The address settings of the relay board are configured by jumpers (KDR0 to KDR2).
• The relay outputs can be set by jumpers either as control voltage applied or as dry contact.

• 16 supervised inputs with 4 states (interruption, alarm, normal state, short circuit)
• Connection to the Door Control Unit XMP-K32EX (via RS-485 interface) or additional to the local control module XMP-96 (via VCOM card)
• Up to 16 connectable XMP-KDM-016 modules per XMP-K32
• Supply voltage 12-24 V AC/DC via Door Control Units

Card Readers using Wiegand^® or RS-485 protocol can be connected to Door Control Units via XMP-RIM module.

The following variants are available:

• XMP-RIM-001 single reader board
• XMP-RIM-002 double reader board
• XMP-RIM-003 single reader board Wiegand^®
• XMP-RIM-004 double reader board Wiegand^®
• XMP-RIM-005 double reader board Wiegand^® without in- and outputs

Technical details:

• Power supply 12/24V DC
• Current consumption max. 3VA without peripheral devices
• Firmware update via software upload
• Max. 4 supervised inputs, 2 relay outputs
• Dimensions:

  XMP-RIM-00x: 97 x 97 x 25mm

  XMP-RIM-0x0: 125 x 125 x 30mm

  XMP-RIM-0x1: 140 x 140 x 75mm

  XMP-RIM-0x2: 235 x 345 x 125mm

• Supported Wiegand^® formats:

  8 Bit transmission of numeric keypad information

  24 Bit transmission of 6 half-bytes (without parity check)

  26 Bit standard HID format

  32 Bit 4 bytes decimal (without parity check)

  34 Bit Siedle^®-Vario

  35 Bit Corporate 1000 (HID)

  36 Bit Deister^® MIFARE^® Classic UID

  37 Bit HID-Controlled format

  40 Bit 5 bytes decimal (without parity check)

  44 Bit Deister^® format TPD112

XMP-GA-BOX32 is used as a communication and control module for the Facility Management within the XMP-BABYLON System.

• The XMP-GA-BOX32 can manage up to 32 Extension Modules with 512 data points
• Hardware addressing via DIP-switches (up to 2048 XMP-GA-BOX32 per system)
• 300 MHz 32-bit CPU
• 32 MB main memory and 32 MB flash memory
• 64 time schedules
• 64 routines (small user programs)
• 16 graphical ViPS programs
• Peer-to-Peer communication
• Battery buffered real-time clock
• Network connection via integrated 10/100 MBit Ethernet connector
• 12 LEDs for visualization of various device and communication status
• Dimensions in mm: (HxWxD) 150 x 114.5 x 135

The Analog Input Module XMP-GA-8-AI provides indication and supervision of physical values (temperature, humidity, pressure), PID control, loop supervision, alarming in case of exceeding limit values etc. .

• 8 analog inputs per module
• 12-bit resolution
• Cable length up to 300m (2x2x0.8)
• Input range: 0-1V DC, 0-2V DC, 0-10V DC, 0-20mA, 4-20mA
• 2 LEDs for diagnosis of communication status
• Dimensions in mm: (HxWxD) 150 x 114.5 x 135

The Analog Output Module XMP-GA-8-AO provides controlling of valves and ventilation flaps, PID control, cascade control combining two or more PID. The version XMP-GA-8-AO-HAND is equipped with a manual operating panel.

• 8 analog outputs per module (short-circuit proof)
• 8-bit resolution
• Output range: 0-10V DC, 0-20mA, 4-20mA
• 8 LEDs for displaying the output status
• 2 LEDs for diagnosis of communication status
• XMP-GA-8-AO-HAND is equipped with 8 switches (ON, OFF, AUTO) and 8 potentiometers to set the output value in manual mode
• Dimensions in mm: (HxWxD) 150 x 114.5 x 135 mm / 160 x 114.5 x 135 mm (HAND)

The Digital Input Module XMP-GA-12-DI provides monitoring of inputs, event counting, counting of operating hours with optional maintenance alarm etc. .

• 12 digital inputs per module
• Integrated auxiliary voltage (15V DC)
• Cable length up to 300m (2x2x0.8)
• 12 LEDs for displaying the input status
• 2 LEDs for diagnosis of communication status
• Dimensions in mm: (HxWxD) 150 x 114.5 x 135
• XMP-GA-12-DI can be used also as "counting value module"

The Digital Output Module XMP-GA-4-DO serves to control actuators and drives (single-stage to four-stage).

The version XMP-GA-4-DO-HAND is equipped with a manual operating panel.

• 4 digital outputs per module, dry contact or voltage-carrying
• Integrated auxiliary voltage
• Cable length up to 300m (2x2x0.8)
• 4 LEDs for displaying the output status
• 4 LEDs for displaying feedback on input
• 2 LEDs for diagnosis of communication status
• Dimensions in mm: (HxWxD) 150 x 114.5 x 135 mm or 160 x 114.5 x 135 mm (HAND)

The Digital Output Module XMP-GA-12-DO serves to control actuators and drives (single-stage to four-stage).

• 12 digital outputs per module (dry contact)
• Integrated auxiliary voltage
• Cable length up to 300m (2x2x0.8)
• 12 LEDs for displaying the output status
• 2 LEDs for diagnosis of communication status
• Dimensions in mm: (HxWxD) 150 x 114.5 x 135 mm or 160 x 114.5 x 135 mm (HAND)