iCLASS smart card technology was specifically designed to make access control more powerful, more versatile, and more secure. iCLASS 13.56 MHz read/write contactless smart card technology provides versatile interoperability in applications such as access control, network log-on security, cashless vending, time and attendance, event management and biometric identification.

iCLASS smart card technology ensures high security with mutual authentication between smart card and reader, encrypted data transfer, and 64-bit diversified keys for read/write contactless smart card capabilities. Securely separated files enable multiple applications and support future growth.

The iCLASS smart card meets ISO standard for card size and thickness for use with direct image and thermal transfer printers. It features a graphics quality surface optimized for Photo ID printing, and is available in standard PVC construction, or a composite polyester/PVC construction for more demanding high wear and tear environments. The smart card can be produced with visual security and anti-counterfeiting features such as holograms, ultra-violet fluorescent inks, micro-printing, or a custom logo to quickly and easily identify genuine smart cards.

Take advantage of the ease of converting nonmetallic cards and similar nonmetallic devices into proximity cards. Experience the convenience of proximity cards without the expense of rebadging!

Features

• 13.56 MHz read/write contactless smart card technology provides high-speed, reliable communications with high data integrity and powerful access control.
• iCLASS technology ensures high security access control with mutual authentication between card and reader, encrypted data transfer, 64-bit diversified keys for read/write capability.
• Meets ISO standards for thickness for use with direct image and thermal transfer printers.
• Offers the ability to add a magnetic stripe, barcode, anti-counterfeiting features, custom artwork, or photo ID.
• Available in 2k bit (256 byte), 16k bit (2K Byte) or 32k bit (4K Byte) memory configurations.
• Supports all existing HID card formats, including Corporate 1000.
• Supports field programming of any existing HID format into the secure HID access control application area on the card.
• More powerful, versatile and secure access control.
• Provides versatile interoperability in applications like access control, network log-on security, cashless vending and many other areas.

Dimensions: 10"L x 4"W x 1.5"H
Weight: 0.05lbs.
UPC:670454187147

Includes

• CA4500B ACU board
• 1-OCB8 relay board
• 1-DPS-15 power supply
• 1-black metal enclosure with lock and tamper switch

• Small, flat, triangle shape, gray color
• For key ring or keychain, or holding in fingers
• Read range close to range with a proximity card
• Keytag may be carried underwater for pool gates
• ABS plastic material for endurance and long life

• Emergency Exit Buttons offer additional safety, as required by code, for possible malfunction of motion exit sensor
• Mounted next to door
• Momentarily pressing the button releases door for 30 seconds
• Retriggerable
• Single Gang or Narrow Stile
• SPST 3 Amp wet N/C contacts
• Operates on 12 or 24 VDC (must be same voltage as the installed lock)
• For indoor use only
• UL Listed

Features

• Zone of detection easily adjustable with pinpoint accuracy
• X-Y Targeting targets a specific area of detection
• Unlocks or shunts door automatically
• Hands-free, no buttons to push
• Integrated 90 dB local door alarm sounder independently controlled by access panel
• Infrared detection coupled with DSP prevents false Door Forced Open alarms
• 4 models available

Trove1C1 accommodate various combinations of CDVI boards with or without Altronix power supplies and accessories for access systems.

Trove1 enclosure with TC1 Altronix/CDVI backplane
Backplane accommodates a combination of CDVI Atrium controllers with or without Altronix accessories:

• CDVI Atrium A22
• Altronix Power Supplies
• Altronix Sub-Assemblies
Includes Altronix Trove1 Enclosure and one (1) removable TC1 backplane