Narrow Your Results

Reader Type

Page 1 of 2

NEW!

The HPR Lite is the latest new reader release from Biomark. The HPR Lite is a lightweight, handheld tag reader for intended use with animal tags. The reader has been designed specifically for use in fish and wildlife research applications.  Using our knowledge gained through research and testing, and years of customer feedback and company experience, Biomark designed this reader from the ground up to be the best field handheld reader available today.

Biomark HPR Lite Reader
 

Biomark developed the robust HPR Plus reader from the ground up to incorporate features gleaned from feedback from the fish and wildlife community and our own Biological Services Department. The reader provides detection of ISO 11784/11785 FDX‐B and HDX PIT tags and is waterproof.

Biomark HPR Plus
 

The Global Pocket Reader Plus (GPR Plus) is a lightweight hand-held PIT tag reader that provides simple one button operation and wireless communication via its integrated Bluetooth® module. The reader conforms to the technical specifications of ISO Standards 11784 and 11785 and reads all Biomark tags, FDX-B ISO, BioTherm13, HDX ISO, and FDX-A PIT tags.

GPR Plus Reader
 

The IS1001 is a high performance reader designed for applications requiring low power consumption and high adaptability to environmental changes. Its powerful antenna circuitry is capable of operating a large, low inductance antenna. The IS1001 operates in standalone or synchronized system configurations without the need for a MC. This adaptable functionality makes the IS1001 ideal for small-scale monitoring systems, requiring one or two antennas. For applications requiring multiple antennas, use the IS1001 with an MC in an MTS configuration.

IS1001 ANTENNA CONTROL NODE
 

The accessory boards add functionality to the IS1001 reader. Typically used in standalone or synchronized system configurations, accessory boards expand the communication capability of individual IS1001 readers.

The Data Logger board stores real-time data on an external USB flash drive. It also provides the ability to access data locally or remotely via the on-board RS-232 port. This board also contains status LEDs, a buzzer, and a reset button.

IS1001 Data Logger Board
 

The accessory boards add functionality to the IS1001 reader. Typically used in standalone or synchronized system configurations, accessory boards expand the communication capability of individual IS1001 readers. The LED board incorporates status LEDs, a buzzer with adjustable volume, and a reset button.

IS1001 LED User Interface Board
 

The Multiplexing Transceiver System (MTS) is Biomark’s newest stationary reader platform. The MTS consists of a Master Controller (MC) and up to 12 IS1001 readers. The MC acts as the command, control, and data collection center for the PIT-tag monitoring system. It directs each IS1001 to activate its antenna and send stored tag IDs and diagnostic information. Power and communication transfers between IS1001 and MC via CAN (Controller Area Network) bus cable.

IS1001 MASTER CONTROLLER
 

The accessory boards add functionality to the IS1001 reader. Typically used in standalone or synchronized system configurations, accessory boards expand the communication capability of individual IS1001 readers. The Remote Communications board incorporates Ethernet and fiber optic communication interface. This board also contains status LEDs, a buzzer, and a reset button.

IS1001 Remote Communication Board
 

For optimal performance, the IS1001 should be placed as close to its respective antenna as possible. Biomark designed the IS1001 submersible enclosure for in-river systems operating with the Master Controller. Each IS1001 is accessed via the MC by way of the CAN Bus cable. Submersible enclosures interconnect with each other and the MC to create the MTS network. They include cables with underwater connectors. One cable plugs into the antenna while the others plug into neighboring submersible enclosures or the MC. The first submersible enclosure in a system includes a fixed CAN Bus cable that connects to the MC. The CAN bus cable length depends on the distance between the MC and the first submersible enclosure as well as the antenna size. Contact us for more information and pricing for first in line submersible enclosures.
Note: The IS1001 is not included in the price of the submersible enclosure.

IS1001 Submersible Enclosure
 

The QuBE IS1001 manages and provides integral information
for IS1001-24V readers and associated antennas.

QuBE-IS1001 Controller
 
Page 1 of 2

Our team of customer service and technical support staff are dedicated to providing outstanding customer care.