FEATURES AND HIGHLIGHTS

• Plug-and-play functionality for easy installation and maintenance.

I/O Modules can be replaced without having to slide or disturbthe wiring of the

adjacent modules

• Supports a wide range of sensors.

• I/O Modules are equipped with tricolor LEDs for all indications. This

includes an RS485 communication LED, input/output channel LEDs,

service/alarm LED and a main LED for general operational status of the

I/O Module.

• I/O Modules support the Panel BusTM protocol.

• Includes Hand-Off-Auto override functionality using an intuitive

and easy to see display for the selected I/O models.

• Compliant with EN ISO 164-84-2:2004.

• Analog Inputs: 16-bit A/D conversion resolution for accurate measurement.

• Analog Outputs: 13-bit A/D conversion resolution.

• DIN19/DIN43880 (European Fuse Box) compliant. Compact size allows the

module to be mounted in small panels and fuse boxes to minimize cost.

• UIO and UI I/O Modules includes an onboard output to power external

sensors (24 VDC at 75 mA).

• UIO and UI I/O Modules: 0/4-20 mA sensor inputs with on board resistor

(no external resistor required).

• A service button to restore the factory default settings.

• Removable color coded terminal blocks for ease of service and replacement

without having to re-wire the I/O Module.

I/O Module models are available in both screw terminals and push in terminals.

• DO relay modules include two Jumper Bars to connect the relay commons

to save time during installation.

• Supports a software configurable safety position per DO and AO channel

in the event of a communication loss with the controller.

• Maximum wiring flexibility with the optional Auxiliary Terminal Block to

distribute the signals/power and consolidate the wiring at the location of

the I/O Module.

• I/O Modules are addressed manually by the 8-bit DIP switch.

The 4-bit DIP switch is factory defaulted to Panel Bus. Additional

protocols are not supported by the I/O Modules at this time.

• I/O Modules can be mounted onto the optional Hot Swap Bases, which

allows an I/O Module to be replaced without affecting the power and

communication of the downstream I/O Modules. This reduces downtime

of the system as the controller and remaining I/O Modules in the panel

stay powered during service and replacement of an I/O Module.