ABB NKCL01-7 Coaxial Cable for RIO/Infi-Net Communications

Coaxial Cable for RIO/Infi-Net Communications Manufacturers ABB Model(s) ABB Bailey Infi 90

ABB Bailey Infi 90 and Net 90

Additional Information 33 foot length

Estimated Shipping Size Dimensions: 1.0" x 1.0" x 1.0" (2.5 cm x 2.5 cm x 2.5 cm)

Weight: 1 lbs 5.0 oz (0.6kg )

Tariff Code: 8544429000

Country of Origin: United States Ships from Webster NY, USA

Coaxial Cable for RIO/Infi-Net Communications

The VBR01-CJC the mounting base is for Redundant RAI04 (16-CH) TC & mV Analog Input module. 

The base includes a built-in RTD that can be used for Cold Junction Compensation.

Two (2) 16-point headers on the base provide connections to either (2) pluggable 16-point terminal blocks 

for direct connection of field signal wires or to SPK0x_-yy marshaling cables when field signal wires are landed on 3rd party termination hardware.

Features and benefits

• Termination for up to sixteen (16) TC / mV process signals within a Vertical column.

• All SD I/O modules & bases of all types (Singular or Redundant) AND (Compact or Full-size), are 100% fully compatible with each other. 

Thus, Singular & Redundant, Compact or Full-size I/O modules can be mounted within a single, common HN800 I/O bus.

• Optional mechanical keying can be implemented to prevent insertion of the wrong I/O module type.

• Latching device on the base locks the base into position on DIN-Rail.

• Industry standard 35-mm DIN rail, Vertical Column mounting.

processor load

• Optical communication

• Industrial grade hardware with no moving parts

• Long life cycle, easy upgrading

• Robust reliance file system, insusceptible post power loss

07EA90-SI ABB modules are used to convert analog signals to digital signals and transmit them to the control system for monitoring and controlling industrial processes.

These accuracy settings are only used when negotiating for time mastership with 

other nodes in the underlying Harmony control network.

On-board processing capabilities

The process I/O modules are “intelligent” in the sense that module-related signal and data processing is

performed on board as opposed to centrally, by the CPU of the host controller. Time tagging of events,

filtering and gain control are some examples of board-level tasks. 

This functional distribution improves real-time performance and reliability of the 

system as a whole and maintains processing capacity when the system is expanded.

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