The Allen-Bradley 193-DNCT, also cataloged as the 193-DNCT Configuration Terminal, operates as a dedicated hardware component for DeviceNet network parameter configuration and object interfacing within automated control systems. Supplied with a 1-meter 193-CB1 communication cable, the hand-held terminal establishes direct physical and functional communication with Bulletin 193-EC, 592-EC, and ArmorStart motor protection devices. Data transfer and device diagnostics are executed across standard DeviceNet network connections to allow local monitoring and parameter adjustment.
Hardware Specifications
Parameter
Specification
Model
193-DNCT
Brand
Allen-Bradley
Origin
USA / Global Manufacturing
Weight
0.05 lbs (0.02 kg)
Dimensions
Standard Handheld Terminal Dimensions
Operating Temp
0 to 50 deg C
Power Consumption
Powered via DeviceNet cable / connected device
Interface Protocol
DeviceNet
Connecting Cable
1-meter 193-CB1 Communication Cable included
System Compatibility
Bulletin 193-EC, 592-EC, ArmorStart devices
DeviceNet Interfacing & Backplane Synchronization
The Allen-Bradley 193-DNCT provides direct node-level access to device object profiles, supporting fast parameter updates and backplane bus communication velocity across DeviceNet networks. Onboard processing firmware ensures seamless firmware flash compatibility when querying or writing configuration parameters to networked motor controllers. Integrated noise suppression guards against transient interference on low-voltage differential signal pairs during online monitoring.
Frequently Asked Questions
Q: What devices are compatible with the 193-DNCT configuration terminal?
A: The terminal interfaces with Allen-Bradley Bulletin 193-EC, 592-EC, and ArmorStart motor control platforms.
Q: Is a separate power supply required to operate the terminal?
A: No, operational power is drawn directly through the connected 193-CB1 cable from the DeviceNet bus network or the host target device.
Field Installation Guidelines
Connect the included 1-meter 193-CB1 communication cable to the dedicated terminal port on the target motor starter or overload relay before energizing the DeviceNet drop. Ensure all communication connectors are fully seated and secured to maintain solid pin contact. Route the handheld interface cable away from high-voltage motor power leads (230/460 VAC) to avoid noise coupling. Always follow standard DeviceNet bus grounding and shielding practices to preserve signal integrity during online parameter modifications.
