- 4.6 m interconnect length for remote termination placement
- Dedicated connection between 1771 N-Series analog modules and matched RTP hardware
- Supports panel-based field termination without a conventional module wiring arm
1771-NC15 is an Allen-Bradley high-resolution N-Series remote termination panel cable designed for compatible 1771 analog I/O installations.
Its module and panel connectors carry analog channel wiring across a documented 4.6 m route while field conductors remain landed at the selected termination panel.
Before installation or replacement, verify the N-Series module, termination-panel variant, cable quantity, connector condition, routing, shielding, and enclosure clearance.
Availability, condition, price, and shipping time for 1771-NC15 are confirmed during quotation.
Allen-Bradley 1771-NC15 High Resolution N-Series Cable Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Used with high-resolution 1771 N-Series isolated analog I/O modules
- Panel selection depends on channel count and current, voltage, RTD, or thermocouple signal type
- Four-channel arrangements use one cable set; eight-channel arrangements normally use two
- 1771-RTP1 provides cold-junction compensation for supported thermocouple inputs
- 1771-RTP3 incorporates resistors for documented current-input arrangements
- 1771-RTP4 and 1771-RT44 provide straight-through wiring for supported non-thermocouple applications
- Place the remote termination panel within the 4.6 m cable route
- Allow front clearance for the connector and protect both D-sub interfaces from strain
- Route analog cabling away from AC modules and high-voltage DC wiring
- Remote termination for 1771-NIV and 1771-NIV1 voltage-input systems
- Remote termination for 1771-NIS, 1771-NR, 1771-NT1, and 1771-NT2 input systems
- Remote termination for 1771-NOC and 1771-NOV analog-output systems