This document provides kit instructions for the R6 Checkpoint® Cable, designed for use with the NCR FastLane SelfServ™ Checkout 7360. The cable facilitates communication between the IO Box and the Checkpoint Controller Box, crucial for the proper functioning of the checkout system.
Function Description:
The R6 Checkpoint Cable is an essential component for integrating the Checkpoint Controller Box with the NCR FastLane SelfServ™ Checkout 7360 system. Its primary function is to establish a reliable RS232 serial communication link, allowing data exchange between the IO Box, which likely handles various input/output operations of the checkout system, and the Checkpoint Controller Box, which is responsible for managing Checkpoint-related functionalities, such as security or inventory tracking. The cable ensures that the Checkpoint system can effectively communicate with and receive commands from the main checkout unit, enabling features like item deactivation or security tag detection.
Important Technical Specifications:
- Cable Type: R6 Checkpoint RS232 Cable. This indicates a standard serial communication cable, specifically configured for the R6 Checkpoint system.
- Length: 2.8 meters. This length provides sufficient reach for typical installations within the NCR FastLane SelfServ™ Checkout 7360, allowing for flexible placement of the Checkpoint Controller Box relative to the IO Box.
- Connectors:
- DB9 Connector: Used to connect to the RS232 B Port of the IO Box. The DB9 connector is a common type for serial communication, ensuring compatibility with the IO Box's serial interface.
- RJ50 Connector: Used to connect to the RS232 Port of the Checkpoint Controller Box. The RJ50 connector, while less common than RJ45, is designed for higher pin counts, suggesting a potentially more complex serial interface or additional signaling requirements for the Checkpoint Controller.
- Compatibility: Specifically designed for the NCR FastLane SelfServ™ Checkout 7360. This ensures optimal performance and integration with the designated checkout system.
- Issue Information: The document is identified as 7360-K093, Issue B, indicating a specific revision of the kit instructions. Issue B, dated June 2017, updated the IP PDF template from the previous Issue A (September 2016, first issue).
Usage Features:
The installation process for the R6 Checkpoint Cable is detailed with two main configurations: Right-hand and Left-hand. These configurations likely refer to the orientation or side of the checkout system where the cable is routed.
- Cable Routing: The instructions emphasize proper cable routing to ensure a neat and secure installation, preventing interference or damage. The cable is routed from the IO Box, through a cable pass-through hole in the Core of the checkout system, and then to the Checkpoint Controller Box.
- Connector Identification: Clear identification of the DB9 and RJ50 connectors, along with their respective connection points (RS232 B Port on the IO Box and RS232 Port on the Checkpoint Controller Box), simplifies the installation process.
- Accessing the Checkpoint Controller Box Port: A crucial step involves removing a rubber cover to access the RS232 port on the Checkpoint Controller Box. This suggests that the port is protected, possibly from dust or environmental factors, and requires this preparatory step before connection.
- Visual Aids: The document includes detailed diagrams illustrating the connection points and cable routing for both right-hand and left-hand configurations. These visual aids are invaluable for installers, providing a clear understanding of where each connector goes and how the cable should be managed within the system.
- Step-by-step Instructions: The instructions are presented in a clear, numbered, step-by-step format, making it easy for technicians to follow the installation procedure.
Maintenance Features:
While the document primarily focuses on installation, certain aspects imply considerations for maintenance:
- Robust Connectors: The use of standard DB9 and RJ50 connectors suggests a design intended for reliable connections that can withstand typical operational stresses. These connectors are generally durable and can be reconnected multiple times if necessary for troubleshooting or component replacement.
- Protected Port: The requirement to remove a rubber cover to access the Checkpoint Controller Box's RS232 port indicates a design feature aimed at protecting the port from environmental elements like dust or spills. This protection can contribute to the longevity and reliability of the connection, reducing the need for frequent maintenance related to port damage.
- Clear Documentation: The detailed kit instructions serve as a valuable resource for future maintenance or troubleshooting. If a cable needs to be replaced or if there are communication issues, the clear diagrams and steps can guide technicians in verifying the correct installation and connections.
- Replaceable Component: As a separate cable, the R6 Checkpoint Cable is a replaceable component. If the cable itself becomes damaged or faulty, it can be easily swapped out without needing to replace larger, more expensive parts of the checkout system or the Checkpoint Controller.
- Revision Control: The "Revision Record" section, detailing updates to the document (e.g., Issue B updating the IP PDF template), ensures that maintenance personnel always have access to the most current and accurate installation and configuration information. This is vital for consistent and correct servicing of the equipment over its lifecycle.
In summary, the R6 Checkpoint Cable is a specialized serial communication cable designed for the NCR FastLane SelfServ™ Checkout 7360, facilitating data exchange between the IO Box and the Checkpoint Controller Box. Its 2.8-meter length and specific DB9 and RJ50 connectors ensure proper integration and reliable operation. The detailed installation instructions, including visual aids and steps for accessing protected ports, make it user-friendly for technicians, while its design as a replaceable component with protected connection points contributes to ease of maintenance and system longevity.
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