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Inventory Device Whip

RetrieveThe Inventory Device Whip API provides access to specialized whip inventory devicedevices within the Zequenze control system. This endpoint allows you to retrieve detailed information about individual whip informationdevices, byincluding ID.their specifications, operational status, and configuration details.

Base URL: https://control.zequenze.com/api/v1

Authentication: All endpoints require a Bearer token:

Authorization: Bearer <your-api-token>

Overview

The Inventory Device Whip API is designed for managing and monitoring specialized whip devices in industrial control environments. These devices are typically used for flexible mechanical connections, cable management, or specialized control applications where dynamic movement is required.

This API category focuses on retrieving detailed information about individual whip devices, including their physical specifications, current operational status, maintenance records, and configuration parameters. The endpoint is essential for inventory management systems, maintenance scheduling, and operational monitoring of whip devices across your infrastructure.

Key concepts to understand:

    Whip Devices: Specialized flexible devices used in industrial applications for dynamic connections Device ID: Unique identifier for each whip device in your inventory Status Tracking: Real-time monitoring of device operational state and health Specification Management: Access to technical specifications and configuration details

    Endpoints

    GET /inventory_device_whip/{id}/

    RetrieveDescription: Retrieves detailed information about a specific inventorywhip device whip by its unique identifier. This endpoint returns comprehensive data including device specifications, current status, location, maintenance history, and configuration parameters. Use this endpoint when you need complete information about a specific whip device for monitoring, maintenance, or inventory management purposes.

    Use Cases:

      Retrieving device details for maintenance scheduling Checking operational status of a specific whip device Gathering specifications for replacement or upgrade planning Audit and compliance reporting for specific devices

      Full URL Example:

      https://control.zequenze.com/api/v1/inventory_device_whip/42/
      

      Parameters:

      Parameter Type In Required Description
      id integer path Yes Unique identifier of the whip device whipto retrieve

      ExamplecURL Request:Example:

      curl -X GET "https://control.zequenze.com/api/v1/inventory_device_whip/123/42/" \
        -H "Authorization: Bearer <your-api-token>YOUR_API_TOKEN" \
        -H "Content-Type: application/json"
      

      Example Response:

      {
        "id": 123,42,
        "device_id"device_name": "DW-2024-001"Whip-Control-Unit-042",
        "name"serial_number": "Professional Training Whip"WCU-2024-042-XZ",
        "model": "ProWhip-X1"FlexConnect Pro 3000",
        "manufacturer": "ZequenzeIndustrial Industries",Dynamics "serial_number": "ZQ-WH-789456123"Corp",
        "status": "active"operational",
        "condition"location": {
          "facility": "excellent"Manufacturing Plant A",
          "zone": "Production Line 3",
          "coordinates": "A3-L2-R4"
        },
        "specifications": {
          "length_mm": 1500,
          "diameter_mm": 25,
          "material": "premium_leather"reinforced polymer",
          "length_cm"operating_temp_range": "-20°C to 85°C",
          "pressure_rating": "150 PSI",
          "bend_radius_mm": 75
        },
        "operational_data": {
          "current_status": "active",
          "uptime_hours": 8760,
          "last_maintenance": "2024-01-15T08:00:00Z",
          "next_maintenance_due": "2024-04-15T08:00:00Z",
          "operational_cycles": 145000
        },
        "installation_info": {
          "installed_date": "2023-01-15T10:00:00Z",
          "installed_by": "Tech Team Alpha",
          "warranty_expires": "2026-01-15T23:59:59Z"
        },
        "configuration": {
          "max_flex_angle": 180,
          "weight_grams"response_time_ms": 450,50,
          "acquisition_date"control_protocol": "2024-01-15T10:30:00Z"ModBus RTU",
          "last_inspection"firmware_version": "2024-02-20T14:15:00Z"v2.1.4"
        },
        "location"organization_id": "Storage Room A - Shelf 3",
        "assigned_to": null,
        "maintenance_schedule": "quarterly",
        "notes": "High-quality training device, suitable for advanced users",1001,
        "created_at": "2024-2023-01-15T09:15T10:00:00Z",
        "updated_at": "2024-02-01-20T14:20:30:00Z"
      }
      

      Response Codes:

      Status Description
      200 SuccessfullySuccess retrieved- Returns the whip device whip informationdata
      401 Unauthorized - Invalid or missing BearerAPI token
      404 DeviceNot whipFound - Whip device with specified ID does not foundexist
      500403 InternalForbidden server- errorInsufficient permissions to access this device

      Common Use Cases

      Use Case 1: Device Status Monitoring

      Monitor the operational status of critical whip devices in your production environment. Use this endpoint to check device health, uptime, and operational cycles for preventive maintenance planning.

      Use Case 2: Maintenance Scheduling

      Retrieve device maintenance history and schedule upcoming maintenance based on operational cycles, uptime hours, and manufacturer recommendations stored in the device record.

      Use Case 3: Inventory Auditing

      Perform comprehensive inventory audits by retrieving detailed specifications, installation information, and current location data for compliance and asset management purposes.

      Use Case 4: Replacement Planning

      Access complete device specifications and operational data to plan for device replacements, upgrades, or capacity expansion based on performance metrics and wear patterns.

      Use Case 5: Technical Documentation

      Generate technical documentation and reports by retrieving comprehensive device information including specifications, configuration parameters, and installation details.


      Best Practices

      • Caching: Cache device information for frequently accessed devices to reduce API calls, but refresh the cache periodically to ensure status information remains current
      Error Handling: Always implement proper error handling to gracefully manage cases where devices may have been decommissioned or moved Monitoring Integration: Integrate this endpoint with your monitoring systems to track device status changes and trigger alerts for maintenance requirements Security: Ensure proper access controls are in place, as device information may contain sensitive operational and security details Rate Limiting: Be mindful of API rate limits when polling multiple devices for status updates; consider implementing batch operations where possible Data Validation: Always validate the device whip ID exists before making requests Cache device information when possible to reduceavoid API calls Handleunnecessary 404 responses gracefully when the device may have been removed Use proper error handling for network timeoutserrors and authenticationimprove failuresapplication Regularly refresh Bearer tokens before they expire Monitor device status changes for inventory management workflowsperformance