我們的品牌

Impact-Company-Logo-English Black-01-177x54

歡迎造訪施耐德電機全球網站

歡迎訪問我們的網站
		
我们今天能为您提供什么帮助?
Mapping multiple events to the same output relay with AP9613
Issue

Mapping multiple events to the same output relay on the AP9613 Dry Contact I/O SmartSlot card may not align with user expectations. (Note: This only applies to users who choose to use dip switch configuration 4 and manually map events through the AP9613 configuration utility.)


Product Line
  • UPS Management
    • ​AP9613 Dry Contact I/O SmartSlot Card

Environment
  • All serial numbers
  • All firmware versions
  • Dip switch configuration 4 - using the AP9613 configuration utility

Cause

The AP9613 Configuration Utility allows users to customize the mappings of inputs and outputs and their associated actions. The utility allows the user to map multiple conditions to the same output relay. Doing this may not align with user expectations of how the AP9613 output relays will operate.


Resolution

The current AP9613 design reads the config.lua configuration file and acts on each statement in sequence. If you have multiple statements acting on the same output relay, the last one takes precedence. If you're utilizing the configuration utility to make changes (recommended to avoid config.lua syntax errors from manual modification), the config.lua file is what is written by the config utility after you press the Save button within the utility.

To avoid the possibility of missing output relay behavior expectations, it is recommended to use separate output relays for different conditions.

This same functionality can also be achieved by modifying the config.lua file. This is the simplest way to get the desired functionality (which is not easily provided by using the configuration utility).

施耐德電機Taiwan

探索更多
產品:
探索更多
產品:

需要協助?

  • 產品選型工具

    快速輕鬆地為您的應用找到合適的產品和附件。

  • 取得報價

    立即線上提交您的銷售需求,專業團隊將主動聯繫您。

  • 購買地點

    輕鬆在您所在地區找到最近的施耐德電機經銷商。

  • 支援中心

    在同一位置找到滿足您所有需求的支援資源。

  • 產品文檔
  • 軟體下載
  • 產品選型工具
  • 產品替代和替換
  • 幫助和聯絡中心
  • 尋找我們的辦公室
  • 取得報價
  • 人才招募
  • 公司簡介
  • 舉報不當行為
  • 無障礙
  • 新聞中心
  • 投資者
  • 專業洞察
  • 台灣施耐德電機學院
  • 綠色影響力落差調查
  • Schneider Go Green 2025
  • 隱私政策
  • Cookie通告
  • 使用條款
  • Change your cookie settings