Introduction

Product Description continued

Management Card The Management Card (v3.0.0) has firmware that provides an APC

versions

operating system (AOS) layer (aos300.bin), and one of three available

 

application layers. Which application firmware a Management Card

 

uses depends on the UPS it supports.

 

Symmetra Power Array (sy300.bin)

 

Smart-UPS and Matrix-UPS (sumx300.bin)

 

• Silcon DP300E series UPS (dp3e300.bin)

 

 

Note: For information about how to download firmware, or for

 

 

information about how to use the APC Management

 

 

Card Wizard to configure multiple Management Cards,

 

 

see the Management Card Addendum, provided in PDF

 

 

format on the APC Web/SNMP Management Card utility

 

 

CD (.\doc\Addendum.pdf). For information about the

 

 

MasterSwitch devices, see their product documentation.

Initial set-up

You must define three TCP/IP settings for the Management Card before

 

it can operate on the network.

 

• IP address of the Management Card

 

Subnet mask

 

• IP address of the default gateway

For instructions about how to configure the TCP/IP settings, see the

Web/SNMP Management SmartSlot Card Installation and Quick Start

Manual, provided in printed form, and in PDF on the APC Web/SNMP

Management Card utility CD (.\doc\Insguide.pdf).

Continued on next page

Web/SNMP Management SmartSlot Card User’s Guide

9

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APC AP9606 manual Introduction

AP9606 specifications

The APC AP9606 is a sophisticated environmental monitoring device designed to enhance the functionality and efficiency of data centers and critical IT environments. As part of APC’s suite of infrastructure solutions, the AP9606 is primarily aimed at monitoring conditions in rack-mounted and remote locations. By implementing advanced features and technologies, it ensures that environmental conditions remain optimal to prevent equipment failure and provide high availability for business operations.

One of the main features of the AP9606 is its ability to monitor and report various environmental factors including temperature, humidity, and other critical conditions. This real-time monitoring capability allows IT managers to react promptly to changing environmental variables which can significantly impact server and equipment performance. The device can be connected to a multitude of sensors, enabling users to customize their monitoring setups depending on specific requirements.

The AP9606 utilizes SNMP (Simple Network Management Protocol) for seamless integration with existing network management systems. This protocol allows easy communication between the device and other network elements, further enabling IT departments to consolidate and manage their infrastructure efficiently. Additionally, support for web-based interfaces gives users the flexibility to access real-time data from virtually anywhere, facilitating remote management capabilities which are crucial for businesses with multiple locations.

In terms of connectivity, the AP9606 is equipped with multiple ports, including an Ethernet port for network connection and optional serial ports for connecting with compatible devices. The inclusion of both wired and wireless options ensures that the device can adapt to various network environments, making it particularly versatile.

One of the standout characteristics of the APC AP9606 is its scalability. As businesses evolve, so do their monitoring needs. The AP9606 can be easily expanded with additional sensor modules, allowing businesses to grow their monitoring capabilities without needing entirely new systems. This flexibility makes it a cost-effective solution in the long run.

In summary, the APC AP9606 environmental monitoring device stands out due to its comprehensive monitoring features, robust connectivity options, and scalability. It is particularly well-suited for data centers and critical infrastructure environments where maintaining optimal conditions is essential. By investing in the AP9606, businesses can ensure they are proactively managing their IT assets, ultimately leading to improved operational performance and reduced risk of equipment failure.