Multi-Media Unit: Installation Instructions

!30

To upgrade a Multi-Media unit’s software, onsite

2–17

!31 Road map for using Multi software to obtain video

3–1

!32 To install Multi software

3–2

!33 To continue installing a Multi-Media unit ...

3–3

!34 To create an empty Multi db

3–4

!35 To name a site

3–5

!36 To make a record of a dial-up connection

3–6

!37 To make a record of a network connection

3–8

!38 To run a maintenance session on a Rapid Eye site

3–10

!39

To indicate the time zone of a Multi-Media unit

3–12

!40

To respond to a notification of conflicting time zones

3–13

!41

To set a unit’s clock automatically, using SNTP

3–13

!42

To set a unit’s clock manually, using a PC’s

3–14

!43 To configure a Rapid Eye site’s camera(s)

3–16

!44 To obtain video from a “live video session”

3–16

!45 To send and receive audio offsite

4–3

!46 To monitor and record

4–3

!47 To enable “talking to” a site

4–3

!48 To enable audio for use onsite, by LocalView

4–4

!49 To disable audio for LocalView

4–4

!50 To secure the unit

5–1

!51 To detach the sub-panel

5–2

!52 To connect an alarm sensor

5–6

!53 To configure inputs

5–6

!54 To set the FAULT RELAY to trigger

5–9

7.2Tables

Table 1 contents of Rapid Eye’s hardware kit, WAMULTI5HWP4

2–2

Table 2 contents of Rapid Eye’s software kit, WAMULTI5SWP4

2–2

Table 3 Panel connectors

2–3

Table 4

Time needed for a Multi-Media unit recovery

2–6

Table 5

Restriction for LocalView cycle times when setting low recording rates

2–9

Table 6

Commands for launching HyperTerminal

2–13

Table 7

Settings for HyperTerminal communications session

2–13

7–2

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Honeywell K9696V2 installation instructions Tables
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K9696V2 specifications

The Honeywell K9696V2 is a state-of-the-art temperature control device designed for versatile applications in various heating and cooling systems. This advanced controller is known for its precision, reliability, and user-friendly interface, making it an essential component for modern HVAC setups.

One of the main features of the K9696V2 is its ability to support multiple control strategies. It can effectively manage single-stage and multi-stage heating and cooling systems, allowing it to be used in a wide range of residential and commercial applications. This flexibility ensures that users can easily integrate the controller into existing setups without significant modifications.

The K9696V2 incorporates advanced technologies such as microprocessor-based control. This ensures precise temperature management, enhancing comfort while minimizing energy consumption. It features a built-in temperature sensor that provides accurate readings, ensuring that the system operates within the desired range. Users can set temperature thresholds that the controller will maintain, making it ideal for environments where temperature stability is critical.

Another notable characteristic of the Honeywell K9696V2 is its user-friendly interface. The device is equipped with an intuitive digital display that provides real-time temperature readings and system status. Additionally, users can easily navigate through the menu to adjust settings without the need for complicated configurations, which is a significant advantage for both technicians and end-users.

The K9696V2 also offers robust communication capabilities. With support for various communication protocols, including Modbus and BACnet, the device can integrate seamlessly with building management systems. This connectivity allows for remote monitoring and control, giving facility managers greater oversight of their HVAC operations.

Finally, the Honeywell K9696V2 is designed with energy efficiency in mind. By optimizing system performance and providing precise control, this controller helps to reduce energy consumption, translating to cost savings for users. Its durable build ensures longevity, making it a worthy investment for those seeking reliable temperature control solutions.

Overall, the Honeywell K9696V2 stands out in the market due to its advanced features, adaptability, and user-centric design, making it a preferred choice for temperature control in a variety of settings.
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