Western Telematic Remote Power Boot Switch manual Rpb+

Models: Remote Power Boot Switch

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RPB+; Remote Power Boot Switch -- User's Guide

2.Password: If the Password function is enabled, the unit will display a prompt. Key in the Password and press [Enter]. If the password has not yet been defined, just press [Enter].

Note:

The Password feature is case sensitive.

If you forget your password, press the Default Button when the Password Prompt appears, then invoke the /P command to display the Password.

3.The RPB+ will display the Status Screen (Figure 5).

Location: WESTERN TELEMATIC, INC.

Default: 01110

Plug

Label

Condition

1

PRINTER

OFF

2

SERVER ONE

ON

3

SERVER TWO

ON

4

MODEM BANK

ON

5

FAX

OFF

Command Summary:

 

/S

Status

 

/P

Enter Parameters

 

/D

Set Plugs to Default

/X

Exit

 

To Switch /n s Where n = Plug #, * = All, and s = ON/OFF/BOOT

RPB+>

Figure 5: The Status Screen

4.When the "RPB+>" prompt appears, type /P [Enter] to define system parameters. The unit will display a series of prompts.

Note:

RPB+ commands are not case sensitive.

To skip a prompt without changing its current definition, press [Enter].

To exit from the Define Parameters function, press [Esc] at any time. Parameters defined up to that point will be saved.

. Location: Key in a text string that describes the RPB+ location (up to 23 characters).

b.Password: The currently defined password is displayed next to the prompt. To re-define the password (Default = [Enter]), key in the new password (up to 8 characters) and press [Enter]. The password can include blank spaces and higher order ASCII characters. Note that the Backspace key will not function

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Western Telematic Remote Power Boot Switch manual Rpb+

Remote Power Boot Switch specifications

The Western Telematic Remote Power Boot Switch is a powerful solution designed for remote management and control of electrical power. This device is particularly useful in industries where equipment needs to be powered on or off from a distance, providing facility managers and operators with increased flexibility and efficiency.

One of the main features of this power boot switch is its remote operation capability. Users can manage power from any location through a simple web-based interface or app, allowing for real-time monitoring and control. This feature is essential for organizations with multiple devices or sites, as it minimizes the need for on-site visits to manually reset or reboot equipment. By utilizing a secure network connection, users can access the power boot switch remotely, ensuring their critical systems are always operational.

The Western Telematic switch is built with advanced technologies that enhance its reliability and performance. It supports various communication protocols, including SNMP (Simple Network Management Protocol), Telnet, and SSH, allowing seamless integration into existing network management systems. This compatibility is crucial for enabling automated monitoring, alerts, and control over power states, thus reducing downtime and improving overall operational efficiency.

Another notable characteristic of the Remote Power Boot Switch is its robustness. Designed to withstand challenging environmental conditions, these devices come equipped with durable housings and components, making them suitable for both indoor and outdoor deployments. This durability is essential in preventing failures that could disrupt business operations.

Additionally, the switch features multiple outlets, typically with the capability to control each outlet independently. This functionality allows users to power cycle individual devices without affecting others, providing granular control over power management. The device also includes surge protection, ensuring that connected equipment is safeguarded against power fluctuations and electrical surges.

In conclusion, the Western Telematic Remote Power Boot Switch is an indispensable tool for organizations that require dependable and flexible power management solutions. With its remote operation capabilities, support for various communication protocols, robust design, and multiple outlet controls, it streamlines the management of electrical power, enhances equipment uptime, and ultimately contributes to greater operational efficiency in a variety of settings.