What is a User ID ?

A User ID is a user name and password that can be used to access several Honeywell Web sites.

Creating a User ID will simplify your Honeywell online application experience by allowing you to access Honeywell sites with a common username and password. You can choose your own username, password, and security questions; this will help make it easy to remember your account information.

Creating a User ID and Password

You must first provide some basic account information. All fields marked with an asterisk * or "Thumbs down/up" symbol are required and include an easily-remembered User ID, Password, First name, Last name, and Email address. To help protect your account, you must also provide three Security Questions and Answers. You provide the Password, Email address, and each Security Answer twice to help avoid accidental typos.

How to choose a User ID ?

Must be between 6 and 64 characters long
Cannot include the following symbols : @, &, ', <, >, !, ", /, #, $, %, +, ?, (, ), *, [ , ] , \ , { , }
Cannot contain spaces, tabs, or consecutive underscores, i.e. __
Cannot contain elements that imply an email address or URL, such as ".com", ".net", ".org", ".edu" or any variation (e.g. "_com" or "-com")
Cannot start with underscore '_', dash '-' or period '.'
Cannot contain the words "honeywell", "honey" or "allied"
Cannot contain single letter followed by numbers

Password Rules

Must be between 8 and 56 characters long
Must contain only characters from at least three of the following five categories:
- English uppercase characters (A - Z)
- English lowercase characters (a - z)
- Base-10 numeric digits (0 - 9)
- Non-alphanumeric (for example: !, $, #, or %)
Cannot contain three or more consecutive characters from the User ID

Security Question Rules

Each security question must satisfy the following rules:

Must be between 10 and 50 characters long
Cannot be the same as any other security question
Should contain characters from at least three of the following categories:
- English uppercase characters (A - Z)
- English lowercase characters (a - z)
- Base-10 numeric digits (0 - 9)
- Character: question mark '?', single-quote ''', dash '-' or comma ','

Security Answer Rules

Each security answer must satisfy the following rules:

Must be between 3 and 20 characters long
Cannot contain any word in the question
Cannot be the same as any other security answer
Note: Security answers are not case sensitive.

Open-Area Smoke Imaging Detection (OSID)

The linear smoke detector OSID using dual wavelength detects only repeatable absolute smoke obscuration values, while rejecting the presence of dust particles or solid intruding objects. This is already provided using the simplest configuration – one imager and one emitter.
One imager can work with up to seven emitters.
An optical imaging array in the OSID detector provides a wider viewing angle to locate and capture images. Consequently, the system is easier to install and align and can compensate for drift caused by natural shifts in building structures.

In addition, OSID requires only limited space (15 - 20 cm) in ist line of view. Therefore, the solution can be deployed safely between ceilings and supporting structures, moving cranes, etc.

Each component can be mounted directly to the surface or can be secured with the supplied mounting brackets.

OSID-DE (Dual Ended)

Next to this step-in model, there is OSID-DE (Dual ended) that uses a similar CMOS sensor with wired or battery-powered emitter(s) roughly aligned on the opposite wall within the protected area. The emitter sends both infrared and ultraviolet coded light signals to the imager. The innovative use of dual light frequencies in an open-path device enables OSID-DE to discriminate between real smoke and other solid objects. It offers a high resistance to sudden and transient dust and steam clouds, thus drastically reducing false alarms.

OSID-R (Reflective)

In its simplest configuration, OSID-R (Reflective) uses an imager and a reflector. It operates on the principle of light obscuration utilizing an Infra-Red beam and smart analysis on pixel level of its reflector offering superior performance. Power and connectivity occur in the imager only and the OSID-R only requires a single standard reflector on the opposite wall (and not a larger reflector the further the distance).

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Open-Area Smoke Imaging Detection (OSID)

OSID-DE (Dual Ended)

OSID-R (Reflective)