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Value that Specifically Names the Type/the Application Value of the Closest Piece of Equipment/the Designated Type of Construction/the Generic Type/the Manufacturer Type Designation/the Specific Function/the Type of Application

The color of the product itself

Trust in quality and compliance. Use this filter to find products that have undergone thorough testing and evaluation to ensure they meet the quality and safety standards for a wide range of certifications.

The industrial standard(s) to which a device is manufactured, operated, or tested.

Maximum electrical current the conductor or device can carry before sustaining immediate or progressive deterioration

Where a Device is or is to be Installed

National Electrical Manufacturers Association Ratings are Standards that are Useful in Defining the Types of Environments in Which an Electrical Enclosure can be Used

Capability of Being Used with or Connected to Different Types of Devices or Components without any Modifications

Enviromental Conditions rating on the product. Indoor Only, Outdoor, Both

The Difference of Electrical Potential Between Two Points of an Electrical or Electronic Circuit Entering a System

The Type of Support, as of Metal or Wood, Projecting from a Wall or the Like to Hold or Bear the Weight of a Shelf, Part of a Cornice, Etc.

The way the item is mounted for display. The method by which a sign or label is affixed to a surface for display. Many signs will not have any defined mounting type and so will have no value captured for this attribute.

A Device for Converting Chemical Energy Into Electrical Energy a Group of Two or More Connected Voltaic Cells

It is the Normal Size of the Conductors for Building Wire

The Longest Dimension of Insulated Conductors

Style or Type of Connection Used

The Rate at Which Energy is Drawn from a Source that Produces a Flow of Electricity in a Circuit

The Temperature at Which the Unit is Safely Operated or Kept without Damaging or Changing the performance Characteristics of the Unit

The overall width of the product.

Describes the method used to connect wires to the device, such as screw terminals, push-in connectors, or lead wires.

Indicates the lowest possible temperature a device can be safely used without the risk of failure or damage.

Describes the mode of operation for devices that can be turned on, indicating whether they stay on continuously or operate on a timer or sensor.

Indicates whether a device has been tested to withstand and/or perform under certain seismic conditions.

Describes the total area, measured in square footage, within which a sensor can detect presence or movement.

Describes the type/specification of signaling a device uses to indicate abnormal and/or operating conditions.

The overall depth of a product.

Describes the shape of the area that a sensor is able to detect presence or movement within, measured in degrees.

The amount of electrical current the device uses during operation, measured in amperes (or amps).

A collection of related products that share a common design, technology, or purpose. Products within the series either maintain a cohesive brand / style identity or work together to serve a particular solution.

The overall height of a product.

Unique characteristics and functionality that set the product apart from others in its field.

The technology used by a device to sense a change in signal or stimulus.

Indicates the highest possible temperature a device can be safely used without the risk of failure or damage.

The product warranty that accompanies the specific product.

Describes the specific surface treatment applied to the outer product for either aesthetics and/or durability.

The overall length of a product.

Describes the optimal vertical distance at which a sensor should be installed to ensure reliable detection of motion or other target conditions.

Indicates the primary material(s) used to construct a product.

Refers to the expected environment(s) or intended usage(s) for a product (e.g. Residential, Commercial, Industrial, etc.).

The total Possible Sensing Capability of the Sensor, Beginning After the Deadband, and Extending Out as Far as the Sensor is Able to Reach Effectively

The Device that Receives a Signal or Stimulus (As Heat or Pressure or Light or Motion Etc.) and Responds to it in a Distinctive Manner