This family is a face hosted double pole, single throw switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add subscript numbers to indicate the circuit.

This family is a face hosted four way switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add subscript numbers to indicate the circuit.

This family is a face hosted key operated switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add subscript numbers to indicate the circuit.

This family is a face hosted manual motor starter switch for motors The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add subscript numbers to indicate the circuit.

This family is a face hosted pilot switch for motors The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add subscript numbers to indicate the circuit.

This family is a face hosted switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add superscript numbers to indicate the number of poles and subscript numbers to indicate the circuit.

This family is a face hosted switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add superscript numbers to indicate the number of poles and subscript numbers to indicate the circuit.

This family is a face hosted switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add superscript numbers to indicate the number of poles and subscript numbers to indicate the circuit.

This family is a face hosted switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add superscript numbers to indicate the number of poles and subscript numbers to indicate the circuit.

This family is a face hosted switch for lighting systems. The switches are surface mounted and are imported with a default elevation of 48”. The elevation is to be adjusted as necessary to meet NEC and/or ADA requirement. The switch may be placed on a vertical face, face, or work plane under the modify > placement tab when inserting the family. Typically switches are placed on walls. The actual outline of the module does not appear on the plan view, this is only visible on elevation and 3D views. Instead, what you will see is the switch symbol as shown. You can also add superscript numbers to indicate the number of poles and subscript numbers to indicate the circuit.