The Enhancement Kit body is entirely made up of the same material as IXM TITAN making it elegant, lightweight and durable at the same time.
The artistically designed angular fins on both sides act as thermal vents which aid in dissipating the heat generated from the product to the environment.
The Thermal Infrared (TIR) Camera in the Enhancement Kit can measure the temporal temperature of an individual with up to ± 0.5 ° Celsius accuracy for Elevated Body Temperature Detection.
The TITAN mounting plate fits like a glove onto the Enhancement Kit Mounting base. The TITAN should be installed onto the Mounting Base after making the necessary connections.
The Enhancement Kit is available in 2 colors that complement the TITAN colors like an expensive blazer. Black body with a Copper colored back plate and a Brushed Aluminium body with a Black colored back plate.
The TITAN Enhancement Kit is field upgradeable and extremely easy to install for existing TITAN users. Remove your existing TITAN from the wall, install the enhancement kit bracket, connect the required wires and mount the TITAN on mounting base.
The enhancement kit is available in 2 variants that vary in thickness. The slim version is purpose built for in wall cabling where the wires go through the wall and the thicker version is built for on wall cabling where the TITAN is installed on a box and the wire are brought along the wall.
Aluminium Back Plate:
The Back plate of the enhancement kit is also made up of Aluminium for effective cooling of the product.
The Enhancement Kit uses the same Mounting Holes as the TITAN Mounting Plate. This improves the ease of installation for the system integrators as drilling of new holes is not required.
|TIR Sensor FOV||56 degrees|
|TIR Sensor Accuracy||± 0.5° Celsius|
|Temperature Reading||Celsius and Fahrenheit|
|Temperature Rating||-10° to +60° C (14° to 140°F)|
|Anti-Shock Vandal Protection||Via TITAN|
|Gang Box Compatibility||Compatible|
|Color Options||Black Copper, Aluminium Black|
|Dimensions||32 x 11.5 x 3 cms (L x W x D)|