Installation Instructions

INSTALLATION—VENTED TO THE OUTSIDE

2 INSTALL MOUNTING BRACKET

This vent hood must be secured to the horizontal support or wall studs.

With the template taped in place, use a punch to mark mounting bracket screw locations.

Drill 3/16pilot holes in 2 of the punched locations in the lower bracket.

Remove the template.

Drill 2 (two) 3/16pilot holes through studs or rear wall support

14-5/8

to top of

bracket

C

L

REAR WALL

MOUNTING TEMPLATE

ALIGN BOTTOM EDGE

WITH PENCIL LINE,

INDICATING BOTTOM

OF THE HOOD

49-80405 04-06 JR

Use wood screws to secure the mounting bracket to the wall. The screws must engage wall studs or the installed horizontal mounting support.

Check to be sure that the bracket is level.

3 INSTALL DUCT BRACKET

The duct bracket should be installed against the back wall and flush with the ceiling. This bracket will hold the duct cover in place at the top.

Secure the bracket to the wall:

Align the marked centerline on the bracket with the centerline on the wall.

Mark 2 screw hole locations in the wall.

Drill 3/16pilot holes in the marked locations.

If pilot holes do not enter studs, enlarge the holes to 3/8and install wall fastener anchors.

Drive screws, by hand, into the fasteners to allow anchors to expand. Remove the screws.

Secure the bracket to the wall with wood screws and/or fasteners.

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GE ZV900 Install Mounting Bracket, Install Duct Bracket, Check to be sure that the bracket is level

ZV900 specifications

The GE ZV900 is a state-of-the-art multi-gas monitoring solution designed for both industrial and environmental applications. Known for its accuracy, reliability, and advanced features, the ZV900 plays a crucial role in ensuring compliance with safety regulations and environmental standards.

One of the standout features of the GE ZV900 is its ability to measure a wide range of gases, including but not limited to carbon dioxide (CO2), oxygen (O2), nitrogen oxides (NOx), and particulates. This versatility makes it an ideal choice for facilities that require comprehensive air quality monitoring.

The ZV900 utilizes cutting-edge technology that incorporates advanced sensors and data analysis algorithms, allowing for real-time monitoring and reporting of gas concentrations. The high precision of these sensors ensures that users receive accurate and reliable data, which is critical when making operational decisions or responding to potential hazards.

In terms of connectivity, the GE ZV900 is equipped with options that support various communication protocols, such as MODBUS, BACnet, and Ethernet. This connectivity enables seamless integration into existing automation and monitoring systems, enhancing the overall functionality of the monitoring setup. Users can also access data remotely through cloud-based platforms, facilitating easier management and analysis of air quality metrics.

Another significant characteristic of the ZV900 is its user-friendly interface. The device features an intuitive touchscreen display that allows operators to easily navigate through different settings and view real-time data. This design ensures that even personnel with minimal training can effectively use the system to monitor gas concentrations and react to alerts.

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In conclusion, the GE ZV900 is a powerful, versatile, and reliable solution for multi-gas monitoring. Its advanced technologies, user-friendly design, and wide range of applications make it an essential tool for industries focused on safety and environmental stewardship. With the capability to provide real-time data and integrate seamlessly into existing systems, the ZV900 stands out as an essential asset in the quest for cleaner, safer air.