• Revit

Interrogate system information with the system browser

Review the system browser and use it to locate systems and elements.


Tutorial resources

These downloadable resources will be used to complete this tutorial:


00:04

To gain an overview of the systems in a project and

00:07

to understand the hierarchy of air terminals and associated equipment.

00:11

The system browser can be used to great effect.

00:14

The system browser is accessed through the right mouse button

00:20

or the view tab of the ribbon and the user interface. Dropdown menu

00:27

set the first dropdown menu to systems

00:30

and the second to mechanical

00:33

then

00:34

select column settings

00:38

expand general a mechanical.

00:42

The options in the system browser can provide a detailed

00:45

understanding of many aspects of the systems in your project

00:49

from relatively straightforward values such as flow and size

00:55

to calculated values such as static pressure and pressure drop

01:01

from an earlier video where connectors

01:03

and connector configurations were covered.

01:05

We see values for flow direction, flow configuration and flow factor.

01:12

By reviewing such information in the system inspector,

01:15

we can determine if connector configurations and

01:18

flow directions have been assigned correctly.

01:20

Given us confidence in the calculated values in each system

01:26

from the list, select static pressure,

01:30

pressure drop

01:32

flow configuration

01:35

and flow direction.

01:38

Then close the dialog box

01:41

from the system browser select auto

01:44

fit or columns,

01:48

then adjust the windows on your screen.

01:51

So you can see more of the information in the system browser.

02:02

The systems are divided into mechanical and unassigned.

02:06

The unassigned list is very useful to identify which elements

02:10

in the project are yet to be connected to a system

02:13

or maybe to identify elements that are no longer

02:15

required that need to be removed from the project.

02:20

Expand the list of mechanical systems

02:24

then supplier

02:26

and finally FCU 04 supply

02:33

scroll across the fields of information relating to this system

02:37

and check that for a supplier system.

02:40

The connector configurations and flow direction is correct

02:46

calculated at the equipment

02:48

and preset at the air terminals.

02:53

Although values cannot be altered from the system browser,

02:56

it's very easy to locate systems and associated elements

03:01

simply position your cursor over the system name

03:05

or element in the browser

03:07

and it will be highlighted on the screen

03:11

if the system or element is not immediately visible, then use the right mouse button

03:17

and select show

03:21

using the system browser, select all of the air terminals in FCU 04 supply.

03:33

Then from the options bar, change the flow rate to 250 cubic feet per minute.

03:43

A review of the system browser shows the

03:46

updated flow rate at each of the air terminals

03:52

and a revised calculated value for the static pressure in the system

03:60

when creating mechanical systems in rev

04:02

it,

04:02

it's important to ensure the design criteria are met

04:07

from determining the critical path and key values at

04:10

specific points in a system using the system inspector

04:14

to understanding the hierarchy of elements in

04:17

the system and confirming correct connector configuration.

04:21

Using the system browser.

04:23

The systems analysis tools in rev

04:25

provide designers with an easy to use tool for monitoring and

04:30

verifying important information during the design stage of your project.

Video transcript

00:04

To gain an overview of the systems in a project and

00:07

to understand the hierarchy of air terminals and associated equipment.

00:11

The system browser can be used to great effect.

00:14

The system browser is accessed through the right mouse button

00:20

or the view tab of the ribbon and the user interface. Dropdown menu

00:27

set the first dropdown menu to systems

00:30

and the second to mechanical

00:33

then

00:34

select column settings

00:38

expand general a mechanical.

00:42

The options in the system browser can provide a detailed

00:45

understanding of many aspects of the systems in your project

00:49

from relatively straightforward values such as flow and size

00:55

to calculated values such as static pressure and pressure drop

01:01

from an earlier video where connectors

01:03

and connector configurations were covered.

01:05

We see values for flow direction, flow configuration and flow factor.

01:12

By reviewing such information in the system inspector,

01:15

we can determine if connector configurations and

01:18

flow directions have been assigned correctly.

01:20

Given us confidence in the calculated values in each system

01:26

from the list, select static pressure,

01:30

pressure drop

01:32

flow configuration

01:35

and flow direction.

01:38

Then close the dialog box

01:41

from the system browser select auto

01:44

fit or columns,

01:48

then adjust the windows on your screen.

01:51

So you can see more of the information in the system browser.

02:02

The systems are divided into mechanical and unassigned.

02:06

The unassigned list is very useful to identify which elements

02:10

in the project are yet to be connected to a system

02:13

or maybe to identify elements that are no longer

02:15

required that need to be removed from the project.

02:20

Expand the list of mechanical systems

02:24

then supplier

02:26

and finally FCU 04 supply

02:33

scroll across the fields of information relating to this system

02:37

and check that for a supplier system.

02:40

The connector configurations and flow direction is correct

02:46

calculated at the equipment

02:48

and preset at the air terminals.

02:53

Although values cannot be altered from the system browser,

02:56

it's very easy to locate systems and associated elements

03:01

simply position your cursor over the system name

03:05

or element in the browser

03:07

and it will be highlighted on the screen

03:11

if the system or element is not immediately visible, then use the right mouse button

03:17

and select show

03:21

using the system browser, select all of the air terminals in FCU 04 supply.

03:33

Then from the options bar, change the flow rate to 250 cubic feet per minute.

03:43

A review of the system browser shows the

03:46

updated flow rate at each of the air terminals

03:52

and a revised calculated value for the static pressure in the system

03:60

when creating mechanical systems in rev

04:02

it,

04:02

it's important to ensure the design criteria are met

04:07

from determining the critical path and key values at

04:10

specific points in a system using the system inspector

04:14

to understanding the hierarchy of elements in

04:17

the system and confirming correct connector configuration.

04:21

Using the system browser.

04:23

The systems analysis tools in rev

04:25

provide designers with an easy to use tool for monitoring and

04:30

verifying important information during the design stage of your project.

Was this information helpful?