Name: Johnson Controls FMS-2000C
Brand: Johnson Controls
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FMS-2000C

LIT-12013504

Figure 11: Triple view

Triple view

In triple view, you can display the status and sensor readings for three parameters. You can use this view for hospital applications to see

pressure, temperature and humidity at the same time.

Quad View

In quad view, you can display the status and sensor readings for four parameters.

Figure 12: Quad view

Default Chapter6
- Table of Contents6
Introduction10
Display Overview10
Initial Setup14
- Completing the Initial Setup14
Configuration15
Global Settings15
- Choosing a Unit of Measure15
- Choosing a Language15
- Choosing the Device Orientation15
- Switching on the 360° Safety Halo and Adjusting the Brightness of the 360° Safety Halo15
- Adjusting the 360° Safety Halo, Nightly Auto DIM and Dimmed Period15
- Adjusting the Screen Brightness15
User Accounts16
- Admin User Capabilities16
- Restricted User Capabilities16
- User Name and Password Requirements16
- Creating the Admin User Account and Password16
- Creating a Restricted User and PIN Password17
- Deleting Users17
- Changing a User Name17
- Changing the Access Level of a Restricted User to an Admin User17
- Changing the Access Level of an Admin User to a Restricted User17
- Updating the PIN of a Restricted User17
- Forgetting Your Password or PIN17
Network Setup18
Bacnet MS/TP Network Setup18
- Setting up the Device ID Offset18
- Setting up the Maxmaster18
- Choosing the Baud Rate18
- Setting the MAC Address for Bacnet MS/TP18
Metasys N2 Network Setup19
- Setting the Network Address for a Metasys N2 Network19
Room Setup20
- Change the Isolation Mode for the Primary Monitored Space20
- Changing the Isolation Mode for the Secondary Monitored Space20
- Setting the Clean Duration for the Primary Monitored Space20
- Adjusting the Comfort Range for the Primary Monitored Space20
- Adjusting the Comfort Range for the Secondary Monitored Space21
Analog I/O22
Configuring Analog Inputs to Measure Pressure23
- Specifying the Parameter Type for Pressure23
- Specifying the Sensor Type23
- Specifying the Maximum Pressure Input23
- Specifying the Minimum Pressure Input23
- Specifying the K-Factor24
- Specifying the Sensor Location24
- Adjusting the Positive Isolation Setpoint24
- Adjusting the Negative Isolation Setpoint24
- Adjusting the Neutral Isolation Setpoint24
- Setting up the Analog Input Signal Range24
- Setting up the Sensor Range25
- Adjusting Deadband25
- Zero Calibration25
  - Creating a Zero Offset25
  - Resetting the Zero Offset25
- Setting the Alarms25
  - Setting the Alarms for the First Time26
  - Changing the Alarm Limits26
- Naming the Pressure Analog Input26
Configuring the Analog Outputs to Control Pressure27
- Specifying the Operating Mode27
- Specifying the Output Range27
- Specifying the Action Mode27
- Mapping the Corresponding Analog Input Channel27
- Setting up Limits27
Configuring Analog Inputs to Measure Temperature with a Thermistor28
- Setting up the NTC Type28
- Specifying the Occupied Setpoint28
- Specifying the Unoccupied Setpoint28
- Adjusting the Temperature Offset28
- Adjusting the Comfort Range28
- Adjusting the Alarm Settings29
- Naming the Thermistor Inputs29
Configuring the Analog Input for Use with an External Thermostat30
- Configuring the Analog Input Type to an External Thermostat30
- Adjusting the Comfort Range for an External Thermostat30
- Naming an External Thermostat30
- Setting up the NTC Type for the Thermistor Inputs30
- Specifying the Occupied Setpoint for the Thermistor Inputs30
- Specifying the Unoccupied Setpoint for the Thermistor Inputs30
- Adjusting the Temperature Offset for the Thermistor Inputs31
- Adjusting the Comfort Range for the Thermistor Inputs31
- Adjusting the Alarm Settings for the Thermistor Inputs31
- Naming the Thermistor Inputs31
Configuring the Analog Input for Temperature Measurement31
- Configuring the Analog Input Type for Precision Temperature31
- Specifying the Maximum Temperature Input31
- Specifying the Minimum Temperature Input32
- Specifying the K-Factor for Precision Temperature32
- Setting the Analog Output Signal Range for Precision Temperature32
- Adjusting the Setpoint for Precision Temperature32
- Adjusting the Alarm Settings for Precision Temperature32
- Naming Precision Temperature for the Analog Input32
Configuring the Analog Output for Temperature Control33
- Setting up the Operating Mode for Temperature Control33
- Setting the Output Signal Range for Temperature Control33
- Setting up the Action Mode33
- Selecting the Corresponding Analog Input Channel33
- Setting up Limits33
Configuring Analog Inputs to Measure Humidity34
- Configuring the Analog Input Type for Humidity34
- Specifying the K-Factor for Humidity34
- Setting the Setpoint to Zero for Humidity34
- Enabling the Alarm and Changing the Alarm Limits for Humidity34
- Naming the Humidity Input34
Configuring the Analog Output for Humidity Control35
- Changing the Operating Mode for Humidity Control35
- Setting the Input Signal Range for Humidity35
- Specifying the Action Mode for Humidity35
- Selecting the Corresponding Analog Input Channel for Humidity35
- Setting up Limits for Humidity35
Configuring the Analog Input to Measure Air Flow36
- Configuring the Analog Input Type to Measure Air Flow36
- Specifying the Sensor Type to Measure Air Flow36
- Specifying the Maximum Input Setting to Measure Air Flow36
- Specifying the Minimum Input Setting to Measure Air Flow36
- Setting up the Duct Area to Measure Air Flow36
- Specifying the K-Factor to Measure Air Flow37
- Calculating Air Changes Per Hour37
  - Calculating the Room Volume for ACPH Measurement37
- Specifying the Output Signal Range for Air Flow37
- Adjusting Deadband for Air Flow37
- Enabling the Alarm and Changing the Alarm Limits for Air Flow38
- Naming the Air Flow Input38
Configuring the Analog Inputs for Volumetric Offset Control38
Configuring the Analog Output for Air Flow Control38
- Changing the Operating Mode for Air Flow Control38
- Setting the Input Signal Range for Air Flow Control39
- Specifying the Action Mode for Air Flow Control39
- Selecting the Corresponding Analog Input Channel for Air Flow Control39
- Setting up Limits for Air Flow Control39
Configuring the Analog Input to Measure CO39
- Configuring the Analog Input Type to Measure CO39
- Specifying the Maximum CO Input39
- Specifying the Minimum CO Input39
- Specifying the K-Factor for CO40
- Enabling the Alarm and Changing the Alarm Limits for CO40
- Naming the CO Input40
Configuring the Analog Output for CO Control40
- Changing the Operating Mode for CO Control40
- Setting the Signal Range for CO Control40
- Specifying the Action Mode for CO Control41
- Selecting the Corresponding Analog Input Channel for CO Control41
- Setting up Limits for CO Control41
Digital Inputs42
Configuring Digital Inputs for a Door Switch42
- Configuring the Switch Type42
- Setting up a Delay42
- Configuring Digital Inputs for an Override Switch Mode42
- Configuring the Switch Type43
- Setting up a Delay43
Configuring Digital Inputs for Occupancy Switch Mode43
Configuring Digital Inputs for Air Flow Switch Mode43
- Configuring the Switch Type44
- Setting up a Delay44
Relays45
Configuring the Trigger Mode for Setpoint45
- Configuring the Input Channel45
- Configuring the High and Low Setpoints45
- Configuring the Action Mode46
- Setting up a Delay46
Configuring the Trigger Mode for Isolation Mode46
- Adjusting the Type of Isolation Mode46
Configuring the Trigger Mode for Occupancy Mode47
- Adjusting the Occupancy Mode47
- Configuring the Action Mode47
- Setting up a Delay47
Configuring the PID Loop47
- Setting up the Proportional Gain47
- Setting up the Integral Gain47
- Setting up the Derivative Constant48
Home Screen Viewing Modes49
- Single View49
- Double View50
- Triple View51
- Quad View51
- Setting the Display for Single View Mode52
- Setting the Display to Double, Triple, or Quad Viewing Mode52
Display49
- Switching on and Adjusting the Brightness of the 360° Safety Halo49
- Adjusting the 360° Safety Halo Nightly Auto DIM and Dimmed Period49
- Adjusting the Screen Brightness49
- Changing the Device Name49
Alarms53
- Setting up Alarms for Analog Inputs53
Diagnostics53
- Viewing the about this FMS Information53
- Accessing Real-Time View53
- Overriding and Locking Analog Outputs55
- Saving Settings56
- Restoring Settings56
- Resetting the FMS-2000C Controller56
- Resetting the FMS-2000C56
Restricted User Access57
- Changing the Time and Date57
- Adjusting the Alarm Mode57
- Setting the Audible Alarm Delay57
- Changing the Audible Alarm Snooze57
- Switching on and Adjusting the Brightness of the 360° Safety Halo58
- Adjusting the 360° Safety Halo Nightly Auto DIM and Dimmed Period58
- Setting the Night Mode58
- Adjusting the Temperature58
- Adjusting Screen Brightness58
- Changing the Isolation Mode for the Primary Space58
- Changing the Isolation Mode for the Secondary Space58
- Changing the Occupancy State for the Primary Space59
- Adjusting the Occupancy State for the Secondary Space59
Quick Links59
- Activating and Deactivating the Cleaning Mode59
- Adjusting the Temperature Within the Comfort Range59
- Adjusting the 360° Safety Halo and Brightness59
- Adjusting the Nightly Auto DIM and Dimmed Period59
- Adjusting the Alarm Mode Quick Links59
- Adjusting the Isolation Mode Quick Link59
Upgrading an Existing FMS-1655 Room Pressure Controller Display60
Technical Specifications61
Cleaning the Display62
North American Emissions Compliance62

Johnson Controls FMS-2000C User Manual

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Brand	Johnson Controls
Model	FMS-2000C
Category	Controller
Language	English