Metasys Connectivity Technical Manual 69. Metasys Integrator Section Application Note Issue Date 0998 APPLICATION NOTE Metasys Integrator Airflow Application lntroduction Page Application Details * Component Requirements *6 Vendor Contact Information 8 Design Considerations *9 Cable Connections Cable Pinouts * Connecting the Cable * Metasys Integrator Setup Point Mapping Tables 7 Dataguard III Commissioning Tool Labels (Generic Model) 7 DATAC DX Series Dash x0 9 DATAC CG Series Dash x0 DATAC CW Series Dash x0 Drycell Series Dash x04 DATAC Mainframe Chiller Series Dash x0 7 DATAC DX Retrofit Series Dash x07 9 DATAC CW Retrofit Series Dash x08 CCT DX with Hot Gas Bypass Dash x09 TELAC Series Dash x * Indicates those sections where changes have occurred since the last printing. 998 Johnson Controls, Inc. Code No. LIT-6970 www.johnsoncontrols.com
DATAC CG Series Dash x Page 7 DATAC DX Series Dash x 9 Tech Cool Dash Series 4x0, 4x0 Controller Points *4 CG Series Dash 4x0, 4x06 Points *44 CW Series Dash 4x0, 4x07 Points *47 Main Frame Chiller Series Dash 4x0 Points *49 CCT DX Series Dash 4x06, 4x08 Points * Drycell Series Dash 4x08 Points Ceiling Mounted Unit Dash 4x04, 4x0 Points *7 AFX Series Dash 4x09, 4x00, 4x0, 4x04 Points *60 Metasys Network Setup 6 Mapping to a CS Object *6 Custom Integration *6 * indicates those sections where changes have occurred since the last printing. Metasys Integrator Metasys Integrator Airflow Application
lntroduction This document explains Metasys Integrator Airflow applications. Use this document with the Metasys Integrator Technical Bulletin (LIT-690) in the Metasys Connectivity Technical Manual (FAN 69.), which provides information on installing and commissioning Metasys Integrator. For information on Airflow equipment, see Airflow documentation (obtainable from an Airflow representative). Application Details Metasys Integrator allows Airflow equipment to become an integral part of the Metasys and Metasys Companion Networks. Once Airflow Dataguard controllers are connected to a Metasys or Companion Network via the Metasys Integrator, their data is accessible to the full complement of Metasys Facility Management System (FMS) features, including Change-of-State (COS) monitoring, alarm notification, trend, and totalization. Airflow Dataguard controllers are microprocessors mounted on special-purpose air conditioning and refrigeration units (Airflow DATAC series). Metasys Integrator supports integration of the following DATAC systems: DATAC DX Series Dash x0 DATAC CG Series Dash x0 DATAC CW Series Dash x0 Dry Cell Series Dash x04 DATAC Mainframe Chiller Series Dash x0 DATAC DX Retrofit Series Dash x07 DATAC CW Retrofit Series Dash x08 CCT DX with Hot Gas Bypass Dash x09 TELAC Series Dash x DATAC CG Series Dash x DATAC DX Series Dash x Metasys Integrator Metasys Integrator Airflow Application
Metasys Integrator supports integration of the following Dataguard 4.0 systems: Tech Cool Series Dash 4x0, 4x0 CG Series Dash 4x0, 4x06 CW Series Dash 4x0, 4x07 Main Frame Chiller Series Dash 4x0 CCT DX Series Dash 4x06, 4x08 Dry Cell Series Dash 4x08 Ceiling Unit Dash 4x04, 4x0 AFX Series Dash 4x09, 4x00, 4x0, 4x04 The Airflow Dataguard series application requires a RS- to RS-4/RS-48 converter between Metasys Integrator and the Airflow Dataguard Series controllers. For this series, use either a B&B Electronics RS- to RS-4 converter (48TBLED) or an Airflow Multicontroller. For Dataguard 4.0 applications, use a Johnson Controls MM-CVT0 RS- to RS-48 converter. Each Metasys Integrator vendor port can connect to one converter or Multicontroller. Each B&B Electronics converter can connect to one Dataguard. Each Multicontroller can connect to up to Dataguard controllers. Each MM-CVT0 can connect to one Dataguard 4.0 network. Up to 0 Dataguard 4.0 controllers can be connected on a Dataguard 4.0 network. Figure shows Metasys and Airflow integration and Figure shows Metasys Companion and Airflow integration. Figure shows Metasys and Airflow Dataguard 4.0 integration. 4 Metasys Integrator Metasys Integrator Airflow Application
N LAN Standard NCU RS- B & B Electronics RS- to RS-4/48 Converter RS-4 Airflow Dataguard Unit UNT N Bus Metasys Integrator (-port Version) RS- Airflow Dataguard Unit Multicontroller Airflow Dataguard Unit RS-4 Airflow Dataguard Unit airflow Figure : Airflow. and Metasys Integration Panel Unit M Workstation RS- B & B Electronics RS- to RS-4/48 Converter RS-4 Airflow Dataguard Unit UNT N Bus Metasys Integrator (-port Version) RS- Airflow Dataguard Unit Multicontroller Airflow Dataguard Unit RS-4 Airflow Dataguard Unit Note: A PC version and converter may be substituted for the Panel unit. Figure : Airflow. and Metasys Companion Integration airflow Metasys Integrator Metasys Integrator Airflow Application
N LAN Standard NCU Metasys Integrator RS- MM-CVT0 RS- to RS-48 Converter RS-48 UNT Dataguard 4.0 Unit Up to 0 units can be connected for each Dataguard 4.0 network. Dataguard 4.0 Unit 0 N Bus Figure : Airflow Dataguard 4.0 and Metasys Integration airflow7 Component Requirements To integrate Airflow equipment, you ll need the following components: properly installed Airflow equipment RS- to RS-4/RS-48 converter (48TBLED from B&B Electronics or, for Dataguard 4.0, Johnson Controls MM-CVT0 Converter) or Airflow Multicontroller cable for connecting the converter or Multicontroller to the Airflow Dataguard. controller RS- cable (for connecting Metasys Integrator to the converter or Multicontroller) Metasys Integrator N Bus (for connecting Metasys Integrator to the Metasys or Companion Network) portable PC for downloading vendor communication tables (.VCT files) and network setup information into Metasys Integrator, and for running diagnostics cable for connecting portable PC to Metasys Integrator the correct vendor communication table (.VCT file) to download into Metasys Integrator (supplied on Metasys Integrator diskette) To integrate Airflow Dataguard 4.0 Controllers, each Airflow device must have an Airflow RS-4/RS-48 serial interface board, Airflow part number PB06. 6 Metasys Integrator Metasys Integrator Airflow Application
This document describes the RS- cable, the RS-4/RS-48 cable, and the vendor communication tables. Airflow documentation describes their equipment. The remaining components are described in the Metasys Integrator Technical Bulletin. Metasys Release Requirements Metasys Companion Release Requirements Vendor Component Requirements To integrate Airflow equipment into the Metasys Network, you ll need: Metasys Operator Workstation (OWS) software Release 9.0 or higher Metasys Integrator software/firmware Release 8.0 or higher To integrate Airflow equipment into the Metasys Companion Network, you ll need: Metasys Companion Release.0 or higher Metasys Integrator software/firmware Release 8.0 or higher Integration between Metasys Integrator and Airflow has been tested with the equipment listed in Table. (Table also lists the B&B Electronics converter.) Changes to this equipment or integration of Airflow products not discussed in this document will require additional software development and testing by Systems Products. For information on integrating other products, refer to the Custom Integration section of this technical bulletin. Table : Vendor Part and Version Numbers Product Part Number Firmware Version Number Airflow Product Multicontroller PB0.4 DATAC DX Series Dash x0 PB098. DATAC CG Series Dash x0 PB099. DATAC CW Series Dash x0 PB0940. Drycell Series Dash x04 PB094.0 DATAC Mainframe Chiller Series Dash x0 PB094.4 DATAC DX Retrofit Series Dash x07 PB0948. DATAC CW Retrofit Series Dash x08 PB0949. CCT DX with Hot Gas Bypass Dash x09 PB094. TELAC Series Dash x PB0946. DATAC CG Series Dash x PB09. DATAC DX Series Dash x PB096. Tech Cool Series Dash 4x0 PB00.00 Tech Cool Redundant Group Dash 4x0 PB09.00 CG Series Dash 4x0 PB006.0 CG Series Redundant Group Dash 4x06 PB00.0 Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 7
Product (Cont.) Part Number Firmware Version Number CW Series Dash 4x0 PB007.04 CW Series Redundant Group Dash 4x07 PB0.00 Main Frame Chiller Series Dash 4x0 PB009.00 CCT Series Dash 4x06 PB00.0 CCT DX Series Redundant Group Dash 4x08 PB0.00 Drycell Series Dash 4x08 PB0.0 Ceiling Unit Dash 4x004 PB008.0 Ceiling Unit Redundant Group Dash 4x0 PB09.0 AFX Series Single Compressor Dash 4x0 PB0.00 AFX Series Single Compressor Redundant Group Dash 4x04 PB0.00 AFX Series Dual Compressor Dash 4x09 PB047.0 AFX Series Dual Compressor Redundant Group Dash 4x00 PB048.0 Airflow RS-4/48 Serial Interface Board PB06 n/a B&B Electronics RS- to RS-4/48 Converter 48TBLED n/a RS- to RS-4/48 Power Supply 48 PS n/a Johnson Controls Product RS- to RS-48 Converter MM-CVT0 n/a Vendor Contact Information Airflow Company 9 Bailes Lane Frederick, MD 70 Service and Warranty Peter Lease or Percy James Phone: (0) 69-600 FAX: (0) 69-407 B&B Electronics Company 707 Dayton Rd. P.O. Box 040 Ottawa, IL 60 Phone: (8) 4-00 FAX: (8) 44-7094 htttp://www.bb-elec.com 8 Metasys Integrator Metasys Integrator Airflow Application
Design Considerations When integrating Airflow equipment, consider the following: Make sure all Airflow equipment is set up and running properly before attempting to integrate with the Metasys or Companion Network. (The Airflow representative is responsible for operation of Airflow equipment.) Dataguard 4.0 controllers must have the baud rate set to 9600 (factory default is 00; the Airflow representative is responsible for setting the Airflow baud rate). For integration to a Dataguard 4.0 controller, the Airflow RS-4/RS-48 serial interface board s jumper (JP) must be set for RS-48 communications (Pins and jumpered). The Airflow representative is responsible for setting the Airflow communications type. When integrating Airflow Dataguard 4.0 Controllers to Metasys, run s accumulated on the Airflow controller must be manually reset when they reach a value close to,000,000 s. For Dataguard 4.0, an alarm reset will reset the associated alarm. For example, if there is a Return Temperature Sensor Failure alarm, BO4 - Return Air Temperature Alarm Reset - is used to reset it. If you are using the B&B Electronics converter, make sure it has the pin settings shown in Figure 4. Control should be set to SD and Echo to Off. RTS CONTROL SD ECHO ON OFF Figure 4: B&B Electronics Converter (48TBLED) Jumper Pin Settings For Dataguard 4.0, the high and low limits for the Analog Output (AO) values are correct for configuration using Degrees F only. The integration will work for hardware configured to run Celsius, but commands to the Dataguard 4.0 will be clipped by the Dataguard unit instead of by Metasys Integrator. Metasys Integrator Metasys Integrator Airflow Application 9
If you are using the Multicontroller, make sure its baud rate is set correctly to 9600. (The Airflow representative is responsible for operation of Multicontroller baud rate.) RS- cable distance between Metasys Integrator and the 48TBLED converter or MM-CVT0 converter can be a maximum of 0 feet. Dataguard. Controller Monitor Link Enable Dataguard. controllers with version codes of.8 or later have a configuration option added to enable or disable communications with monitoring systems. The default is DISABLED and must be changed to ENABLED to allow monitoring systems to operate with Dataguard.. The Operation and Maintenance Manual for the Dataguard. controller, included with each unit, describes the location of the option and its settings. In version codes of.46 and later, the configuration option resides in the Monitor menu. In earlier versions, it is in the Calibration section. To access the Monitor menu or the Calibration section, complete the following steps:. Press the pushbutton labeled SETUP in the upper center of the controller board to enter the Configuration mode.. Use the NEXT key to step the display to the Monitor menu or the Calibration Entry Point.. If your version does not have a Monitor menu, find the Calibration Entry Point and, while holding the SETUP pushbutton down, press the NEXT key. Failure to hold down the pushbutton will cause you to skip over the Calibration section and return to the main screen. 4. Once in the Calibration section, use the NEXT key to step through the items until the Monitor Link item is displayed (right after the LOW VOLT RESET item).. Enable Monitor Link. 0 Metasys Integrator Metasys Integrator Airflow Application
Cable Connections Cable Pinouts Figure shows the cable pinouts for the RS- connection between Metasys Integrator and the B&B Electronics converter or Multicontroller. Figure 6 shows the pinouts for the connection between the converter and the Airflow Dataguard controller. (Airflow documentation describes the cable between the Multicontroller and Dataguard.) Vendor Port A or B on Metasys Integrator RS- Port on Converter or Multicontroller DB-9 Female Signal Pin Pin Signal RS- DCD RD TD DTR GND DSR RTS CTS 4 6 7 8 8 0 7 6 4 DCD RD TD DTR GND DSR RTS CTS (0 ft maximum) airflow Figure : Cable Pinouts (Metasys Integrator to Converter) B & B Electronics Converter TD (B) TD (A) RD (B) RD (A) SHLD Connector J on Dataguard. R+ R- 7 T+ 4 T- 9 GND Top View of Pinouts on Connector J on Dataguard. 6 4 9 8 7 Figure 6: Cable Pinouts (B&B Electronics Converter to Airflow Dataguard.) Metasys Integrator Metasys Integrator Airflow Application
Johnson Controls MM-CVT0 RS- to RS-48 Converter N+ N- Ref RS-4/48 Serial Interface Board on Dataguard 4.0 T- T+ Ref Airflow8n Figure 7: Cable Pinouts (Johnson Controls RS- to RS-48 Converter to Airflow Dataguard 4.0) Connecting the Cable Connect the female end of the RS- cable to either Vendor Port A or Vendor Port B on Metasys Integrator. Connect the other end of the cable to the RS- port on the B&B Electronics converter, the MM-CVT0 Converter, or the Multicontroller. Connect the converter or Multicontroller to the J connector on the Airflow Dataguard. Metasys Integrator 48 TBLED Converter or Multicontroller Dataguard. Controller Vendor Port A or B RS- Cable RS- Port RS-4 Cable J Connector Figure 8: Port-to-Port Connection for Dataguard. Metasys Integrator MM-CVT0 RS- to RS-48 Converter Dataguard 4.0 Controller Vendor Port A or B RS- Cable RS- Port RS-48 Cable Serial Communications Card airflow9 Figure 9: Port-to-Port Connection for Dataguard 4.0 Metasys Integrator Metasys Integrator Airflow Application
Metasys Integrator Setup To set up Metasys Integrator, use a portable PC connected to the Metasys Integrator Terminal Port. Metasys Integrator setup involves: downloading the correct vendor communication table (.VCT file) setting up the ports assigning network addresses to the controllers The following tables provide setup information specific to Airflow applications. Use Table if you are connecting Dataguard controllers to a B&B Electronics converter (see Table Note). Use Table if you are connecting Dataguard controllers to the Airflow Multicontroller (see Table Note). Use Table 4 if you are connecting Dataguard 4.0 controllers to the MM-CVT0 converter. For detailed procedures, see the Metasys Integrator Technical Bulletin. Table : Metasys Integrator Setup Using a B&B Electronics Converter to Dataguard. Vendor Communication Table (.VCT File) Using a B&B Electronics Converter AF_DGD.VCT, AF_DGD_H.VCT (for applications needing to set humidifier) Port Setup Baud Rate (for converter) 00 Word Length 8 Stop Bits Parity Interface Network Setup Vendor Address Timeout Value Poll Delay Performance Guide None RS-48 n/a 6000 ms ms Approximate Scan Time (for a single N address) Any Dataguard 8 seconds Note: Use AF_DGD_H.VCT if you want to set the humidifier On or Off. This table is valid only for Series: x0, x0, x0, x07, x08, x, and x. Metasys Integrator Metasys Integrator Airflow Application
Table : Metasys Integrator Setup Using the Multicontroller to Dataguard. Vendor Communication Table (.VCT File) Using the Multicontroller AF_DGM.VCT, AF_DGM_H.VCT (for applications needing to set humidifier) Port Setup Baud Rate (for converter) 9600 Word Length 8 Stop Bits Parity Interface Network Setup Vendor Address Timeout Value Poll Delay Performance Guide Approximate Scan Time (for a single N address) Any Dataguard None RS- Dataguard unit, Multicontroller Where: Dataguard = to Multicontroller = * example for Dataguard :, example for Dataguard :, 6000 ms ms 6 seconds * The Multicontroller, when powered up, has no address until synched by Metasys Integrator. If the address is modified, the Multicontroller must be powered down, then up, before it will accept a new address. Note: Use AF_DGM_H.VCT if you want to set the humidifier On or Off. This table is valid only for Series: x0, x0, x0, x07, x08, x, and x. 4 Metasys Integrator Metasys Integrator Airflow Application
Table 4: Metasys Integrator Setup Using an MM-CVT0 Converter to Dataguard 4.0 Vendor Communication Table (.VCT File) CW, CG,CCT-DX, or Tech Cool AF_DG4.VCT Controllers Dry Cell Series AF_DG4DC.VCT Main Frame Series AF_DG4MF.VCT Ceiling Unit and AFX Series AF_DG4CU.VCT Port Setup Baud Rate (for converter) 9600 Word Length 8 Stop Bits Parity Interface Network Setup None RS-48 Vendor Address Airflow Dataguard address to 0 Timeout Value Poll Delay Performance Guide Approximate Scan Time (For a single N address) Any Dataguard Initialization Time (For a single N address) Any Dataguard 000 ms ms Worst case time to report a single change of value is: 7 seconds times number of units 8 seconds times number of units Metasys Integrator Metasys Integrator Airflow Application
6 Metasys Integrator Metasys Integrator Airflow Application
Point Mapping Tables Dataguard III Commissioning Tool Labels (Generic Model) To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. This table is a generic model for the Airflow Dataguard III. Table : Dataguard III Commissioning Tool Labels (Generic Model) NPT NPA Unit Description 4 6 7 8 9 0 4 6 7 RH Volt Volt RH Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage Channel Value Channel Value Channel Value J-4 J6-0 Temperature Setpoint Humidity Setpoint Input Temperature Temperature Setpoint Channel Value Deg C Channel Value Deg C Channel Value Deg C BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on Network Point Type Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 7
NPT (Cont.) NPA Unit Description BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms * 0-n/a, -ack High Channel Alarm Low Channel Alarm High Channel Alarm 4 Low Channel Alarm High Channel Alarm 6 Low Channel Alarm 7 Low Voltage 8 External Alarm (J-8) 9 External Alarm (J-7) 0 External Alarm (J-6) External Alarm 4 (J-) External Alarm (J-4) External Alarm 6 (J-) 4 External Alarm 7 (J-) External Alarm 8 (J-) 6 External Alarm 9 (J6-8) 7 External Alarm 0 (J6-9) 8 Runtime Alarm Exists 4 6 7 8 9 Hour Hour Hour Hour Hour Hour Hour Hour Runtime (J-) Runtime (J-4) Runtime (J-) Runtime 4 (J-) Runtime (J-8) Runtime 6 (J-9) Runtime 7 (J-4) Warranty Runtime (Unit) Controller Type 0=.0, =., =. Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. 8 Metasys Integrator Metasys Integrator Airflow Application
DATAC DX Series Dash x0 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table 6: DATAC DX Series Dash x0 NPT NPA Unit Description 4 6 7 8 9 0 4 6 7 RH Volt Volt RH RH Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage Return Air Temperature Return Air Humidity Supply Air Temperature Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 9
NPT (Cont.) NPA Unit Description 4 6 7 8 9 0 4 6 7 8 4 6 7 8 9 Network Point Type High Return Air Temperature Low Return Air Temperature High Return Air Humidity Low Return Air Humidity High Supply Air Temperature Low Supply Air Temperature Low Voltage External : Smoke Alarm External : Fire Alarm External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press External 7: Compressor Hi Head Press External 8: Compressor Hi Head Press External 9: Closed=Unack Alarm External 0: Closed=Unack Alarm Runtime Alarm Exists Runtime : Blower Runtime : Proportional Cool Runtime : Cool Runtime 4: Cool Runtime : Cool Runtime 6: Cool 4 or Heat Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) 0 Metasys Integrator Metasys Integrator Airflow Application
DATAC CG Series Dash x0 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table 7: DATAC CG Series Dash x0 NPT NPA Unit Description 4 6 7 8 9 0 4 6 7 RH Volt Volt RH RH Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage Return Air Temperature Return Air Humidity Supply Air Temperature Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description 4 6 7 8 9 0 4 6 7 8 4 6 7 8 9 Network Point Type High Return Air Temperature Low Return Air Temperature High Return Air Humidity Low Return Air Humidity High Supply Air Temperature Low Supply Air Temperature Low Voltage External : Smoke/Fire Alarm External : Manual Start Prot Fault External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press External 7: Compressor Hi Head Press External 8: Humidifier Canister External 9: Closed=Unack Alarm External 0: Closed=Unack Alarm Runtime Alarm Exists Runtime : Blower Runtime : Proportional Cool Runtime : Compressor Liquid Line Runtime 4: Compressor Liquid Line Runtime : Compressor Hot Gas Bypass Runtime 6: Compressor Hot Gas Bypass Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) Metasys Integrator Metasys Integrator Airflow Application
DATAC CW Series Dash x0 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table 8: DATAC CW Series Dash x0 NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Supply Air Temperature Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby,-run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description 4 6 7 8 9 0 4 6 7 8 4 6 7 8 9 Network Point Type High Return Air Temperature Low Return Air Temperature High Return Air Humidity Low Return Air Humidity High Supply Air Temperature Low Supply Air Temperature Low Voltage External : Smoke Alarm External : Fire Alarm External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Humidifier Canister External 7: Pump Failure External 8: Loss of Water Flow External 9: Closed=Unack Alarm External 0: Closed=Unack Alarm Runtime Alarm Exists Runtime : Blower Runtime : Proportional Cool Runtime : Not Used Runtime 4: Not Used Runtime : Not Used Runtime 6: Heat Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) 4 Metasys Integrator Metasys Integrator Airflow Application
Drycell Series Dash x04 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Table 9: Drycell Series Dash x04 NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH Reactivation Temperature Bypass/Prop DX/Prop Proportional Bypass Damper Proportional heat/cool Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Reactivation Temperature Unused Unused BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby,-run BO Acknowledge All Unack Alarms* 0-n/a, -ack Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description 4 6 7 8 9 0 4 6 7 8 4 6 7 8 9 Network Point Type High Reactivation Temperature Low Reactivation Temperature High Bypass/Prop Low Bypass/Prop High DX/Prop Low DX/Prop Low Voltage External : Loss Process Air Flow External : Loss Reactivation Air Flow External : Process Fan Fault External 4: Reactivation Fan Fault External : Reactivation Temp Cut Out External 6: Customer Defined Alarm External 7: Wheel Rotation Sensor External 8: Humidistat Over Setpoint External 9: Closed=Unack Alarm External 0: Closed=Unack Alarm Runtime Alarm Exists Runtime : Wheel Motor Runtime : Proportional Heat/Cool Runtime : Process Fan Runtime 4: Compressor Liquid Line Runtime : Compressor Cold Start Runtime 6: Reactivation Heater Stage Runtime 7: Reactivation Fan Warranty Runtime: Unit Controller Type (0=.0, =., =.) 6 Metasys Integrator Metasys Integrator Airflow Application
DATAC Mainframe Chiller Series Dash x0 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Table 0: DATAC Mainframe Chiller Series Dash x0 NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH Return Water Temperature Supply Water Temperature Unused Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Water Temperature Supply Water Temperature Unused BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 7
NPT (Cont.) NPA Unit Description 4 6 7 8 9 0 4 6 7 8 High Return Air Temperature Low Return Air Temperature High Return Air Humidity Low Return Air Humidity Unused Unused Low Voltage External : Smoke Alarm External : Pump Failure External : Water Detected External 4: Pump Failure External : Loss of Water Flow External 6: Compressor Hi Head Press External 7: Compressor Low Head Press External 8: Freeze Alarm External 9: Closed=Unack Alarm External 0: Closed=Unack Alarm Runtime Alarm Exists Runtime : Liquid Line Solenoid Runtime : Proportional Cool Runtime : Pump 4 Runtime 4: Unloader in Unloaded State Runtime : Not Used 6 Runtime 6: Not Used 7 Runtime 7: Pump 8 Warranty Runtime: Unit 9 Controller Type (0=.0, =., =.) Network Point Type 8 Metasys Integrator Metasys Integrator Airflow Application
DATAC DX Retrofit Series Dash x07 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table : DATAC DX Retrofit Series Dash x07 NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Supply Air Temperature Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 9
NPT (Cont.) NPA Unit Description High Return Water Temperature Low Return Water Temperature High Supply Water Humidity 4 Low Supply Water Humidity 6 7 Unused Unused Low Voltage 8 External : Smoke Alarm 9 External : Fire Alarm 0 External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press 4 External 7: Compressor Hi Head Press External 8: Compressor Hi Head Press 6 External 9: Closed=Unack Alarm 7 External 0: Closed=Unack Alarm 8 Runtime Alarm Exists 4 6 7 8 9 Runtime : Blower Runtime : Proportional Cool Runtime : Cool Runtime 4: Cool Runtime : Cool Runtime 6: Cool 4 or Heat Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) Network Point Type 0 Metasys Integrator Metasys Integrator Airflow Application
DATAC CW Retrofit Series Dash x08 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table : DATAC CW Retrofit Series Dash x08 NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Supply Air Temperature Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description High Return Air Temperature Low Return Air Temperature High Return Air Humidity 4 Low Return Air Humidity High Supply Air Temperature 6 Low Supply Air Temperature 7 Low Voltage 8 External : Smoke Alarm 9 External : Fire Alarm 0 External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Humidifier Canister 4 External 7: Pump Failure External 8: Loss of Water Flow 6 External 9: Closed=Unack Alarm 7 External 0: Closed=Unack Alarm 8 Runtime Alarm Exists 4 6 7 8 9 Runtime : Blower Runtime : Proportional Cool Runtime : Not Used Runtime 4: Not Used Runtime : Not Used Runtime 6: Heat Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) Network Point Type Metasys Integrator Metasys Integrator Airflow Application
CCT DX with Hot Gas Bypass Dash x09 To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Table : CCT DX with Hot Gas Bypass Dash x09 NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Supply Air Temperature Damper Proportional Cool Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description High Return Air Temperature Low Return Air Temperature High Return Air Humidity 4 Low Return Air Humidity High Supply Air Temperature 6 Low Supply Air Temperature 7 Low Voltage 8 External : Smoke Alarm 9 External : Fire Alarm 0 External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press 4 External 7: Compressor Hi Head Press External 8: Customer Defined Alarm 6 External 9: Closed=Unack Alarm 7 External 0: Closed=Unack Alarm 8 Runtime Alarm Exists 4 6 7 8 9 Runtime : Blower Runtime : Proportional Cool Runtime : Compressor Liquid Line Runtime 4: Compressor Liquid Line Runtime : Compressor Hot Gas Bypass Runtime 6: Compressor Hot Gas Bypass Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) Network Point Type 4 Metasys Integrator Metasys Integrator Airflow Application
TELAC Series Dash x To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Table 4: TELAC Series Dash x NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Mixed Air Temperature Proportional Damper Proportional Cool Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description High Return Air Temperature Low Return Air Temperature High Return Air Humidity 4 Low Return Air Humidity High Supply Air Temperature 6 Low Supply Air Temperature 7 Low Voltage 8 External : Smoke/Fire Alarm 9 External : Fault Alarm 0 External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press 4 External 7: Compressor Hi Head Press External 8: Main Power 6 External 9: Closed=Unack Alarm 7 External 0: Closed=Unack Alarm 8 Runtime Alarm Exists 4 6 7 8 9 Runtime : Blower Runtime : Proportional Cool Runtime : Compressor Liquid Line Runtime 4: Compressor Liquid Line Runtime : Compressor Hot Gas Bypass Runtime 6: Compressor Hot Gas Bypass Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) Network Point Type 6 Metasys Integrator Metasys Integrator Airflow Application
DATAC CG Series Dash x To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table : DATAC CG Series Dash x NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Supply Air Temperature Damper Proportional Cool Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 7
NPT (Cont.) NPA Unit Description High Return Air Temperature Low Return Air Temperature High Return Air Humidity 4 Low Return Air Humidity High Supply Air Temperature 6 Low Supply Air Temperature 7 Low Voltage 8 External : Smoke/Fire Alarm 9 External : Manual Start Protector Fault 0 External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press 4 External 7: Compressor Hi Head Press External 8: Water Flow Alarm 6 External 9: Closed=Unack Alarm 7 External 0: Closed=Unack Alarm 8 Runtime Alarm Exists 4 6 7 8 9 Runtime : Blower Runtime : Proportional Cool Runtime : Compressor Liquid Line Runtime 4: Compressor Liquid Line Runtime : Compressor Hot Gas Bypass Runtime 6: Compressor Hot Gas Bypass Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) Network Point Type 8 Metasys Integrator Metasys Integrator Airflow Application
DATAC DX Series Dash x To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Temperature Setpoint is. Note: Binary output (BO) writes to the controller s EEPROM. Take care to limit the number of writes to this point. Table 6: DATAC DX Series Dash x NPT NPA Unit Description 4 RH Volt Volt Input Temperature Input Humidity Input AC Volts Model Number (dash) AC Voltage 6 7 8 9 0 4 6 7 RH RH Return Air Temperature Return Air Humidity Supply Air Temperature Proportional Cool Unused Temperature Setpoint Humidity Setpoint (40 to 60) Input Temperature Temperature Setpoint Return Air Temperature Unused Supply Air Temperature BI Any Alarm Exists BI Blower 0-off, -on BI Humidifier 0-off, -on BI 4 Dehumidifier 0-off, -on BI Free Cool 0-off, -on BI 6 Temperature Units 0-, - BI 7 Cool Stage 0-off, -on BI 8 Cool Stage 0-off, -on BI 9 Cool Stage 0-off, -on BI 0 Heat Stage 0-off, -on BI Heat Stage 0-off, -on BI Heat or Cool 4 Stage 0-off, -on BO Unit Mode 0-standby, -run BO Acknowledge All Unack Alarms* 0-n/a, -ack BO Set Humidifier 0-off, -on Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 9
NPT (Cont.) NPA Unit Description 4 6 7 8 9 0 4 6 7 8 4 6 7 8 9 Network Point Type High Return Air Temperature Low Return Air Temperature High Return Air Humidity Low Return Air Humidity High Supply Air Temperature Low Supply Air Temperature Low Voltage External : Smoke Alarm External : Fire Alarm External : Water Detected External 4: Clogged Filter External : Loss of Airflow External 6: Compressor Hi Head Press External 7: Compressor Hi Head Press External 8: Compressor Hi Head Press External 9: Closed=Unack Alarm External 0: Closed=Unack Alarm Runtime Alarm Exists Runtime : Blower Runtime : Proportional Cool Runtime : Cool Runtime 4: Cool Runtime : Cool Runtime 6: Cool 4 or Heat Runtime 7: Humidifier Warranty Runtime: Unit Controller Type (0=.0, =., =.) 40 Metasys Integrator Metasys Integrator Airflow Application
Tech Cool Dash Series 4x0, 4x0 Controller Points To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Chilled Water Temperature Low Alarm Setpoint is AO. Table 7: Tech Cool Series Dash 4x0, 4x0 Controller Point Mapping Table NPT NPA Unit Description 4 Deg Deg Deg Return Air Temperature Chilled Water Temperature Hot Water Temperature Return Air Humidity AO Deg Return Air Temperature High Alarm Setpoint 0-00 AO Deg Chilled Water Temperature High Alarm Setpoint 0-00 AO 4 Deg Hot Water Temperature High Alarm Setpoint 0-00 AO Humidity High Alarm Setpoint 0-00 AO 9 Deg Return Air Temperature Low Alarm Setpoint -0-00 AO Deg Chilled Water Temperature Low Alarm Setpoint 0-00 AO Deg Hot Water Temperature Low Alarm Setpoint 0-00 AO Humidity Low Alarm Setpoint 0-00 AO 7 Deg Setpoint, Cooling -9 AO 8 Deg Setpoint, Heating 0-8 AO 9 Setpoint, Dehumidification 0-9 AO 0 Setpoint, Humidification 0-8 AO Proportional Cool Offset 0-0 AO Standby Unit in Redundant Group 0- Celsius Flag 0= false (), =true () Cooling Enabled 0=false, =true Heating Type 0=Electric, =Valve BI Operational Mode - Cooling 0-off, -on BI Operational Mode - Heating 0-off, -on BI Operational Mode - Dehumidifying 0-off, -on BI 4 Operational Mode - Humidifying 0-off, -on BI Unit Type 0-slave -master BI 7 Airflow Alarm BI 8 Clogged Filter Alarm BI 9 Water Detector Alarm BI 0 Low Pressure Alarm BI System Enable BI Water Flow Alarm BI 4 Firestat Alarm BI Smoke Monitor Alarm BI 6 Humidifier Alarm BI 7 High Head Pressure Alarm BI 9 Return Air Temperature High Alarm BI 0 Return Air Temperature Low Alarm Network Point Type Valid only on the master controller in a redundant group. Continued on next page... Metasys Integrator Metasys Integrator Airflow Application 4
NPT (Cont.) NPA Unit Description BI Chilled Water Temperature High Alarm BI 4 Chilled Water Temperature Low Alarm BI Hot Water Temperature High Alarm BI 6 Hot Water Temperature Low Alarm BI 7 Humidity High Alarm BI 8 Humidity Low Alarm BI Power Loss Alarm BI 6 Blower 0-off, -on BI 7 Heater Stage 0-off, -on BI 8 Heater Stage 0-off, -on BI 9 Humidifier 0-off, -on BI 40 Liquid Line Solenoid 0-off, -on BI 4 Compressor 0-off, -on BI 4 Hot Gas 0-off, -on BI 46 Common Alarm BI BI 47 49 Return Temperature Sensor Failure Alarm Chilled Water Temperature Sensor Fail Alarm BI 0 Hot Water Temperature Sensor Failure Alarm BI Return Humidity Sensor Failure Alarm BO Unit Start/Stop 0-stop, -start BO Airflow Alarm Reset* 0-n/a, -reset BO Clogged Filter Alarm Reset* 0-n/a, -reset BO 4 Water Detector Alarm Reset* 0-n/a, -reset BO Low Pressure Alarm Reset* 0-n/a, -reset BO 8 Water Flow Alarm Reset* 0-n/a, -reset BO 9 Firestat Alarm Reset* 0-n/a, -reset BO 0 Smoke Monitor Alarm Reset* 0-n/a, -reset BO Humidifier Alarm Reset* 0-n/a, -reset BO High Head Pressure Alarm Reset* 0-n/a, -reset BO 4 Return Air Temperature Alarm Reset* 0-n/a, -reset BO 6 Chilled Water Temperature Alarm Reset* 0-n/a, -reset BO 7 Hot Water Temperature Alarm Reset* 0-n/a, -reset BO 8 Humidity Alarm Reset* 0-n/a, -reset BO Power Loss Alarm Reset* 0-n/a, -reset BO Pump Down Alarm Reset* 0-n/a, -reset Network Point Type * Do not map these points to Companion BO points. If you map these points to Metasys BO objects, make sure the Auto Restore option in the BO object s Definition and Focus window is disabled. Continued on next page... 4 Metasys Integrator Metasys Integrator Airflow Application
NPT (Cont.) NPA Unit Description 4 Model Number 4xxxx Version (Integer Portion) Number of Heat Stages On Master Redundant Unit State Slave Redundant Unit State Slave Redundant Unit State Slave Redundant Unit State 8 0 hrs hrs hrs Pre-Free Cool/ECWS (0-00.0) Humidifier (0-00.0) Hot Water Valve (0-00.0) Run Hours, Blower Run Hours, Humidifier Run Hours, Compressor Network Point Type Points only valid on the master controller in a redundant group. Metasys Integrator Metasys Integrator Airflow Application 4
CG Series Dash 4x0, 4x06 Points To get the hardware reference for mapping points to CS object attributes (via the software model), combine the NPT (Network Point Type) and NPA (Network Point Address). For example, the hardware reference for the Return Air Temperature is. Table 8: CG Series Dash 4x0, 4x06 Point Mapping Table NPT NPA Unit Description Deg Deg Return Air Temperature PC/ECWS Water Temperature Return Air Humidity AO Deg Return Air Temp High Alarm Setpoint 0-00 AO Deg PC/ECWS Water Temp High Alarm Setpoint 0-00 AO 4 Deg Hot Water Temp High Alarm Setpoint 0-00 AO Return Air Humidity High Alarm Setpoint 0-00 AO 9 Deg Return Air Temp Low Alarm Setpoint -0-00 AO Deg PC/ECWS Water Temp Low Alarm Setpoint 0-00 AO Deg Hot Water Temp Low Alarm Setpoint 0-00 AO Return Air Humidity Low Alarm Setpoint 0-00 AO 7 Deg Setpoint, Cooling -9 AO 8 Deg Setpoint, Heating 0-8 AO 9 Setpoint, Dehumidification 0-9 AO 0 Setpoint, Humidification 0-8 AO Proportional Cool Offset 0-0 AO Standby Unit in Redundant Group 0- Celsius Flag 0-false (), -true () Cooling Enabled 0-false -true Heating Type 0-Electric -Valve BI Operational Mode - Cooling 0-off, -on BI Operational Mode - Heating 0-off, -on BI Operational Mode - Dehumidifying 0-off, -on BI 4 Operational Mode - Humidifying 0-off, -on BI Unit Type 0-slave, -master BI 6 Compressor Pump Down Alarm BI 7 Airflow Alarm BI 8 Clogged Filter Alarm BI 9 Water Detector Alarm BI 0 Compressor Low Pressure Alarm BI System Enable BI Compressor Low Pressure Alarm BI Water Flow Alarm BI 4 Firestat Alarm BI Smoke Monitor Alarm Network Point Type Points only valid on the master controller in a redundant group. Continued on next page... 44 Metasys Integrator Metasys Integrator Airflow Application