Application flow diagram - Verasys - LIT-12013067 - LC-IOM3711-0 - LC-VAC1000-0 - LC-VAC3000-0 - Field Device

The flow drawing for the application varies based on the features you select. Figure 1 shows all the options you can apply to the system. Table 1 shows what the callouts in Figure 1 refer to. Table 1 describes each tag, provides a part number, and shows the point type required for each application.

Figure 1. Application flow diagram

Table 1. Application flow diagram
Number	Description
1	Rooftop or packaged unit enclosure
2	Up to four stages or proportional 0 V to 10 V Note: The controllers can also support a heat pump instead of proportional or staged coils up to two stages and two stages of supplemental heat
3	Up to four stages or proportional 0 V to 10 V
4	Allow 10 in. (25.4 cm) minimum between humidifier and element
5	Humidifier control cabinet
6	Optional space sensor types

Table 2. Point list
Point type	Object name	Expanded ID	Johnson Controls part numbers	Required or optional	Notes
Binary input	SF-S	Supply Fan Status	CSDECM-C35200	Optional: Use this input if you want a supply fan alarm.
Binary input	FILTER-S	Filter Status	P32AC-2C FTG18A-600R	Optional: Use this input when you require a contact for filter status.	The controller also has a runtime limit alarm that you can use as a maintenance alarm for filters.
Binary input	PURGE-S	Purge Status	n/a	Optional: Dry contact input. Use this input when you want to purge the facility of smoke with the unit’s dampers.
Binary input	SERVICE-A	Service Alarm	n/a	Optional: Dry contact input. Use this input to give a general service alarm.
Binary input	LT-A	Low Temperature Alarm	A70HA-1C TE-6001-8	Required: Use this input if you have water coils and an economizer.
Binary input	OCC-S	Occupancy Sensor	OLS-2100-1 RIBU1C	Optional: Lighting switch plus relay. Use this input to switch off the lights when motion is not sensed. The relay connects to the light circuit and wires to this input with the normal open contact. When energized, the unit is in occupied mode. When de-energized, the unit is in standby mode.
Analog input	SA-T	Supply Air Temperature	TE-6311M-1	Required: Use this input if you have an economizer and no mixed air temperature.
Analog input	MA-T	Mixed Air Temperature	TE-6315M-1	Required: Use this input if you have proportional heating or cooling and an economizer. If you have staged heating and cooling, and you do not have water, you can use a supply air temperature for the economizer control.
Analog input	OA-T	Outdoor Air Temperature	TE-6313P-1	Required: Use this input if you have economizer control. This input is for a hardwired sensor. The controller has the option to data share an outside air temperature to the controller.
Analog input	RA-Q	Return Air Quality	CD-P1000-00-00	Optional: Use this input when you have an economizer and you want demand ventilation control sequence. The RA-Q sensor or the ZN-Q sensor is necessary for this sequence to work. RA-Q has priority.
Analog input	RA-T	Return Air Temperature	TE-6311M-1	Optional: Use this input to control instead of a zone temperature sensor. If a zone temperature sensor is present it takes priority and the RA-T monitors only.
Analog input	MAD-FB	Mixed Air Damper Feedback	n/a	Optional: Required when you want Title 24 economizer fault detection diagnostics as part of the unit sequence. It is assumed the actuators connected to the economizer have a voltage feedback signal. Input range is adjustable but assumed to be voltage.
Analog input	ZN-H	Zone Humidity	HE-69130NS-0	Optional: Use this input this hardwired input when you want to control to a humidity level but want to use a hardwired humidity sensor instead of a NS humidity sensor. Using this option means you can use a duct-mounted sensor. The NS humidity sensor takes priority.
Analog output	MAD-O	Mixed Air Damper Output	Actuator (part requires sizing)	Required: Use this input when you have a mixed air damper with a two-position option, or use as an economizer. Output range is adjustable but assumed to be voltage.
Analog output	CLG-O	Cooling Output	Actuator (part requires sizing)	Optional: Required when you have proportional cooling. Output range is adjustable but assumed to be voltage.
Analog output	HTG-O	Heating Output	Actuator (part requires sizing) or signal to proportional gas valve	Optional: Required when you have proportional heating. Output range is adjustable but assumed to be voltage
Analog output	HUM-O / HUM-HL	Humidifier Output and Humidity High Limit	HL-67N5-8N00P	Optional: Required when you have a humidifier. The high limit sensor is required to back the signal off when high discharge humidity is sensed
Analog output	SF-O	Supply Fan Output	n/a	Optional: Required when you have a fixed variable fan.
Binary output	SF-C	Supply Fan Command	Conventional Thermostat Interface (CTI) or RIBU1C	Required: If you are going to a starter you need a RIBU1C relay wired to the output. You require a conventional thermostat interface when you have staged heating and cooling.
Binary output	HTG1-C / SHTG1-C	Heating Stage 1 Command / Supplemental Htg Stage 1 Command	CTI	Optional: If you have staged heating or if you have a heat pump with supplemental heat, use this binary output. You require a conventional thermostat interface or field relays.
Binary output	HTG2-C / SHTG2-C	Heating Stage 2 Command / Supplemental Htg Stage 2 Command	CTI	Optional: If you have 2+ stages of heat or if you have a heat pump with 2 stages of supplemental heat, use this binary output. You require a conventional thermostat interface or field relays.
Binary output	HTG3-C	Heating Stage 3 Command	CTI	Optional: If you have 3+ stages of heat, use this output. You require a conventional thermostat interface or field relays.
Binary output	HTG4-C	Heating Stage 4 Command	CTI	Optional: If you have 4+ stages of heat, use this output. You require a conventional thermostat interface or field relays.
Binary output	CLG1-C/ COMP1-C	Cooling Stage 1 Command/Compressor 1 Command	CTI	Optional: If you have staged cooling or if you have a heat pump, use this binary output. You require a conventional thermostat interface or field relays.
Binary output	CLG2-C/ COMP2-C	Cooling Stage 2 Command/Compressor 2 command	CTI	Optional: If you have 2+ stages of cooling or if you have a heat pump with 2 stages, use this binary output.You require a conventional thermostat interface or field relays.
Binary output	CLG3-C/ REV-C	Cooling Stage 3 Command/Reversing Valve	CTI	Optional: If you have 3+ stages of cooling or if you have a heat pump, use this binary output. You require a conventional thermostat interface or field relays.
Binary output	CLG4-C	Cooling Stage 4 Command	CTI	Optional: If you have 4+ stages of cooling, use this output. You require a conventional thermostat interface or field relays.
Binary output	HGBYP-C	Hot Gas Bypass Coil Command	RIBU1C	Optional: Use when you want to use a hot gas bypass coil to reheat when you dehumidify.
Binary output	HUM-C	Humidifier Command	RIBU1C	Optional: Use when you want to cycle the humidifier.
Sensor bus	ZN-T	Zone Temperature	NSB8BTN041-0	Optional: Use for zone control NS Sensor Type - Net Sensor, 120x80, No Logo, No Display, No Setpoint, Terminals
Sensor bus	ZN-T ZN-TOCC ¹ WC-ADJ	Zone Temperature Zone Temporary Occupancy Warmer Cooler Adjustment	NSB8BTN141-0	Optional: NS Sensor Type - Net Sensor, 120x80, No Logo, No Display, Warmer/Cooler Adjustment, Terminals	The NSB8BTN141-0 model of the NS8000 Series Network Sensor does not include a PIR occupancy sensor. ZN-TOCC occurs if the RTU is unoccupied and you adjust the NS sensor. The RTU is then placed in Bypass (Temporary Occupied Mode) for the duration of the Temporary occupancy time.
Sensor bus	ZN-T ZN-TOCC WC-ADJ	Zone Temperature Zone Temporary Occupancy Zone Setpoint	NSB8BTN241-0	Optional: NS Sensor Type - Net Sensor, 120x80, JCI Logo, LCD Display, Local Setpoint, Terminals (Up/Down Buttons)	The NSB8BTN241-0 model of the NS8000 Series Network Sensor does not include a PIR occupancy sensor. ZN-TOCC occurs if the RTU is unoccupied and you adjust the NS sensor. The RTU is then placed in Bypass (Temporary Occupied Mode) for the duration of the Temporary occupancy time.
Sensor bus	ZN-T ZN-H	Zone Temperature Zone Humidity	NSB8BHN041-0	Optional: NS Sensor Type - Net Sensor, 120x80, JCI Logo, No Display, No Setpoint, Humidity 3%, Terminals
Sensor bus	ZN-T ZN-H ZN-TOCC² WC-ADJ	Zone Temperature Zone Humidity Zone Temporary Occupancy Warmer Cooler Adjustment	NSB8BHN141-0	Optional: NS Sensor Type - Net Sensor, 120x80, No Logo, No Display, Warmer/Cooler Adjustment, Humidity 3%, Terminals	The NSB8BHN141-0 model of the NS8000 Series Network Sensor does not include a PIR occupancy sensor. ZN-TOCC occurs if the RTU is unoccupied and you adjust the NS sensor. The RTU is then placed in Bypass (Temporary Occupied Mode) for the duration of the Temporary occupancy time.
Sensor bus	ZN-T ZN-H ZN-TOCC ZN-SP	Zone Temperature Zone Humidity Zone Temporary Occupancy Zone Setpoint	NSB8BHN241-0	Optional: NS Sensor Type - Net Sensor, 120x80, No Logo, LCD Display, Local Setpoint, Humidity 3%, Terminals (Up/Down Buttons)	The NSB8BTN241-0 model of the NS8000 Series Network Sensor does not include a PIR occupancy sensor. ZN-TOCC occurs if the RTU is unoccupied and you adjust the NS sensor. The RTU is then placed in Bypass (Temporary Occupied Mode) for the duration of the Temporary occupancy time.
Sensor bus	ZN-Q ZN-T ZN-H ZN-TOCC ZN-SP	Zone Air Quality Zone Temperature Zone Humidity Zone Temporary Occupancy Zone Setpoint	NSB8BHC241-0	Optional: NS Sensor Type - Net Sensor, 120x80, No Logo, LCD Display, Local Setpoint, Terminals (Up/Down Buttons)	The NSB8BTN241-0 model of the NS8000 Series Network Sensor does not include a PIR occupancy sensor. ZN-TOCC occurs if the RTU is unoccupied and you adjust the NS sensor. The RTU is then placed in Bypass (Temporary Occupied Mode) for the duration of the Temporary occupancy time.

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Application flow diagram - Verasys - LIT-12013067 - LC-IOM3711-0 - LC-VAC1000-0 - LC-VAC3000-0 - Field Device - Verasys Constant Volume Controller

Verasys Constant Volume Controller Application Note