Analog Output Temperature Control

Table 16 Ð Service Con®guration Ranges and Defaults (cont)

SERVICE SUBFUNCTION		CONFIGURATION VALUE	RANGE	FACTORY DEFAULT
	NUMBER	CONFIGURATION VALUE	RANGE	VALUE
	NUMBER			VALUE
	13	Night Purge Duration (minutes)	5 to 240	15
	13	Night Purge Low Temperature Damper Position (% output)	0 to 100	10
		Night Purge High Temperature Damper Position (% output)	0 to 100	35
		Constant Outside Air Master Proportional Gain	0.0 to 5.0	0.3
		Constant Outside Air Master Integral Gain	0.0 to 5.0	1.0
		Constant Outside Air Master Derivative Gain	0.0 to 5.0	0.0
	14	Constant Outside Air Submaster Gain	60 to 600	*
	14	OAVP Sensor Low Voltage Point	0 to 2	2
		OAVP Sensor High Voltage Point	5 to 10	10
		OAVP Sensor Low Voltage Reference	0.0 to 2.0	0.0
		OAVP Sensor High Voltage Reference	0.01 to 5.00	0.05
		OAVP Sensor Probe Multiplier Factor	0.100 to 9.999	1.564
		Air Quality Sensor 1 Master Proportional Gain	0.01 to 1.00	0.10
		Air Quality Sensor 1 Master Integral Gain	0.01 to 1.00	0.03
	15	Air Quality Sensor 1 Maximum Damper Position (%)	0 to 100	50
	15	Air Quality Sensor 1 Low Voltage Point	0 to 2	2
		Air Quality Sensor 1 High Voltage Point	5 to 10	10
		Air Quality Sensor 1 Low Voltage Reference	0 to 2000	0
		Air Quality Sensor 1 High Voltage Reference	0 to 2000	2000
		Air Quality Sensor 2 Master Proportional Gain	0.01 to 1.00	0.10
		Air Quality Sensor 2 Master Integral Gain	0.01 to 1.00	0.03
	16	Air Quality Sensor 2 Maximum Damper Position (%)	0 to 100	50
	16	Air Quality Sensor 2 Low Voltage Point	0 to 2	2
		Air Quality Sensor 2 High Voltage Point	5 to 10	10
		Air Quality Sensor 2 Low Voltage Reference	0 to 2000	0
		Air Quality Sensor 2 High Voltage Reference	0 to 2000	2000
		Building Factor (%)	1 to 100	10
	17	24 hour Unoccupied Factor	0 to 99	15
	17	Set Point Bias (F)	0 to 10	2
		Set Point Bias (F)	0 to 10	2
		Maximum Allowable Stop Time	0 to 120	60

	18	Reset Ratio	0 to 10	3
	18	Reset Limit	0 to 20	10
		Reset Limit	0 to 20	10
		Supply Velocity Upper Limit (in. wg)	0 to 3.0	2.0
		Return Velocity Upper Limit (in. wg)	0 to 3.0	2.0
		Supply Duct Area	0 to 50	0
	20	Return Duct Area	0 to 50	0
	20	Fan Tracking Master Proportional Gain	0.0 to 2.0	0.5
		Fan Tracking Master Integral Gain	0.0 to 2.0	0.5
		Fan Tracking Master Derivative Gain	0.0 to 5.0	0.0
		Fan Tracking Submaster Gain	−20.0 to 20.0	10.0
		Fan Tracking Submaster Center Value (%)	0 to 100	50
		Humidity Master Proportional Gain	0.0 to 10.0	2.0
	21	Humidity Master Integral Gain	0.0 to 2.0	0.3
	21	Humidity Master Derivative Gain	0.0 to 10.0	0.0
		Humidity Submaster Gain	−20.0 to 20.0	7.5
		Humidity Submaster Center Value (%)	0 to 100	50
		Space Temperature Low Alarm Limit Ð Occupied (F)	−10 to 245	65
		Space Temperature High Alarm Limit Ð Occupied (F)	−10 to 245	80
		Space Temperature Low Alarm Limit Ð Unoccupied (F)	−10 to 245	45
		Space Temperature High Alarm Limit Ð Unoccupied (F)	−10 to 245	100
		Supply Air Temperature Low Alarm Limit Ð Occupied (F)	−10 to 245	45
		Supply Air Temperature High Alarm Limit Ð Occupied (F)	−10 to 245	120
		Supply Air Temperature Low Alarm Limit Ð Unoccupied (F)	−10 to 245	35
		Supply Air Temperature High Alarm Limit Ð Unoccupied (F)	−10 to 245	180
		Return Air Temperature Low Alarm Limit Ð Occupied (F)	−10 to 245	60
		Return Air Temperature High Alarm Limit Ð Occupied (F)	−10 to 245	90
		Return Air Temperature Low Alarm Limit Ð Unoccupied (F)	−10 to 245	35
		Return Air Temperature High Alarm Limit Ð Unoccupied (F)	−10 to 245	120
		Temperature Input Low Alarm Limit Ð Occupied (F)	−10 to 245	−10
		Temperature Input High Alarm Limit Ð Occupied (F)	−10 to 245	245
		Temperature Input Low Alarm Limit Ð Unoccupied (F)	−10 to 245	−10
		Temperature Input High Alarm Limit Ð Unoccupied (F)	−10 to 245	245
	22	Outside Air Temperature Low Alarm Limit (F)	−40 to 245	−40
	22	Outside Air Temperature High Alarm Limit (F)	−40 to 245	120
		Outside Air Temperature High Alarm Limit (F)	−40 to 245	120
		Mixed Air Temperature Low Alarm Limit (F)	0 to 250	0
		Mixed Air Temperature High Alarm Limit (F)	0 to 250	250
		Relative Humidity Low Alarm Limit (%)	0 to 100	0
		Relative Humidity High Alarm Limit (%)	0 to 100	100
		Outside Air Relative Humidity Low Alarm Limit (%)	0 to 100	0
		Outside Air Relative Humidity High Alarm Limit (%)	0 to 100	100
		Static Pressure Low Alarm Limit (in. wg)	0 to 5.0	1.0
		Static Pressure High Alarm Limit (in. wg)	0 to 5.0	2.5
		Supply Velocity Low Alarm Limit (in. wg)	0 to 3.0	0.0
		Supply Velocity High Alarm Limit (in. wg)	0 to 3.0	3.0
		Return Velocity Low Alarm Limit (in. wg)	0 to 3.0	0.0
		Return Velocity High Alarm Limit (in. wg)	0 to 3.0	3.0
		Delta CFM x 100 (CCFM) Low Alarm Limit	0 to 250	0
		Delta CFM x 100 (CCFM) High Alarm Limit	0 to 250	250
		Air Quality Sensor 1 High Alarm Limit (ppm)	0 to 2000	800
		Air Quality Sensor 2 High Alarm Limit (ppm)	0 to 2000	800
		Preheat Coil/AOTC Master Proportional Gain	0.0 to 20.0	5.0
		Preheat Coil/AOTC Master Integral Gain	0.0 to 2.0	0.3
	23	Preheat Coil/AOTC Master Derivative Gain	0.0 to 20.0	0.0
	23	Preheat Coil/AOTC Submaster Gain	−20.0 to 20.0	−5.0
		Preheat Coil/AOTC Submaster Center Value (%)	0 to 100 F	50
		Preheat Coil/AOTC Fan/Off Value (F)	35 to 65	40
		Preheat Coil/AOTC Sensor	0 to 128	0
	24	Discrete Temperature Control Sensor	0 to 128	0
	24	Discrete Temperature Control Logic	0 to 1	0
		Discrete Temperature Control Hysteresis (F)	0 to 20	2
	26	Service/Maintenance Limits (hours x 1000)	0 to 99	0
	26	Service/Maintenance Elapsed Hours (hours x 1000)	0 to 99	0
		Service/Maintenance Elapsed Hours (hours x 1000)	0 to 99	0
	LEGEND
AOTC	Ð Analog Output Temperature Control
OAVP	Ð Outside Air Velocity Pressure

39L specifications

The Carrier 39L is a cutting-edge air conditioning unit designed for both residential and commercial applications, providing exceptional cooling and heating performance. Equipped with advanced technologies, this system ensures optimal climate control while maintaining energy efficiency.

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Overall, the Carrier 39L is a versatile, efficient, and user-friendly air conditioning solution. Its blend of advanced technologies, energy-saving capabilities, and robust design makes it an ideal choice for those seeking reliable climate control in their spaces. Whether for residential comfort or commercial necessity, the Carrier 39L stands out as a leader in modern air conditioning.

Carrier 39L specifications Analog Output Temperature Control

Models: 39L

Table 16 Ð Service Con®guration Ranges and Defaults (cont)

Ð Analog Output Temperature Control

39L specifications