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Table 16 — Service Configuration Ranges and Defaults (cont)
SERVICE SUBFUNCTION
NUMBER
CONFIGURATION VALUE
RANGE
FACTORY DEFAULT
VALUE
13
Night Purge Duration (minutes)
5 to 240
15
Night Purge Low Temperature Damper Position (% output)
0 to 100
10
Night Purge High Temperature Damper Position (% output)
0 to 100
35
14
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
Constant Outside Air Submaster Gain
60 to 600
*
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
15
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
Air Quality Sensor 1 Maximum Damper Position (%)
0 to 100
50
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
16
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
Air Quality Sensor 2 Maximum Damper Position (%)
0 to 100
50
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
17
Building Factor (%)
1 to 100
10
24 hour Unoccupied Factor
0 to 99
15
Set Point Bias (F)
0 to 10
2
Maximum Allowable Stop Time
0 to 120
60
18
Reset Ratio
0 to 10
3
Reset Limit
0 to 20
10
20
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
Return Duct Area
0 to 50
0
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
21
Humidity Master Proportional Gain
0.0 to 10.0
2.0
Humidity Master Integral Gain
0.0 to 2.0
0.3
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
22
Space Temperature Low Alarm Limit — Occupied (F)
−10 to 245
65
Space Temperature High Alarm Limit — Occupied (F)
−10 to 245
80
Space Temperature Low Alarm Limit — Unoccupied (F)
−10 to 245
45
Space Temperature High Alarm Limit — Unoccupied (F)
−10 to 245
100
Supply Air Temperature Low Alarm Limit — Occupied (F)
−10 to 245
45
Supply Air Temperature High Alarm Limit — Occupied (F)
−10 to 245
120
Supply Air Temperature Low Alarm Limit — Unoccupied (F)
−10 to 245
35
Supply Air Temperature High Alarm Limit — Unoccupied (F)
−10 to 245
180
Return Air Temperature Low Alarm Limit — Occupied (F)
−10 to 245
60
Return Air Temperature High Alarm Limit — Occupied (F)
−10 to 245
90
Return Air Temperature Low Alarm Limit — Unoccupied (F)
−10 to 245
35
Return Air Temperature High Alarm Limit — Unoccupied (F)
−10 to 245
120
Temperature Input Low Alarm Limit — Occupied (F)
−10 to 245
−10
Temperature Input High Alarm Limit — Occupied (F)
−10 to 245
245
Temperature Input Low Alarm Limit — Unoccupied (F)
−10 to 245
−10
Temperature Input High Alarm Limit — Unoccupied (F)
−10 to 245
245
Outside Air Temperature Low Alarm Limit (F)
−40 to 245
−40
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
23
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
Preheat Coil/AOTC Master Derivative Gain
0.0 to 20.0
0.0
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
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
Service/Maintenance Elapsed Hours (hours x 1000)
0 to 99
0
LEGEND
AOTC — Analog Output Temperature Control
OAVP
— Outside Air Velocity Pressure
83
Summary of Contents for 39L Series
Page 9: ...Fig 6 PIC Section Control Box Component Arrangement 39NX Sizes 07 21 9...
Page 10: ...Fig 7 PIC Section Control Box Component Arrangement 39NX Sizes 26 92 10...
Page 13: ...Fig 9 Unit Wiring Schematic 39L Sizes 03 35 115 v Typical 13...
Page 14: ...Fig 9 Unit Wiring Schematic 39L Sizes 03 35 115 v Typical cont 14...
Page 15: ...Fig 9 Unit Wiring Schematic 39L Sizes 03 35 115 v Typical cont 15...
Page 16: ...Fig 9 Unit Wiring Schematic 39L Sizes 03 35 115 v Typical cont 16...
Page 17: ...Fig 9 Unit Wiring Schematic 39L Sizes 03 35 115 v Typical cont 17...
Page 18: ...Fig 9 Unit Wiring Schematic 39L Sizes 03 35 115 v Typical cont 18...
Page 19: ...Fig 10 Unit Wiring Schematic 39NX Sizes 07 21 115 v Typical 19...
Page 20: ...Fig 10 Unit Wiring Schematic 39NX Sizes 07 21 115 v Typical cont 20...
Page 21: ...Fig 10 Unit Wiring Schematic 39NX Sizes 07 21 115 v Typical cont 21...
Page 22: ...Fig 10 Unit Wiring Schematic 39NX Sizes 07 21 115 v Typical cont 22...
Page 23: ...Fig 10 Unit Wiring Schematic 39NX Sizes 07 21 115 v Typical cont 23...
Page 24: ...Fig 10 Unit Wiring Schematic 39NX Sizes 07 21 115 v Typical cont 24...
Page 25: ...Fig 11 Unit Wiring Schematic 39NX Sizes 26 92 115 v Typical 25...
Page 26: ...Fig 11 Unit Wiring Schematic 39NX Sizes 26 92 115 v Typical cont 26...
Page 27: ...Fig 11 Unit Wiring Schematic 39NX Sizes 26 92 115 v Typical cont 27...
Page 28: ...Fig 11 Unit Wiring Schematic 39NX Sizes 26 92 115 v Typical cont 28...
Page 29: ...Fig 11 Unit Wiring Schematic 39NX Sizes 26 92 115 v Typical cont 29...
Page 30: ...Fig 11 Unit Wiring Schematic 39NX Sizes 26 92 115 v Typical cont 30...
Page 31: ...Fig 12 Unit Wiring Schematic 39L and 39NX PIC with Remote Control Box 31...
Page 32: ...Fig 12 Unit Wiring Schematic 39L and 39NX PIC with Remote Control Box cont 32...
Page 33: ...Fig 12 Unit Wiring Schematic 39L and 39NX PIC with Remote Control Box cont 33...
Page 34: ...Fig 12 Unit Wiring Schematic 39L and 39NX PIC with Remote Control Box cont 34...
Page 35: ...Fig 12 Unit Wiring Schematic 39L and 39NX PIC with Remote Control Box cont 35...
Page 36: ...Fig 12 Unit Wiring Schematic 39L and 39NX PIC with Remote Control Box cont 36...