Date: September 2019 Rebel Commercial Packaged Rooftop …...Rebel® Commercial Packaged Rooftop Systems Model DPS The following is a quick start guide for your new super-efficient

Quick Start and Operations Manual OM 1164-2Group: Applied Air HandlingPart Number: OM 1164Date: September 2019

Rebel® Commercial Packaged Rooftop Systems

Model DPS

The following is a quick start guide for your new super-efficient Daikin Rebel rooftop unit. Follow these step-by-step procedures for getting the rooftop unit started in the most efficient way. Read IM 1125 and OM 1141 before operating the unit and adhere to procedures/hazard identifications within the manuals. IM 1125’s warranty registration form includes initial start-up, fan, mechanical cooling, and heating start-up procedures that must be followed with this quick start guide. NOTE: Refrigerant pressures, subcooling, and superheat can be checked from the MicroTech® III unit controller. Refrigerant gauges are not required when doing start-up. Schrader fittings are for evacuation and charging purposes only except it there is a problem that would require conformation of transducer readings.

Operational, Installation and Maintenance Resources (read before operation)• Rebel Unit Installation Manual . . . . . . . . . . . . . . IM 1125

• Rebel Unit Controller Discharge Air Control (VAV or CAV) . . . . . . . . . . . . . . . . . . . . . . . . . . OM 1141

• MicroTech® III Controller Options . . . . . . . . . . . . IM 1244

• BACnet® & LonWorks® Integration . . . . . . . . . .ED 15112

• Daikin System Manager . . . . . . . . . . . . . . . . . . . IM 1253

Unit Inspection (perform before operation) 1. Visually inspect unit for damage outside and inside

unit. Note any damage. Claims for freight damage must be filed by the consignee.

2. Confirm unit location meets ventilation and service clearance recommendations as stated in IM 1125 “Unit Clearances”.

3. Confirm unit condensate drain has been installed per IM 1125 “Unit Piping – Condensate Drain Connection”.

4. On VAV units, confirm that the duct static pressure sensor tubing and/or building static pressure tubing has been installed per IM 1125 “Installing Duct Static Pressure Taps”.

5. Confirm the discharge air sensor in the supply duct

6. Confirm all field wiring is complete.

NOTE: Remove power when making field connections. Damage to the controller could result in making connections with the power applied.

OM 1164-2 • REBEL ROOFTOP SYSTEMS 2 www.DaikinApplied.com

Quick Start Guide

Quick Start Guide

Main Power Supply Confirm that the electrical power wiring lugs are

tight. Check for proper voltage as per submittal and the wiring diagram included with unit.

NOTE: Incoming power is not to exceed a voltage imbalance of 2%

Using A Phase Sequencing Tester Confirm Power Source Or Sources If Multiple, Are All Phased Correctly For Clockwise Rotation.

Passwords Various menu functions are accessible or inaccessible, depending on the access level of the user, and the password they

enter, if any. There are four access levels, including no password, Level 2, Level 4, and Level 6, with Level 2 having the highest level of access. Without entering a password, the user has access only to basic status menu items. Entering the Level 6 password (5321) allows access to the Alarm Lists Menu, Quick Menu, and the View/Set Unit Menus group. Entering the Level 4 password (2526) allows similar access as Level 6 with the addition of the Commission Unit Menu, Manual Control, and Service Menu groups. Entering the Level 2 password (6363) allows similar access as Level 4 with the addition of the Unit Configuration Menu. The main password page is displayed when the keypad/display is first accessed the Home Key is pressed, the Back Key is pressed multiple times, or if the keypad/display has been idle longer than the Password Timeout (default 10 minutes).The main password page provides access to enter a password, access the Quick Menu, view the current Unit State, access the alarm lists or view information about the unit. Alarms can be acknowledged without entering a password.

Temperature Controls Set Up / DAT Control with Space Temp For Rebel units 3 to 15 ton confirm that the space sensor is installed and connected to the terminal block #2 at terminals

120, 121, and 132 and that the wire shield ground is connected to terminal 132G. For Rebel units 16 to 28 ton terminal designations are 210, 211, and 212 power is terminal 200

Please refer to page 7 of this document for information regarding correct wiring connections for field installed space sensors.

.

Navigate to the Commission Unit menu, enter and scroll down to “Htg/Clg ChgOvr Set Up” and enter. If you want the unit to control to the space sensor select under “Control Temp Source” select “Space”. If you want the space sensor to be in control of the thermostat settings to control the unit, scroll down to “Use Tstat Spt”, and change the default value of no to yes, then scroll up to “Apply Tstat Chg” and change the “No” to Yes and enter. The control will cycle off to make the necessary changes to the programming.

NOTE: If there is no space sensor you cannot select space as your control temperature source.

When DAT is selected as control type in the configuration menu you may select the control temp source as Space Temperature, Return Temperature, Outdoor Air Temperature, Mixed Air Temperature, or None. The control temperature source is the temperature sensor that will make the decision to call for heat or cooling. If the Thermostat was not selected to control you could proceed to step 6, navigate to the “View Set Unit” menu, then scroll down to cooling and enter. Set your occupied and unoccupied set points as well as the DAT in the cooling menu then proceed to the heating menu and enter the set points for heating.

NOTE: it is a good practice to have a three to four degree spread between the cooling and heating setpoints.

STEP 1

STEP 2

STEP 3

STEP 4

STEP 5

Item Display Name Default Setting Range Password Level

Ctrl Temp Src= RAT

RAT

4SpaceMATOATNone

Use Tstat Spt= No No, Yes 4

Quick Start Guide

www.DaikinApplied.com 3 OM 1164-2 • REBEL ROOFTOP SYSTEMS

Cooling Commissioning Navigate to the “View/Set Unit/ Cooling Menu” scroll down to Occ Clg Spt (Occupied cooling setpoint) change this

setpoint to what the customer wants to see at the control temp source location.

Example if you want a 72°F space temp and space is the choice for the control temperature source you would set the Occ Clg Spt to 72°F. When the space temp reached 73°F (set point plus half the dead band one degree) cooling would be enabled. Under these settings whenever the cooling is activated the unit will strive to deliver 55°F when in cooling. If there is not a large load on the space the DAT can be adjusted to limit short cycling, ranges of all three setpoints are shown to the right. When the space temperature reaches 71°F (setpoint minus half the dead band one degree) the cooling cycle will be terminated.

Heating Commissioning Navigate to the “View/Set Unit/ Heating Menu” scroll down to Occ Htg Spt (Occupied heating setpoint) change this

setpoint to what the customer wants to see at the control temp source location.

Example if you want a 72°F space temp and space temperature is the choice for the control temperature source you would set the Occ Htg Spt to 70°F. When the space drops to 69°F (setpoint plus half the dead band heating would be enabled. Under these settings whenever the heating is activated the unit will strive to deliver 85°F when in heating. If there is not a large load on the space the DAT can be adjusted to limit short cycling, ranges of all three setpoints are shown to the right. When the space temperature reaches 71°F (setpoint plus half the dead band) the heating cycle will be terminated.

If the set points given in the above examples are entered and the default dead band is 2°F the unit would enter a fan only state between 71°F and 73°F

NOTE: The occupied heating set point must be equal to or less that the occupied cooling set point. If a conflict occurs from values entered via the keypad, thermostat or network the occupied heating set point is automatically adjusted down to the cooling set point.

Minimum Outdoor Air Damper Position Navigate to the “View/Set Unit>Min OA Damper” menu. Select Vent Lmt= (ventilation limit) and adjust the

ventilation limit to the jobsite conditions. The ventilation limit is the required outdoor airflow when fan operation is at full speed. The balancing contractor will need to advise what the percent open the damper should be in order to take in the required ventilation outdoor air. Ventilation limits are typically determined by the engineer of design and local codes. Ranges of adjustment are shown to the right. Select LoFlo V Lmt= (also known as “low flow ventilation limit”) and set the damper position when the supply fan is running at low speed. When the supply fan slows down the outdoor air damper must open further in order to maintain the correct amount of ventilation air. The damper position at fan low speed must also be verified by the balancing contractor.

STEP 6

Item Display Name

Default Setting Range Password

LevelOcc Htg Spt= 72.0°F 0.0–100.0°F 6

Unocc Htg Spt= 85.0°F 40.0–100.0°F 6

DAT Htg Spt= 55.0°F 40.0–140.0°F 6

STEP 7

Item Display Name


LevelOcc Htg Spt= 68.0°F 0.0–100.0°F 6

Unocc Htg Spt= 55.0°F 40.0–100.0°F 6

MWU Spt= 70.0°F 40.0–100.0°F 6DAT Htg Spt= 85.0°F 40.0–140.0°F 6

STEP 8

Item Display Name


LevelMin OA Pos= — 0–100% 6Vent Limit= 20% 0–100% 6

LoFlo V Lmt= 30% 0–100% 6DCV Limit= 10% 0–100% 6


Quick Start Guide

Economizer Commissioning Navigate to the Commission Unit>Econo Set-up menu. Economizer operation has a change-over temperature just

like the cooling and heating mode. Select Chgover Temp= (also known as “change-over temperature”) to change the default value (“70.0°F”) to jobsite conditions. The changeover temperature is a dry-bulb temperature at which economizer operation is allowed. The default value of 70.0°F allows free cooling economizer operation when the outdoor temperature is below 70.0°F.

The unit may also be equipped with comparative enthalpy control. If this optional control method is furnished on your rooftop unit, the MicroTech III controller will compare the return air enthalpy, as well as the outdoor air enthalpy, to determine if the outdoor air enthalpy is suitable for free cooling. This enthalpy comparison is allowed only when the outdoor air temperature is below the Chgover Temp= setpoint value entered above.

Supply Fan Commissioning Navigate to the Commission Unit/SAF Set-Up, scroll down to SAF Ctrl (supply air fan control) select what type of

control is desired according to the job site.

The default is DSP (duct static pressure) which allows the supply fan to seek and maintain the duct static pressure set point.

Spd/ Net (speed Net) is another choice this selection typically is used with a building management system which will write a speed command to the controller.

1Zn VAV will raise or lower the fan speed in relationship to the temperature set point, the closer to setpoint the temperature is will allow the fan to slow down, the farther from setpoint the faster the fan will operate.

CO2 selection controls the speed of the fan in relation to the CO2 ppm in the space varying the fan speed between a user adjustable range. CFM selection will control the fan speed as selected by minimum and maximum CFM set points.

NOTE: If 1ZVAV is selected one must scroll down further into the SAF Set-up menu and enter information for min and max heating and cooling speeds recommendations would be:

Cooling minimum 60%, Maximum 90/100%

Heating minimum 60%, Maximum 90/100%.

If CO2 was selected visit the Co2 control section under SAF Setup menu, and verify the default settings for the PPM is what is needed for the job site

STEP 9

Item Display Name


LevelClg Stage Time 5min 5–60min 4Chgover Temp 70.0°F 0.0–100.0°F 6

STEP 10

Item Display Name


Level

SAF Ctrl= DSPDSP

6Spd/Net1Zn VAV

Quick Start Guide


Optional Return/Exhaust Fan Commissioning Your Daikin unit may be equipped with a power exhaust or return fan. Check the configuration menu to see how this fan

was intended to be controlled. In the configuration menu spot 16 would give you the correct fan type and spot 17 would give the control method.

Navigate to the Commission Unit menu, enter and scroll down to RF/EF Set-Up menu. The exhaust fans can be controlled by building pressure or as a percentage of supply fan speed, or percent of outside air damper opening or Speed Net option (communications from the BMS.) The intended control method should be selected in this menu.

Tracking, the Return or exhaust fan will track the supply fan as a percentage of speed. (5% to 100%)

BldgP (Building static pressure) requires an input from a static pressure transducer and will adjust the fan speed in relation to the static pressure set point.

Spd/Net typically used when a building management system is in place and writing a speed to the controller for the fan.

OA Damper will operate the exhaust fan ON or OFF in relation to the outside damper position. Adjustable setting of 40% is default, If the damper position is above this setting it turns the exhaust fan ON.

Optional Dehumidification Control Commissioning Your Daikin unit may include the option of operating dehumidification control when the humidity or dewpoint in the space is

above the setpoint value.

To set up dehumidification control navigate to the View/Set Unit menu and scroll down to Dehumidification. The default value is “None” change that to either Relative Humidity or Dew Point. selecting the method that you will be using to control the dehumidification system.

Further down in the menu please enter the desired setpoint in the appropriate spot dependent on if it is humidity or dewpoint.

NOTE: You will need to verify there is a humidity sensor or enthalpy sensor wired up to the controller. Check the wiring diagram for the proper terminals for proper connection points.

NOTE: If you have gas heating available you may be able to use the gas heating for re-heat during dehumidification.

This is possible if: Configuration position 28 is set to ModHG (2)

Configuration position 10 is set to 3,4,5,7 or 8.

To enable this process navigate to the commission unit menu, enter and scroll down to Dehum set-up, enter and scroll down to Backup RH Enable, and select “Yes”.

For the gas burner to assist in getting the discharge air temperature up to the re-heat setpoint, the re-heat must be on and at 100% for a minimum of 5 minutes.

STEP 11

Item Display Name


Level

RF/EF Ctrl= BldgP

None

6BldgP

Spd/NetOAD

Item Display Name


LevelRF/EF Speed= — 0–100% 6Speed Cmd= — 0–100% 6Bldg Press= — -0.25–0.25in 6BldgSP Spt= 0.05in -0.25–0.25in 6

STEP 12

Item Display Name


Level

Dehum Method= —

None

6Rel HumDewPt

0–100%RH Setpoint 50% 0–100% 6


Quick Start Guide

Start-Up of the Supply and Return Fans for Air Balancing It is typical that the fans are started prior to the functional startup of the unit. The VFD’s in the unit are shipped with

parameters pertaining to the proper operation of the fans during normal operation. If these parameters are changed by air balance personnel or others just trying to get the fans to operate this could cause extra time for the startup technician. If fan operation is required there are some easy steps to accomplish this without altering drive parameters. • Enter level 4 or 6 password, 2526 / 6363 • Scroll down to Manual Control, enter. • Change the Manual control from Normal to Manual • Scroll down on step and change the Supply fan from OFF to ON. • Scroll down one more step and change the SAF SPD Cmd from 0% to a percent you want the fan to run from 0 to 100%

You would follow the same procedure to activate the return or exhaust fans.

When finished running fans simply go to the top of the Manual Control menu and change the Manual control back to Normal The Unit will now shut down and be ready to except an operational run command.

Start-Up After all the set points and operational information have been entered, the unit is now ready to be started up. Confirm all

doors are closed, filters are installed, traps are installed and no personnel are around moving parts prior to proceeding. Unit power should have been on for a minimum of 24 hours prior to start-up of the refrigerant system.

From the main menu after you have put in your password scroll down to, Occ Mode (occupied mode) and select one of the following modes: • Occupied, Unit will start and run until it is commanded OFF 24/7. • Unoccupied, Unit will remain off but in the ready state for operation. • Auto unit will respond to a command from the BMS or a contact closure to the main control or the internal schedule.

Then scroll up one spot to Ctrl mode (control mode) and select one of the options: • Heat only if you want the unit to run and supply heating only. • Cool only, if you want the unit to run and supply cooling only. • Fan only, if you want the fan to run only. • Heat Cool, if you want the unit to run providing air and heating and cooling dependent on setpoints. • Auto, if you want the unit to provide heating or cooling as determined by the building management system.

When the unit begins to start, it will perform a 180 second “Start-Up” procedure in which the unit controller confirms all temperature sensors are functional. Next, the fan will start and perform a 180 second recirculation mode in which the unit begins moving air around the occupied space for an adequate representation of the space conditions at the space temperature sensor. After the recirculation mode, the unit will perform the heating/cooling mode of operation if the “control” temperature is above/below the occupied setpoint values entered in Steps 6 & 7. If the “control” temperature is at the setpoint, then the unit will operate in the “fan only” state of operation

Compatible Thermostats for Rebel Units


Compatible Thermostats for Rebel Units

Space Sensor with Setpoint and Tenant OverridePart Number: 113117801




Electrical Diagrams

Electrical Diagrams

The next eight pages are examples of wiring diagrams of the Rebel line up. Page 6, page 7, and page 8 are typlical for the smaller tonnage units, 3 to 15 tons. Page 9, page 10, page 11, page 12 and page 13 are typical for larger tonnage units 16 to 28 tons.

Figure 1: Typical CAV_VAV 277–460 VAC Wiring (1 of 3) — DPS 003–006 shown

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

101

102

163

164

277/460V, 3 Phase, 60Hz

Wire for CW phase monitor

CUSTOMERSUPPLIEDPOWER

460V

120V

X77A

X1AX10A

X41A

X11A

X3A

GFR1

GFR1

X5A

X1A

X2A

X5AX3A

X4A

460V PRI.

120V SEC.

24V

120V

GLG1

L1 T1

L2 T2

L3 T3

DS1

105A

103B

104B

PB1

L1

L2

L3

125B

A1 A2DS6

1 2F6C

TB2 G

H2 H3

T61.5kVA

H4 H1

REC1()LN-H

LD-H

LN-N

LD-NG

122B

103A

104A B3 B4

X1 X4X3 X2

T6A-1I

120E

120D

T6A-1IRED

T6A-1I

WHT

GRN

L1

L2

L3

GND

NBINDOOR_FAN

3M

GND10

1

2

3

4

IFN-PI129B

130B

131B

132A

PB1

T1

T2

T3

L1 T1

L2 T2

L3 T3

MMP10

131A

129A

130A

x1 x2CCH1

MB.HB

1 9

(305)

R-CCH1112C CCH1-I 152A CCH1-I 113A

L1 T1

L2 T2

L3 T3

MMP1

109A

107A

108A

W

V

EVB(350)

NB

U

V

W GND

CMP1

NB

M3

LR1

U

A4PPC0702-1(A)

TB18

120C

31123

13

3

2

1

1 2P2

P1

A4P-PI

EVB230-I

T3

T2

T1

PB1

T2

112B112C

112C

112A

120B

120A

LR1-I

T3T1 T2 N

T4600VA

L3L1 L2T3

T1

1 2F4

PB1

TB19

TB110

TB111

112BGF-I

GFR1

3

GF-I

1 112C

11112D

CMP1-PI 124A

125A

126A

3

T4B-I

2

PL241

T4A-I

5

109B

6

T4A-I 4 T4B-I112C 112C

107B

T4A-I

T4B-I

112A

T4B-I

108B

7 T4A-I

108B

107B

112B

112B

113A

112A

109B

113A

1 2 N3 P3

A5PPC0511-1(A)

U

V

W CTRL

OFN1

NB

M3

U

V

W

12345

1 2 1 2 N1 P1

1 2

1

2

3

12345

A4/4

1-I

A4/5

-I

YELBLUORGPNKGRY

A4/7

-IBLK

WHT

RED

A5PJMP-I

T3

T1

TB11

1

1 2

3A

F1A

1 2

3A

F1B

PB1

XF

6A

F1C

T1500VA

H4H1 H2H3

TB13

3

31

3G

X2X1

TB15

TB14 COM24

120 T2BCLASS 275VA

COM

160A

163B163A

155A

5

T1PWR1-I150A

152B

160A

PL211

3

4

T1PWR2-I150A

152B

160A 155APL215

6 155A

155A

155A

T1PWR2-I T1PWR1-I

PB1

T1

T2

T3

PVM1

3

4

5127A

125C

126B

1

2

GND 161A

155A

160ASPD-ISPD1

3GTB1

CCH_230V /(114)

CCH_N /(114)

CCH_N /(152)CCH_230V / (150)

120V_H(202)(302)

120V_N(160)(202)(302)

T2B_24V(248)(357)

T2B_N(248)(357)

120V_N / (160)

Electrical Diagrams



203

204

205

206

207

208

209

210

211

212

213

214

215

216

217

218

219

220

221

222

223

224

225

226

227

228

229

230

231

232

233

234

235

236

237

238

239

240

241

242

243

244

245

246

247

248

249

250

251

252

253

254

255

256

257

258

259

260

261

262

201

202

263

264

1 2 3 4 5 6

DIP SWITCH

SW6 MUSTBE ON

WHEN LAST

ONOFF

Mod BusConnection

SA SmokeDetector

TIME CLOCK ORTENNANT OVERIDE

24V

120V

RS485

RED

WHT

Mount SensorIn Supply Air Duct

FAN OPERATION

Emergency Off / COA

WALLSTAT

COOLING &HEATINGSETPOINT

SET1/P

OVERRIDE

SEN1/S

GND/C

V+(DDC Sensor Only)

RA SmokeDetector

LCTLeaving CoilTemperature

NB

YELGF1-I

1 4

GFR1

(115)

GF1-IYEL

TB112

OAT

NB

DAT

NB

SRT

NBDRT1

MB.HB

1 2SVB

MB.HB

DO1

163B

BLK

PTSNB

AI3

255C

301G

TB16

6

TB2104

TB2105

TB8307

TB8305

TB8 304

7G

TB2106

T_CLOCKNB

OAT-I

TB2

115

ALARM OUTPUT TB2

117

116

MJ

DO9C9-10

TB2102

301G

TB2

122

TB2

123

SD1

SVB-I SVB-I

SRT-I

PTS-I

PTD-I

DRT1-I

-PTDNB

T7-M2

T1-G0

R3-4

T7-M1

S

AI1

T12--

T1-G

DI3

DI4

DI1

DI2

T10-M

T12-+

301G

301GDO1

COM24

120 T2ACLASS 275VA

COM

DO9

DO10 DO10

DO4

DO2

DO3

DO4

DO2

DO3

C2

C3-4

MCB

EXPD

X1

T4-M1

X2

+5VDC

X3

T4-M2

X6

T5-M1

TB17

7

DAT-I

TB8302

-

+

S

+

C1

252A

BLK

BLK

BLK

DRN

RED

WHT

BLK

DRN

BLK

RED

WHT

12 8R-HP1

(303)

BLK

BLK

DRN

BLK

WHT

163A

254A

255A 258B

155A204A

211A

207C

207A

220A

207C 236A

237A

207B

207C

6

207B

207C

207B

207B

207B207C

207B

7

TB2101

MJ

1 8

PVM1

(125)

160A

T9-M1

T9-X5

SHS1NB

HumiditySensor COM

OUT

24VDCTB2

131219A

226A

227A126

127

24VDC

TB8311 219A

31PC5

FILTER217B

217A

T9-X7

TB8

310

ACT3-I

BLK

GRY

207C

BLK

REDACT3

NB 3

2301G

1 1PL7

3

2

DRN

RED

WHT

132G

CBL227-I

TB2

132

TB2

120

121

ZNT1NBX3

T8-M2

X4 WHT

BLK

RED

DRN

226B

TB2

101

TB8 303

303

MJ

TB2103

207C

SD2 NB

T8-M1

T8-X2

301G

LCT-IWHT

BLK

DRN

T2A_24V(312)

T2A_N(313)

120V_N(160)

A1+ / (345)(358)

B1- / (346)(359)

GND1 / (347)(359)

T2B_N(163)

T2B_24V(163)

+5V /(255)(258)

+5V / (259)

+5V / (259)255 / (354)

256 / (354)

120V_H(160)


Electrical Diagrams


303

304

305

306

307

308

309

310

311

312

313

314

315

316

317

318

319

320

321

322

323

324

325

326

327

328

329

330

331

332

333

334

335

336

337

338

339

340

341

342

343

344

345

346

347

348

349

350

351

352

353

354

355

356

357

358

359

360

361

362

301

302

363

364

X4A

TN2

+ -

ACS3

ACS1

X6A24VA

C

DIP SWITCH

1 2 3 4

2

GNDORGRED

X86A

X88A

X89AYELBLKGRY

4

KON 24SD

1 2 3

DIP SWITCH

A4P(120)

IFB(354)

1

2

1

2

1

2

16V

GND

3

2

1

A4/4-I

DO1BDO1

255D

EVB/88A-I

C1 13 14R-CCH1 (1

52)

NCNO

R5-6

C2 DO2 DO2B

IFN_MOTORNB1

2

IFN-CI

DI5

MCB

3

1

160A 305A 155A

155A

IFBA-I

RED

BLK

351E

352B

DRN

WHTBLK

354B

355A

RED

BLK

WHTX6A-2I

CHK11 3

3 1

IFB-I163B

163A

MOD

CBL345-I

DRN

BLK

WHT

EXPD

EVB(116)

NB

1 3

EVINB

EVI-I

EVBJMP-I

12345

1

2

BLKWHT

BRNREDGRN1

32

4

EVI51

2345

CH

HP1NB 2

PL41

PL413 14

R-HP1

(307

)(2

55)

NCNO

HP1-I HP1-I

9 5R-HP1

(303)

307A

155A

160A

160A 303A

HEAT1GM-CI

301G TB8DRN

X5-AO

2

3

PL184

PL19

3

HEAT1

MOD GASHEATERNB

-

+

1

PL19L1 L2

G

HEAT1GM-CI

BLK

WHT

RED

HEAT1GM-CI

GRN

WHT

R

WDO3 DO3

TB8

309

C3 21AHL

NBHEAT-2I

YEL

YEL

319A

TB8

307

AHL-I

ECB11

COM

L1

L2

ECB1-I BLK

RED

WHT

GRN

T8-X1

T8-M1

255(255)

120V_N(160)

120V_H(160)

A1+ /(212)B1- /(213)

GND1 /(214)

CHK1_24V(363)

CHK1_N(363)

256(257)

T2B_24V(163)

T2B_N(163)

CHK1_24V / (354)

CHK1_N / (355)

(212)A1+ /

B1- / (213)

GND1 / (214)

T2A_24V /(207)

T2A_N /(207)

Electrical Diagrams


Figure 4: Typical for Larger Tonnage Units 16 to 28 Tons.


Electrical Diagrams


Electrical Diagrams




Electrical Diagrams


Electrical Diagrams



OM 1164-2 (09/19) ©2019 Daikin Applied | (800) 432–1342 | www.DaikinApplied.com

Daikin Applied Training and DevelopmentNow that you have made an investment in modern, efficient Daikin equipment, its care should be a high priority. For training information on all Daikin HVAC products, please visit us at www.DaikinApplied.com and click on Training, or call 540-248-9646 and ask for the Training Department.

Warranty

All Daikin equipment is sold pursuant to its standard terms and conditions of sale, including Limited Product Warranty. Consult your local Daikin Applied Representative for warranty details. To find your local Daikin Applied Representative, go to www.DaikinApplied.com.

Aftermarket Services

To find your local parts office, visit www.DaikinApplied.com or call 800-37PARTS (800-377-2787). To find your local service office, visit www.DaikinApplied.com or call 800-432-1342.

This document contains the most current product information as of this printing. For the most up-to-date product information, please go to www.DaikinApplied.com.

Products manufactured in an ISO Certified Facility.

Documents

Date: September 2019 Rebel Commercial Packaged Rooftop …...Rebel® Commercial Packaged Rooftop Systems Model DPS The following is a quick start guide for your new super-efficient