Pelican. Installation Guide Z24 Wireless Zone Controller. Wireless Systems

Transcription

1 Pelican ireless Systems Installation uide Z ireless Zone ontroller Pelican ireless Systems, ollier anyon Rd. Livermore, A 9 Phone: support@pelicanwireless.com ebsite:

2 Table of ontents Specifications Provided Equipment Terminal Designations Installation Installation Process Mounting ireless Module onventional iring Diagrams onventional System onventional System with Four Stages onventional System with Five Stages onventional System with Six Stages onventional System with Bypass onventional System with Bypass and Economizer onventional System with Variable Speed Fan (VFD) onventional System with Variable Speed Fan (VFD) and Economizer onventional System with Economizer Heat Pump iring Diagrams Heat Pump Heat Pump with Bypass Heat Pump with Bypass and Economizer Heat Pump with Variable Speed Fan (VFD) Heat Pump with Variable Speed Fan (VFD) and Economizer Heat Pump with Economizer Boiler iring Diagram Setup and onfiguration Troubleshooting ENERAL The Pelican zone control solution uses strategic logic and built-in learning algorithms to properly condition spaces or areas of diverse load. The zone controller uses sensors and software to monitor temperatures and duct pressure to intelligently navigate complex building environments. The zone controller is a pressure dependent device that maintains space temperature by modulating the amount of supply airflow brought into different spaces. To aid in decision making, space or zone temperatures and total building load is continuously monitored and wirelessly communicated to the zone controller from Pelican thermostats installed through-out the building. During times when zones are being conditioned, rate of temperature change relative to set point is monitored and logic is dynamically adjusted. This data allows the zone controller to satisfy the temperature and ventilation requirements for each zone in a timely and energy efficient manner. PRE-INSTALLATION ONSIDERATIONS Before installing any zoning system forethought and planning should take place to identify which type of HVA equipment the Z will be controlling, how many stages the equipment has, how many zones are going to be conditioned, and what the square footage of each zone is for the size of the HVA equipment. Because the Z uses wireless communication, plan installation locations appropriately for each Pelican device. ontact Pelican Support at for further assistance.

3 Electrical Power Relay urrent Variable Output Thermistor Input Range SPEIFIATIONS VA V 0-0 VD 0K Type II 0 9" PROVIDED EQUIPMENT Z ontroller ireless Module 0 Feet /8 Plastic Tubing () Static Sensor () 0. diameter 0K Type II Duct Probes () Electrical Box asket ( ) / Machine Screws (ireless Module Mounting) () 0K Type II Outdoor Temp. Probe () / Sheet Metal Screws (Z Mounting)

4 TERMINAL DESINATIONS T E T A B High Low D Fig.

5 A HVA UNIT ONTROL (VA Digital Outputs) onventional Heat Pump ompressor Output ompressor Stage Heat Output (O/B) Reversing Valve Fan Energize Fan Energize Heat Output (AUX) Electric Heat ompressor Output ompressor Stage Exhaust Fan Energize Exhaust Fan Energize Heat Output (Not Used) ompressor Output ompressor Stage B ELETRIAL ONNETIONS 0-0VD INPUTS/OUTPUTS ommon VA S 0-0 VD input R VA Power S 0-0 VD input D Data ommon A 0-0 VD output D STATI PRESSURE SENSOR A 0-0 VD output High Duct E 0K ANALO INPUTS Low Outside/Ambient Input Terminal T T Input Terminal Input Terminal Note: T Terminals can accept either Type 0K temperature probe or a Dry ontact Sensor input to send an alarm notification through your Pelican Site Manager.

6 HEN INSTALLIN THIS PRODUT... Installation. Read these instructions carefully and thoroughly. Failure to follow these instructions or improper installation, service, adjustments, maintenance, and/or use can result in personal injury, damage to personal property, and/or cause a hazardous and dangerous situation.. heck the ratings and description given in this specification to make sure the product is suitable for your application.. Installer must be a trained and experienced technician. Follow all safety codes and regulations and all local and state building codes. Read instructions thoroughly and follow all warnings or notes.. After installation is complete, check product operation as provided in these instructions. AUTION. Disconnect power supply before connecting any wiring to device to prevent electrical shock or damage to equipment.. This guide is designed for certified, trained, and experienced service technicians. Failure to follow installation instructions does not alleviate installer responsibility to protect the equipment and property device is being connected too. If at anytime there becomes concern or confusion about how to install or use this device, immediately stop what you are doing and either contact Pelican ireless Systems or a Pelican ireless System s distributor. ARNIN. This equipment is designed to communicate over radio frequency to other Pelican equipment only. If this equipment is not installed and used in accordance with the instruction manual, you may experience wireless interference. This device has been tested and complies with F rules and regulations. LOATION AND MOUNTIN Location hoose a location for the Z that is not exposed to weather, and where controls and connections are accessible. The ireless Module can be removed from the Z and is waterproof if installed onto a plastic electrical box with the provided gasket placed in-between (Reference Page ). asket is required to create a water tight seal between ireless Module and plastic electrical box (Reference Page ). AUTION Always remove the ireless Module if the Z is installed enclosed in metal (e.g. inside the HVA unit). The ireless Module will not be able to communicate if metal is blocking its signal.

7 Fig. Typical mounting at HVA unit. Inside HVA unit Outside HVA unit ireless Module Z Static Sensor Return Air Temperature Probe Supply Air Temperature Probe Fig. Typical single duct system with bypass and economizer. Economizer OUTSIDE DAMPER OUTSIDE PROBE RETURN DUT FLO INSIDE HANDLER HEAT HEAT A OIL A OIL DUT STATI PROBE SUPPL PROBE SUPPL DUT FLO RETURN PROBE BLOER MOTOR OUTSIDE HANDLER BPASS DAMPER Damper Motor IRELESS ANTENNA 7

8 Fig. Typical single duct system with VFD and economizer. Economizer OUTSIDE DAMPER OUTSIDE PROBE RETURN DUT FLO INSIDE HANDLER HEAT HEAT A OIL A OIL DUT STATI PROBE SUPPL PROBE SUPPL DUT FLO RETURN PROBE VARIABLE SPEED BLOER OUTSIDE HANDLER IRELESS ANTENNA Fig. Typical dual duct system with VFD and economizer. Z (HOT DEK) DUT STATI PROBE SUPPL PROBE RETURN PROBE HEAT HOT DEK SUPPL RETURN FLO HEAT FLO RETURN PROBE OUTSIDE PROBE VARIABLE SPEED BLOER A OLD DEK SUPPL FLO Economizer A DUT STATI PROBE SUPPL PROBE Z (OLD DEK) 8

9 Fig. Typical dual duct system with VFD, economizer, and boiler for hot deck. BOILER BOILER TEMP. PROBE Z (HOT DEK) DUT STATI PROBE SUPPL PROBE RETURN PROBE FLO PUMP/VALVE FLO HEAT HOT DEK SUPPL RETURN FLO HEAT FLO RETURN PROBE OUTSIDE PROBE VARIABLE SPEED BLOER A OLD DEK SUPPL FLO Economizer A DUT STATI PROBE SUPPL PROBE Z (OLD DEK) AUTION Always remove the ireless Module if the Z is installed enclosed in metal (i.e.: inside the HVA unit). The ireless Module will not be able to communicate if metal is blocking its signal. ARNIN If installing the ireless Module outside, make sure it is installed onto a PLASTI electrical box. Make sure a proper seal is created between the ireless Module, the provided gasket, and the contact edge of the plastic electrical box. 9

10 INSTALLATION PROESS. Remove the Z front cover by placing two fingers into indents along both sides of the controller. Front cover should pull away from back panel with a small amount of upward force. This will expose the terminal blocks, mounting holes, and wireless module.. Place the Z back plate on a flat surface for mounting. Mark mounting holes and drill / holes into mounting surface (Refernce Page Figure 7). Note the provided wiring channels. There is also a channel for the static pressure tubing. Mounting Hole Mounting Hole T T High Low ire hannels. If the Z is installed inside the HVA unit or is enclosed in metal. The wireless module will need to be removed from the Z and installed either below the roof-line or outside the HVA unit on a plastic weatherproof electrical box (Reference Pages and Figures 8 and 9). The Z iring uides are layed out as follows: Page : Fig. 8 shows wiring the ireless Module to the Z. Static Tube hannel Page : Fig. 9 shows installing the ireless Module on a plastic weatherproof electrical box. Page : Fig. 0 shows the Z wired to a onventional HVA unit. Page : Fig. shows the Z wired to a onventional HVA unit with Four Stages. Page 7: Fig. shows a detailed diagram for a Z to a onventional HVA unit with Four Stages. Page 8: Fig. shows the Z wired to a onventional HVA unit with Five Stages. Page 9: Fig. shows a detailed diagram for a Z to a onventional HVA unit with Five Stages. Page 0: Fig. shows the Z wired to a onventional HVA unit with Six Stages. (Page 0) Page : Fig. shows a detailed diagram for a Z to a onventional HVA unit with Six Stages. 0

11 Page : Fig. 7 shows the Z wired to a onventional HVA unit with a Bypass. Page : Fig. 8 shows the Z wired to a onventional HVA unit with a Bypass and Economizer. Page : Fig. 9 shows the Z wired to a onventional HVA unit with a VFD. Page : Fig. 0 shows the Z wired to a onventional HVA unit with a VFD and Economizer. Page : Fig. shows the Z wired to a onventional HVA unit with an Economizer. Page 7: Fig. shows the Z wired to a Heat Pump HVA unit. Page 8: Fig. shows the Z wired to a Heat Pump HVA unit with a Bypass. Page 9: Fig. shows the Z wired to a Heat Pump HVA unit with a Bypass and Economizer. Page 0: Fig. shows the Z wired to a Heat Pump HVA unit with a VFD. Page : Fig. shows the Z wired to a Heat Pump HVA unit with a VFD and Econmizer. Page : Fig. 7 shows the Z wired to a Heat Pump HVA unit with an Econmizer. Page : Fig. 8 shows the Z wired to a Boiler. (Page ). Once the Z is installed and wired to the HVA unit, follow the configuration sections starting on Page 8. The Z onfiguration Sections shows configuration options for the Z as follows: Step : Pelican eb App (Page ) Step : Z Serial Number (Page ) Step : System onfiguration Options (Page ) Step : Static Management onfiguration Options (Page ) Step : Economizer onfiguration Options (Page ) Step : Boiler ontrol onfiguration Options (Page ) Step 7: Input Sensors onfiguration Options (Page ). Install the zone thermostats by following the Zone Damper Installation uide (if not already completed) which was provided with the Z.. Use the provided heck-out and Verification Document provided with the Z to confirm proper operation of the equipment and the zoned solution.

12 Z mounting dimensions (inches). /" DIA. HOLES Pelican ireless Systems." 7.87" " ireless Module mounting dimensions (inches). /" DIA. HOLES Pelican ireless Systems.7"." " Fig. 7

13 ARNIN The following Operation and Application diagrams are to be used as reference to the most common application where the Z will be installed to control specific HVA systems. For dual ducted applications, two Zs will need to be installed. One for the hot deck and the other for the cold deck (reference Fig. and.). In the case the system you are connecting the Z to is not defined in this installation guide. ontact Pelican Technical Support for assistance at or support@pelicanwireless.com. iring the Z to the ireless Module (if removed from Z base) NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE T T High Low VA TRANSFORMER (HOT) POER SUPPL. PROVIDE DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO Z AND IRELESS MODULE IS VA. SIZE TRANSFORMER AS NEEDED. IRE ONNETIN THE IRELESS MODULE TO THE Z AN BE STANDARD UNSHIELDED OPPER THERMOSTAT IRE UP TO 00 FEET. Fig. 8

14 Fig. (Optional ) Installing ireless Module on Plastic Outdoor Electrical Box Outside of HVA unit. USE PROVIDED () / MAHINE SRES FOR MOUNTIN IRELESS MODULE ONTO RATED OUTDOOR ELETRIAL BOX. IRELESS MODULE IS MOUNTED HORIZONTALL. DEVIE IS ATERPROOF HEN PROPERL INSTALLED ITH ASKET IN BETEEN AN OUTDOOR RATED PLASTI ELETRIAL BOX. LOO SHOULD BE LEIBLE HEN MOUNTED PROPERL. MOUNT PROVIDED ASKET BETEEN IRELESS MODULE AND PLASTI ELETRIAL BOX. VERIF THAT SEAL IS OMPLETE AROUND ENTIRE EDE OF IRELESS MODULE. ELETRIAL BOX MUST BE PLASTI AND PLAED OUTSIDE OF METAL ENLOSURES. ELETRIAL BOX MUST BE OUTDOOR RATED AND EATHERPROOF. THREE IRE BETEEN IRELESS MODULE AND Z AN BE STANDARD UNSHIELDED OPPER THERMOSTAT IRE UP TO 00 FEET (REF. PAE FIURE 8). NOTE: ELETRIAL BOX IS NOT REQUIRED HEN MOUNTIN IRELESS MODULE INSIDE OF THE BUILDIN OR IF INSTALLED HERE THE IRELESS MODULE IS PROTETED FROM THE EATHER. Fig. 9

15 onventional iring uide The following wiring diagram is for a conventional system NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE: PAE FOR FOUR STAES, PAE 7 FOR FIVE STAES, PAE 8 FOR SIX STAES. OMPRESSOR STAE RELA HEAT STAE RELA FAN ENERIZE RELA HEAT STAE RELA OMPRESSOR STAE RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 0

16 onventional iring uide ( Stages of ontrol) The following wiring diagram is for a conventional system with stages of cooling and stages of heating. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE PAE 7 FOR A DETAILED IRIN DIARAM. REFERENE: PAE 8 FOR FIVE STAES AND PAE 0 FOR SIX STAES. OOL OUTPUT HEAT OUTPUT FAN ENERIZE OUTPUT HEAT OUTPUT OOL OUTPUT FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT OUTPUT OOL OUTPUT L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS, ONTRATORS, OR TINNIN KITS AS NEEDED. OUTSIDE RETURN SUPPL HO OUTPUTS ARE ENERIZE FOR STAIN THE OMPRESSORS ONE STAE HO OUTPUTS ARE ENERIZE FOR STAIN THE HEAT ONE STAE TO STAES TO STAES THREE STAES THREE STAES FOUR STAES FOUR STAES POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. Fig. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION.

17 Detailed onventional iring uide ( Stages of ontrol) The following is a detailed wiring diagram is for a conventional system with stages of cooling and stages of heating. NOTE: STAIN ALORITHM IS EXPLAINED ON PREVIOUS PAE. THIS DOUMENT IS DESINED TO DEMONSTRATE HO TO DIRETL IRE THE Z TO THE MAIN START/STOP ONTATORS OF THE OOLIN AND HEATIN STAES FOR AN HVA UNIT. T OMMONS ARE INTERNALL INTERONNETED T R D S S A A HIH LO OMPRESSOR HEAT HEAT HEAT OMPRESSOR OMPRESSOR HEAT OMPRESSOR /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED NORMALL-OPEN ISOLATION RELAS AS NEEDED. VA TIN BOTH STAES TOETHER USIN MULTIPLE NORMALL-OPEN ISOLATION RELAS AS NEEDED. INOMIN LINE VOLTAE. L L (HOT) POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMER AS NEEDED. VERIF ALL REQUIRED MEHANIAL SAFETIES ARE IN PLAE AND ATIVE. 7 Fig.

18 onventional iring uide ( Stages of ontrol) The following wiring diagram is for a conventional system with stages of cooling and stages of heating. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE PAE 9 FOR A DETAILED IRIN DIARAM. REFERENE: PAE FOR FOUR STAES AND PAE 0 FOR SIX STAES. OOL OUTPUT HEAT OUTPUT FAN ENERIZE OUTPUT HEAT OUTPUT OOL OUTPUT FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT OUTPUT OOL OUTPUT L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS AS NEEDED. OUTSIDE RETURN SUPPL HO OUTPUTS ARE ENERIZE FOR STAIN THE OMPRESSORS ONE STAE TO STAES THREE STAES FOUR STAES HO OUTPUTS ARE ENERIZE FOR STAIN THE HEAT ONE STAE TO STAES THREE STAES FOUR STAES FIVE STAES FIVE STAES POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. Fig. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. 8

19 Detailed onventional iring uide ( Stages of ontrol) The following is a detailed wiring diagram is for a conventional system with stages of cooling and stages of heating. NOTE: STAIN ALORITHM IS EXPLAINED ON PREVIOUS PAE. THIS DOUMENT IS DESINED TO DEMONSTRATE HO TO DIRETL IRE THE Z TO THE MAIN START/STOP ONTATORS OF THE OOLIN AND HEATIN STAES FOR AN HVA UNIT. T OMMONS ARE INTERNALL INTERONNETED T R D S S A A HIH LO OMPRESSOR HEAT HEAT HEAT OMPRESSOR OMPRESSOR HEAT HEAT OMPRESSOR OMPRESSOR VA /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. L L (HOT) PROVIDE PROPERL SIZED NORMALL-OPEN ISOLATION RELAS AS NEEDED. TIN BOTH STAES TOETHER USIN MULTIPLE NORMALL-OPEN ISOLATION RELAS AS NEEDED. INOMIN LINE VOLTAE. POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMER AS NEEDED. VERIF ALL REQUIRED MEHANIAL SAFETIES ARE IN PLAE AND ATIVE. 9 Fig.

20 onventional iring uide ( Stages of ontrol) The following wiring diagram is for a conventional system with stages of cooling and stages of heating. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE PAE FOR A DETAILED IRIN DIARAM. REFERENE: PAE FOR FOUR STAES AND PAE 8 FOR FIVE STAES. OOL OUTPUT HEAT OUTPUT FAN ENERIZE OUTPUT HEAT OUTPUT OOL OUTPUT FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT OUTPUT OOL OUTPUT L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS AS NEEDED. OUTSIDE RETURN SUPPL HO OUTPUTS ARE ENERIZE FOR STAIN THE OMPRESSORS ONE STAE TO STAES THREE STAES FOUR STAES FIVE STAES HO OUTPUTS ARE ENERIZE FOR STAIN THE HEAT ONE STAE TO STAES THREE STAES FOUR STAES FIVE STAES SIX STAES SIX STAES POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. Fig. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. 0

21 Detailed onventional iring uide ( Stages of ontrol) The following is a detailed wiring diagram is for a conventional system with stages of cooling and stages of heating. NOTE: STAIN ALORITHM IS EXPLAINED ON PREVIOUS PAE. THIS DOUMENT IS DESINED TO DEMONSTRATE HO TO DIRETL IRE THE Z TO THE MAIN START/STOP ONTATORS OF THE OOLIN AND HEATIN STAES FOR AN HVA UNIT. T OMMONS ARE INTERNALL INTERONNETED T R D S S A A HIH LO OMPRESSOR HEAT HEAT HEAT OMPRESSOR OMPRESSOR HEAT HEAT HEAT OMPRESSOR OMPRESSOR OMPRESSOR VA /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. L L (HOT) PROVIDE PROPERL SIZED NORMALL-OPEN ISOLATION RELAS AS NEEDED. OMBINE STAES TOETHER USIN MULTIPLE NORMALL-OPEN ISOLATION RELAS AS NEEDED. INOMIN LINE VOLTAE. POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMER AS NEEDED. VERIF ALL REQUIRED MEHANIAL SAFETIES ARE IN PLAE AND ATIVE. Fig.

22 Bypass iring uide (onventional) The following wiring diagram is for a conventional system with a bypass. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE: PAE FOR FOUR STAES, PAE 7 FOR FIVE STAES, PAE 8 FOR SIX STAES. OMPRESSOR STAE RELA HEAT STAE RELA FAN ENERIZE RELA HEAT STAE RELA OMPRESSOR STAE RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A BPASS (0-0VD) ATUATOR A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. A IS A 0-0VD OUTPUT FOR MODULATIN THE BPASS ATUATOR. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 7

23 Bypass And Economizer iring uide (onventional) The following wiring diagram is for a conventional system with a bypass and economizer. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE: PAE FOR FOUR STAES, PAE 7 FOR FIVE STAES, PAE 8 FOR SIX STAES. OMPRESSOR STAE RELA HEAT STAE RELA FAN ENERIZE RELA HEAT STAE RELA OMPRESSOR STAE RELA EXHAUST FAN RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D EONOMIZER (0-0VD) POSITION FEEDBAK S S OMMONS ARE INTERNALL INTERONNETED EONOMIZER (0-0VD) ATUATOR INPUT A BPASS (0-0VD) ATUATOR INPUT A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. 7 OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. S IS A 0-0VD INPUT FOR EONOMIZER ATUATOR POSITION FEEDBAK FAULT DETETION AND DIANOSTIS. A IS A 0-0VD OUTPUT FOR MODULATIN THE EONOMIZER ATUATOR. A IS A 0-0VD OUTPUT FOR MODULATIN THE BPASS ATUATOR. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. IF AN EXHAUST FAN IS INSTALLED AND NEEDS TO BE ENERIZED DURIN EONOMIZATION, ONNET THE () VA OUTPUT TO THE EXHAUST FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. 7 /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 8

24 Variable Speed Fan iring uide (onventional) The following wiring diagram is for a conventional system with a variable speed fan (VFD). NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE: PAE FOR FOUR STAES, PAE 7 FOR FIVE STAES, PAE 8 FOR SIX STAES. OMPRESSOR STAE RELA HEAT STAE RELA FAN ENERIZE RELA HEAT STAE RELA OMPRESSOR STAE RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED VARIABLE SPEED FAN (0-0VD) A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. A IS A 0-0VD OUTPUT FOR MODULATIN THE FAN SPEED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USE THE () VA OUTPUT TO ENERIZE THE FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 9

25 Variable Speed Fan and Economizer iring uide (onventional) The following wiring diagram is for a conventional system with a variable speed fan (VFD) and economizer. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE: PAE FOR FOUR STAES, PAE 7 FOR FIVE STAES, PAE 8 FOR SIX STAES. OMPRESSOR STAE RELA HEAT STAE RELA FAN ENERIZE RELA HEAT STAE RELA OMPRESSOR STAE RELA EXHAUST FAN RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D EONOMIZER (0-0VD) POSITION FEEDBAK S S OMMONS ARE INTERNALL INTERONNETED VARIABLE SPEED FAN (0-0VD) A EONOMIZER (0-0VD) ATUATOR A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. 7 OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. S IS A 0-0VD INPUT FOR EONOMIZER ATUATOR POSITION FEEDBAK FAULT DETETION AND DIANOSTIS. A IS A 0-0VD OUTPUT FOR MODULATIN THE FAN SPEED. A IS A 0-0VD OUTPUT FOR MODULATIN THE EONOMIZER ATUATOR. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. USE THE () VA OUTPUT TO ENERIZE THE FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. IF AN EXHAUST FAN IS INSTALLED AND NEEDS TO BE ENERIZED DURIN EONOMIZATION, ONNET THE () VA OUTPUT TO THE EXHAUST FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. 7 /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 0

26 Economizer iring uide (onventional) The following wiring diagram is for a conventional system with an economizer. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE REFERENE: PAE FOR FOUR STAES, PAE 7 FOR FIVE STAES, PAE 8 FOR SIX STAES. OMPRESSOR STAE RELA HEAT STAE RELA FAN ENERIZE RELA HEAT STAE RELA OMPRESSOR STAE RELA EXHAUST FAN RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 8 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM HEAT STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D EONOMIZER (0-0VD) POSITION FEEDBAK S S OMMONS ARE INTERNALL INTERONNETED USE EONOMIZER IRIN DIARAM ON PAE 0 IF Z IS ALSO ONTROLLIN A BPASS DAMPER. EONOMIZER (0-0VD) ATUATOR A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. 7 OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. S IS A 0-0VD INPUT FOR EONOMIZER ATUATOR POSITION FEEDBAK FAULT DETETION AND DIANOSTIS. A IS A 0-0VD OUTPUT FOR MODULATIN THE EONOMIZER ATUATOR. 7 INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. IF AN EXHAUST FAN IS INSTALLED AND NEEDS TO BE ENERIZED DURIN EONOMIZATION, ONNET THE () VA OUTPUT TO THE EXHAUST FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. Fig.

27 Heat Pump iring uide The following wiring diagram is for heat pump control NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE OMPRESSOR STAE RELA REVERSIN VALVE (O/B) RELA FAN ENERIZE RELA AUXILIAR HEAT RELA OMPRESSOR STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 7

28 Bypass iring uide (Heat Pump) The following wiring diagram is for a heat pump with a bypass. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE OMPRESSOR STAE RELA REVERSIN VALVE (O/B) RELA FAN ENERIZE RELA AUXILIAR HEAT RELA OMPRESSOR STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED A BPASS (0-0VD) ATUATOR A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. A IS A 0-0VD OUTPUT FOR MODULATIN THE BPASS ATUATOR. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 8

29 Bypass and Economizer iring uide (Heat Pump) The following wiring diagram is for a heat pump with a bypass and economizer. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE OMPRESSOR STAE RELA REVERSIN VALVE (O/B) RELA FAN ENERIZE RELA AUXILIAR HEAT RELA OMPRESSOR STAE RELA EXHAUST FAN RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D EONOMIZER (0-0VD) POSITION FEEDBAK S S OMMONS ARE INTERNALL INTERONNETED EONOMIZER (0-0VD) ATUATOR INPUT A BPASS (0-0VD) ATUATOR INPUT A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. 7 OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. S IS A 0-0VD INPUT FOR EONOMIZER ATUATOR POSITION FEEDBAK FAULT DETETION AND DIANOSTIS. A IS A 0-0VD OUTPUT FOR MODULATIN THE EONOMIZER ATUATOR. A IS A 0-0VD OUTPUT FOR MODULATIN THE BPASS ATUATOR. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. IF AN EXHAUST FAN IS INSTALLED AND NEEDS TO BE ENERIZED DURIN EONOMIZATION, ONNET THE () VA OUTPUT TO THE EXHAUST FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. 7 /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 9

30 Variable Speed Fan iring uide (Heat Pump) The following wiring diagram is for a heat pump with a variable speed fan (VFD). NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE OMPRESSOR STAE RELA REVERSIN VALVE (O/B) RELA FAN ENERIZE RELA AUXILIAR HEAT RELA OMPRESSOR STAE RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D S S OMMONS ARE INTERNALL INTERONNETED VARIABLE SPEED FAN (0-0VD) A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. A IS A 0-0VD OUTPUT FOR MODULATIN THE FAN SPEED. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USE THE () VA OUTPUT TO ENERIZE THE FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig. 0

31 Variable Speed Fan and Economizer iring uide (Heat Pump) The following wiring diagram is for a heat pump with a variable speed fan (VFD) and economizer. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE OMPRESSOR STAE RELA REVERSIN VALVE (O/B) RELA FAN ENERIZE RELA AUXILIAR HEAT RELA OMPRESSOR STAE RELA EXHAUST FAN RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D EONOMIZER (0-0VD) POSITION FEEDBAK S S OMMONS ARE INTERNALL INTERONNETED VARIABLE SPEED FAN (0-0VD) A EONOMIZER (0-0VD) ATUATOR A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. 7 OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. S IS A 0-0VD INPUT FOR EONOMIZER ATUATOR POSITION FEEDBAK FAULT DETETION AND DIANOSTIS. A IS A 0-0VD OUTPUT FOR MODULATIN THE FAN SPEED. A IS A 0-0VD OUTPUT FOR MODULATIN THE EONOMIZER ATUATOR. INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. USE THE () VA OUTPUT TO ENERIZE THE FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. IF AN EXHAUST FAN IS INSTALLED AND NEEDS TO BE ENERIZED DURIN EONOMIZATION, ONNET THE () VA OUTPUT TO THE EXHAUST FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. 7 /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. Fig.

32 Economizer iring uide (Heat Pump) The following wiring diagram is for a heat pump with an economizer. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE OMPRESSOR STAE RELA REVERSIN VALVE (O/B) RELA FAN (SINLE OR LO SPEED) RELA AUXILIAR HEAT RELA OMPRESSOR STAE RELA EXHAUST FAN RELA OMPRESSOR STAE RELA L TRANSFORMER L (HOT) VA R D EONOMIZER (0-0VD) POSITION FEEDBAK S S OMMONS ARE INTERNALL INTERONNETED USE EONOMIZER IRIN DIARAM ON PAE IF Z IS ALSO ONTROLLIN A BPASS DAMPER. EONOMIZER (0-0VD) ATUATOR A A SUPPL DUT STATI PROBE AMBIENT HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTATORS AS NEEDED. 7 OUTSIDE RETURN SUPPL POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. SIZE TRANSFORMERS AS NEEDED. S IS A 0-0VD INPUT FOR EONOMIZER ATUATOR POSITION FEEDBAK FAULT DETETION AND DIANOSTIS. A IS A 0-0VD OUTPUT FOR MODULATIN THE EONOMIZER ATUATOR. 7 INSTALL STATI PROBE IN SUPPL/DISHARE DUT. REOMMEND INSTALLATION OF AT LEAST SIX () FEET AA FROM FAN OR AN BENDS IN DUT ORK. USED FOR AMBIENT PRESSURE SENSIN. SOME APPLIATIONS MA REQUIRE RUNNIN ADDITIONAL TUBIN TO THE OUTSIDE OF HVA UNIT. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION. IF AN EXHAUST FAN IS INSTALLED AND NEEDS TO BE ENERIZED DURIN EONOMIZATION, ONNET THE () VA OUTPUT TO THE EXHAUST FAN. PROVIDE PROPERL SIZED RELA/ONTATORS AS NEEDED. Fig. 7

33 Boiler iring uide The following wiring diagram is for energizing a boiler. NOTE: TERMINAL DESINATIONS ARE DEFINED ON PAE BOILER PUMP AND HOT ATER VALVE RELA (OPTIONAL) BOILER ENABLE RELA FOR DUAL DUT APPLIATIONS, INSTALL ONE Z TO MANAE THE OLD SSTEM AND A SEOND Z TO MANAE THE HEAT SSTEM (AS SHON ON PAE 9 FIURE ). IF THERE IS A SINLE FAN, ONL ONNET ONE OF THE Z ONTROLLERS TO ENERIZE THE FAN. ONTAT PELIAN TEHNIAL SUPPORT FOR FURTHER ASSISTANE AT OR SUPPORT@PELIANIRELESS.OM L TRANSFORMER L (HOT) VA DATA R D S S OMMONS ARE INTERNALL INTERONNETED (OPTIONAL) BOILER SUPPL ATER TEMP. T R D A A (OPTIONAL) PELIAN TEMPERATURE AND ALARM SENSOR (TA) ITH A BOILER SUPPL ATER 0K TPE II TEMPERATURE SENSOR (*USE THE T TEMPERATURE INPUT INSTEAD OF ADDIN A TA, UNLESS THIS Z IS ONTROLLIN AN EONOMIZER.) HIH LO T T /////// OUTPUTS ARE A. ONL ONNET THE OUTPUTS REQUIRED FOR OUR SSTEM. PROVIDE PROPERL SIZED RELAS/ONTRATORS AS NEEDED. *OUTSIDE RETURN SUPPL ON HEAT DEMAND () ILL ENERIZE THE PUMP(S) AND/OR VALVE(S). () IS OPTIONAL AND REQUIRES A BOILER SUPPL ATER TEMPERATURE PROBE. IF A SUPPL ATER TEMPERATURE PROBE IS BEIN USED, ENABLE BOILER ONTROL HEN ONFIURIN THE Z. ITH BOILER ONTROL ENABLED, THE Z ILL MONITOR THE LEAVIN HOT ATER TEMPERATURE AND ILL AIT UNTIL THE TEMPERATURE IS ITHIN A ONFIURABLE RANE BEFORE ENERIZIN (). POER SUPPL. PROVIDE A DISONNET MEANS AND OVERLOAD PROTETION AS REQUIRED. POER TO EQUIPMENT IS VA. MULTIPLE TRANSFORMERS AN BE USED. SIZE TRANSFORMERS AS NEEDED. /T/T ARE 0K TPE TEMPERATURE PROBE INPUTS. SUPPL AND RETURN TEMPERATURE PROBES ARE MANDATOR FOR PROPER OPERATION.*USE THE T TEMPERATURE INPUT INSTEAD OF A TA TO DETET BOILER SUPPL ATER TEMPERATURE IF THERE IS NO EONOMIZER. (OPTIONAL) INSTALL A PELIAN TA AND A 0K TPE TEMPERATURE PROBE! IF USIN OPTION AND FOLLO DESINED AND RATED TO READ THE SUPPL ATER TEMPERATURE OF THE ONFIURATION OPTION ON PAE - BOILER BOILER. TEMPERATURE DETETION RANE -0 DE. F TO 80 DE. F. USE THE T ONTROL. DO NOT ENABLE BOILER ONTROL IF TEMPERATURE INPUT INSTEAD OF A TA, UNLESS THIS Z IS ONTROLLIN AN NO USIN OPTION AND FROM ABOVE. EONOMIZER. Fig. 8

34 onfiguration PELIAN EB APP To configure a new Pelican Z, navigate to your building s Pelican eb App through any web browser (oogle hrome, Apple Safari, Microsoft Edge, etc.). All configuration is done through your Pelican eb App. To create a Pelican eb App you will need a Pelican ateway (00). For further information on the Pelican ateway (00) visit SERIAL NUMBER Each Pelican Z has a unique identification serial number. This serial number can be found on the front of the Z s ireless Antenna. ith the Serial Number recorded, find the new notification on your Pelican eb App which matches the serial number on the Z s ireless Antenna. Press configure. If no new notification is found, select Admin and identify if the new Z is on your Pelican eb App. If the Z is not found under Admin, then the Z The SSTEM ONFIURATION OPTIONS following flow chart illustrates Z configuration options. ENERAL SETTINS NAME DESRIPTION ENERAL SETTINS Name the Z to identify the HVA unit it is connected too (example: RTU or AHU ). The description field is an optional input field for identifying unique aspects of the HVA unit (example: unit number, model number, filter size, etc.) SSTEM TPE ONVENTIONAL HEAT PUMP ONVENTIONAL HEAT PUMP HEAT STAES Select the number of central heat stages this Z is controlling. If this Z does not control any central heat, select (0) zero. If the zoned system has local reheat as well as central heat, select the number of central heat stages being controlled. If the zone system uses local reheat only, select (0) zero. HEAT STAES 0 REVERSIN VALVE OOLIN ON HEATIN ON HEAT STAES 0 REVERSIN VALVE O terminal = [ooling On] B terminal = [Heating On] HEAT STAES Select the number of central heat stages this Z is controlling. If this Z does not control any central heat, select (0) zero. If the zoned system has local reheat as well as central heat, select the number of central heat stages being controlled. If the zone system uses local reheat only, select (0) zero. OOL STAES Select the number of mechanical cooling stages this Z is controlling. OOL STAES 0 AUX HEAT DISABLE AUXILIAR EMEREN AUX HEAT Not Used = [DISABLE] Use as Supplemental heat = [AUXILIAR] Use on Heat Pump failure = [EMEREN] FAN STAES Select the number of fan stages this Z is controlling. For a Variable Speed Fan, select [VARIABLE]. FAN STAES 0 [VARIABLE] OOL STAES 0 OOL STAES Select the number of mechanical cooling stages this Z is controlling. [VARIABLE] MINIMUM OPERATIN SPEED STATI PRESSURE (PAE 0 ONFIURATION ) FAN STAES 0 [VARIABLE] FAN STAES Select the number of fan stages this Z is controlling. For a Variable Speed Fan, select [VARIABLE]. [VARIABLE] MINIMUM OPERATIN SPEED STATI PRESSURE (PAE 0 ONFIURATION )

35 The STATI MANAEMENT ONFIURATION OPTIONS following flow chart illustrates Z static configuration options. VARIABLE SPEED FAN [ON] BPASS ONTROLLER [ON] MINIMUM OPERATIN SPEED Settable range 0% to 00% of maximum fan speed. onfigure to the slowest fan speed allowed for proper operation of the mechanical equipment. Output: 0% = 0.0VD 00% = 0.0VD MINIMUM OPERATIN SPEED [%] DAMPER VOLTAES OPEN [VD] LOSED [VD] DAMPER VOLTAE Settable range is from 0 to 0 VD. Adjust the settings to match the actual OPEN/LOSED end of travel positions of the actuator being used. STATI PRESSURE [ON] TARET OPERATIN STATI [INH ] TARET IRULATION STATI [INH ] MINIMUM STATI [INH ] MAXIMUM STATI [INH ] TARET OPERATIN STATI Settable range 0.0 inch to.0 inch. This sets the static pressure targeted when running a cooling or heating cycle. TARET IRULATION STATI Settable range 0.0 inch to.0 inch. This sets the static pressure targeted when running a ventilation cycle. The EONOMIZER ONFIURATION OPTIONS following flow chart illustrates Z economizer configuration options. EONOMIZER [ON] MINIMUM STATI Settable range 0.0 inch to.0 inch. This is a safety and will place the Z into an automatic reset if detected during a heating, cooling or reheat cycle. Reset will de-energize any calls for heating, cooling, or reheat, but the call for fan will remain energized. The Z will restart the heating, cooling, or reheat cycle after ten minutes. MAXIMUM STATI Settable range 0.0 inch to.0 inch. This is a safety and will place the Z into an automatic reset if detected during a heating, cooling, reheat, or ventilation cycle. Reset will de-energize all calls. Z will restart heating, cooling, reheat, or ventilation cycle after ten minutes. HIH LIMIT SHUT OFF [ F] ATIVATION DIFFERENTIAL [ F] FIXED ENTHALP LIMIT [ON/OFF] VARIABLE DAMPER [ON/OFF] HIH LIMIT SHUT OFF Sets the warmest air allowed for economization. If left blank, the Z will auto-calculate the high limit shut off. Settable range of -0 F to 80 F. ATIVATION DIFFERENTIAL Requires the outside air temperature to be at least this many degrees below the return air temperature to be used for economization. Settable range 0 F to F. VARIABLE DAMPER [ON] FIXED ENTHALP Set to ON if the economizer should be disabled if the outside enthalpy levels exceeds 8 Btu/lb. (No enthalpy probe required to use). DEMAND VENTILATION If a Pelican Zone Thermostat with an integrated O sensor is installed and you would like the Z to provide demand ventilation based on O, turn this feature ON. DEMAND VENTILATION [ON/OFF] DAMPER VOLTAES OPEN [VD] LOSED [VD] DAMPER VOLTAES Settable range is from 0 to 0 VD. Verify settings match actual actuator OPEN/LOSED positions. MINIMUM DAMPER POSITION [%] MINIMUM DAMPER POSITION Settable range is from 0% to 00% of the maximum damper open position. TRAK DAMPER POSITION [ON/OFF] TRAK DAMPER POSITION If the feedback input on the Z is being used for economizer damper position feedback, turn this feature ON. This will enable fault detection and diagnostics. In some States fault detection and diagnostics are required to meet energy codes. heck with your local and State codes to determine if this is required for your installation.

36 7 BOILER ONFIURATION OPTIONS By enabling boiler control you are instructing the Z to use () as a boiler enable output. ith this feature active, the Z will NOT energize () until it detects the boiler s supply water temperature to be within a specified range. This feature requires the Z to be able to read the boiler s hot water supply temperature. Reference the boiler installation guide on page 7 of this document and contact Pelican Technical Support for further BOILER ONTROLLER [ON] BOILER ONTROLLER Read above to verify if you need boiler control enabled. DO NOT enabled boiler control if the Z is only being used to open a hot water valve. Boiler control should only be active if the Z is maintaining the boiler s hot water supply temperature. OPERATIN RANE [ F] to [ F] Operating Range Set the temperature range that the Z should detect/maintain during a heating cycle. The Z will enabled and disable its () output to maintain this temperature range. Settable from -0 F to 80 F. 8 INPUT SENSOR ONFIURATION OPTIONS The following flow chart illustrates Z input sensor configuration options. INPUT SENSOR, T, T [ON] INPUT SENSOR, T, T Each input has a default use, but can be configured for the function it is wired to detect. FUNTION BOILER TEMPERATURE SUPPL TEMPERATURE RETURN TEMPERATURE OUTSIDE TEMPERATURE ALARM TEMP MONITOR SUPPL TEMPERATURE [ DEFAULT] RETURN TEMPERATURE [T DEFAULT] OUTSIDE TEMPERATURE [T DEFAULT] TEMP MONITOR This setting turns the input into a stand alone temperature input and will not affect the functions of the Z. TEMP MONITOR LABEL [SENSOR LOATION] BOILER TEMPERATURE BOILER TEMPERATURE This setting is only available if Boiler ontrol is set to On. Setting an input to Boiler Temperature automatically correlates this temperature reading to being the Boiler s Supply ater Temperature. The Z will use this temperature reading to maintain the boiler supply water temperature during a heating cycle. Temperature will be maintained based on the target Operating Range set under the Boiler ontrol configuration. SAFE RANE A notification will be generated if this temperature is detected outside of this configured range. Settable range of -0 F to 80 F. ROUP [EB APP ROUP] SAFE RANE [ F] to [ F] ALARM Set to Alarm if a dry-contact output relay is connected to the terminal and you want to get an alarm if the contact changes to a specific position. ALARM LABEL [SENSOR LOATION] ALARM ATIVE INDIATION If set to [losed] a notification will be generated on detection of the dry-contact relay closing. If set to [Open] a notification will be generated on detection of a dry-contact relay opening. ALARM ATIVE INDIATION LOSED OPEN

37 Z Troubleshooting Troubleshoot Internet Status and ireless Signals Z ireless Status: Off - Initializing Second Blink - Establishing ireless onnection Solid - ommunicating Over ireless Internal Status: Off - No Power Second Blink - Initializing Solid - Operational R D S S A A ireless Module T T High Low Fig. 9 ireless onnection Identifier: Off - No Power Second Blink - Establishing ireless onnection Blink Every sec - ommunicating Over ireless R D Fig. 0 TROUBLESHOOT Z ONTROL OUTPUTS ON OUR PELIAN SITE MANAER OU AN TEST THE SINAL OUTPUTS OF THE Z TO PROVIDE IMMEDIATE FEEDBAK THAT EAH OF THE Z s OUTPUTS ARE ONTROLLIN THE ORRET INSTALLED EQUIPMENT. THESE OPTIONS LET OU MANUALL TURN ON AND OFF THE ONTROL SINALS. IT ALSO ALLOS OU TO DNAMIALL ADJUST ALL 0-0VD OUTPUTS FOR TESTIN A VARIABLE SPEED FAN, MODULATIN BPASS DAMPER ATUATOR, AND MODULATIN EONOMIZER DAMPER. HEN TESTIN 0-0VD OUTPUTS SET VFD, BPASS AND EONOMIZER ONTROL TO "OFF". IMPORTANT: THE SINAL OUTPUT ONTROL IS A MASTER OVERRIDE FEATURE. ALAS MAKE SURE SSTEMS ARE OFF BEFORE ATIVATIN A MANUAL SINAL OUTPUT ADJUSTMENT. HEN FINISHED TESTIN SET ALL OUTPUTS BAK TO THE POSITION THE ERE ORIINALL IN. 7