ecoer EG910L Inverter Ducted Split System User Guide
- June 10, 2024
- ecoer
Table of Contents
ecoer EG910L Inverter Ducted Split System
Product Information
The Ecoer Smart Inverter (ESI) Ducted Split System is an innovative and efficient heat pump system with ratings up to 20 SEER and 10 HSPF per AHRI standard 210/240-2017. The ESI heat pump automatically adjusts itself while maintaining constant and consistent speeds to avoid temperature swings. Compared with fixed-speed systems, Ecoer inverters have a much wider capacity range which helps to achieve faster heating and cooling. With more than 30 variable stage settings, Ecoer inverters provide more accurate and efficient temperature control while using less energy. Additionally, the IoT device allows dealers to help their customers complete registration via Ecoer Smart Service Pro App in just minutes. The dealer can also monitor the units’ live data and perform remote field settings for the condensing unit.
Product Features
- Up to 20.0 SEER and 10.0 HSPF
- Inverter Compressor (25%-110% speed)
- 24/7 monitoring and diagnostic service with IoT technology
- 9 Speed ECM outdoor unit blower
- 2-Stage ECM indoor unit blower control
- Traditional 24VAC thermostats
- AUTO charge mode to make an accurate refrigerant coefficient for the system
- Back-up running for up to 2 sensors
- 10-year Residential Limited Parts Warranty
Product Usage Instructions
Follow the steps below to use the Ecoer Smart Inverter (ESI) Ducted Split System:
- Install the outdoor unit (model EG910L) and choose the appropriate air handler unit (model EAHATN-24, EAHATN-36, EAHATN-48, or EAHATN-60) based on your cooling and heating needs.
- Connect the IoT Gateway (part number G941000001) for 24/7 monitoring and diagnostic service with IoT technology.
- Install a traditional 24VAC thermostat to control the system.
- Use the AUTO charge mode to make an accurate refrigerant coefficient for the system.
- Enjoy accurate and efficient temperature control with more than 30 variable stage settings.
- In case of sensor failure, the system can run back-up for up to 2 sensors.
- Register your system with Ecoer Smart Service Pro App via the IoT device for easy monitoring and servicing quality assurance by your dealer.
For any further assistance, please refer to the full user manual or contact your dealer.
Ecoer Smart Inverter (ESI) Ducted Split System and IoT Device
The Ecoer smart inverter (ESI) heat pump is one of the industry’s most innovative and efficient systems, with ratings up to 20 SEER and 10 HSPF per AHRI standard 210/240-2017. With Ecoer’s patented technology, the ESI heat pump automatically adjusts itself while maintaining constant and consistent speeds to avoid temperature swings. Compared with fixed-speed systems, Ecoer inverters have a much wider capacity range which helps to achieve faster heating and cooling. With more than 30 variable stage settings, Ecoer inverters provide more accurate and efficient temperature control while using less energy. With the IoT device, Ecoer provides an easy way for dealers to help their customers complete registration via Ecoer Smart Service Pro App in just minutes. Then dealers can monitor the units’ live data and perform remote field settings for the condensing unit. Working alongside the Ecoer Service Team, the dealer can guarantee installation and servicing quality.
Features
- Up to 20.0 SEER and 10.0 HSPF
- Inverter Compressor (25%-110% speed)
- 24/7 monitoring and diagnostic service with IoT technology
- 9 Speed ECM outdoor unit blower
- 2-Stage ECM indoor unit blower control for enhanced dehumidification
- Easy to install – compatible with most traditional 24VAC thermostats
- AUTO charge mode to make an accurate refrigerant coefficient for the system
- Back-up running for up to 2 sensors
- 10-year Residential Limited Parts Warranty
Cooling Performance Heating Performance
Outdoor Unit| Indoor Air Handlers| | | | | | | CFM
| | Total| EER (2)| SEER (1)| High| HSPF (3)| Low|
EODA18H-2436| EAHATN-24| 23400| 13.0| 20.0| 24000| 10.0| 15200| 800
EODA18H-2436| EAHATN-36| 34200| 11.2| 18.0| 36000| 10.0| 24000| 1130
EODA18H-4860| EAHATN-36| 36000| 13.0| 20.0| 36000| 10.0| 24000| 1130
EODA18H-4860| EAHATN-48| 45000| 12.0| 17.0| 47000| 9.5| 32000| 1500
EODA18H-4860| EAHATN-60| 54000| 10.0| 17.0| 54000| 9.5| 35600| 1590
Cooling Performance Heating Performance
Outdoor Unit| Cased Coils| | | | | | | CFM
| | Total| EER (2)| SEER (1)| High| HSPF (3)| Low|
EODA18H-2436| GNC2430APT| 22800| 11.0| 16.0| 22800| 9.5| 15000| 750
EODA18H-2436| GNC2430BPT| 22800| 11.0| 16.0| 22800| 9.5| 15000| 780
EODA18H-2436| GNC3036BPT| 31000| 10.0| 16.0| 33000| 9.5| 21000| 1000
EODA18H-4860| GNC4248CPT| 41000| 10.5| 16.0| 43000| 9.5| 30000| 1280
EODA18H-4860| GNC4860CPT| 51000| 10.0| 16.0| 51000| 9.5| 30600| 1280
EODA18H-4860| GNC4860DPT| 51000| 10.0| 16.0| 51000| 9.5| 30600| 1500
Paring Cooling Performance Heating Performance
Outdoor Unit| Cased Coils Furnaces| CFM
| | | Total| EER (2)| SEER (1)| High| HSPF (3)| Low|
EODA18H-2436| GNC2430APT| MGH96M080B3| 23200| 12.5| 17.0| 23200| 9.5| 15600|
800/580
EODA18H-2436| GNC2430BPT| MGH96M060B3| 23200| 12.5| 17.0| 23200| 9.5| 15600|
860/680
EODA18H-2436| GNC2430BPT| MGH96M080B3| 23200| 12.5| 17.0| 23200| 9.5| 15600|
840/630
EODA18H-2436| GNC3036BPT| MGH96M060B3| 31000| 10.5| 16.5| 33000| 9.5| 22000|
1100/850
EODA18H-2436| GNC3036BPT| MGH96M080B3| 31000| 10.5| 16.5| 33000| 9.5| 22000|
1070/850
EODA18H-4860| GNC3036BTP| MGH96M060B3| 33200| 12.5| 18.0| 34000| 9.5| 23000|
1100/850
EODA18H-4860| GNC3036BTP| MGH96M080B3| 33200| 12.5| 18.0| 34000| 9.5| 23000|
1070/850
EODA18H-4860| GNC4248CPT| MGH96M100C5| 44000| 11.0| 17.0| 45000| 9.5| 30000|
1450/1150
EODA18H-4860| GNC4860CPT| MGH96M100C5| 51000| 10.0| 16.5| 52000| 9.5| 35000|
1450/1150
EODA18H-4860| GNC4860DPT| MGH96M120D5| 51000| 10.0| 16.5| 52000| 9.5| 35000|
1500/1200
Certified per AHRI 210/240-2017
- Seasonal Energy Efficiency Ratio;
- Energy Efficiency Ratio @ Afull;
- Heating Seasonal Performance Factor
Wiring Diagrams
ESI with Electric Heat Back-up + EST01 (Type 9)
ESI with Electric Heat Back-up + Other Brand Thermostat
- Refer thermostat install guide to hook up W1 and W2
ESI AC + Cased Coil + GNVF96 + EST01 (Type 2)
ESI + Cased Coil + GNVF96 + Other Brand Thermostat
Line Sets and Charging
The Ecoer EODA condensing unit is factory pre-charged for 25ft of standard size line set and for the smallest rated indoor coil combinations. Up to 100ft of line set is allowed with a maximum of 50ft lift (see below).
Capacity Model
|
Liquid Line
|
Suction Line
| Total Equivalent Length (FT)
---|---|---|---
25| 50| 75| 100
Dimensions in
inches
| Maximum Elevation Difference
(FT)
2Ton
| 3/8 Std.| 3/4 Std.| 25| 50| 45| 40
1/4 Opt.| 5/8 Opt.| 25| 50| 40| 30
3Ton
| 3/8 Std.| 3/4 Std.| 25| 50| 50| 50
1/4 Opt.| 5/8 Opt.| 25| 50| 45| 40
4Ton
|
3/8
| 7/8 Std.| 25| 50| 50| 40
3/4 Opt.| 25| 50| 50| 40
5Ton
|
3/8
| 7/8 Std.| 25| 50| 50| 40
3/4 Opt.| 25| 50| 50| 40
1-1/8
Opt.
|
25
|
40
|
N/A
|
N/A
- The standard line set is recommended, N/A: Not allowed
The refrigerant charge is suggested to be done by the following methods:
Charge by Weigh-In
Can be used for the initial installation, or anytime a system charge needs to be replaced. This method can be used when power is not available on the job site or the ambient temperature is improper to use refrigerant coefficient and subcooling. A refrigerant adjustment may be necessary if the line set length is over or under the pre-charged 25ft (adding or removing 0.6 oz/ft on 3/8 liquid line respectively). An additional amount of refrigerant adjustment may be required for a large indoor coil.
Charge by Refrigerant Coefficient
Ambient temperature must be between 50ºF and 120ºF and indoor temperature must be kept between 70ºF and 80ºF. After starting the system in cooling mode, Press and hold BS4 button for five seconds until SEG1 displays blinking 7, and operate the system for a minimum of 20 minutes. Check the refrigerant coefficient number (here short for “X”, 0<X<1) on the display. If X>0.6, remove refrigerant; or X<0.4, add more refrigerant. Then wait for 5 minutes to allow pressure to balance. Check the new coefficient number to make sure you get 0.5. Basically, 0.4 to 0.6 is acceptable if SH≤20゜F. When the LED displays “–” for more than 20 minutes, adjust the TXV opening to ensure the required compressor suction superheat (SH>7 ゜F).
Exit Charge Mode: Press BS4 once or After 2 hours running or Turn off the system at the thermostat
Control Board Settings
In most scenarios, it is recommended to keep all outdoor unit board dip switch positions in their manufacturer default positions. There are some specific scenarios when it makes sense to change dip switch settings.
Dip Switch SW1
- SW1-1 sets the Snow Sensor Control mode.
- SW1-2 selects the Tonnage of the condensing unit.
- SW1-3 sets Air Conditioner or Heat Pump
SW1-4 is suggested to remain in the factory default position (OFF). IoT command responses such as remote field setting, troubleshooting, software programming etc. only work when this switch remains in the OFF position.
Must power off the unit for at least two (2) minutes to activate your dial of switches.
| SW1 Dip switch | Description |
|---|---|
| NO． | Setting item |
1
|
Snow Sensor Control *a
| ON| Disable
OFF (factory)| Enable
2
|
Capacity selection
| ON| 2 or 4 Ton
OFF (factory)| 3 or 5 Ton
3
|
AC only / Heat pump
| ON| AC only
OFF (factory)| Heat pump
4
|
Command response for IoT
| ON| No
OFF (factory)| Yes
SEG1: Normally blank
Description
- Software is updating via IoT device
- High-pressure sensor (HP) backup running
- Low-pressure sensor (LP) backup running
- Compressor discharge temperature sensor (TD) backup running
- IPM module temperature sensor (TF) backup running
- Ambient temperature sensor (TA) backup running
- Defrost sensor (TH) backup running
- Compressor suction temperature sensor (TS) backup running
- Liquid line temperature sensor (TL) backup running
- IoT command response
SEG2: Normally blank
- Running under the high-pressure limit
- Running under the low-pressure limit
- Running under discharge temperature limit
- Running under the IPM module temperature limit
- Running under compressor current limit
SEG3: Normally shows operation mode
- Stop (No Y signal)
- Ready to start-up
- Cooling
- Heating
- Oil return
- Defrost
- Manual defrost
- AUTO charge mode in cooling
- Pump down in heating
SEG2 and SEG3: Show the following codes when the system is in fault
- P1 High-pressure protection
- E1 System locks up when P1 has occurred six times in 3 hrs.
- P2 Low-pressure protection in cooling mode
- E2 System locks up when P2 has occurred six times in 3 hrs
- P3 Compressor discharge temperature (TD) protection
- E3 System locks up when P3 has occurred six times in 3 hrs
- P4 Compressor discharge temperature (TD) sensor error
- P5 Inverter module temperature (TF) protection
- E5 System locks up when P5 has occurred six times in 3 hrs
- P6 Compressor over-current protection
- E6 System locks up when P6 has occurred six times in 3 hrs
- P7 Liquid slugging protection
- E7 System locks up when P7 has occurred three times in 5 hrs
- P8 Low compressor voltage protection
- E8 System locks up when P8 has occurred three times in 1 hr
- P9 Incorrect compressor line sequence
- PA DC fan motor over-load protection
- F1 Ambient temperature (TA) sensor fault
- F2 Compressor suction temperature (TS) sensor fault
- F3 Liquid line temperature (TL) sensor fault
- F4 Defrost temperature (TH) sensor fault
- F5 Compressor discharge temperature (TD) sensor fault
- F6 Inverter module temperature (TF) sensor fault
- F7 High pressure (HP) sensor fault
- F8 Low pressure (LP) sensor fault
- E4 Communication fault between main chip and INV drive chip
- H1 Ambient temperature limit operation in cooling
- H2 Ambient temperature limit operation in heating
- H3 Abnormal switch alarm for reversing valve
- H4 Defrost temperature (TH) sensor error
- H5 EEPROM fault
- H6 Low voltage alarm
- HF Abnormal function control
C0-CC Compressor INV module protection E0 System locks up when C0~CA has occurred three times in 1 hr
Troubleshoot based on the service manual, or via Ecoer Smart Service Pro App.
BS1 Button – “Menu” or “Back” button
- Shortly press “BS1” to query the settings
- n00: Mode choice (Energy Saving, Dry, High Capacity)
- n01: Prohibited heat pump running temperature
- n02: Turn ON/OFF W output
- n03: W output settings
- n04: Defrost Mode (Heavy/light snow, standard)
- n05: Silent Mode (level 1 or 2, night silent level 1 or 2)
- n06: Night Silent Start Hour
- n07: Night Silent End Hour
- n08: Manual Defrost
Press and hold “BS1” for 5 seconds to set the above functions (n01 to n08). Refer to the install or service manual for details. You can change these settings besides n08 via Ecoer Smart Service Pro App.
BS2 Button – “UP” button
BS3 Button “Spot check” and “Confirm” button
- After first pressing on the “BS3” button, it will display the sequence, and after 1 second it will display the value of the parameter.
- After 20 seconds on the same parameter, the display will revert back to normal status. Key parameters can be remotely monitored via Ecoer Smart Service Pro App.
BS4 Button
Press and hold “BS4” for 5 seconds to enter AUTO charge mode by coefficient number in cooling or pump down in heating.
| No. | Spot-check content via BS3 |
|---|---|
| Default | Refer to default display instructions |
| 01- | Outdoor unit type and capacity |
| 02- | Liquid line sub-cooling |
| 03- | Compressor suction superheat |
| 04- | Compressor speed |
| 05- | Electronic expansion valve opening |
| 06- | Step of fan |
| 07- | Low pressure (LP sensor) |
| 08- | High pressure (HP sensor) |
| 09- | Outdoor ambient temp. (TA) |
| 10- | Compressor suction temp. (TS) |
| 11- | Compressor discharge temp. (TD) |
| 12- | Defrost sensor temp. (TH) |
| 13- | Liquid line temp. (TL) |
| 14- | Inverter module temp. (TF) |
| 15- | Target evaporating temp. (Tes) |
| 16- | Current evaporating temp. (Te) |
| 17- | Target condensing temp. (Tcs) |
| 18- | Current condensing temp. (Tc) |
| 19- | Compressor DC current |
| 20- | Undercharged refrigerant signal |
| 21- | Main software version |
| 22- | Inverter software version |
| 23- | Current fault |
| 24- | The last fault |
| 25- | Fault before the last fault |
IoT Connection and Registration
Hang the IoT device on the condensing unit, tighten it with the included screw and belts. Unscrew the cable locker cap and fasten the waterproof joint based on the IoT install guide. Plug the male blue terminal of IoT device into CN11 (IoT) connector on main control board of the condensing unit. Power ON the condensing unit and check if the IoT device is working properly. The normal working state of IoT device should be the blue LED (No.1) is blinking with other LEDs light OFF.
| No. | Color | Indications | Description |
|---|
1
|
Blue
| IoT Device
status
| Always OFF Always ON Blinking| Power off Booting Running
2
|
Red
|
LTE Status
| Always OFF Always ON Blinking| LTE connected Booting
LTE disconnected
3
|
Green
| Connection to PCB| Always OFF Always ON Blinking| Local link connected Booting
Local link disconnected
Get the Ecoer Smart Service Pro App
Download or update the Ecoer Smart Service Pro App free on the App Store or Google Play.
Steps of warranty registration
- Create an eco er account
- Add Unit (Register a new AC/HP)
- Sign an agreement with the homeowner
- Scan/Input serial numbers to submit
About Ecoer
Ecoer Inc. was established in 2016. We are a US company focusing on offering the best ducted Residential Air Conditioner and Heat Pump systems using inverters and “Smart” IoT Technology. Ecoer has grown to multiple locations in 4 countries: the United States, Canada, Japan and China. The United States houses Ecoer’s headquarters, technical support center and distribution centers. Ecoer’s software development facility is in Japan, and manufacturing, systems engineering and quality control are based in China. Ecoer both designs it’s equipment and owns all rights to its technology. Ecoer’s goal is to simplify the inverter install process and connect the dealer to the homeowner and their system. By doing this, we hope to see more inverters used in the US residential market, making it easier and faster to install for the dealer and help with quicker and more accurate response times for the homeowner. Ecoer’s Mission Statement is:
Make your home Green and Smart
©2022 ECOER INC.
43671 Trade Center Place, Suite 100
Dulles, VA 20166
Tel: 703-348-2538
www.ecoer.com
The manufacturer reserves the right to change specifications or designs without notice.
References
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>