EPD150 - Dehumidifier Ecor Pro - Free user manual and instructions

Product type	Desiccant dehumidifier
Brand	Ecor Pro
Model	EPD150
Main function	Humidity removal by desiccant rotor
Drying technology	Desiccant rotor (hygroscopic honeycomb)
Power supply	Mains, grounded plug
Power consumption	2–3 A (approx. 460–690 W) at 230 V
Heating type	PTC ceramic (regeneration)
Ventilation system	Patented RadiCal fan (process and regen)
Air filter	Washable intake air filter (vacuum cleaner or mild detergent)
Control	On/off switch, ammeter, hour meter, remote humidistat switch
Connectivity	Connector for remote humidistat (mains voltage)
Safety	Overheat protection (manual reset), fuse, grounding
Maintenance	Cleaning of filter, rotor and heater with vacuum cleaner or compressed air
Use	Indoor only, can be placed inside or outside the room
Optional accessories	Flexible ducts, high-voltage humidistat, reticulated foam
Desiccant rotor	Driven by gear motor via toothed belt (~20 rph)

Frequently Asked Questions - EPD150 Ecor Pro

How to install the EPD150 dehumidifier?

Place the unit in the center of the room, inside or outside the area to be dried. Make sure the intake and outlet ducts are not blocked. The wet air outlet (Wet-Air-Out) must be exhausted to the outside via a duct. Plug the unit into a grounded mains socket.

Can I use an extension cord with the dehumidifier?

No, using an extension cord is prohibited. If no mains socket is available, have one installed by a qualified electrician.

How to clean the air filter?

Check the intake air filter regularly. Clean it with a vacuum cleaner or wash it with a mild detergent. Never operate the unit without a filter, as dust reduces rotor performance.

What to do if the dehumidifier does not work?

Check that the unit is plugged in, the fuse is intact, the remote humidistat is properly set, and the hygrostat (if installed) is running.

Why is the airflow low?

Possible causes: dirty air filter, blocked intake or outlet, obstructed ducts, insufficient supply voltage, or defective fan. Check these points.

How to reset the overheat protection?

If the overheat protection has tripped, first restore the airflow. Then press the red manual reset button (R).

Where to place the unit for best performance?

Inside the room, place it in the center, away from walls. Outside, connect ducts to direct dry air into the room. The wet air outlet must always be exhausted to the outside.

How to use a remote humidistat?

Connect the hygrostat between pins 1 and 3 of the remote connector (mains voltage). Set the 'Remote Humidistat' switch to ON. The unit will operate according to the hygrostat setting.

What to do if the rotor does not rotate?

Check the tension of the toothed belt, the operation of the drive motor and the alignment of the rotor. The belt can be retightened with the 4 mounting screws (do not overtighten).

How to maintain the desiccant rotor?

The rotor requires no specific maintenance. If it becomes dirty (e.g., operation without filter), clean it with a vacuum cleaner or low-pressure compressed air.

USER MANUAL EPD150 Ecor Pro

Thank you for choosing this innovative dehumidifier.

This manual describes the many benefits and advanced features that this unique product has to offer.

This dehumidifier is a tough, industrial unit designed to be used almost anywhere that dry air is required. Desiccant/Absorption dehumidifiers are especially suited to applications where low relative humidities are needed and work well over a wide temperature range.

We specialize in complete indoor humidity control. Our world class products incorporate the latest technological developments and are designed to create a quality environment.

It is important that you read these instructions carefully before installing and using your new dehumidifier.

Please keep them in a safe place for future reference.

SAFETY

For safety reasons, read this information carefully before operating. Persons who are not familiar with this type of product must not use it.

This appliance must be earthed and should only be connected to an earthed 120 V - 60 Hz mains supply.

The installation must be in accordance with the regulations of the country where the unit is used.

The unit is designated for indoor operation.

The dehumidifier is safe, however, as with other electrical appliance, use it with care.

SAFETY (2)

• This appliance is not intended for use by persons (including children) with reduced physical, sensory or mental capabilities, or lack of experience and knowledge, unless they have been given supervision or instruction concerning the use of the appliance by a person responsible for their safety.
• Children should be supervised to ensure that they do not play with the appliance.
• Do not clean the dehumidifier by spraying it or immersing it in water.
• Do not insert any object into the opening of the dehumidifier.
• Disconnect from the mains before cleaning the unit or any of its components.
• Never connect to an electrical outlet using an extension cord. If an outlet is not available, one should be installed by a licensed electrician.
• Any service other than regular cleaning, setting fan mode or filter replacement should be performed by an authorized service representative. Failure to do so could result in a loss of warranty. Your dehumidifier is supplied with an electrical cable and an earthed plug. Should it be necessary to replace this plug at any time, you must use an earthed electrical plug.

Warning! Never operate this appliance if it has a damaged cord or plug. If the supply cord is damaged an approved service representative or a similar qualified person must replace it in order to avoid any hazards.

There should be direct access to the electrical plug after connecting the power!

Four black-and-white illustrations depicting various scenes: a hand holding a rock, a ladder with a flame, and a person climbing a ladder (no text or symbols)

Do not use your dehumidifier under the following conditions:

• If the power cable is damaged
- Where the power cable may be easily damaged
- Close to heat source
- Where small children may be left unattended
• Where there is a risk of liquids falling on the unit
- Where it may be damaged by chemicals

This product is not made for DIY repair.

Four-panel diagram showing crossed-out black-and-white symbols: a dog, a horse, a plug, and a hand holding a tool (no text or labels)

3

HOW IT WORKS EPD150/EPD150-PRO

- Your EPD Desiccant dehumidifier removes moisture using a continuously rotating moisture absorbing wheel —this 'Desiccant Rotor' is literally a honeycomb of extremely hygroscopic membranes.

A highly efficient yet low noise fan draws air into the unit (Process Air) and forces it through a portion of the absorbent rotor. As the air passes through the rotor, the honeycomb of hygroscopic membranes absorb almost all of the moisture creating an extremely dry air stream.

Most of this air stream is discharged directly through the 'Dry Air Outlet' however, a portion of this air (Regen Air) is separated and directed through a heater bank (Regen Heater) where it's temperature is raised. This air is then channeled back through a section of the rotor. As this air passes back through the membranes, its higher temperature drives-out the previously absorbed moisture and discharges it as warm wet air through the 'Wet Air Out' duct.

As the wheel rotates, this process of collecting and discharging moisture is continuous.

HOW IT WORKS EPD200/EPD200-PRO

- Your EDP Desiccant dehumidifier removes moisture using a continuously rotating moisture absorbing wheel —this 'Desiccant Rotor' is literally a honeycomb of extremely hygroscopic membranes.

A highly efficient yet low noise fan draws air into the unit (Process Air) and forces it through a portion of the absorbent rotor. As the air passes through the rotor, the honeycomb of hygroscopic membranes absorb almost all of the moisture creating an extremely dry air stream; this air stream is discharged directly through the 'Dry Air Outlet'.

A second fan pushes a separate air stream (Regen Air) through a heater bank (Regen Heater) where it's temperature is raised. This air is then channeled back through a section of the rotor. As this air passes back through the membranes, its higher temperature drives-out the previously absorbed moisture and discharges it as warm wet air through the 'Wet Air Out' duct.

As the wheel rotates, this process of collecting and discharging moisture is continuous.

US

HOW IT WORKS WORKS (2)

PATENTED DESICCANT ROTOR

The Desiccant Rotor is the heart of the EPD dehumidifier. It is an array of specially absorbent membranes arranged as a series of corrugations (as shown in the cut-away image) to give a vast surface area making it an extremely efficient. It is encased in a galvanized steel ring and turns on high quality sealed ball bearing units.

• REGEN HEATER BANK

The EPD dehumidifier uses a ceramic PTC type regen heater. PTC (Positive Temperature Coefficient) heaters are based on a semi-conductor that changes resistance as it becomes hotter. The semi-conductor is designed so that it's resistance rises rapidly at a predesignated temperature, thus it maintains this temperature across a wide range of operational conditions.

This characteristic means that the heating element can never over heat to hazardous temperatures, even if the regen airflow is completely blocked.

FAN SYSTEM

The EPD dehumidifier uses a patented "RadiCal" backward curved fan unit, this is a highly effective yet quiet system. It is designed to give a good balance of airflows for both 'Process' and 'Regen' airflows.

POSITIONING

US

The EPD dehumidifier is designed only for indoor use however, it can be placed inside or outside the room to be dried.

• INTERNAL POSITIONING

When positioning the unit inside the room, place it centrally, ensuring inlet and outlet ducts are clear of obstruction.

If required, ducts can be connected to the outlet and/or inlet to direct the drying to specific areas.

The Wet-Air-Out MUST be ducted outside the room

• EXTERNAL POSITIONING

When positioning the unit outside the room, connect ducting to the outlet to direct the dry air stream into the room to be dried.

Optionally, the inlet may also be ducted to the room to give a re-circulation effect. In this case however, because the unit uses a portion for the inlet air for regeneration, provision must be made in the inlet duct to also draw air form outside the room.

Note:

As the Wet-Air-Out discharge is warm and very humid ensure it is directed where it will have no adverse effect on the immediate environment.

All ducting lengths should be kept to a minimum —longer lengths will reduce performance.

The Wet-Air-Out is warm and very humid, when a duct is attached, condensation may form on the inside of the duct. This duct should slope downwards away may from the unit to prevent any condensation running back into the unit.

OPERATION

Connect the unit to suitable mains supply.

Ensure Remote Humidistat switch is set in the 'OFF' (O) position.

Switch Power switch to the 'ON' (I) position.

The fan will start and the Ammeter reading will rise. The ammeter indicates the current taken by the PTC

heater bank. Its reading will depend on the 'Process' air temperature and the 'Regen' airflow. Typically, it will indicate between 2 and 3 amps (EPD150/EPD150-PRO) or between 4 and 6 amps (EPD200/EPD200-PRO), this will reduce if the airflow is low or the 'Process' air temperature is high.

• REMOTE OPERATION

For remote operation it is necessary to connect a switch or humidistat via the 'Remote Humidistat Connector' which can be accessed by removing the dust cap. A connection plug is available on request.

ATTENTION: The remote connector is mains voltage!

The remote switch/humidistat should be connected between pins 1 and 3.

The earth pin is connected to ground and can be used if required (see wiring diagram).

The Remote Humidistat switch should be set to the 'ON' position.

The unit will now operate according to the state of the remote switch.

AIR FILTER

The unit has an inlet air filter, this should be checked periodically and if necessary cleaned. It can be cleaned with a vacuum cleaner or washed in mild detergent.

ATTENTION:

Do not run the unit without a filter fitted as dust will impair the performance of the Desiccant Rotor.

CONTROLS

• The controls are positioned on the front of the unit next to the air outlet, they are:
• Power Switch
• Ammeter
• Hour Meter
• Remote Humidistat Switch
• Remote Humidistat Connector

US

TROUBLESHOOTING

If the dehumidifier does not operate:

• Make sure the unit is plugged in.
- Check the fuse
- Check the remote humidistat setting
- Ensure the humidistat (if fitted) is turned on

Low Airflow:

• Check inlet air filter
• Check inlet/outlets not obstructed
• Check ductwork (if fitted) is not obstructed
• Check voltage level
• Check fan is working

If the unit is noisy:

• Check fan operation
• Check rotor drive
• Check for loose screws

Low Dehumidifying Effect:

• Check airflows
• Check Amps reading
• Check rotor is turning

Low Amps Reading:

• Check Regen airflow
• Check Over-Heat Protector
• Check Heater bank

Rotor Not Turning

• Check belt tension
• Check drive-motor operation
• Check rotor alignment

MAINTENANCE

ATTENTION

• Maintenance should only be carried out by qualified personnel
• Unit should be disconnected from mains before removing covers
• If unit has just been running, heater bank may still be hot

• DESICCANT ROTOR

The desiccant rotor is maintenance free, however, if it becomes blocked with dust (e.g. if it has been running without inlet air filter) it can be cleaned by vacuum cleaner or low pressure compressed air.

HEATER BANK

The PTC heater bank is maintenance free however, if it becomes blocked with dust (e.g. if it has been running without inlet air filter) it can be cleaned by vacuum cleaner or low pressure compressed air.

OVER-HEAT PROTECTOR

In the event of total airflow loss, the over-heat protector will operate. If this happens it will need to be manually re-set after the airflow is restored. To reset, push the red button (R) down.

• DESICCANT ROTOR DRIVE

The desiccant rotor is driven by a geared motor via a toothed belt. The rotation speed is approximately 20 RPH. It can be seen turning during operation through the air outlet duct. If it appears to be slow or sticking, the belt can be re-tensioned using the 4 mounting screws @ "A".

Diagram of a mechanical assembly with labeled component A, showing light rays converging into a central shaft (no text or symbols beyond label)

NOTE: Do NOT over-tension the belt. After tensioning it should have movement as shown in the image.

Two-panel image showing a hand holding red cables and a close-up of an electrical motor inside a device (no visible text or symbols)

TECHNICAL DATA

Specifications EPD150 / EPD150-PRO	EPD200 / EPD200-PRO
Typical extraction @ 90°F 90% RH 74 L/ day 95 L/ day
Typical extraction @ 80°F 60% RH 53 L/ day 74 L/ day
Airflow (Dry Air Out) 224 cfm 235 cfm
Airflow (Wet Air Out) 44 cfm 74 cfm
Mains 120Vac ~ 1 phase · 60 Hz 120Vac ~ 1 phase · 60 Hz
Current	7.1A	11.7A
Power	850W	1400W
Operating temperature range	-4°F - 104°F	-4°F - 104°F
Noise level	56dB	58dB
IP rating	IPx2	IPx2
Dimensions l x w x h inch	17.52 x 13.86 x 13.28	24.80 x 13.86 x 13.28
Weight net lbs	38.60	45.20

RH = relative humidity
Subject to modifications without prior notice.

OPTIONAL PARTS

Available from your supplier

• Flexible ducting ∅ 4", 9 or 18 ft
  • Flexible ducting ∅ 5°, 9 or 18 ft
• High voltage humidistat – 15 ft cable mil standard screw plug connected
• Reticulated foam - pack of 3

US

EPD150/EPD150-PRO WIRING DIAGRAM AND SCHEMATIC, DIMENSIONS

graph TD
    A["MAIN LEAF"] --> B["PI"]
    B --> C["HEATER BANK"]
    C --> D["POWER"]
    D --> E["TERMINAL BLOCK"]
    E --> F["AMP"]
    F --> G["AMME IEN"]
    G --> H["REVIEW HUMIDISTAT SWITCH"]
    H --> I["CAPACITOR"]
    I --> J["MOCK DRIVE"]
    J --> K["POWER"]
    K --> L["HEATER BANK"]
    L --> M["POWER"]
    M --> N["TERMINAL BLOCK"]
    N --> O["AMP"]
    O --> P["AMME IEN"]
    P --> Q["REVIEW HUMIDISTAT SWITCH"]
    Q --> R["CAPACITOR"]
    R --> S["MOCK DRIVE"]
    S --> T["TERMINAL BLOCK"]
    T --> U["AMP"]
    U --> V["AMME IEN"]

graph TD
    A["MAIN SWITCH"] --> B["REMOLETE HUMIDISTAT SWITCH"]
    B --> C["REMOTE CONNECTOR"]
    C --> D["1"]
    C --> E["3"]
    C --> F["2"]
    D --> G["REMOTE SWITCH / HUMIDISTAT (OPTIONAL)"]
    E --> G
    F --> G
    G --> H["OVER-HEAT PROTECTOR (MANUAL RESET)"]
    H --> I["HOUR METER"]
    I --> J["M"]
    I --> K["M"]
    J --> L["FAN CAPACITOR"]
    K --> M["ROTOR DRIVER/FAN"]
    M --> N["HEATER BANK"]

EPD200/EPD200-PRO WIRING DIAGRAM AND SCHEMATIC, DIMENSIONS

graph TD
    A["MAINS LEAD"] --> B["LND"]
    B --> C["MAIN SWITCH"]
    C --> D["AMMETER"]
    D --> E["REMOTE HUMIDISTAT SWITCH"]
    E --> F["12 REMOTE CONNECTOR"]
    F --> G["PROCESS FAN CAPACITOR"]
    G --> H["OPEN AIR"]
    I["PROCESS FAN"] --> J["HLA-X BLN 3/4V"]
    J --> K["HEATER BANK"]
    K --> L["CHP"]
    L --> M["TERMINAL BLOCK"]
    M --> N["ROTOR DRIVE"]
    N --> O["BRN ULK BLN"]
    O --> P["OPEN AIR"]
    Q["OPEN AIR"] --> R["OPEN AIR"]
    S["OPEN AIR"] --> T["OPEN AIR"]

graph TD
    A["MAIN SWITCH"] --> B["N"]
    B --> C["E"]
    C --> D["REMOTE HUMIDISTAT SWITCH"]
    D --> E["REMOTE CONNECTOR"]
    E --> F["3"]
    F --> G["F"]
    G --> H["REMOTE SWITCH / HUMIDISTAT (OPTIONAL)"]
    H --> I["3"]
    I --> J["F"]
    J --> K["REMOTE CONNECTOR"]
    K --> L["3"]
    L --> M["REMOTE CONNECTOR"]
    M --> N["3"]
    N --> O["F"]
    O --> P["REMOTE CONNECTOR"]
    P --> Q["3"]
    Q --> R["F"]
    R --> S["REMOTE CONNECTOR"]
    S --> T["3"]
    T --> U["F"]
    U --> V["REMOTE CONNECTOR"]
    V --> W["3"]
    W --> X["F"]
    X --> Y["REMOTE CONNECTOR"]
    Y --> Z["3"]
    Z --> AA["F"]
    AA --> AB["REMOTE CONNECTOR"]
    AB --> AC["F"]
    AC --> AD["REMOTE CONNECTOR"]
    AD --> AE["3"]
    AE --> AF["F"]
    AF --> AG["REMOTE CONNECTOR"]
    AG --> AH["3"]
    AH --> AI["F"]
    AI --> AJ["REMOTE CONNECTOR"]
    AJ --> AK["F"]
    AK --> AL["REMOTE CONNECTOR"]
    AL --> AM["F"]
    AM --> AN["REMOTE CONNECTOR"]
    AN --> AO["F"]
    AO --> AP["REMOTE CONNECTOR"]
    AP --> AQ["F"]
    AQ --> AR["REMOTE CONNECTOR"]
    AR --> AS["F"]

MERCI!

This appliance must be earthed and should only be connected to an earthed 120 V – 60 Hz mains supply.

The installation must be in accordance with the regulations of the country where the unit is used.

The unit is designated for indoor operation.

Four black-and-white illustrations depicting various symbols and objects: a hand holding a rock, a fire plume, a bird perched on a ladder, and a boat navigating water (no text or labels)

COMMENT FONCTIONNE EPD200/EPD200-PRO

COMMENT FONCTIONNE (2)

• ROTOR DESSICCANT BREVETÉ

Mechanical assembly diagram showing light rays interacting with a central component (no text or symbols)

Close-up of hands connecting red and blue cables to a black connector labeled 'R' (no text or symbols beyond label)

Close-up of a metallic mechanical component with attached yellow band and metallic casing (no visible text or symbols)

DONNÉES TECHNIQUE

Spécifications EPD150 / EPD150-PRO	EPD200 / EPD200-PRO
Extraction @ 90°F 90% HR 74 L/ jour 95 L/ jour
Extraction @ 80°F 60% HR 53 L/ jour 74 L/ jour
Débit d'air (Dry Air Out) 224 cfm 235 cfm
Débit d'air (Wet Air Out) 44 cfm 74 cfm
Tension	120Vac ~ 1 phase · 60 Hz	120Vac ~ 1 phase · 60 Hz
Courant	71A	117A
Puissance	850W	1400W
Plage de température	-4 °F — 104 °F	-4 °F — 104 °F
Niveau de bruit	56dB	58dB
Indice IP	IPx2	IPx2
Dimensions l x p x h inch	17.52 x 13.86 x 13.28	24.80 x 13.86 x 13.28
Poids net lbs	38.60	45.20

iGRACIAS!

Thank you for choosing this innovative dehumidifier.

This manual describes the many benefits and advanced features that this unique product has to offer.

This dehumidifier is a tough, industrial unit designed to be used almost anywhere that dry air is required. Desiccant/Absorption dehumidifiers are especially suited to applications where low relative humidities are needed and work well over a wide temperature range.

We specialize in complete indoor humidity control. Our world class products incorporate the latest technological developments and are designed to create a quality environment.

It is important that you read these instructions carefully before installing and using your new dehumidifier.

Please keep them in a safe place for future reference.

SEGURIDAD

Four black-and-white illustrations depicting fire safety symbols: hand, ladder, campfire, and bird (no text or labels)

CÓMO FUNCIONA EPD200/EPD200-PRO

CÓMO FUNCIONA (2)

- ROTOR DESECANTE PATENTADO

3D rendered mechanical component with green mesh pattern and central hub (no text or symbols)

Close-up of a corrugated metal grate with uniform ridges (no text or symbols visible)

Close-up of a metallic mechanical component with a perforated circular opening and a 'Radical' logo in the corner (no readable text or symbols on the main subject)

POSICIONAMIENTO

The fan will start and the Ammeter reading will rise. The ammeter indicates the current taken by the PTC heater bank. Its reading will depend on the 'Process' air temperature and the 'Regen' airflow. Typically, it will indicate between 2 and 3 amps (EPD150) or between 4 and 6 amps (EPD200) – this will reduce if the airflow is low or the process air temperature is high.

• OPERACIÓN REMOTA

Mechanical assembly diagram showing light rays interacting with a central component (no text or symbols)

Two-panel image showing a close-up of hands using red and blue cables to connect a component, and an open electrical motor inside a container (no visible text or symbols)

DATOS TÉCNICOS

Especifications EPD150 / EPD150-PRO	EPD200 / EPD200-PRO
Extracción @ 90°F 90% hr 74 L/ dia 95 L/ dia
Extracción @ 80°F 60% hr 53 L/ dia 74 L/ dia
Flujo de aire (Dry Air Out) 224 cfm 235 cfm
Flujo de aire (Wet Air Out) 44 cfm 74 cfm
Tension	120Vac ~ 1 phase · 60 Hz	120Vac ~ 1 phase · 60 Hz
Corriente	71A	11.7A
Potencia	850W 1400W
Rango de temperature de operación	-4°F — 104°F	-4°F — 104°F
Nivel de ruido	56dB	58dB
Índice IP	IPx2	IPx2
Dimensions l x p x h inch	17.52 x 13.86 x 13.28	24.80 x 13.86 x 13.28
Peso neto lbs	38.60	45.20

graph TD
    A["MAINS LEAD"] --> B["LND"]
    B --> C["PROCESS FAN"]
    C --> D["BRN 3/2"]
    D --> E["BRN 3/2"]
    E --> F["BRN 3/2"]
    F --> G["BRN 3/2"]
    G --> H["BRN 3/2"]
    H --> I["BRN 3/2"]
    I --> J["BRN 3/2"]
    J --> K["BRN 3/2"]
    K --> L["BRN 3/2"]
    L --> M["BRN 3/2"]
    M --> N["BRN 3/2"]
    N --> O["BRN 3/2"]
    O --> P["BRN 3/2"]
    P --> Q["BRN 3/2"]
    Q --> R["BRN 3/2"]
    R --> S["BRN 3/2"]
    S --> T["BRN 3/2"]
    T --> U["BRN 3/2"]
    U --> V["BRN 3/2"]
    V --> W["BRN 3/2"]
    W --> X["BRN 3/2"]
    X --> Y["BRN 3/2"]
    Y --> Z["BRN 3/2"]
    Z --> AA["BRN 3/2"]
    AA --> AB["BRN 3/2"]
    AB --> AC["BRN 3/2"]
    AC --> AD["BRN 3/2"]
    AD --> AE["BRN 3/2"]
    AE --> AF["BRN 3/2"]
    AF --> AG["BRN 3/2"]
    AG --> AH["BRN 3/2"]
    AH --> AI["BRN 3/2"]
    AI --> AJ["BRN 3/2"]
    AJ --> AK["BRN 3/2"]
    AK --> AL["BRN 3/2"]
    AL --> AM["BRN 3/2"]
    AM --> AN["BRN 3/2"]
    AN --> AO["BRN 3/2"]
    AO --> AP["BRN 3/2"]
    AP --> AQ["BRN 3/2"]
    AQ --> AR["BRN 3/2"]
    AR --> AS["BRN 3/2"]
    AS --> AT["BRN 3/2"]
    AT --> AU["BRN 3/2"]
    AU --> AV["BRN 3/2"]
    AV --> AW["BRN 3/2"]
    AW --> AX["BRN 3/2"]
    AX --> AY["BRN 3/2"]

graph TD
    A["N MAIN SWITCH"] --> B["Ground"]
    B --> C["Remote HUMIDISTAT SWITCH"]
    C --> D["MMETER"]
    D --> E["1 REMOTE CONNECTOR"]
    D --> F["2 REMOTE SWITCH / HUMIDISTAT (OPTIONAL)"]
    D --> G["3"]
    G --> H["Overheat Protection (MANUAL RESET)"]
    D --> I["4"]
    I --> J["HOUR METER"]
    J --> K["M PROCESS FAN FAN CAPACITOR"]
    J --> L["M REGEN FAN FAN CAPACITOR"]
    J --> M["M ROTOR DRIVER"]
    M --> N["HEATER BANK"]

World map silhouette in blue, showing continents and oceans (no text or labels)

ECOR PRO USA, LLC

2292 Faraday Avenue

Suite 100

Carlsbad

CA 92008

# 760-248-3010

[e-mail]

www.ecorproducts.com

ECOR PRO

Subject to modifications • Sous réserve de modifications • Sujeto a modificaciones.