Mitsubishi Electric RMF-CA100-V1 Kurzanleitung

RMF-CA100-V1 Thermostat Interface

INSTALLATION / INSTRUCTION MANUAL

Read prior to installing/operating device. Keep this manual for future reference.

Contents

Supplied

Parts. ...........................................................................1

1-1. Optional

Parts.............................................................................1

Safety Precautions.....................................................................1

Installation....................................................................................... 1

3-1. Configuration Options…………………………………………………….2

System Configuration...................................................................... 3

Operator Instruction………………………………………………………3

Troubleshooting .........................................................................3

Error Codes……………………………………………………………4

1. Supplied Parts

RMF-CA100-V1 Thermostat Interface (1)

RMF-CA100 Manual (1)

1-1. OptionalParts

PAC-SE41TS-E Remote Sensor –Part is recommended for applications with a large delta-t (Δt) between the 3rd party

thermostat sensing location and the return air thermistor (TH1).

Please review troubleshooting section below prior to installation of PAC-SE41TS-E Remote Sensor.

2. Safety Precautions

THOROUGHLY READ THE FOLLOWING SAFETY PRECAUTIONS BEFORE EACH USE OF THIS PRODUCT (THE “DEVICE”).

•

Do not expose the device to, or immerse the device in, water.

Doing so could lead to electrical shock to a person, device malfunction or

device damage.

•

Do not install the device in a bathroom, kitchen, orany room where highhumidityorsteam could form. Condensationcould develop onoraround

thedeviceand cause electrical shock toa person,device malfunction and device damage.

•

Do not install the device in a location where a gas leak could occur.

•

Do not exposethedevicetoheat or radiation,includingdirectsunlight, or install the device in a location where thetemperature could begreater

than 40°C (104°F) orless than 0°C (32°F). This could result in devicedeformation or device malfunction.

•

Always ensure the device is installed in an area without exposure to high frequency noise.

•

Power generators, inverters, and high-frequency or radio communication equipment may interfere with the operation ofthis device.

•

All electrical work should be performed by a qualified technician and in accordance with applicable laws andinstructions outlined in this

manual.

•

Use standard wiring with the proper current capacity to avoid current leak, excessive heat, and fire.

•

Use onlyspecified cables and wiring; securely connect each sothat the terminals do not bear anyweight.

•

Include slack inthe power supply wiring. Tensionin the wiring may cause it toexcessively heat up and break, which could result in a fire.

•

Improperlyconnectedorshort-circuited cables orwiringmay produce heat and cause device malfunction, device damage, and fire.

•

Capacity shortage tothepower supply circuit orimproper installation may result in electrical shock or fire.

•

Do not modify or alter this device or cable in any manner whatsoever.

3. Installation

Thermostat may be configured for use with a conventional system.

•

Make all connections with

18AWG

thermostat wire.

•

Wire connection terminals support 20-30VAC.

•

High/medium/low fan signals

(G1,G2,G3)

are optional, and may not be available on all thermostatmodels.

WARNING - INCORRECT HANDLING CAN RESULT IN ELECTRICAL INJURY, DEVICE MALFUNCTION AND DAMAGE

Note: Auxiliaryheat control is not controlled by the RMF-CA100. Auxiliaryheat control remains with Mitsubishi

ElectricCN24 connector on compatible indoorunits.

3-1. Configuration Options

Two-Stage Cooling and Heating - Dipswitch 1-1 set to OFF position (default position) Installation

RMF-CA100 operates in dual stage heat / cool mode using thermostat signals W1, W2, Y1, Y2, and fan signal (G). G1, G2 and G3 are

available but not required.

Single-Stage Operation Installation (Simulated VRF) - Dipswitch 1-1 set toONposition; if Y2 or W2 is left unconnected or

is unavailable from the thermostat.

This configures singlestage operation of

RMF-CA100 simulating multiple stage operation

using temperature differential based on W1 / Y1 call and run time.

RMF-CA100 Connector Pin Layout

Signal

Description

Common (In) Transformer

Common (Out) To Thermostat

24 VAC Transformer

24 VAC to Thermostat

High Fan

Medium Fan

Low Fan

Stage 2 Cooling

Stage 1 Cooling

Stage 2 Heat

Stage 1 Heat

Fan

NOT SUPPORTED

Error Output (Out)

Two-Stage

Operation

Single-Stage

Operation

RMF-CA100 Connector Pin Layout

Signal

Description

Common (In) Transformer

Common (Out) To Thermostat

24 VAC Transformer

24 VAC to Thermostat

High Fan

Medium Fan

Low Fan

Do Not Connect

Stage 1 Cooling

Do Not Connect

Stage 1 Heat

Fan

NOT SUPPORTED

Error Output (Out)

DIPSWITCH BANK 1 (SW1)

4. System Configuration

Choose a place where to install the RMF-CA100. The device provides two mounting holes to mechanically affix the case to a solid

surface. Double-sided tape may be used to affix the device. When using tape, ensure that the tape is approved for use within the

anticipated operating temperature ranges.

Install the transformer, as necessary, per building code and manufacturer’s installation instructions.

Connect the RMF-CA100 cable to the connector CN105 on the indoor unit control board.

Connect RMF-CA100 terminals using 18 AWG wire.

Device Configuration

Initial settings can be configured via the dipswitches on the circuit board, SW1 and SW2 (not used). The circuit board can be accessed by

unfastening the four screws on the back of the case.

Additional request codes not addressed by the thermostat interface may be configured by temporarily connecting an MA remote controller.

Grouping

The connection of more than one RMF-CA100 to a single thermostat is not supported.

Temperature Sensing

The RMF-CA100 relies upon both the dry-contact thermostat andthe indoorunit’s thermistors inorder to monitor room temperature. The

thermostat senses room temperature and establishes set temp. The MitsubishiElectricindoor unit’s return airthermistor is used for cooling

and heating calculation.

Input

Description (dip-switch position represented as

black

[

]

–default OFF)

SW1-1

ON,

do not connect thermostat wire to W2 or Y2 terminals of RMF-CA100; W1 and Y1

MUST

be used.

Dual Stage

Operation

(DEFAULT)

Simulated

VRF

(Single Stage

Heat/Cool)

Operation

SW1-2

Unused

N/A

SW1-3

Fan speed isdefined by SW1-3 andSW1-4 in stage 1operationwhen

G1, G2 and G3

are inactive:

Low

(DEFAULT)

Medium

High

Quiet

SW1-4

SW1-5

Simulated VRF capacity increase time-delay when SW1-1 ON is defined below:

20 Minute

(DEFAULT)

10 Minute

15 Minute

25 Minute

SW1-6

M O D E :

F A N :

H E A T

H I G H

5. Operator Instructions

Operate the third-party thermostat per the manufacturer’s instructions. During normal operation, theconnection of Mitsubishi Electric remote

controllers (e.g. MA/ME) is not supported, as they will interfere with the correct operation of theRMF-CA100.

Notes:

The indoor unit will limit the internal temperature control set point based on the indoor unit specification.

Fan signals

G1, G2, G3

, when energized, take precedence over

SW1-3&4

Only fan speeds available on the IDU can be set by the Thermostat Interface.

The G signal is used only for operating the IDU in ventilation mode when no cooling or heating signals is energized.

When all cooling and signals are disabled, energizing G will place the IDU into ventilationmode.

Display

The RMF-CA100 has 2-line/16-character LCD display and 4 buttons to navigate the menus. There are four buttons on the RMF-CA100: UP,

DOWN, OK & MENU

Using these buttons will allow navigating through menus and system configuration.

Operator Instructions: Menu Screen

Default Screen: The following operator instructions involve the use of the LCD screen and tactile buttons.

Main Screen:

This screen will display the current OPERATION MODE and the current FAN SPEED.

The default screen will display the MODE on line 1 and will display the FAN speed on line 2.

Screen example:

Mode display is dependent on the current state of operation (defined in MENU section below).

1. If the state of operation is stage 1 heating or stage 2 heating, theMODE will display HEAT.

2. If the state of operation is stage 1 cooling or stage 2 cooling, theMODE will display COOL.

3. If the state of operation is Input Error state, the LCD will display MODE: INPUT-ERR.

4. If the state of operation is No Call state:

a. If 2 hour has not elapsed since exit heat mode (thermal off), the MODE display HTG HOLD (heatinghold).

b. If G1 thermo input is ON, the LCD display reads MODE: FAN G1 FAN: LOW

c. If G2 thermo input is ON, the LCD display reads MODE: FAN G2 FAN: MED

d. If G3 thermo input is ON, the LCD display reads MODE: FAN G3 FAN: HIGH

e. If G thermo input is ON, and if G1 G2 & G3 are OFF, the LCD display reads MODE: FAN G FAN: LOW

i. G fan speed is a mode item and can be changed using the MENU –FAN SPEED submenu

f. If G1, G2, G3, and G thermo inputs are off, the LCD display reads MODE: NO CALL FAN: OFF.

5. If the system is operating in test mode the mode displays HEAT TEST or COOL TEST depending on selecting operatingmode.

Mode Options: Menu Screen

The menu screen displays the different menu options that are available. The menu screen is accessed by pressing the MENU button. To return

to the default screen, press the MENU button again. The menu screen will display different configuration options:

- ERROR HISTORY

- MODE SETTINGS

oMODE OPTIONS

oFAN SPEED

- TEST SETTINGS

oNO TEST

oHEAT TEST

oCOOL TEST

- TIME SETTINGS

oSET DATE

oSET TIME

- THERMO INPUT

- FW VERSION

Sub menu options are accessed using the UP/DOWN buttons then pressing OK once the submenu is selected. To return to the main menu

screen, press the MENU button again.

Screen Example:

E R R O R

M O D E

H I S T O R Y

S E T T I N G

0 1 E R R O R

2 0 1 9 0 9 2 0

4 2 0 8 –A B

1 2 : 5 9 A

Operator Instructions: Screens –Error History Screen

The error history screen displays the saved error codes (latest errors displayed first). This screen displays up to 10 errors before overwriting.

UP/DOWN button is used to navigate between saved errors. Each screen displays the error page (one of 10), the error code, and the time/date

Screen example:

Operator Instructions: Screens –Mode Setting Screen

The mode setting screen is accessed by navigating to the MODE SETTINGS menu after pressing the menu button. This allows the operator to

configure MODE settings.

The MODE SETTINGS screen will display all 28 configuration modes and G-fan speed submenu.

Mode settings are displayed to the right of the mode values. This will either be 1, 2, or 3. If the mode is not available by the unit, the mode will

not be accepted.

Example –mode 3 is available, mode 4 is not. Mode 3 currently is set to 1, Mode 4 is unavailable, and Mode 5 is set to 3.

Pressing the OK button will select a mode to modify. Upon pressing the OK button, the MODE SETTING will be selected. Pressing UP/DOWN

will navigate between mode options 1, 2, or 3. Pressing OK will save the selection, and return back to navigating MODE SETTINGS. Pressing

the MENU button will cancel the mode selection and return to navigating the MODE SETTINGS screen.

To exit the MODE SETTINGS screen, press the MENU button.

A confirmation screen will appear to save setting. The operator can select Y or N via the UP/DOWN/OK button.

Operator Instructions: Screens –Test Settings

There are three menu options available in the TEST SETTINGS mode. While in TEST SETTING mode, pressing MENU button returns system to

normal operation. After 1 hour in HEAT TEST or COOL TEST mode the system automatically exits test mode and returns to default screen and

returns to normal operation. THIS SETTING IS COMPLETELY UNIQUE TO RMF-CA100 AND SEPARATE FROM DIAGNOSTIC EQUIPMENT

TEST MODES.

NO TEST: Selecting NO TEST returns to default screen.

HEAT TEST: Firmware ignores thermostat inputs and commands HVAC to enter HEAT OPERATION MODE with FAN SPEED set to HIGH,

SET TEMP to 27°C

COOL TEST: Firmware ignores thermostat inputs and commands HVAC to enter COOL OPERATION MODE with FAN SPEED set to HIGH,

SET TEMP to 16°C

Screens –Time Screen

The time screen is accessed by navigating to the TIME MODE submenu from the main menu. The time screen is used to set the Date and

For each submenu, the UP/DOWN buttons are used to navigate between settings, the OK button is used to select the setting, and the MENU

button is used to exit.

A confirmation screen will appear to save setting. The operator can select Y or N via the UP/DOWN/OK button.

Selecting N, discards the changes.

Selecting Y, saves the settings, then sends the operation commands out to the HVAC unit.

Operator Instructions: Screens –Thermo Input

THERMO INPUT screen displays state of six thermostat inputs: W1, W2, Y1, Y2, G, G1, G2, G3. This option is designed to assist in

troubleshooting and confirming signals are being received by the RMF-CA100 interface.

0 = No signal received. 1 = Receiving signal. The following is an example of the Thermo Input screen when all the inputs are inactive:

MODE 3

MODE 5

S A V E S E T T I N G ?

Y N

S A V E S E T T I N G ?

Y N

W 1 0 W 2 0 Y 1 0

G 0 G 1 0 G 2 0

Y 2 0

G 3 0

DUCTED AIRHANDLING UNIT FUNCTION SETTINGS (PVA/SVZ/SEZ/PEAD)

Definition

Mode

Setting

Setting Description

Power Failure Auto Restart

Disabled

Enabled

Static Settings

08 & 10

See Static Pressure Settings Below

Heater Control *1

No Heater Present

Heater Present

Optional Humidifier *2

Not Supported

Supported

Frost Prevention Temp

2°C (36°F)

3°C (37°F)

Humidifier Control *2

With Compressor Only

In Heat Mode

Heater Control *3

Set Temp-2.5°C ON

Set Temp-2.5°C ON & Enable Heater During Defrost/Error

Heater Control *2

Disabled Heater During Defrost/Error

Enabled Heater During Defrost/Error

Heating Height Offset 4°C

Available (ON) 4°C (7.2°F) UP

Not Available (OFF)

Fan Speed Thermal-Off (Heating)

Extra Low

Stop

3rd Party Thermostat Setting

ERV Control *2

IDU STOP, Fan speed STOP, and CN2C is OFF

CNER input ON, Fan speed & CN2C is ON

Fan Speed Thermal-Off (Cooling)

3rd Party Thermostat Setting

Stop

Abnormal Pipe Temperature

Detection (P8)

Available (ON)

Not Available (OFF)

*1 –Enabled from factory on SEZ indoor unit.

*2 –Supported on PVA, SVZ & PEAD indoor units.

*3 –Supported on SEZ indoor unit only.

* –Factory default

External Static Pressure

Setting No. of

Mode 08

Setting No. of

Mode 10

0.30 in. WG [75Pa]

0.50 in. WG [125Pa]

0.80 in. WG [200Pa]

External Static Pressure

Setting No. of

Mode 08

Setting No. of

Mode 10

0.30 in. WG [75Pa]

0.50 in. WG [125Pa]

0.80 in. WG [200Pa]

External Static Pressure Setting for SEZ

External Static

Pressure

Setting No.

of Mode 08

Setting No.

of Mode 10

0.02 in. WG [5Pa]

0.06 in. WG [15Pa]

0.14 in. WG [35Pa]

0.20 in. WG [50Pa]

External Static Pressure Setting for PEAD

External Static

Pressure

Setting No.

of Mode 08

Setting No.

of Mode 10

0.14 in. WG [35Pa]

0.20 in. WG [50Pa]

0.28 in. WG [70Pa]

0.40 in. WG [100Pa]

0.60 in. WG [150Pa]

PVA & SVZ - Vertical, Horizontal Left, Horizontal Right External Static

Pressure Setting.

PVA & SVZ - Downflow External Static Pressure Setting

DUCTED AIRHANDLING UNIT FUNCTION SETTINGS (PEFY/PVFY)

Dipswitch

Description

Remarks

SW1-9

Auto restart after power failure

Activate when unit stopped

Not effective

Off

Effective*

Off

SW1-1

Indoor temperature detecting

Activate when unit stopped

At fan coil*

Off

At remote control

Off

SW4-4

Fresh air intake

Activate when unit stopped

Not effective*

Off

Effective

Off

SW1-6

Humidifier control

Activate when unit stopped

*1 Operates during heat thermo on

*2 Operates when fan is on and in heat mode

During heating

operation* *1

Off

Always on while in

heating mode *2

Off

SW1-3

Filter cleaning

Activate when unit stopped

Set to 100H

Off

Set to 2500H*

Off

SW3-2

Heater control

Activate when unit stopped

Settings are dependant on individual application

Heater

unavailable*

Off

Heater available

Off

SW3-4

Heater control during defrost and error

Activate when unit stopped

Unavailable*

Off

Available

Off

SW5

Main power voltage

Set SW5 to 240V side when the power supply is 230 volts.

When the power supply is 208 volts, set SW5 to 220V side.

Set as per site power requirement.

220V

240V

220V

240V

Note: All dip-switch settings mentioned on this page are found on the indoor unit controller board.

Function 84

Please leave as factory default

Function 85

Please leave as factory default

Function 107 - 2

Please leave as factory default

*1 - Time delay can only be selected with MA controller. If use of a non-MA controller is desired, the time delay must first be

selected with the MA controller. Then the non-MA controller can be attached and used.

*2 - The default time delay setting is 20 minutes.

*3 - Time delays are approximate.

* - Factory default setting.

Function *1

Action *3

108 –1

Set time delay to 10 mins

108 –2

Set time delay to 15 mins

108 –3

Set time delay to 20 mins*2

108 - 4

Set time delay to 25 mins

6. Troubleshooting

This section shall be used for referencing error codes displayed on RMF-CA100 when connected with corresponding units found in tables

below.

Always reference product specific manuals for troubleshooting unit errors. For more information on troubleshooting procedures visit

www.mitsubishitechinfo.ca

Problem

Checkpoints

Remarks

Blank LED screen on

RMF-CA100

Check CN105 connector and

cable between RMF-CA100 and

indoor controller board.

Check power supply to indoor

unit.

LED screen is powered by

CN105 via indoor controller

board.

Power supply voltage should

be between 208/230 VAC (+/-

10%).

Unit does not operate

(heat, cool, fan mode)

Confirm all thermostat wire

connections are correct.

Check 24VAC between C

terminal at RMF-CA100 to

corresponding input/mode.

Verify input by using thermo

input menu on RMF-CA100

interface. Please refer to page

6 of this manual.

Unit does not operate

correctly in cooling

Verify Y1 and/or Y1/Y2 value is ‘1’

on thermo input menu on RMF-

CA100 interface. Please refer to

page 6 of this manual.

Check TH1/return air temperature

value is above/below the

highest/lowest set-point available

to the applicable unit.

Check mode setting 27 is set to 1

(M&P-Series only)

Check insulation and air-leaks in

ductwork design

(conditioned/unconditioned

spaces).

Reference section above

The system will not operate in

cooling, if TH1 (return air

thermistor) reading below the

minimum allowable set-point

by the indoor unit.

Fan operation during cooling

thermal off, may improve

accuracy of temperature

measured at TH1 (return air

thermistor)

Unit does not operate

correctly in heating

Verify W1 and/or W1/W2 value is

‘1’ on thermo input menu on

RMF-CA100 interface. Please

refer to page 6 of this manual.

Check TH1 (return air thermistor)

value is not above/below the

highest/lowest set-point available

to the applicable unit

Check mode setting 25 is set to 1

(M&P-Series only)

Check mode setting 24 is set to 2.

(M&P-Series only)

Check indoor controller board

dipswitch SW3-8 is ON (City Multi

only)

Check insulation and air-leaks in

ductwork design

(conditioned/unconditioned

spaces)

The system will continue

operating in heating, if TH1

(return air thermistor) reading

below the minimum allowable

set-point by the indoor unit.

Fan operation during heating

thermal off, may improve

accuracy of temperature

measured at TH1 (return air

thermistor).

7. Error Codes

This section shall be used for referencing error codes displayed on RMF-CA100 when connected with corresponding units found in tables

below.

Always reference product specific manuals for troubleshooting unit errors. For more information on troubleshooting procedures visit

www.mitsubishitechinfo.ca

M and P Series Error Codes

Communication

Error

Communication error between indoor and outdoor units

Remote controller receiving error

E6/E7

Indoor / outdoor unit communication error

Indoor / outdoor unit communication error (Transmitting error) (Outdoor unit)

Indoor unit control system error (memory error, etc.)

Thermistor

Error

Intake sensor error

P2/P9

Pipe (Liquid or two-phase pipe) sensor error

Freezing/Overheating safeguard operation

Pipe temperature error

Indoor Unit

Error

Fan motor error

Drain sensor error

Drain pump error

Outdoor Unit

Error

Compressor overcurrent interruption

Compressor overcurrent interruption (When compressor locked)

U1/Ud

Abnormal high pressure (63H worked) / overheating safeguard operation

Abnormal high discharging temperature / 49C worked / insufficient refrigerant

U3/U4

Open / short of outdoor unit thermistors

Abnormal temperature of heat sink

Compressor overcurrent interruption / Abnormal of power module

Abnormality of superheat due to low discharge temperature

Outdoor unit fan protection stop

U9/UH

Abnormality such as overvoltage or voltage shortage and abnormal synchronous

signal to main circuit / Current sensor error

This section shall be used for referencing error codes displayed on RMF-CA100 when connected with corresponding units found in tables

below.

Always reference product specific manuals for troubleshooting unit errors. For more information on troubleshooting procedures visit

www.mitsubishitechinfo.ca

City Multi Error Codes

1000 –Pressure / Temperature

1102

Discharge temperature abnormality

1301

Low pressure abnormality (OC)

1302

High pressure abnormality (OC)

1500

Overcharged refrigerant abnormality

2000 –Water

2500

Leakage (water) abnormality

2502

Drain pump abnormality

2503

Drain sensor abnormality

2600

Water leakage (LC)

2601

Water-supply cut (LC)

4000 –Power / Inverter

4103

Reverse phase abnormality

4108

Over-current protection ([P450-P650 model] No.2 Comp)

4115

Power supply sync signal abnormality

4116

Fan speed abnormality (motor abnormality) (IC, LC)

5000 –Thermistor / Transducer

5101

Air inlet (TH21:IC)

Open-air treatment inlet (TH4:LC)

Discharge (TH1/TH11, TH12:OC)

5102

Liquid pipe (TH22: IC)

Open-air treatment pipe (TH2:LC)

5103

Gas pipe (TH23:IC)

Open-air treatment gas pipe (TH2:LC)

5104

Open-air treatment open air (TH1)

Open-air temperature (TH24)

5105

Pipe (TH5)

5106

Ambient temperature (TH6)

5107

Pipe (TH7)

6000 –Communication

6600

Multiple address abnormality

6601

Unset polarity

6602

Transmission processor hardware abnormality

6603

Transmission circuit bus-busy abnormality

6606

Communications with transmission processor abnormality

6607

No ACK abnormality

7000 –System Settings

7100

Total capacity abnormality

7101

Capacity code abnormality

7102

Error in the number of connected units

IM_RMF-CA100-V1_082022

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