Remeha Avanta Plus Quinta Pro Schematics

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PANTONE 287 EC

PANTONE 287 EC

PANTONE

Process Black EC

PANTONE 200 EC PANTONE 376 EC PANTONE

Process Cyan EC

PANTONE

Process Cyan EC

SUPER CONDENSING

107% NCV ≥ 82/71°C

FULLY MODULATING

BOILER CONTROL

PREMIX BURNER

CLEAN COMBUSTION

ULTRA LOW NOx

BREEAM EXCELLENT

RECYCLABLE

MATERIALS

PANTONE 2985 EC

PANTONE 2985 EC

HIGH EFFICIENCY

108.9% NCV ∆T 50/30°C

REMEHA QUINTA PRO RANGE - SUGGESTED SCHEMATICS WITH CONTROL AND POWER WIRING DETAILS

QUINTA PRO RANGE

Suggested Schematics with Control

and Power Wiring Details

QUINTA PRO RANGE OUTPUTS

QP30: 8.0 - 31.4 kW

QP45: 8.0 - 43.0 kW

QP65: 12.0 - 65.0 kW

QP90: 14.1 - 89.5 kW

QP115: 16.6 - 114.0 kW

High efficiency wall hung condensing boiler

with ultra low NOx emissions

2

Schematics with Control Page

Control Options for the Quinta Pro Series of Boilers p3

External controls by others

Simple Quinta Pro boiler domestic installation - p4-5

Typical ‘S’ plan, heating and hot water

Single Quinta Pro boiler, heating only p6-7

Single Quinta Pro boiler, heating only with low loss header p8-9

Single Quinta Pro boiler, heating and priority hot water using a low loss header p10-13

and pump or valve kit

Remeha supplied controls

Single Quinta Pro boiler, heating only using the iSense controller p14-16

(room/weather compensation)

Single Quinta Pro boiler, heating and Priority DHW using the iSense controller p17-19

(room or outside compensation)

Multiple Quinta Pro boilers HTG only using a low loss header with the Celcia MC4 p20-21

and iSense (room or outside compensation)

Multiple Quinta Pro boilers HTG and Priority DHW using a low loss header with p22-24

the Celcia MC4 and iSense (room or outside compensation)

Multiple boilers, heating and hot water using a low loss header with the p25-30

iSense Pro controller (optimising/weather compensated control for dual

heating zone and hot water from all or single boilers)

Connecting multiple boilers with external control interlocks and alarm p31

and run signals

Quinta Pro nominal flow rates and boiler resistances p31

Note: We supply the Grundfoss 25/80 (Part No. S101621) as standard for the full Quinta Pro

range. This will alter due to changes in EU regulations. The Quinta Pro 30 will operate on speed

1, the 45 and 65 will operate on speed 2, and the 90 and 115 will operate on speed 3. They are

intended to act as a shunt pump. In the layouts illustrated, they are designed to operate on a

20ºC Delta TΔ. If using a pump without a low loss header, please take into account both the

boiler and system resistance and also when being used in conjunction with a calorifier and low

loss header. Contact our sales or technical departments for further assistance.

The hydraulic and control layouts illustrated in this brochure are for guidance only and must be

used in conjunction with the Quinta Pro and iSense Pro installation and service manuals. They

do not constitute a full system design. Remeha Commercial accept no liability for any loss or

damage rising from any errors or omissions that may be inadvertently contained in this booklet.

When connecting a control cable to the OT terminals on the main control PCB, disconnect and

remove the factory fitted lead connected to the IF- 01 PCB.

Some earths and neutrals are omitted for clarity.

All systems, mechanical and electrical, must be installed to the current regulations by a suitably

qualified engineer.

3

Control Options for the Quinta Pro 30 / 45 / 65 / 90 and 115 series

The Remeha range of Quinta Pro boilers are supplied as standard with an “Open Therm”

control interface which enables direct weather compensation using Remeha single and

multi boiler controls. The customer can choose to use external control options supplied

by others without affecting boiler performance.

Supplied by others

On/off control:

• Boiler requires a permanent 230v supply and is enabled using a volt free switch/relay.

The boiler will modulate its output to maintain the flow temperature setpoint,

normally 80ºC, but can be adjusted on the boiler between 20ºC and 90ºC

0-10 volt control:

• Boiler requires a permanent 230v supply and is enabled and modulated using a 0-10

volt signal from a Building Management System or quality panel mounted optimiser/

compensator. The control can be flow temperature or percentage output based

• Temperature based example: if 56ºC ow is required from the boiler, the control will need to

supply 5.6v. The output will be modulated to maintain a flow temperature of 56ºC

• Percentage based example: if the control logic requires that a boiler should be running

at 33%, the control will need to supply 3.3v to the boiler. The boiler will run at 33% output

with a variable flow temperature

• Applications - domestic/commercial and industrial installations, with a variety of heat

emitters, DHW via calorifiers or plate heat exchangers, and installations where a variety

of different temperature zones are required at the same time

Supplied by Remeha Commercial as optional extras

iSense Controller - Single/multi boiler weather compensating controller

• A simple to operate room/boiler mounted thermostat/timer which can be used with a

combination of outside/room and flow temperature sensors to vary the boiler output

(flow temp) to suit weather conditions. The iSense can be installed in a reference room

and can also be mounted in a boiler when used in weather compensated mode.

It has a 7 day timer with multiple on/off and night setback periods, holiday function,

frost protection and manual override

Celcia MC4

• Multiple boiler weather compensating controller with step control (up to 4 boilers)

to be used in conjunction with the iSense controller

• The iSense can be mounted in a reference room, in the plant room or on the boiler

• The MC4 is mounted adjacent to the boiler group

iSense Pro - Multiple boiler weather compensating controller with sequence control (up to 8 boilers)

• Optimiser compensator which can provide 2 timed heating zones and uses a combination

of outside, flow and room temperature to vary the boiler output (flow temp) to suit weather

conditions. Can also provide time control to DHW circuit. The iSense Pro controller is mounted

in a wall box when used with the Quinta Pro and is complete with timer, night setback, frost

protection and pump cycling protection. The iSense Pro controller will sequence and rotate

the lead boiler on multiple installations. This controller also has the ability to accept remote

extension timers, supplied as an optional extra, which will allow the heating system to run

on daytime compensation outside the normal timed settings without need for access or

interference to the boiler or controller. Ideal for school lettings/night classes etc.

Note: We do not advise using a combination of external and built-in controls as in most cases

there can be no interface between them; it is likely they will ‘conflict’ with each other

and neither will work properly. The exception to this is when using the iSense Pro kit KT1154

in conjunction with a Remote BMS controller (see page 31).

4

Simple Quinta Pro boiler domestic installation

Typical ‘S’ plan, heating and hot water

(Time and temperature control by others)

Power Supply

• Boiler requires a permanent 230v single phase supply fused at 6.3 amps connected

to the factory fitted fly lead

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Boiler will recognise the control being used

• Use the zone valve end switches to provide the volt free switch pair on OT on the main

control PCB to enable the boiler

• Boiler output will vary between 18% part load set point and 100% full load set point

to achieve the boiler flow set point (code P1)

System Components

(not supplied)

• Simple two channel time clock providing 230v switched supplies to control

heating and domestic hot water

• System pump

• Cylinder thermostat

• Room thermostat

• HTG and DHW zone valves c/w a single end switch (closes on valve fully open)

• Wiring centre

Note:

1. Maintain polarity on all connections

2. Some Neutral and Earth connections have been omitted for clarity

3. The schematic is for guidance only and does not constitute a design

4. Heating and hot water can be operated independently or simultaneously

with this layout provided the control selected will allow it

5

Shunt

O

QP 001S

QP 001SA

Quinta Pro single boiler heating and domestic hot water, using a

simple ‘S’ Plan

Shunt

O

QP 001S

QP 001SA

Quinta Pro single boiler heating and domestic hot water, using a

simple ‘S’ Plan

QP 001S

QP 001SA

Single Quinta Pro boiler, heating and domestic hot water,

using a simple ‘S’ Plan

6

Single Quinta Pro boiler, heating only

(Time and temperature control by others)

Power Supply

• Boiler requires a permanent 230v single phase supply fused at 6.3 amps connected to the

factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Connect the external controls (volt free) to the OT terminals on the main control PCB (on/off).

Boiler will modulate to the set point set in P1 or the 0 -10v terminals on the IF-01.

Control option based on temperature or output can be adjusted on the jumper on the IF-01.

(See installation manual for full details)

• Boiler will recognise the type of control being used

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Pump: connect the heating pump to terminals shown on the PCB SCU - S02 max 400Va

(1.5 amp). Alternatively, pump can be connected to the fly lead supplied with the boiler

to plug X81; this a max duty of 200w (0.8 amp)

7

7

QP 002

QP 002A

Quinta Pro single boiler heating only

7

QP 002

QP 002A

Quinta Pro single boiler heating only

QP 002

QP 002A

Single Quinta Pro boiler, heating only

8

Single Quinta Pro boiler, heating only with low loss header

(Time and temperature control by others)

Power Supply

• Boiler requires a permanent 230v single phase supply fused at 6.3 amps connected

to the factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Boiler will recognise the type of control being used

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Connect the external controls (volt free) to the OT terminals on the main control PCB

(on/off). Boiler will modulate to the set point set in P1 or the 0 -10v terminals on the IF- 01.

Control option based on temperature or output can be adjusted on the jumper on the IF- 01.

(See installation manual for full details)

• Pumps: connect pump PM1 to the heating pump terminals shown on the PCB SCU - S02

max 400Va (1.5 amp). Connect the shunt pump SH1 to the pump y lead supplied with the

boiler to plug X81

9

9

QP 003

QP 003A

Quinta Pro single boiler heating only with loss heading

9

QP 003

QP 003A

Quinta Pro single boiler heating only with loss heading

QP 003

QP 003A

Single Quinta Pro boiler, heating only with low loss header

10

Single Quinta Pro boiler, heating with priority hot water

using a low loss header and pump or valve kit

(Time and temperature control by others)

Power Supply

• Boiler requires a permanent 230v single phase supply fused at 6.3 amps connected

to the factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Boiler will recognise the type of control being used

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Connect the external controls (volt free) to the OT terminals on the main control PCB

(on/off). Boiler will modulate to the set point set in P1

• Pumps: connect pump PM1 to the heating pump terminals shown on the PCB SCU - S02 max

400Va (1.5 amp). Connect the shunt pump SH1 to the y lead supplied with the boiler to plug

X81 max 200w (0.8 amp). On pump installations, connect the shunt pump to the terminals

shown; a contactor or relay will be required if loading exceeds 1.5 amps

• 3-way valve: on the 3-way valve option, connect the valve to the terminals shown on the PCB

SCU – S02

Important:

When using the Remeha supplied low loss header and pump kit and the DHW diverting valve or

primary pump kit, the calorifier must be sited within 3M of the boiler. In both cases, the DHW

cylinder must be a high recovery unit capable of accepting the full or adjusted DHW output of the

boiler being used (reference parameter P18).

11

11

QP 004

QP 004A

Quinta Pro single boiler heating with priority hot water using a low

loss header. Three way valve DHW priority Quinta Pro 30/45/65 only

Quinta Pro single boiler heating with priority hot water using a

low loss header pump option DHW priority can be used on all

Quinta Pro range

11

QP 004

QP 004A

Quinta Pro single boiler heating with priority hot water using a low

loss header. Three way valve DHW priority Quinta Pro 30/45/65 only

Quinta Pro single boiler heating with priority hot water using a

low loss header pump option DHW priority can be used on all

Quinta Pro range

QP 004

QP 004A

Single Quinta Pro boiler, heating with priority hot water using a low

loss header. 3-way valve DHW priority Quinta Pro 30/45/65 only

Single Quinta Pro boiler, heating with priority hot water using a

low loss header pump option. DHW priority can be used on all

Quinta Pro range

12

3 way valve

Wiring detail of controls when using a

Remeha Commercial Calorifier, a volt free

HWS time control and a 2 Port spring return

valve. If using a different type of calorifier, please

follow manufacturer’s instructions regarding

control and wiring details

2 C 1 2 C 1

Factory tted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Time/temp control

HTG (volt free)

Time control DHW

(volt free)

230v fused

supply for

2 port valve

(connected to

boiler supply)

2 Port

spring

return

valve Cylinder

Thermostat

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler HWS time

control

230v Fused

Supply

(connected to

boiler supply)

Boiler Signal out (volt free)

Boiler Signal in (volt free)

Live

Neutral

Thermostat

2 C 1 2 C 1

Safety Limiter

2 Port Spring Return

Motorised Valve

Orange

Grey

Blue

Brown

Tdhw

Contactor or relay required if both pumps

PM1 and SH1 loading exceeds 1.5 amps

Pump

PM1

Pump

PM2

Shunt pump

SH1

Wiring detail of controls when using a Remeha

Commercial with a 2Calorifier Port spring return

valve. If

usi

ng a different type of calorifier, please

follow manufacturer’s instructions regarding

control and wiring details

QP 004C

fi

Factory tted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

fi

Time/temp control

HTG (volt free)

Time control DHW

(volt free) 2 Port

spring

return

valve

230v fused

supply for

2 port valve

(connected to

boiler supply)

Boiler Signal out (volt free)

Boiler Signal in (volt free)

Live

Neutral

2 Port Spring Return

Motorised Valve

Orange

Grey

Blue

Brown

Thermostat Safety Limiter

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler HWS time

control

230v Fused

Supply

(connected to

boiler supply)

Tdhw

Cylinder

Thermostat

3 way valve

Wiring detail of controls when using a

Remeha Commercial Calorifier, a volt free

HWS time control and a 2 Port spring return

valve. If using a different type of calorifier, please

follow manufacturer’s instructions regarding

control and wiring details

2 C 1 2 C 1

Factory tted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Time/temp control

HTG (volt free)

Time control DHW

(volt free)

230v fused

supply for

2 port valve

(connected to

boiler supply)

2 Port

spring

return

valve Cylinder

Thermostat

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler HWS time

control

230v Fused

Supply

(connected to

boiler supply)

Boiler Signal out (volt free)

Boiler Signal in (volt free)

Live

Neutral

Thermostat

2 C 1 2 C 1

Safety Limiter

2 Port Spring Return

Motorised Valve

Orange

Grey

Blue

Brown

Tdhw

Contactor or relay required if both pumps

PM1 and SH1 loading exceeds 1.5 amps

Pump

PM1

Pump

PM2

Shunt pump

SH1

Wiring detail of controls when using a Remeha

Commercial with a 2Calorifier Port spring return

valve. If

usi

ng a different type of calorifier, please

follow manufacturer’s instructions regarding

control and wiring details

QP 004C

fi

Factory tted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

fi

Time/temp control

HTG (volt free)

Time control DHW

(volt free) 2 Port

spring

return

valve

230v fused

supply for

2 port valve

(connected to

boiler supply)

Boiler Signal out (volt free)

Boiler Signal in (volt free)

Live

Neutral

2 Port Spring Return

Motorised Valve

Orange

Grey

Blue

Brown

Thermostat Safety Limiter

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler HWS time

control

230v Fused

Supply

(connected to

boiler supply)

Tdhw

Cylinder

Thermostat

QP 004B

Single Quinta Pro boiler, heating with priority hot water using a

low loss header (3-way valve option)

QP 004C

Single Quinta Pro boiler, heating with priority hot water using a

low loss header (Pump option)

13

13

Boiler 230v Fused Supply

Boiler Signal out (volt free)

volt free)

Boiler Signal in (

Live

Neutral

2 C 1 2 C 1

R L

QP004D

QP004E

13

Boiler 230v Fused Supply

Boiler Signal out (volt free)

volt free)

Boiler Signal in (

Live

Neutral

2 C 1 2 C 1

R L

QP004D

QP004E

Wiring detail of controls when using a Remeha

Commercial Calorifier with a 2 Port spring

return valve and an iSense or Open Therm

controller. If using a different type of calorifier,

please follow manufacturer’s instructions

regarding control and wiring details.

Set Boiler parameter P37 to 0.

Note: Calorifier Thermostat temperature should

be set 5oC higher than the iSense control hot

water setting.

Wiring detail of controls when using a Remeha

Commercial Calorifier. If using a different type

of calorifier, please follow manufacturer’s

instructions regarding control and wiring details.

QP 004D

QP 004E

14

Single Quinta Pro boiler, heating only using the iSense controller

(room or weather or room/weather compensated)

Power Supply

• Boiler requires a permanent 230v single phase supply fused at 6.3 amps connected to the

factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Boiler will recognise the type of control setting used

Fitting the Control

• For room compensation, t the control in a normally occupied reference room within the

building being heated

• For room/weather compensation, an outside sensor can be tted. If requiring weather

compensation only, the iSense can be fitted into the boiler control panel. In this case an

outside sensor must be fitted and connected to ‘Tout’ in the boiler on the main control PCB

• Connect the 2 wire control to the OT terminals on the main PCB. Please refer to the

instructions supplied with the iSense controller package

• Set up the controller to suit the design requirements and occupancy times for HTG in

accordance with the instruction documents supplied with the controller

Note: The iSense controller can provide both room or weather compensation or room and

weather compensation.

Room compensation = iSense tted in a reference room, no outside sensor

Weather compensation = iSense tted in a boiler or plant room, outside sensor required

Room/weather compensation = iSense tted in a reference room, outside sensor required

15

15

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

(room compensation)

100m Max

230v Supply

Condensate

Gas

Flow

Return

Pump PM1

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

100m Max

230v Supply

Condensate

Gas

Flow

Return

Pump PM1

iSense can be fitted in the boiler if

used for weather compensation only

100m Max

Outside sensor

on North

facing wall

QP 005

Quinta Pro single boiler heating only room compensation using the

iSense controller

QP 005A

Quinta Pro single boiler heating only weather compensation using

the iSense controller

15

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

(room compensation)

100m Max

230v Supply

Condensate

Gas

Flow

Return

Pump PM1

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

100m Max

230v Supply

Condensate

Gas

Flow

Return

Pump PM1

iSense can be fitted in the boiler if

used for weather compensation only

100m Max

Outside sensor

on North

facing wall

QP 005

Quinta Pro single boiler heating only room compensation using the

iSense controller

QP 005A

Quinta Pro single boiler heating only weather compensation using

the iSense controller

QP 005

Single Quinta Pro boiler, heating only, room compensation using the

iSense controller

QP 005A

Single Quinta Pro boiler, heating only, weather compensation using

the iSense controller

16

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Pump PM1

iSense controller

O T

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

iSense controller

Pump PM1

Outside Sensor

O T

QP 005B

Single Quinta Pro boiler heating only using the iSense controller

QP 005C

Single Quinta Pro boiler heating only using the iSense controller

(room/weather or weather compensation)

Single Quinta Pro boiler, heating only using the iSense controller

(room/weather or weather compensation)

Single Quinta Pro boiler, heating only using the iSense controller

QP 005C

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Pump PM1

iSense controller

O T

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

iSense controller

Pump PM1

Outside Sensor

O T

QP 005B

Single Quinta Pro boiler heating only using the iSense controller

QP 005C

Single Quinta Pro boiler heating only using the iSense controller

(room/weather or weather compensation)

QP 005B

17

Single Quinta Pro boiler, heating with hot water priority, heating

room or weather compensated with the iSense controller

(Optimising/Weather compensated heating with timed hot water)

Power Supply

• Boiler requires a permanent 230v single phase supply fused at 6.3 amps connected to the

factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Boiler will recognise the type of control setting used

• Fit the control in a normally occupied reference room within the building being heated.

Refer to the instructions supplied with the control package

• Set up the controller to suit the design requirements and occupancy times for heating and

hot water in accordance with the instruction documents supplied with the controller

• Install the outside sensor on a North facing wall in a sheltered position and connect to

terminals ‘Tout’ on the main PCB of the boiler

DHW Control

Diverting valve option:

Connect valve to the terminals shown, connect shunt pump PM1 to the terminals shown.

Connect valve ports AB, A and B as shown (AB = boiler, A = hot water, B = heating)

Primary Pump option:

Connect pump PM1 to the terminals shown

Connect shunt pump to the terminals shown

Note: This option will only operate with a calorifier sensor. This is to allow the iSense to control

the hot water times.

18

18

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

(room compensation)

100m Max

230v

Supply

Condensate

Gas

Flow

Return

Pump PM1

100m Max

DHW Sensor

DHW Diverting valve

A

AB

B

2 Port spring return valve Bypass valve

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

(room compensation)

100m Max

230v

Supply

Condensate

Gas

Flow

Return

Pump PM1

100m Max

DHW Sensor

2 Port spring

return valve

Bypass valve

Pump PM2

Outside sensor on

North facing wall

iSense can be fitted into boiler

control panel for outside

weather compensation only

QP 006

Quinta Pro single boiler heating and hot water priority. Heating room

or outside weather compensated with the iSense controller.

Three way valve hot water priority Quinta Pro 30/45/65 only

QP 006A

Quinta Pro single boiler heating and hot water priority. Heating room

or outside weather compensation with the iSense controller.

Pump option hot water priority can be used on all Quinta Pro range

18

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

(room compensation)

100m Max

230v

Supply

Condensate

Gas

Flow

Return

Pump PM1

100m Max

DHW Sensor

DHW Diverting valve

A

AB

B

2 Port spring return valve Bypass valve

1.6M

Suggested height in room

Normal position for the iSense controller

mounted in reference room within the building

(room compensation)

100m Max

230v

Supply

Condensate

Gas

Flow

Return

Pump PM1

100m Max

DHW Sensor

2 Port spring

return valve

Bypass valve

Pump PM2

Outside sensor on

North facing wall

iSense can be fitted into boiler

control panel for outside

weather compensation only

QP 006

Quinta Pro single boiler heating and hot water priority. Heating room

or outside weather compensated with the iSense controller.

Three way valve hot water priority Quinta Pro 30/45/65 only

QP 006A

Quinta Pro single boiler heating and hot water priority. Heating room

or outside weather compensation with the iSense controller.

Pump option hot water priority can be used on all Quinta Pro range

QP 006

Single Quinta Pro boiler, heating and hot water priority. Heating

room or outside weather compensated with the iSense controller.

3-way valve hot water priority Quinta Pro 30/45/65 only

QP 006A

Single Quinta Pro boiler, heating and hot water priority. Heating

room or outside weather compensation with the iSense controller.

Pump option hot water priority can be used on all Quinta Pro range

19

Single Quinta Pro boiler, heating and priority hot water

using the iSense controller (Pump option)

QP 006B

Single Quinta Pro boiler, heating and priority hot water

using the iSense controller (3 Port valve option)

QP 006C

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler parameter P37 must be set to 0

See drawing QP004E

Pump PM1

iSense controller

O T

230v fused

Outside

Sensor 3 way valve

supply for

2 port valve

2 Port

spring

return

valve

Calorifier

Sensor

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

iSense controller

O T

Pump PM1 Pump PM2

230v 3amp fuses

Outside

Sensor

Calorifier

Sensor

supply for

2 port valve

2 Port

spring

return

valve

Boiler parameter P37 must be set to 0

See drawing QP004E

20

Multiple Quinta Pro boilers, heating only, outside weather or room

compensation with the Celcia MC4 and iSense controller with a low

loss header (Optimising/weather compensated)

Power Supply

• Boilers require a permanent 230v single phase supply fused at 6.3 amps connected to the

factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Fitting the Controls

• Fit the iSense controller in a normally occupied reference room within the building being

heated if room and weather compensation is required. If weather only is required,

the iSense can be fitted in a boiler control panel. Install the MC4 controller adjacent

to the boiler plant and connect as shown

• Install the outside sensor on a North facing wall, and connect to the MC4

(for weather compensation only)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Boiler will recognise the type of control setting used

• Set up the controller to suit the design requirements and occupancy times for HTG in

accordance with the instruction documents supplied with the controller

Note: Installation can be designed without the use of a low loss header. Omit the header and

shunt pumps. A heating pump must be capable of overcoming the combined resistance of the

boiler, system and pipe work.

A reverse return with a common loop and single primary pump would be suitable.

21

21

1.6M

Suggested height in room

Normal position for the iSense

controller mounted in reference

room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

iSense can be mounted

in boiler for weather

compensation only

Shunt Pump Shunt Pump

Celcia

MC4

Pump PM1

Htg Flow sensor

Two to four boilers

Factory fitted supply

lead to be connected

to a 230v fused spur for

boiler permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler No. 1

Shunt pump

Shunt pump Shunt pump Shunt pump

Boiler No. 4 Boiler No. 3 Boiler No. 2

OT OT OT

X81 X81 X81

System Pump PM1

(Max 1amp)

Switch spur 230v

Rated at 3amps

Flow Sensor

Mount on fl ow pipework to

register a common flow

temperature

L N E E 17 18 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14

MC4

Outside sensor on

North facing wall

100max

iSense mounted in reference room

(or boiler for weather compensation only)

OT - Bus DIGI

QP 007A

QP 007

Multiple Quinta Pro boilers, HTG only using a low loss header,

outside weather/room compensation with the Celcia MC4

and iSense controller

QP 007A

21

1.6M

Suggested height in room

Normal position for the iSense

controller mounted in reference

room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

iSense can be mounted

in boiler for weather

compensation only

Shunt Pump Shunt Pump

Celcia

MC4

Pump PM1

Htg Flow sensor

Two to four boilers

Factory fitted supply

lead to be connected

to a 230v fused spur for

boiler permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Boiler No. 1

Shunt pump

Shunt pump Shunt pump Shunt pump

Boiler No. 4 Boiler No. 3 Boiler No. 2

OT OT OT

X81 X81 X81

System Pump PM1

(Max 1amp)

Switch spur 230v

Rated at 3amps

Flow Sensor

Mount on fl ow pipework to

register a common flow

temperature

L N E E 17 18 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14

MC4

Outside sensor on

North facing wall

100max

iSense mounted in reference room

(or boiler for weather compensation only)

OT - Bus DIGI

QP 007A

Multiple Quinta Pro boilers, heating only using a low loss header,

outside weather or room compensation with the Celcia MC4

and iSense controller

22

Multiple Quinta Pro boilers, heating and hot water priority,

outside weather or room compensation with the Celcia

MC4 and iSense controller with a low loss header

(Optimising/Weather compensated)

Power Supply

• Boilers require a permanent 230v single phase supply fused at 6.3 amps

connected to the factory fitted fly lead

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Fitting the Controls

• Fit the iSense controller in a normally occupied reference room within the building being

heated if room and weather compensation is required. If weather only is required, the iSense

can be fitted in a boiler control panel. Install the MC4 controller adjacent to the boiler plant

and connect as shown.

• Install the outside sensor on a North facing wall in a sheltered position and connect to the MC4

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Set boiler code P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Boiler will recognise the type of control setting used

• Set up the controller to suit the design requirements and occupancy times for HTG in

accordance with the instruction documents supplied with the controller

Domestic Hot Water

• When using the Remeha supplied low loss header and pump kit and the hot water diverting

valve or primary pump kit, the calorifier must be sited within 3m of the boiler. In both cases,

the hot water calorifier must be a high recovery unit capable of accepting the full or adjusted

hot water output of the boiler being used (reference parameter P18)

• Set up the controller to suit the design requirements for the hot water times and temperature

23

23

1.6M

Suggested height in room

Normal position for the iSense

controller mounted in reference

room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall Shunt Pump Shunt Pump

Celcia

MC4

Pump PM1

Htg Flow sensor

Two to four boilers

DHW

A

AB

B

2 Port spring return valve

Bypass

valve

Calorifier

1.6M

Suggested height in room

Normal position for the iSense

controller mounted in reference

room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Shunt Pump

Celcia

MC4

Pump PM1

Htg Flow sensor

Two to four boilers

DHW

2 Port spring

return valve

Bypass

valve

DHW Pump

Shunt Pump

QP 008

Quinta Pro multiple boiler heating and hot water priority using a low

loss header outside, weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produce by single boiler only - 3 port valve)

QP 008A

Quinta Pro multiple boiler heating and hot water priority using a low

loss header outside, weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produce by single boiler only - pump option)

Calorifier

Sensor

Sensor

Multiple Quinta Pro boilers, heating and hot water priority using a

low loss header, outside weather or room compensation with the

Celcia MC4 and iSense controller

(Hot water produce by single boiler only - pump option)

All of the Quinta range

23

1.6M

Suggested height in room

Normal position for the iSense

controller mounted in reference

room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall Shunt Pump Shunt Pump

Celcia

MC4

Pump PM1

Htg Flow sensor

Two to four boilers

DHW

A

AB

B

2 Port spring return valve

Bypass

valve

Calorifier

1.6M

Suggested height in room

Normal position for the iSense

controller mounted in reference

room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Shunt Pump

Celcia

MC4

Pump PM1

Htg Flow sensor

Two to four boilers

DHW

2 Port spring

return valve

Bypass

valve

DHW Pump

Shunt Pump

QP 008

Quinta Pro multiple boiler heating and hot water priority using a low

loss header outside, weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produce by single boiler only - 3 port valve)

QP 008A

Quinta Pro multiple boiler heating and hot water priority using a low

loss header outside, weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produce by single boiler only - pump option)

Calorifier

Sensor

Sensor

QP 008

Multiple Quinta Pro boilers, heating and hot water priority using a

low loss header, outside weather or room compensation with the

Celcia MC4 and iSense controller

(Hot water produce by single boiler only - 3 port valve)

Quinta Pro 30/45/65 only

QP 008A

24

24

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Shunt pump

Shunt pump Shunt pump Shunt pump

Boiler

Parameter P37

must be set to 0

Boiler No. 4 Boiler No. 3 Boiler No. 2

On/off

OT

On/off

OT

On/off

OT

X81 X81 X81

System Pump PM1

(Max 1amp)

Switch spur 230v

Rated at 3amps

Flow Sensor

Mount on flow pipework to

register a common flow

temperature

L N E E 17 18 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14

MC4

Outside sensor on

North facing wall

100m max

iSense mounted in reference room

(or boiler control panel)

OT - Bus DIGI

See drawing QP004E

230v fused supply

for 2 port valve

2 Port spring

return valve

Calorifier

Thermostat

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Shunt pump Shunt pump Shunt pump

Boiler No. 4 Boiler No. 3 Boiler No. 2

On/off

OT

On/off

OT

On/off

OT

X81 X81 X81

System Pump PM1

(Max 1amp)

Switch spur 230v

Rated at 3amps

Flow Sensor

Mount on flow pipework to

register a common flow

temperature

L N E E 17 18 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14

MC4

Outside sensor on

North facing wall

100m max

iSense mounted in reference room

(or boiler control panel)

OT - Bus DIGI

Calorifier

Thermostat

Shunt

pump DHW

pump

QP 008B

Quinta Pro multiple boilers heating and priority hot water using a

low loss, outside weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produced by single boiler only - 3 Port valve)

QP 008C

Quinta Pro multiple boilers heating and priority hot water using a

low loss, outside weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produced by single boiler only - pump option)

Boiler

Parameter P37

must be set to 0

See drawing QP004E

230v fused supply

for 2 port valve

2 Port spring

return valve

24

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Shunt pump

Shunt pump Shunt pump Shunt pump

Boiler

Parameter P37

must be set to 0

Boiler No. 4 Boiler No. 3 Boiler No. 2

On/off

OT

On/off

OT

On/off

OT

X81 X81 X81

System Pump PM1

(Max 1amp)

Switch spur 230v

Rated at 3amps

Flow Sensor

Mount on flow pipework to

register a common flow

temperature

L N E E 17 18 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14

MC4

Outside sensor on

North facing wall

100m max

iSense mounted in reference room

(or boiler control panel)

OT - Bus DIGI

See drawing QP004E

230v fused supply

for 2 port valve

2 Port spring

return valve

Calorifier

Thermostat

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCBs are shown diagrammatically

Earths are omitted for clarity

Shunt pump Shunt pump Shunt pump

Boiler No. 4 Boiler No. 3 Boiler No. 2

On/off

OT

On/off

OT

On/off

OT

X81 X81 X81

System Pump PM1

(Max 1amp)

Switch spur 230v

Rated at 3amps

Flow Sensor

Mount on flow pipework to

register a common flow

temperature

L N E E 17 18 19 1 2 3 4 5 6 7 8 9 10 11 12 13 14

MC4

Outside sensor on

North facing wall

100m max

iSense mounted in reference room

(or boiler control panel)

OT - Bus DIGI

Calorifier

Thermostat

Shunt

pump DHW

pump

QP 008B

Quinta Pro multiple boilers heating and priority hot water using a

low loss, outside weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produced by single boiler only - 3 Port valve)

QP 008C

Quinta Pro multiple boilers heating and priority hot water using a

low loss, outside weather or room compensation with the Celcia

MC4 and iSense controller.

(Hot water produced by single boiler only - pump option)

Boiler

Parameter P37

must be set to 0

See drawing QP004E

230v fused supply

for 2 port valve

2 Port spring

return valve

QP 008B

Multiple Quinta Pro boilers, heating and priority hot water using a

low loss header, outside weather or room compensation with the

Celcia MC4 and iSense controller

(Hot water produced by single boiler only - 3 Port valve)

Multiple Quinta Pro boilers, heating and priority hot water using a

low loss header, outside weather or room compensation with the

Celcia MC4 and iSense controller

(Hot water produced by single boiler only - pump option)

QP 008C

25

iSense Pro Multiple Boiler Controller

The iSense Pro kits listed below show the basic kits for two boilers. Any additional boilers

(up to 8 boilers) will require an extra Open Therm (OT) interface (AD287) and a Bus Cable

(1 x AD124 -1.5m). Systems with two circuits will require two extra flow sensors (AD199).

All installations and fitting instructions are supplied with the iSense Pro kits or available

via our website www.remeha.co.uk

Basic Two Boiler Kit: Quinta Pro Option AD244

Kit No. KT1089

1 x AD283: iSense Pro complete with wall box Part No. 100018256

1 x AD244: Room Sensor Basic (no control) Part No. 100012044

1 x AD287: Open Therm Interface (not required in first boiler) Part No. 100018921

1 x AD134: Bus Cable 12m (iSense controller to second boiler) Part No. 88017851

1 x AD199: Flow Sensor Part No. 88017017

1 x AF60: Outside Sensor Part No. 95362450

1 x KVT60: DHW Sensor Part No. 95362448

Basic Two Boiler Kit: Quinta Pro Option AD278

Kit No. KT1090

1 x AD283: iSense Pro complete with wall box Part No. 100018256

1 x AD278: Room Sensor Control (temperature control) Part No. 100017732

1 x AD287: Open Therm Interface (not required in first boiler) Part No. 100018921

1 x AD134: Bus Cable 12m (iSense controller to second boiler) Part No. 88017851

1 x AD199: Flow Sensor Part No. 88017017

1 x AF60: Outside Sensor Part No. 95362450

1 x KVT60: DHW Sensor Part No. 95362448

Basic Two Boiler Kit: Quinta Pro Option AD258

Kit No. KT1091

1 x AD283: iSense Pro complete with wall box Part No. 100018256

1 x AD258: Digital Room Sensor Control (remote control) Part No. 100013478

1 x AD287: Open Therm Interface (not required in first boiler) Part No. 100018921

1 x AD134: Bus Cable 12m (iSense controller to second boiler) Part No. 88017851

1 x AD199: Flow Sensor Part No. 88017017

1 x AF60: Outside Sensor Part No. 95362450

1 x KVT60: DHW Sensor Part No. 95362448

Basic Two boiler Kit: Quinta Pro Option 0 -10v

Kit No. KT1154

1 x AD283: iSense complete with wall box Part No. 100018256

1 x AD199: Flow Sensor Part No. 88017017

1 x AD287: Open Therm Interface (not require for first boiler) Part No. 100018921

1 x Bus Cable 12m (iSense to second boiler) Part No. 88017836

26

iSense Pro Controller Kit Options

The options illustrated show the four types of controls available. The difference

with the first three kits depends on which type of internal sensor/control is used.

KT1089: the basic internal sensor, no adjustment is available

KT1090: the inside sensor can be used to adjust the room temperature

KT1091: includes a digital remote control which not only acts as a sensor but changes can

be made to the main controller which includes set point temperatures and it can also override

the time settings on both heating and hot water

KT1154: can be used as a boiler sequencer. Will require a 0 - 10v input from a remote

BMS controller

KT1152: required when using more than two boilers (one kit per added boiler up to eight boilers)

e.g. six boilers will require four KT1152

Fitting and user instructions are supplied complete with the iSense Pro kits. The controller is

suitable for 2 - 8 boilers and will time control two zones (optimising and compensating) and

also control temperature and time hot water (note hws control is via a sensor not a thermostat).

Note: The OT cable between the iSense controller and the first boiler is not supplied.

Cable should be 2 core .7mm² (screened when running with higher voltage cables)

iSense Pro Component Details

iSense Pro controller complete with wall box AD283 - Part No. 100018256

Room Sensor Basic AD244 - Part No. 100012044

Room Sensor Temperature Control AD278 - Part No. 100017732

Digtal Remote Room Control AD - Part No. 100013478

Open Therm Interface AD287 - Part No. 100018921

Strap on Temperature Sensor AD199 - Part No. 88017017

Outside Sensor AF60 - Part No. 95362450

DHW Sensor KVT60 - Part No. 95362448

Bus Cable AD134 - 12 metre cable - Part No 88017851

Bus Cable AD124 - 1.5 metre cable - Part No.88017836

The following accessories are not yet available for the iSense Pro.

Please contact our sales or technical departments for further information.

Digital Wireless Remote Control AD256 - Part No.100013475

Wireless Outside Sensor AD251 - Part No.100013306

Wireless Receiver AD252 - Part No.100013307

(must be used if AD256 and AD251 is used)

Note: The above kits and controls will also be suitable for the floor standing Gas 110

Boilers with the exception of the Quinta Pro Open Therm interface (AD287). This will

be replaced by the Open Therm interface AD286 Part No.100018920. This interface

fits external to the boiler.

27

Multiple boilers, heating and hot water using a low loss header with

the iSense Pro controller (Optimising/weather compensated control

for dual heating zone and hot water from all or single boilers)

Power Supply

• Boilers require a permanent 230v single phase supply fused at 6.3 amps connected to the

factory fitted fly lead.

Boiler Interlocks

(for pressure switches etc.)

• Safety Interlock - remove the existing link and t volt free switch pair to BL on the main

control PCB. If the circuit is open the boiler will go to a shut down mode displaying code

9 and will restart when the circuit is closed

Indication Controls

(to report actual function)

• Common Alarm - volt free relay on SCU-X01 (see boiler manual for full details)

• Boiler Run - volt free relay on SCU-X01 (see boiler manual for full details)

Boiler Control Settings

(see 5.7.2 in technical documentation)

• Set boiler codes P1 to the required ow temp i.e. 80 = 80ºC (system design requirements)

• Boiler will recognise the type of control setting used

Fitting the controls

• Use the following hydraulic and wiring diagrams to best match the building requirements

• Fit the iSense Pro in the supplied wall mounted box adjacent to the boiler plant

• Connect all chosen auxiliary controls i.e. pumps, 3 way valves, outside sensor, ow sensors

etc. as indicated

Control Logic

• Set up the iSense Pro controller in conjunction with the iSense Pro installation and service

manual and to suit the installation and building heat loss response time. It will provide timed

weather compensated heating with an optimum start facility (uses inside and outside

sensors to delay the on time as dictated by weather conditions)

• Heating (all boilers available): during the timed on periods the heating will be daytime

weather compensated (in accordance with the heating curve programmed). The controller

will directly control each boiler, modulating their output and calling as many as are required

to achieve the desired comfort conditions dictated by the compensation parameters

• Hot water: two hydraulic options are available as shown in the diagrams. When using

the single boiler option, the hot water controls, i.e. the pump and sensor, are taken to

the boiler controls. A separate volt free time control will have to be used (not supplied

by Remeha Commercial)

• The following diagrams QP009 to QP009E show systems with two zones.

If only using a single zone, use zone B controls and omit zone C controls

Kit KT1154 will enable the iSense Pro controller to operate as a boiler sequencer. This will

require a 0 - 10v input from an external source i.e. BMS controller. The iSense Pro will control

the boilers to achieve the setpoint temperature supplied from the BMS control i.e. 5v will equal

50ºC. How the iSense Pro will sequence the boilers (lead/lag etc) will depend on how the user

control parameters are set within the iSense Pro controller.

28

26

1.6M

Suggested height in room

1.6M

Suggested height in room

Normal position for the iSense Pro

remote controllers or room sensors mounted

in reference room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Pump SH1 Pump SH2

iSense Pro

in wall

mounted

box

Zone B Optional Zone C

Htg Flow sensor

Pump CPump B

3 Port valve C3 Port valve B

Two to six boilers

1.6M

Suggested height in room

1.6M

Suggested height in room

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Pump SH1 Pump SH2

iSense

Pro

in wall

mounted

box

Zone B Zone C

DHW sensor

Pump CPump B

3 Port valve3 Port valve

Two to six boilers

2 Port spring return valveBypass valve

Pump DHW1

Htg Flow sensor Htg Flow sensor

Normal position for the iSense Pro

remote controllers or room sensors mounted

in reference room within the building

QP 009

Quinta Pro multiple boiler HTG only using a low loss header outside,

weather/room compensation with iSense Pro controller.

QP 009A

Quinta Pro multiple boiler HTG and DHW using a low loss header,

outside weather/room compensation with iSense Pro controller.

(DHW via multiple boilers)

QP 009

Multiple Quinta Pro boilers, HTG only using a low loss header,

outside weather/room compensation with iSense Pro controller

QP 009A

Multiple Quinta Pro boilers, heating and HTG and DHW using

a low loss header, outside weather/room compensation with

iSense Pro controller (DHW via multiple boilers)

26

1.6M

Suggested height in room

1.6M

Suggested height in room

Normal position for the iSense Pro

remote controllers or room sensors mounted

in reference room within the building

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Pump SH1 Pump SH2

iSense Pro

in wall

mounted

box

Zone B Optional Zone C

Htg Flow sensor

Pump CPump B

3 Port valve C3 Port valve B

Two to six boilers

1.6M

Suggested height in room

1.6M

Suggested height in room

100m Max

230v

Supply

230v

Supply

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Pump SH1 Pump SH2

iSense

Pro

in wall

mounted

box

Zone B Zone C

DHW sensor

Pump CPump B

3 Port valve3 Port valve

Two to six boilers

2 Port spring return valveBypass valve

Pump DHW1

Htg Flow sensor Htg Flow sensor

Normal position for the iSense Pro

remote controllers or room sensors mounted

in reference room within the building

QP 009

Quinta Pro multiple boiler HTG only using a low loss header outside,

weather/room compensation with iSense Pro controller.

QP 009A

Quinta Pro multiple boiler HTG and DHW using a low loss header,

outside weather/room compensation with iSense Pro controller.

(DHW via multiple boilers)

29

QP 009B

Multiple Quinta Pro boilers, HTG only using a low loss header,

outside weather/room compensated with iSense Pro

(to be used in conjuction with QP009)

QP 009C

Multiple Quinta Pro boilers, heating and HTG and DHW using a low

loss header, outside weather/room compensation with the iSense

Pro controller (DHW via multiple boilers)

(to be used in conjuction with QP009A)

Some earths omitted for clarity

Interface AD287 fitted into

each boiler (not required

for No.1 boiler)

C B

S Syst

BF AF

0 - 10v

- + O T

C C B

E N L C S E N L C S N E N L E N L N L

AUV

N

CDI

C

CDI CDR

B

Room

Sensor

Room

Sensor

Flow

Sensor

Flow

Sensor

Flow

Sensor

O/Side

Sensor

Htg Pump

C

3 Port

Valve C

Htg

Pump B

Htg

Valve B HWS Secondary Pump

(if required)

Switch Fused

Supply

Bus Cable

Bus Cable

Shunt pump SH3

Boiler No.3

Shunt pump SH2

Boiler No.2

Shunt pump SH1

Boiler No.1

Diagram shows both heating

circuits connected (B-C). Delete

controls /pumps/3 port valves of

zone C if only one circuit is required

2 to 8 boilers

OT

On/off On/off On/off

Note: When using single zone, control

(B) flow sensor is connected to S Syst.

HWS

Sensor

Some earths omitted for clarity

Thermostat

Interface AD287 fitted into

each boiler (not required

for No.1 boiler)

C B

S Syst

BF AF

0 - 10v

- + O T

C C B

E N L C S E N L C S N E N L E N L N L

AUV

N

CDI

C

CDI CDR

B

Room

Sensor

Room

Sensor

Flow

Sensor

Flow

Sensor

Flow

Sensor

O/Side

Sensor

HWS

Sensor

Htg Pump

C

3 Port

Valve C

Htg

Pump B

Htg

Valve B HWS Secondary Pump

(If required)

Switch Fused

Supply

Bus Cable

Bus Cable

Shunt pump SH3

Boiler No.3

Shunt pump SH2

Boiler No.2

Shunt pump SH1

Boiler No.1

Diagram shows both heating

circuits connected (B-C). Delete

controls /pumps/3 port valves of

zone C if only one circuit is required

2 to 8 boilers

OT

On/off On/off On/off

Note: When using single zone control

(B) flow sensor is connected to S Syst.

2 C 1 2 C 1

Orange

Blue

Grey

Brown

2 Port Spring Return

Motorised Valve

Wiring detail of controls when using a Remeha

Commercial Calorifier with a 2 port spring return

valve. If using a different type of calorifier, please

follow manufacturer’s instructions regarding

control and wiring details

HWS Primary Pump

Safety

Limiter

30

Multiple Quinta Pro boilers, HTG and DHW using a low loss header,

outside weather/room compensation with the iSense Pro controller

(DHW from single boiler)

Multiple Quinta Pro boilers, heating and priority hot water

using a low loss header, outside weather or room compensation

with the iSense controller

(Hot water produced by single boiler only - pump option)

28

1.6M

Suggested height in room

1.6M

Suggested height in room

100m Max

230v

Supply

DHW

Time

Control

Condensate

Gas

Flow

Return

100m Max

Outside sensor

on North

facing wall

Pump

SH2

Pump SH1 Pump

SH3

iSense

Pro

in wall

mounted

box

Zone 1 Optional Zone 2

Pump C

Pump B

3 Port valve C3 Port valve B

Two to six boilers

2 Port spring return valve

Bypass

valve

Boiler flow

Sensor

Htg Flow sensor

Htg Flow sensor

DHW

Secondary

Pump

Calorifier

DHW

Thermostat

N

orma

l

pos

i

t

i

on

f

or t

h

e

iS

ense

P

ro

remote controllers or room sensors mounted

in reference room within the building

C B B AUXC

N N N L L L L AF BF B C CDI

CO V B ABN N N

0 - 10v S Syst. CDI CDR

BUS

Neutral

Close

Open

Neutral

Close

Open

3 Port

Valve C

3 Port

Valve B

Htg

Pump C

Htg

Pump B

HWS Secondary

Pump

(If required)

Diagram shows both heating circuits connected

(B-C) delete controls /pumps/3 port valves of

zone C if only one circuit is required

Earths omitted for clarity

O/S

Sensor

Common

Flow Sensor

Flow

Sensor B

Flow

Sensor C

Room

Sensor C

Room

Sensor B

Shunt pump

Boiler No. 2

Shunt pump

Boiler No. 3

Shunt pump

Boiler No. 4

On/off

O T

On/off

O T

On/off

O T

X81 X81 X81

2 to 6 boilers

Factory fitted

supply lead to

be connected

to a 230v fused

spur for boiler

permanent supply

Note: Control PCB’s are

shown diagrammatically

Valve and thermostat wiring when using

our Remtank calorifier see separate

detail on page 13. For other type calorifiers

please follow manufacturers instructions.

230v fused supply

for 2 port valve

(from boiler supply)

2 Port

spring

return

valve

Calorifier

Thermostat

Shunt

pump SH1 Pump

PM2

Time Control

DHW

(volt free)

Boiler No 1 in cascade

QP 009D

Quinta Pro multiple boiler HTG and DHW using a low loss header,

outside weather/room compensation with the iSense Pro controller.

(DHW from single boiler)

QP 009E

Quinta Pro multiple boilers heating and priority hot water using a

low loss, outside weather or room compensation with the Celcia

MC4 and the iSense controller.

(Hot water produced by single boiler only - pump option)

QP 009E

C B

S Syst

BF AF

0 - 10v

- + O T

C C B

E N L C S E N L C S N E N L E N L N L

AUV

N

CDI

C

CDI CDR

B

Bus Cable

Calorifier

Thermostat

230v fused supply for

2 port valve (from boiler supply)

2 port spring

return valve

Time control

DHW

(volt free)

Shunt pump SH3

Boiler No.3

Shunt pump SH2

Boiler No.2

Diagram shows both heating circuits connected (B-C). Delete

controls /pumps/3 port valves of zone C if only one circuit is required.

Note: When using single zone control (B) flow sensor is connected to S Syst.

Factory fitted supply lead

to be connected to a 230v

fused spur for boiler

permanent supply

Pump

PM2

Valve and thermostat wiring when using a Remeha Remtank

calorifier, see separate details on page 13. For other types of

calorifiers please follow manufacturer’s instructions

Some earths

omitted

for clarity

PUMP

X81

E N L E N C D E N L NC C NO NC C NO NC C NO

PCB-SCU - S02 PCB - SCU - X01 PCB - IF 01

O T B L R L Tout Tdhw

Pump hws/3wv Egv Status Status Status

Main control PCB

2 to 8 boilers

OT

On/off On/off

OT

Bus Cable

OTm 0-10v 0-10v

Note: Control PCBs are shown diagrammaticallyBoiler No. 1 in cascade

Interface AD287 fitted into

each boiler (not required

for No.1 boiler)

Room

Sensor

Room

Sensor

Flow

Sensor

Flow

Sensor

Flow

Sensor

O/Side

Sensor

Htg Pump

C

3 Port

Valve C

Htg

Pump B

Htg

Valve B

HWS Secondary Pump

(If required)

Switch Fused Supply

X

1 2 3

BR BL GN/YW

Shunt pump

SH1

QP 009D

31

C B

S Syst

BF AF

0 - 10v

- + O T

C C B

E N L C S E N L C S N E N L E N L N L

AUV

N

CDI

C

CDI CDR

B

Bus Cable

Shunt pump SH3

Boiler No.3

Shunt pump SH2

Boiler No.2

2 to 8 boilers

OT

OT

On/off

Shunt pump SH1

Boiler No.1

On/off On/off

OT

Bus Cable Interface AD287 fitted into

each boiler (not required

for No.1 boiler)

External BMS

Controller

(not supplied)

Some earths omitted for clarity

Flow Sensor

Flow Sensor AD199

Switch Fused Supply

Boiler No. 1 Boiler No. 2 Boiler No. 3

Boiler No. 1 Boiler No. 2 Boiler No. 3

On/off On/off On/off

Connect boilers in parallel. Ensure polarity is maintained on each boiler

External

interlock

Supply voltage (max 230v 1amp)

Supply voltage (max 230v 1amp)

Connect boilers in parallel. Ensure polarity is maintained on each boiler

Diagram shows run signal connected to X3 on SCU - X01

X3 potentiometer will be set to 2.

Alarm signal is connected to X4 the X4 potentiometer will be set to 0.

There are various options. Please refer to the Quinta Pro installation booklet.

Run Signal

Alarm Signal

N

N

X3 X4

Nc C No Nc C No Nc C No Nc C No Nc C No Nc C No

X3 X4 X3 X4

StatusStatusStatusStatusStatusStatus

QP 010

Connecting multiple boilers with external control interlocks and

alarm and run signals.

QP 010

QP 009F

Connecting multiple boilers with external control interlocks and

alarm and run signals

Quinta Pro multiple boilers, HTG only using a 0-10v input from a

remote BMS control

Quinta Pro 30 output

29.3kW @ 80/60ºC

Quinta Pro 45 output

40kW @ 80/60ºC

Quinta Pro 65 output

61kW @ 80/60ºC

Quinta Pro 90 output

84.2kW @ 80/60ºC

Quinta Pro 115 output

107kW @ 80/60ºC

System ∆t Nom flow

l/s

Boiler

resistance

mbar

Nom flow

l/s

Boiler

resistance

mbar

Nom flow

l/s

Boiler

resistance

mbar

Nom flow

l/s

Boiler

resistance

mbar

Nom flow

l/s

Boiler

resistance

mbar

20 0.35 70.00 0.48 90.00 0.73 130 1.00 140 1.28 250

19 0.37 77.56 0.50 99.72 0.77 144 1.06 155 1.35 277

18 0.39 86.42 0.53 111.1 0.81 160 1.12 173 1.42 309

17 0.41 96.89 0.56 124.5 0.86 180 1.18 194 1.51 346

16 0.44 109.38 0.60 140.6 0.91 203 1.26 219 1.60 391

15 0.47 124.44 0.64 160.0 0.97 231 1.34 249 1.71 444

14 0.50 142.86 0.68 183.6 1.04 265 1.44 286 1.83 510

13 0.54 165.68 0.74 213.0 1.12 308 1.55 331 1.97 592

12 0.58 194.44 0.80 250.0 1.22 361 1.68 389 2.13 694

11 0.64 231.40 0.87 297.5 1.33 430 1.83 463 2.33 826

10 0.70 280.00 0.96 360.0 1.46 520 2.01 560 2.56 1000

Quinta Pro Nominal flow rates and boiler resistances

Designed and produced by Sans Frontiere Marketing Communications – 01273 487 800 – www.sansfrontiere.co.uk

Remeha is committed to carbon offsetting

Remeha Commercial

Head Office

Remeha House

Molly Millars Lane

Wokingham

Berkshire RG41 2QP

T: 0118 978 3434

F: 0118 978 6977

E: boilers@remeha.co.uk

www.remeha.co.uk

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Tread

ON THE PLANET

The data published in this technical sales leaflet is based on the latest information (at date of publication)

and may be subject to revisions. It should be read in conjunction with our full technical brochure

(available on request). We reserve the right to continuous development in both design and manufacture,

therefore any changes to the technology employed may not be retrospective, nor may we be obliged

to adjust earlier supplies accordingly.

Issue 2 date: Nov 2012