1. No category

Data sheet LI 9TU
High-efficiency air-to-water heat pump
Max. flow temperature: 60 °C
Casing colour: White (similar to RAL 9003)
Brown-red design screen (RAL 3011)
Heat pump for heating purposes for indoor installation with integrated WPM
Econ5Plus control. Sound-optimised through the use of slow-running EC 3D radial
fan, an encapsulated compressor housing and a free-swinging compressor
baseplate for solid-borne sound insulation. High coefficients of performance (COP)
through high-performance evaporator, electronic expansion valve and compliance
with the requirements of EN 14511 for larger volume flows on the heat consumption
side. High operational safety through sensor monitoring of the refrigeration circuit
for energy-efficient defrosting; integrated thermal energy metering (display of the
thermal energy volume for heating and domestic hot water preparation on the WPM
EconPlus heat pump manager). The integrated air circuit with 90° air deflection
enables installation in a corner without air ducts or wall installation with air ducts on
the air outlet side. Variable installation thanks to air intake from the rear, flexible air
outlet to the right, left or top, and the option of making the hydraulic connections
from right to left. The control panel is integrated into a brown-red design screen and
can also be used as wired remote control using the wall mounting set (special
accessories MS PGD). Universal design for low temperature heating systems with
flexible expansion options for:
- Room temperature control via Smart RTC (special accessory)
- Bivalent or bivalent-renewable operating mode
- Distribution systems with unmixed and mixed heating circuits
- Use of load-variable tariffs (SG Ready)
At an external temperature of -10 °C, the maximum flow temperature that can be
achieved is 56 °C. Integrated flow and return sensors; external sensor (standard
NTC-2) included in the scope of supply. Dirt trap and flow rate switch built in.
Technical data
Dimplex High-efficiency air-to-water heat pump (Low temperature)
Order reference
LI 9TU
Heat pump code
Casing colour
Max. flow temperature
Lower operating limit heat source (heating operation) / Upper operating limit heat source (heating
operation)
Heat output A-7/W35 / COP A-7/W35*
Heat output A2/W35 / COP A2/W35*
Heat output A7/W35 / COP A7/W35*
Heat output A10/W35 / COP A10/W35*
Nominal power consumption according to EN 14511 at A2/W35
Nominal power consumption according to EN 14511 at A7/W35
Sound power level device
Sound pressure level in 1 m (indoors)
Refrigerant / Amount of refrigerant
Max. heating water flow rate / Pressure drop
Heat source flow (min.)
Dimensions (W x H x D)**
Weight
Rated voltage
Starting current with soft starter
Fuse protection***
Type of defrosting
Connection heating
Seal of approval EHPA (valid until)
1009
White (similar to RAL 9003)
60 °C
-20 to 35 °C
5,40 kW / 3,00
6,80 kW / 3,90
8,50 kW / 4,70
8,90 kW / 5,00
1,7 kW
1,8 kW
49 dB (A)
42 dB (A)
R410A / 3,7 kg
1,5 m³/h / 19300 Pa
3700 m³/h
960 x 1560 x 780 mm
256 kg
3/N/PE ~400 V, 50 Hz
16 A
C 10 A
Reverse circulation
1 ¼ inch
Yes / 12.12.2017
*Heat output and COP according to EN 14511
**Please note that additional space is required for pipe connections, operation and maintenance.
***Die Absicherung ist als allpolige Trennvorrichtung auszuführen (gemeinsame Abschaltung aller Phasen)!
Glen Dimplex Deutschland GmbH
Dimplex Division
Am Goldenen Feld 18
95326 Kulmbach
Page 1/6
Subject to change and errors!
E-mail: [email protected]
Internet: www.dimplex.de
Internet: 09.03.2015
Phone: +49 (0)9221 709-201
Fax: +49 (0)9221 709-339
System accessories LI 9TU
Description
Article
Sample
number
item
LI 9TU
SYL 250
KOMP 32
SMF 32
364060
352260
362060
362140
1
LUS 9A-2
LKB 600A
LKB 800A
VSLK 600
VSLK 800
ARLK 600
ARLK 800
DMK 600-1
DMK 800-1
LUH 600
RSG 600
RSG 800
370120
366150
366170
367680
367700
370270
370290
356120
356140
358620
340230
340250
SAS 110
PSW 100
PSW 200
PSW 500
DDV 25
UPH 60-25
VTB 25
VTB 32
WWM 25
MMH 25
MMB 25
340330
351090
339830
339210
358390
367870
339870
367770
346600
348640
348880
1
UPE 70-25
362790
1
UPE 80-25
362810
VSE 32-50
VSE 32-100
VSE 32-150
VSE 32-200
VSE 32-300
HDLR 450
HCT 300
362520
362530
362540
362550
362560
337450
351210
SRX 080EM
SRX 120EM
SRX 140EM
SRX 180EM
SRX 140M
367500
367510
367520
367530
359100
WWSP 332
FLH 60
FLHU 70
FLH 90
FLH 25M
SVK 852
WWSP 442
346610
338060
338070
366130
349430
326660
372840
WWSP 442E
353370
Order ref.
Item
Price
Heat pumps
High-efficiency air-to-water heat pump
Elasticated sound insulation underlay strips
DN 32 double-sphere rubber expansion joint
DN 32 dirt trap
Heat source accessories
Air duct hose kit for LI 9/12TU and LI 15TE outlet
90° air duct bend*
90° air duct bend*
Connection kit
Connection kit
Connection frame set air duct
Connection frame set air duct
Sealing collar 600
Sealing collar 800
Deflector hood
Rain guard for LI
Rain guard for LI(H)
1
1
1
1
Hydraulic accessories
Heating water hose connection set
Free-standing buffer tank 100 l*
Free-standing buffer tank 200 l*
Universal buffer tank (500 l)*
Dual differential pressureless manifold
Electronically controlled circulating pump with coupling relay
Manifold bar
Manifold bar (3-fold) for modules DN 25 and DN 32
Domestic hot water module/unmixed heating circuit module
Mixed heating circuit module with temperature sensor
Mixer module for bivalent systems
Electronically regulated wet running pump (0-10 V) with coupling
relay
Electronically regulated wet running pump (0-10 V) with coupling
relay
Ready-for-use DN 32 stainless steel Wellflex pipe
Ready-for-use DN 32 stainless steel Wellflex pipe
Ready-for-use DN 32 stainless steel Wellflex pipe
Ready-for-use DN 32 stainless steel Wellflex pipe
Ready-for-use DN 32 stainless steel Wellflex pipe
Immersion heater pipe assembly*
3 kW pipe heater
1
1
1
Heating accessories
Fan convector heating with EC fan
Fan convector heating with EC fan
Fan convector heating/cooling with EC fan
Fan convector heating with EC fan
Fan convectors heating 1400 W
DHW preparation accessories
Domestic hot water cylinder (300l) with temperature sensor
Flange heater for domestic hot water
Flange heater for domestic hot water
Flange heater for domestic hot water
FLH 25M flange heater
Safety valve combination
Domestic hot water cylinder (400 l) with temperature sensor*
Design domestic hot water cylinder with sheet metal coverings and
temperature sensor*
400l solar cylinder for heat pump*
Hydro Tower without regulation*
Combination tank heating and domestic hot water preparation*
PWS 650 combination tank*
Glen Dimplex Deutschland GmbH
Dimplex Division
Am Goldenen Feld 18
95326 Kulmbach
WWSP 432
SOL
HWK 332
PWS 332
PWS 650
Page 2/6
Subject to change and errors!
E-mail: [email protected]
Internet: www.dimplex.de
1
1
361080
362360
348620
367660
Internet: 09.03.2015
Phone: +49 (0)9221 709-201
Fax: +49 (0)9221 709-339
System accessories LI 9TU
Description
Order ref.
Combo tank for heating and domestic hot water preparation with
central flow*
Pump unit DN 25 for direct connection of the domestic hot water
cylinder
Electronically controlled circulating pump with coupling relay
Fresh water station FWS 27
FWS WT fresh water station
Article
Sample
number
item
PWD 750
349100
WPG 25
356030
1
UPH 60-25
FWS 27
FWS WT
367870
367310
368100
1
NWPM
EWPM
LWPM 410
AP PGD
FG 3115
NTC-10M
KRRV 003
356960
356970
339410
356570
336620
363600
322070
Item
Price
Control accessories
Extension for an Ethernet network connection
Extension for a KNX/EIB bus connection
Extension for a Modbus connection
Remote control for WPM 2006/2007/EconPlus/R*
Outside temperature sensor with casing
Temperature sensor NTC-10 with metal sleeve
Thermostat for heating and domestic hot water
* Other specific accessories available / required
Notes:
Heat output according to EN 14511 at A2/W35 (A2 = air intake temp. +2 °C, W35 = heating water outlet temp. +35 ℃).
Important information:
The combination of the components and the quantities indicated represent a non-binding sample system, which needs to be tested and individually
adapted as required. Pump dimensioning must be reviewed according to the pressure loss of the system and the minimum heating water flow rate of
the heat pump.
Glen Dimplex Deutschland GmbH
Dimplex Division
Am Goldenen Feld 18
95326 Kulmbach
Page 3/6
Subject to change and errors!
E-mail: [email protected]
Internet: www.dimplex.de
Internet: 09.03.2015
Phone: +49 (0)9221 709-201
Fax: +49 (0)9221 709-339
Air-to-water heat pump, Integration Diagram, Heat pump and immersion heater
Note:
The given hydraulic integration
schematic is a schematic
representation of the key components
and serves as an aid for planning your
customized system. The current status
is available at all times under
www.dimplex.de/nc/en/professional/onli
ne-planner/hydraulic-integrations.html.
It does not contain all the required
safety devices, the components needed
to maintain constant pressure, or any
other additional valves which may be
required for maintenance and service
work as stipulated by EN 12828.
The heat pump manager settings and
any external regulation system which
may be connected must be adapted to
the present integration diagram.
Software updates may be required!
Glen Dimplex Deutschland GmbH
Dimplex Division
Am Goldenen Feld 18
95326 Kulmbach
Page 4/6
Subject to change and errors!
E-mail: [email protected]
Internet: www.dimplex.de
Internet: 09.03.2015
Integration Diagram: 10231024
Phone: +49 (0)9221 709-201
Fax: +49 (0)9221 709-339
Air-to-water heat pump, Integration Diagram, Heat pump and immersion heater
System description:
Presettings:
• Air-to-water heat pumps with defrosting by reverse circulation extract the energy required for defrosting from the heating system. In the case of
air-to-water heat pumps, a buffer tank connected in series, into which the immersion heater is screwed, must be installed in the flow in mono
energy systems to ensure defrosting. A dirt trap with a mesh size of between 0.6mm and 0.8mm is to be installed in order to protect the plate
heat exchanger from larger dirt deposits. Clean the filter sieve of the dirt trap one day after start-up. These intervals can be extended as soon as
no more impurities are detected. When the level of impurities is significantly high (e.g. due to corrosion found in the building), it is recommended
that a sludge trap be installed in order to minimise the need for regular cleaning. A permanent corrosion process, caused by the entry of oxygen
into the system, is characteristic of heating systems featuring open diffusion. This is best alleviated using an electrophysical anti-corrosion
system. Condensate which forms during defrosting must be drained off without risk of frost. Acoustic emissions must be taken into account, and
a free air circuit provided for, when the installation location is being selected. Heat pumps without weather-proof protective covers in particular
need to be installed outdoors in such a manner that the air outlet is not positioned against the main wind direction.
• A buffer tank connected in series is recommended for heat pump heating systems, to ensure the minimum heat pump runtime of 6 minutes for all
operating statuses.
Pre-configuration
Setting
Operating mode
Mono energy
Heating circuit 1
Yes
Heating circuit 2
No
DHW preparation
Yes
DHW preparation request by
Domestic hot water preparation flange
heater
Swimming pool water preparation
Sensor
Yes
No
• The heat pump supplies a large part of the required heat output. An electric heating element (immersion heater) supplements the heat pump on days when the external temperature lies below the bivalence point. In mono energy
systems, the contactor for the immersion heater (E10.1) must be set according to the output. It is controlled (230 V AC) by the heat pump manager via terminals X1/N and J13/NO4.
• The heat exchanger in the hot water cylinder must transfer the maximum heat output at the maximum heat source temperature. In systems with high hot water consumption (multiple dwellings, industrial applications) the cylinder must be
set to the maximum peak demand while taking the shut-off times into account. The maximum heat output and the maximum heating water flow must be adhered to!
• The contactor for the flange heater (E9) in the hot water cylinder should be dimensioned according to the output and must be supplied by the customer. It is controlled (230 V AC) by the heat pump manager via terminals X1/N and
J16/NO10. The maximum heat output of the heat pump and the water flow are to be observed.
• The dual differential pressureless manifold ensures that the required minimum water flow rate is maintained, independent of both the number of open heating circuits and of how the system is used. Hydraulic isolation is carried out using
two connections between flow and return; each connection is fitted with a check valve. The characteristic curve of the pump in the consumer circuit must be set in such a way that a maximum spread of 10 Kelvin is not exceeded, in order
to prevent unnecessary surging of the heat pump. Electronically regulated pumps must be operated at a constant pressure.
Glen Dimplex Deutschland GmbH
Dimplex Division
Am Goldenen Feld 18
95326 Kulmbach
Page 5/6
Subject to change and errors!
E-mail: [email protected]
Internet: www.dimplex.de
Internet: 09.03.2015
Integration Diagram: 10231024
Phone: +49 (0)9221 709-201
Fax: +49 (0)9221 709-339
Air-to-water heat pump, Integration Diagram, Heat pump and immersion heater
Legend:
1.
1.1
1.2
1.3
1.4
1.5
1.6
1.7
2.
3.
3.1
4.
5.
6.
7.
8.
9.
10.
13.
15.
16.
17.
Heat Pump
Air-to-water heat pump
Brine-to-water heat pump
Water-to-water heat pump
Reversible air-to-water heat pump
Reversible brine-to-water heat pump
Reversible water-to-water heat pump
Air-to-water heat pump split design
Heat pump manager
Parallel buffer tank
Buffer tank
Hot water cylinder
Swimming pool heat exchanger
Passive cooling station with cooling controller N6
Heating and silent or dynamic cooling
Fan convector with 4-wire connection
Cooling circuit only
Heating circuit only
Heat source
Hydraulic tower
Scalding protection
Hydro tower HWK 332
Domestic hot water distribution system:
DDV 25
DDV 32
EB KPV
KPV 25
MMB 25
MMH 25
VTB 25
WWM 25
Dual differential pressureless manifold (up to 2.0 m³/h)*
Dual differential pressureless manifold (up to 2.5 m³/h)*
Extension module for compact manifold (up to 2.0 m³/h)*
Compact manifold with overflow valve (up to 1.3 m³/h)*
In combination with EB KPV (up to 2.0 m³/h)*
Mixer module, bivalent (up to 2.0 m³/h)*
Mixer module for heating circuit
Manifold bar (up to 2.5 m³/h)*
Hot water module / unmixed heating circuit (up to 2.5 m³/h)*
* Recommended max. heating waterflow
Solarthermics:
SST 25
SOLPU 1
SOLCU 1
T1
T2
T3
Solar station for hot water
Solar station
Solar controller
Temperature sensor (collector sensor)
Temperature sensor (cylinder 1)
Temperature sensor (cylinder 2 /optional display function)
Glen Dimplex Deutschland GmbH
Dimplex Division
Am Goldenen Feld 18
95326 Kulmbach
B3
B4
B7
E9
E10
E10.1
E10.2
E10.3
E10.5
F7
F10
K20
K21
M11
M12
M13
M14
M15
M16
M17
M18
M19
M20
M21
M22
M25
N1
N2
N3
N12
N17.1
N17.2
N17.3
N17.4
R1
R2
R3
R4
R5
R9
R11
R13
SMF
TC
Y5
Y6
Y7
Y8
Y12
Y13
Page 6/6
Subject to change and errors!
E-mail: [email protected]
Internet: www.dimplex.de
Hot water thermostat
Swimming pool thermostat
Thermostat primary circuit
Flange heater, hot water
2nd heat generator (HG2)
Immersion heater
Oil/gas boiler
Solid fuel boiler
Solar energy system
Safety temperature monitor
Flow rate switch
Contactor for 2nd heat generator
Contactor for immersion heater hot water
Primary pump for heating operation
Primary pump for cooling operation
Heat circulating pump for main circuit
Heat circulating pump for heating circuit 1
Heat circulating pump for heating circuit 2
Auxiliary circulating pump
Cooling circulating pump
Hot water circulating pump
Swimming pool water circulating pump
Heat circulating pump heating /cooling circuit 3 still
Mixer
Mixer heating/cooling circuit 2
Circulating pump for heating and domestic hot water preparation
Heating controller
Cooling controller for reversible heat pumps
Room climate control stations
Solar controller
Cooling module general
Cooling module active
Cooling module passive
Solar module WPM Econ SOL
External wall sensor
Return flow sensor
Hot water sensor
Return flow sensor for cooling water
Temperature sensor for heating circuit 2
Flow sensor (antifreeze)
Flow sensor for cooling water
Sensor for heating circuit 3 / bivalent-renewable
Dirt trap
Room temperature controller
Three-way distribution valve
Two-way valve
Three-way mixing valve
Three-way valve (closing time max. 10 sec.)
External 4-way reversing valve
Three-way reversing valve
Internet: 09.03.2015
Integration Diagram: 10231024
Phone: +49 (0)9221 709-201
Fax: +49 (0)9221 709-339