Svan SVTE100A3 Wall Mounted Water Heater Instruction Manual
- June 13, 2024
- Svan
Table of Contents
- IMPORTANT RULES
- Performance characteristics
- Specifications
- Brief introduction of product structure
- Methods of installation
- Methods of use
- Cautions
- Maintenance
- Failures and treatment
- Wiring Diagram
- Produce information with EU regulation
- Description to ANNEX I
- Customer Service
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
Svan SVTE100A3 Wall Mounted Water Heater
IMPORTANT RULES
- The replacement of the power cord should be done by professionals.
- The use of the appliance by children and vulnerable people must be done under supervision.
- The drain pipe should be in a frost protected area. Users must protect inlet and outlet drain lines from freezing.
- The electric water heater meets the requirements of EN-60335-1, EN-60335-2-21.
Special advise
- Before installing this water heater, check and confirm the earth electrode on the socket is reliably grounded, without electricity. Otherwise, the electrical water heater can not be installed and used.
- No use of mobile sockets.
- Incorrect installation and use of this electrical water heater may result in serious injuries to human bodies and losses of property.
Performance characteristics
- Completely automatic control: automatic addition of cold water, automatic heating.
- Four-fold safety protection: multiple safety protection devices, such as dry heating protection, extra-temperature protection, electric leakage protection, high hydraulic pressure protection, etc., safe and reliable.
- Sapphire enamel inner container: manufactured by using advanced electrostatic dry method enamel technique, anti rust, corrosion-proof, incrustation-resistant, leak-prevention, with longer lifetime.
- Heating pipes designed with low thermal load: safe and reliable, with longer lifetime.
- Equipped with corrosion-proof and incrustation-retardant equipment: durable products.
- Thickened urethane integral foaming: good thermal insulation effect, energy efficient and electricity saving.
- Imported temperature controller: accurate and reliable control of temperature.
- Adjustable range of water temperature from 30 to 75°C.
- Simple operation and easy use
Specifications
Model| Volume (L)| Rated powerl (W)| Rated voltagel (ACV)|
Pated pressure (MPa)| Max of water temperature ( )|
Electric type| Waterproof grade
---|---|---|---|---|---|---|---
ST3000| 28| 1500| 220-240| 0.75| 75| Type I| IPX4
ST5000| 47| 1500| 220-240| 0.75| 75| Type I| IPX4
ST8000| 73| 1500| 220-240| 0.75| 75| Type I| IPX4
ST10000| 92| 1500| 220-240| 0.75| 75| Type I| IPX4
Brief introduction of product structure
Methods of installation
Note: Please be sure to use the accessories provided by our company to install this electrical water heater. This electrical water heater can not be hung on the support until it has been confirmed to be firm and reliable. Otherwise, the electrical water heater may drop off from the wall, resulting in damage of the heater, even serious accidents of injury. When determining the locations of the bolt holes, it shall be ensured that there is a clearance not less than 0.2m on the right side of the electrical heater, to convenient the maintenance of the heater, if necessary
Installation of the main machine
This electrical water heater shall be installed in the solid wall. If the strength of the wall can not bear the load equal to two times of the total weight of the heater filled fully with water, it is necessary to install a special support
After selecting a proper location, determine the positions of the two install holes used for expansion bolts with hook (200mm). Make two holes in the wall with the corresponding depth by using a chopping bit with the size matching the expansion bolts attached with the machine, insert the screws, make the hook upwards, tighten the nuts to fix firmly, and then hang the electrical water heater on it (see Fig.2)
Volume (L) | 28 | 47 | 73 | 92 |
---|---|---|---|---|
Distance between holes (mm) | 200 |
Install the supply socket in the wall. The requirements for the socket are as
follows: 250V/1 0A, single phase, three electrodes. It is recommended to place
the socket on the right above the heater. The height of the socket to the
ground shall not be less than 1.8m (see Fig.3).
If the bathroom is too small, the heater can be installed at another place
without sun-scorched and rain-drenched. However, in order to reduce the
pipeline heat losses, the installation position of the heater shall be closed
to the location for use of water as near as possible.
Connection of pipelines
The dimension of each pipe part is G1/2.
Connection of one-way safety valve: install the one-way safety valve attached
with the machine at the water inlet of the main machine. (Pay attention to
keep the installed drainage flexible pipes of the safety valve sloping
downward and connected with the atmosphere.)
In order to avoid leakage when connecting the pipelines, the rubber seal
gaskets provided with the machine must be added at the end of the threads
(see Fig.3)
If the users want to realize a multi-way supply system, refer to the method
shown in Fig.4 for connection of the pipelines.
Methods of use
-
First, open any one of the outlet valves at the outlet of the water heater, then, open the inlet valve. The electrical water heater begins to be filled with water. When there is water coming out of the outlet valve normally, it implies that the heater has been filled fully with water, and the outlet valve can be closed.
Note: During normal operation, the inlet valve shall be set in the status of “open”. -
Insert the supply plug into the socket, the two indicator lights are on at this time.
-
This machine can automatically control the temperature. When the water temperature inside the machine has reached the set temperature (It is set to 75°C), it will be turned off automatically, and step into the status of thermal insulation; when the water temperature is decreased to a certain point, it will be turned on automatically to restore the heating, and the use of hot water will not be interrupted. When the heater is switched off automatically, the heating indicator will turn off.
Cautions
-
The supply socket must be earthed reliably. The rated current of the socket shall not be lower than 1 OA. The socket and plug shall be kept dry to prevent electrical leakage. Inspect frequently whether the plugs contact well with the socket. Inspect method is as follows: insert the power supply plug into socket, after using for half an hour, shut down the unit and pull the plug out, and inspect the plug whether it scalds hand. If it scalds ( over 50 °C ), please change another well-contacted socket to avoid the plug being damaged, fire or other personnel accidents result from bad-contacting.
-
For the places or the wall where the water may splash, the installation height of the socket shall not be lower than 1.8m.
-
The wall in which the electrical water heater is installed shall be able to bear the load more than two times of the heater filled fully with water without distortion and cracks. Otherwise, other strengthening measures shall be adopted.
-
The one-way safety valve attached with the machine must be installed at the cold water inlet of this machine (see Fig.5). and make sure it is safety valve, so the outflow pipe must open wide in the air; The one-way safety valve need to be checked and cleaned regularly, so as to make sure it will not be blocked.
-
For the use of the first time (or the first use after maintenance or clean), the heater can not be switched on until it has been filled fully with water. When filling the water, at least one of the outlet valves at the outlet of the heater must be opened to exhaust the air. This valve can be closed after the heater has been filled fully with water.
-
During heating, there may be drops of water dripping from the pressure release hole of the one-way safety valve. This is a normal phenomenon. If there is a large amount of water leaked, please contact with the professional maintenance personnel for repair. This pressure release hole shall, under no circumstances, be blocked; otherwise, the pressure release hole heater may be damaged, even resulting in safety accidents.
-
The drainage pipe connected to the pressure release hole must be kept sloping downwards.
-
Since the water temperature inside the heater can reach up to 75°C, the hot water must not be exposed to human bodies when it is initially used. Adjust the water temperature to a proper point to avoid scald.
-
In order to drain away the water inside the inner container, it can be drained away from the exit port (Twist the thread screw of the exit port off), and it also can be drained away from the one-way safety valve (Twist the thread screw off the one-way safety valve, and lift the drain handle upwards). (See Fig. 7)
-
If the flexible power supply cord is damaged, the special supply cord provided by the manufacturer must be selected, and replaced by the professional maintenance personnel.
-
If any parts and components of this electrical water heater are damaged, please contact with the professional maintenance personnel for repair, and use the special spare parts and components provided by our company
Maintenance
- Check the power supply plug and socket frequently to make sure that they have good, reliable contact and are well grounded without overheat phenomenon.
- If the heater will not be used for a long time, especially in the regions with low atmospheric temperature (lower than Q°C), in order to prevent the heater to be damaged due to freeze of the water in the inner container, the water inside the heater shall be drained away (refer to Item 9, Cautions of this manual for the method to drain away the water inside the inner container).
- In order to ensure that the water heater can operate efficiently for long term, it is recommended to clean periodically the inner container and the deposits on the electrical heating components of the electrical water heater.
- Suggest to examine the anode protection materials every half a year or so. If all the materials have been consumed, please replace with the new materials.
- Temperature limiter cut off electricity if water heater is overheated or thermostat damages. Manual resetting is needed. Resetting knob is as follows (see Fig.7).
WARNING
Non-professionals are not allowed to disassemble temperature limiter to reset
. Please contact professionals to maintain. Otherwise our company will not
take responsibility if any quality accident happens because of this
Failures and treatment
Failures | Reasons | Treatment |
---|---|---|
The heating indicator light is off. | Failures of the temperature controller. |
Contact with the professional personnel for repair.
No water coming out of the hot water outlet.|
- The running water supply is off.
- The hydraulic pressure is too low.
- The inlet valve of running water is not open.
|
-
Wait for restoration of running water supply.
-
Use the heater again when the hydraulic pressure is increased.
Open the inlet valve -
Open the inlet valve of running water.
The water temperature is too high.|
- Failures of the temperature control system.
| Contact with the professional personnel for repair.
Water leak| Seal problem of the joint of each pipe.| each Seal up the joints.
Wiring Diagram
Produce information with EU regulation
The electrical storage water heater ST3000 of the company SVAN Ltd. was
tested with a declared load profile of the size “S” that correspond to the
water heating efficiency class The product fulfills and corresponds to the
requirements of the commission regulation standards (No 814/2013) for
electrical storage water heater and achieved a water heating energy efficiency
ηwh =33% of that correspond to the water heating efficiency class
“C” In accordance with AnnexⅡ Energy Efficiency Classes article 1 of the
commission regulation (No 812/2013)
The evaluation of the result of this report with respect of conformity with
the related commission regulation (No 812/2013 and 814/2019) is only a part of
the conformity assessment to achieve the ErP-Label.
Electricity consumption Qelec, water heating energy efficiency ηwh and mixed
water at 40℃(V40)
Description | Parameter | Value | Unit |
---|---|---|---|
k-Value | k | 0.23 | |
Smart control compliance | smart | 0 | |
Smart control factor | SCF | 0 | |
Conversion coefficient | CC | 2.5 | |
Ambient correction term | Qcor | -0.323 | kWh |
Referenct energy | Qref | 2.1 | kWh |
Useful energy content | QH2O | 2.791 | kWh |
Correction ratio of reference and useful energy | Qref/QH2O | 0.753 | kWh |
Daily electricity consumption (measured) | Qtest_elec | 3.562 | kWh |
Water temperature at the beginning of the 24h measurement cycle | T3 | 75.3 | ℃ |
Water temperature at the end of the 24h measurement cycle | T5 | 76 | ℃ |
Storage volume | Mact | 28.6 | kg |
Storage volume | Cact | 28.6 | L |
Daily electricity consumption (corrected) | Qelec | 2.663 | kWh |
Water heating energy efficiency | ηwh | 33.2 | % |
Annual Electricity Consumption | AEC | 556 | kWh |
Water heating energy efficiency class | C | ||
Water temperature without tapping | Tset | 75.5 | ℃ |
Average water temperature of outlet warm water | θ’p | 66.3 | ℃ |
Average water temperature of inlet cold water | θc | 10.5 | ℃ |
Normalised value of the average temperature | θp | 66.2 | ℃ |
Volume that delivered water of at least 40℃ | V40exp | 25.7 | L |
Calculated volume that delivered hot water of at least 40℃ | V40 | 48 | L |
The electrical storage water heater ST5000 of the company SVAN Ltd. was
tested with a declared load profile of the size “M” that correspond to the
water heating efficiency class The product fulfills and corresponds to the
requirements of the commission regulation standards (No 814/2013) for
electrical storage water heater and achieved a water heating energy efficiency
of ηwh =37% that correspond to the water heating efficiency class
“C” In accordance with AnnexⅡ Energy Efficiency Classes article 1 of the
commission regulation (No 812/2013)
The evaluation of the result of this report with respect of conformity with
the related commission regulation (No 812/2013 and 814/2019) is only a part of
the conformity assessment to achieve the ErP-Label.
Electricity consumption Qelec、water heating energy efficiency ηwh and mixed
water at 40℃(V40)
The electrical storage water heater ST5000 of the company SVAN Ltd. was tested
with a declared load profile of the size that correspond to the water heating
efficiency class The product fulfills and corresponds to the requirements of
the commission regulation standards (No 814/2013) for electrical storage water
heater and achieved a water heating energy efficiency of In accordance with
AnnexⅡ Energy Efficiency Classes article 1 of the commission regulation (No
812/2013)
The evaluation of the result of this report with respect of conformity with
the related commission regulation (No 812/2013 and 814/2019) is only a part of
the conformity assessment to achieve the ErP-Label.
Electricity consumption Qelec、water heating energy efficiency ηwh and mixed
water at 40℃(V40)
Description | Parameter | Value | Unit |
---|---|---|---|
k-Value | k | 0.23 | |
Smart control compliance | smart | 0 | |
Smart control factor | SCF | 0 | |
Conversion coefficient | CC | 2.5 | |
Ambient correction term | Qcor | -0.392 | kWh |
Referenct energy | Qref | 5.845 | kWh |
Useful energy content | QH2O | 7.143 | kWh |
Correction ratio of reference and useful energy | Qref/QH2O | 0.818 | kWh |
Daily electricity consumption (measured) | Qtest_elec | 8.068 | kWh |
Water temperature at the beginning of the 24h measurement cycle | T3 | 69.7 | ℃ |
Water temperature at the end of the 24h measurement cycle | T5 | 71.4 | ℃ |
Storage volume | Mact | 46.6 | kg |
Storage volume | Cact | 46.6 | L |
Daily electricity consumption (corrected) | Qelec | 6.527 | kWh |
Water heating energy efficiency | ηwh | 36.7 | % |
Annual Electricity Consumption | AEC | 1399 | kWh |
Water heating energy efficiency class | C | ||
Water temperature without tapping | Tset | 70 | ℃ |
Average water temperature of outlet warm water | θ’p | 67.2 | ℃ |
Average water temperature of inlet cold water | θc | 10.5 | ℃ |
Normalised value of the average temperature | θp | 67.1 | ℃ |
Volume that delivered water of at least 40℃ | V40exp | 36.8 | L |
Calculated volume that delivered hot water of at least 40℃ | V40 | 70 | L |
The electrical storage water heater ST8000 of the company SVAN Ltd. was
tested with a declared load profile of the size “M” that correspond to the
water heating efficiency class The product fulfills and corresponds to the
requirements of the commission regulation standards (No 814/2013) for
electrical storage water heater and achieved a water heating energy efficiency
of ηwh=37% that correspond to the water heating efficiency class “C” In
accordance with AnnexⅡ Energy Efficiency Classes article 1 of the commission
regulation (No 812/2013)
The evaluation of the result of this report with respect of conformity with
the related commission regulation (No 812/2013 and 814/2019) is only a part of
the conformity assessment to achieve the ErP-Label.
Electricity consumption Qelec、water heating energy efficiency ηwh and mixed
water at 40℃(V40)
Description | Parameter | Value | Unit |
---|---|---|---|
k-Value | k | 0.23 | |
Smart control compliance | smart | 0 | |
Smart control factor | SCF | 0 | |
Conversion coefficient | CC | 2.5 | |
Ambient correction term | Qcor | -0.351 | kWh |
Referenct energy | Qref | 5.845 | kWh |
Useful energy content | QH2O | 7.480 | kWh |
Correction ratio of reference and useful energy | Qref/QH2O | 0.781 | kWh |
Daily electricity consumption (measured) | Qtest_elec | 8.420 | kWh |
Water temperature at the beginning of the 24h measurement cycle | T3 | 57.4 | ℃ |
Water temperature at the end of the 24h measurement cycle | T5 | 57.8 | ℃ |
Storage volume | Mact | 81 | kg |
Storage volume | Cact | 81 | L |
Daily electricity consumption (corrected) | Qelec | 6.550 | kWh |
Water heating energy efficiency | ηwh | 36.6 | % |
Annual Electricity Consumption | AEC | 1403 | kWh |
Water heating energy efficiency class | C | ||
Water temperature without tapping | Tset | 57.8 | ℃ |
Average water temperature of outlet warm water | θ’p | 54.9 | ℃ |
Average water temperature of inlet cold water | θc | 10.4 | ℃ |
Normalised value of the average temperature | θp | 54.8 | ℃ |
Volume that delivered water of at least 40℃ | V40exp | 61 | L |
Calculated volume that delivered hot water of at least 40℃ | V40 | 91 | L |
The electrical storage water heater ST10000 of the company SVAN Ltd. was
tested with a declared load profile of the size “M” that correspond to the
water heating efficiency class The product fulfills and corresponds to the
requirements of the commission regulation standards (No 814/2013) for
electrical storage water heater and achieved a water heating energy efficiency
of ηwh=36% that correspond to the water heating efficiency class “C”
In accordance with AnnexⅡ Energy Efficiency Classes article 1 of the
commission regulation (No 812/2013)
The evaluation of the result of this report with respect of conformity with
the related commission regulation (No 812/2013 and 814/2019) is only a part of
the conformity assessment to achieve the ErP-Label.
Electricity consumption Qelec、water heating energy efficiency ηwh and mixed
water at 40℃(V40)
Description | Parameter | Value | Unit |
---|---|---|---|
k-Value | k | 0.23 | |
Smart control compliance | smart | 0 | |
Smart control factor | SCF | 0 | |
Conversion coefficient | CC | 2.5 | |
Ambient correction term | Qcor | -0.472 | kWh |
Referenct energy | Qref | 5.845 | kWh |
Useful energy content | QH2O | 7.107 | kWh |
Correction ratio of reference and useful energy | Qref/QH2O | 0.822 | kWh |
Daily electricity consumption (measured) | Qtest_elec | 7.918 | kWh |
Water temperature at the beginning of the 24h measurement cycle | T3 | 58.1 | ℃ |
Water temperature at the end of the 24h measurement cycle | T5 | 56.5 | ℃ |
Storage volume | Mact | 101 | kg |
Storage volume | Cact | 101 | L |
Daily electricity consumption (corrected) | Qelec | 6.667 | kWh |
Water heating energy efficiency | ηwh | 36.1 | % |
Annual Electricity Consumption | AEC | 1422 | kWh |
Water heating energy efficiency class | C | ||
Water temperature without tapping | Tset | 56.4 | ℃ |
Average water temperature of outlet warm water | θ’p | 55.3 | ℃ |
Average water temperature of inlet cold water | θc | 10.4 | ℃ |
Normalised value of the average temperature | θp | 55.3 | ℃ |
Volume that delivered water of at least 40℃ | V40exp | 74 | L |
Calculated volume that delivered hot water of at least 40℃ | V40 | 112 | L |
Description to ANNEX I
DESCRIPTION TO ANNEX I
(1) supplier’s name or trade mark
(2) supplier’s model identifier
(3) the declared load profile, expressed by the appropriate letter and
typical usage in accordance with Table 3 of Annex VII
(4) the water heating energy efficiency class of the model, determined in
accordance with point 1 of Annex II
(5) the water heating energy efficiency in %, rounded to the nearest
integer
(6) the annual electricity consumption in KWh in terms of final energy
and/or the annual fuel consumption in GJ in terms of GCV, rounded to the
nearest integer and calculated in accordance with point 4 of Annex VIII
(7) the thermostat temperature settings of the water heater, as placed on
the market
(8) the daily electricity consumption Q elec in KWh, rounded to three
decimal places
(9) the declared load profile, expressed by the appropriate letter in
accordance with Table 1 of this Annex
(10) the mixed water at 40℃ V40 in litres, rounded to the nearest integer
(11) maximum temperature of the thermostat
(12) ‘out of the box-mode’ is the standard operating condition, setting
or mode set by the manufacturer at factory level, to be active immediately
after the appliance installation, suitable for normal use by the end-user
according to the water tapping pattern for which the product has been designed
and placed on the market
(13) the water heating energy efficiency in %, rounded to one decimal
place
(14) All specific precautions for assembly, installation and maintenance
are described in the operating and installation instructions. Read and follow
the operating and installation instructions.
(15) All of the data that is included in the product information was
determined by applying the specifications of the relevant European directives.
Differences to product information listed elsewhere may result in different
test conditions. Only the data that is contained in this product information
is applicable and valid.
Customer Service
SVAN TRADING S.L.
Imported by B73737553
Av. Altos Hornos S/N. Pto. Sagunto (46520). Valencia, España.
info@svanelectro.com
96060003
Read User Manual Online (PDF format)
Read User Manual Online (PDF format) >>