EGO 55 Series User manual

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
Operating Instructions
Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
90.60145.653-001-02-A
E.G.O. Elektro-Gerätebau GmbH
Blanc-und-Fischer-Platz 1 - 3
75038 Oberderdingen
Germany
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
2
of
19
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
3
of
19
Table of contents
1 About these operating instructions ......................................................................... 5
1.1 Validity ........................................................................................................................... 5
1.2 Handling of these operating instructions ....................................................................... 5
1.3 Revisions ....................................................................................................................... 5
1.4 Other applicable documents .......................................................................................... 5
1.5 Symbols and markings .................................................................................................. 6
2 Safety ......................................................................................................................... 7
2.1 Intended use .................................................................................................................. 7
2.2 Staff qualification ........................................................................................................... 7
2.3 Residual risks................................................................................................................. 8
2.3.1 Sharp edges ..................................................................................................... 8
2.3.2 Sensor tip ......................................................................................................... 8
2.3.3 Live parts .......................................................................................................... 8
2.3.4 Deformation ...................................................................................................... 9
2.3.5 Ingress of foreign parts ..................................................................................... 9
2.3.6 Too high force when attaching or removing the receptacle ............................. 9
2.3.7 Too high force when putting on the knob ......................................................... 9
2.3.8 Incorrectly selected, assembled or reused stuffing box sets ........................... 9
2.3.9 Leaking substances ........................................................................................ 10
2.3.10 Unsuitable material pairings and aggressive substances .............................. 10
2.3.11 Overheating .................................................................................................... 10
2.3.12 Failing below the minimum switching power .................................................. 11
2.3.13 Exceeding the maximum number of switching cycles .................................... 11
2.3.14 Aging (thermal cut-outs and temperature limiters) ......................................... 11
2.3.15 Deviating switching temperatures and hysteresis .......................................... 11
2.3.16 Uneven heat distribution on the sensor .......................................................... 11
2.3.17 Temperatures too high or too low ................................................................... 12
2.3.18 Too high pressure on the sensor .................................................................... 12
2.3.19 Changes and readjustments on the thermostat ............................................. 12
2.3.20 Blocking of the switching mechanism............................................................. 12
3 Transport and storage ............................................................................................ 13
3.1 Transport ...................................................................................................................... 13
3.2 Storage ........................................................................................................................ 13
4 Installation and Commissioning ............................................................................ 14
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
4
of
19
4.1 Mechanical installation ................................................................................................. 14
4.1.1 Basic information on installation ..................................................................... 14
4.1.2 Sensor mounting ............................................................................................ 14
4.1.3 Fasten thermostat inside the housing ............................................................ 14
4.2 Regulation .................................................................................................................... 14
4.2.1 With adjustable thermostats: set the switch-off temperature ......................... 14
4.3 Electrical connection .................................................................................................... 15
4.3.1 Basic information on the electrical connection ............................................... 15
4.3.2 Information on the various connection types .................................................. 15
4.3.3 Ground the thermostat ................................................................................... 15
5 Maintenance ............................................................................................................ 16
6 Disposal .................................................................................................................. 17
7 Technical data ......................................................................................................... 18
8 Contact .................................................................................................................... 19
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
5
of
19
1 About these operating instructions
1.1 Validity
These operating instructions are for the following material number range of thermostats:
 55.xxxxx.xxx
 56.xxxxx.xxx
1.2 Handling of these operating instructions
These operating instructions are part of the product and describe the intended use of the product.
 Read these operating instructions, especially the safety instructions, carefully before use.
 Observe all other applicable documents.
 Keep these operating instructions during the product lifetime.
 Make sure that these operating instructions are available completely and legibly at all times.
 Pass these operating instructions to each subsequent owner or user of the product.
1.3 Revisions
Date Version What is new?
27.11.2020 01 Initial version
22.03.2021 02 Complement chapter no. 5
26.03.2021 03 Complement chapter 2.1 + 3.1
Tab. 1: Revisions
1.4 Other applicable documents
 Type drawing
 Approved technical data
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
6
of
19
1.5 Symbols and markings
Symbols Meaning
 Requirement of an action
 One-step action
 Measure to avoid a hazard in a warning
1.  Step within a multi-step action list
 Keep order
 Final result of an action
Tip for easier work
DANGER! Hazardous situation that will lead to death or serious injuries, if
the safety measures are not followed.
WARNING! Hazardous situation that can lead to death or serious injuries, if
the safety measures are not followed.
CAUTION! Hazardous situation that can lead to minor injuries, if the safety
measures are not followed.
NOTICE! Hazardous situation that can lead to property damage if the
safety measures are not followed.
Tab. 2: Symbols and markings
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
7
of
19
2 Safety
2.1 Intended use
EGO Thermostats are intended for the following applications, depending on the type (temperature
regulator, thermal cut-out, temperature limiter):
 Temperature regulator: regulates the operating temperature of a medium.
 Temperature limiter: For safety reasons, limits the operating temperature of a medium to an
adjustable maximum temperature.
 Thermal cut-out: For safety reasons, limits the operating temperature of a medium to a fixed
maximum temperature.
Any other use requires the written consent of E.G.O..
EGO Thermostats and Temperature Limiters are not dangerous substances in the sense of the
EC Dangerous Preparations Directive (1999/45/EG) or the German Hazardous Substances
Ordinance (GefStoffV) and thus are not subject to labeling requirements.
Exception: Diastates that are filled with a metal alloy with a low melting point are marked with a
separate warning sign: “Attention. Filler reacts with water. Danger of fire and etching“.
EGO thermostats that are filled with a metal alloy with a low melting point are treated
separately. The working area must be arranged to prevent any contact between the metal
alloy and water, as this leads to a chemical reaction. The thermostats must be protected
against mechanical factors such as shock and impacts.
Proper use also includes the following points:
 Compliance with the permissible operating conditions according to the type drawing.
 Follow these operating instructions.
2.2 Staff qualification
These operating instructions are intended for following staff / staff groups:
Staff Required qualification
Production staff of the
electrical appliance
manufacturer
Has received instruction for the required activity from the electrical
appliance manufacturer.
Qualified electrician  Knows the relevant standards and regulations for electrical
installation.
 Has experience in using the relevant tools and aids for electrical
installation.
 Has knowledge of electrical appliances.
 Has received training from the electrical appliance manufacturer.
Tab. 3: Staff qualification
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
8
of
19
2.3 Residual risks
Unless otherwise indicated, the following residual risks apply to all types:
2.3.1 Sharp edges
Packaging boxes and mechanical parts of the thermostats (e.g. housing, sensor or tab terminal) can
have sharp edges. People can cut themselves into hands or fingers.
 Wear safety gloves.
2.3.2 Sensor tip
People can stab themselves at the sensor tip. In particular, there is a risk that the sensor tip deflects
unexpectedly due to the force of a spring and injures the eyes.
 Handle the sensor carefully.
 Wear safety glasses.
2.3.3 Live parts
The following factors can cause an electric shock:
Live parts suddenly become accessible due to mechanical damage.
 Do not use thermostats that are damaged (e.g. cracks).
The protective earthing of the thermostat housing, sensor and capillary tube of thermostats with
protection class I is missing or insufficient.
 Observe valid standards and national guidelines.
 Make sure that the thermostat housing and capillary tube are properly and permanently connected
to earth potential (e.g. with a capillary tube grounding clamp)
– or –
install sensor insulated.
Voltage is carried over from external voltage-carrying components via the capillary tube to the touchable
sensor.
 Use thermostats with an insulated capillary tube or ensure that there is sufficient distance to live
components.
The thermostat is installed without being de-energized beforehand.
 Installation should only be carried out by qualified staff.
 Make sure that all supply voltages are switched off before installation.
Clearances and creepage distances are disregarded when installing in the housing.
 Observe valid standards and national guidelines.
Thermostats do not have an IP protection class.
 Install the thermostat in a suitable housing protected from dust and moisture.
With temperature regulators and temperature limiters: The basic insulated metal axis is exposed. There
is a risk of an electric shock if touched.
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
9
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 Knob made of insulating material: Select at least 50 N pull-off forces in accordance with IEC 60335
part 1 ff.
2.3.4 Deformation
Mechanical deformations may lead to malfunctions or even destruction of the thermostat. The risk exists
particularly in the following cases:
 Too long fastening screws
 Crushing of the sensor
 Kinking the capillary tube
 Pull on the capillary tube
 Effect of force and bending stress on the solder joint between sensor and capillary tube.
 With adjustable thermostats: Deformation of the mechanics by exceeding the maximum stop torque
of 150 Ncm.
 Observe the maximum screw-in depth of the fastening screws in the fastening bracket of the
thermostat (see type drawing).
 Avoid mechanical effects on the sensor.
 Never kink the capillary tube during assembly and operation (observe the minimum bending radius
according to the type drawing).
 Do not exceed the tensile load of the capillary tube on the housing of 50 N.
 With adjustable thermostats: Observe the maximum stop torque of 150 Ncm.
2.3.5 Ingress of foreign parts
Ingressing foreign parts can lead to malfunctions.
 Install thermostats in a suitable housing protected from dust and moisture.
2.3.6 Too high force when attaching or removing the receptacle
The thermostat can be damaged due to excessive force when attaching or removing the socket.
 When attaching and removing observe the instructions in accordance with the IEC 61210 standard
(axial forces for attaching and removing the blade terminal).
2.3.7 Too high force when putting on the knob
The thermostat can be damaged due to excessive force when attaching the knob.
 Use a knob with a maximum push-on force of 50 N.
2.3.8 Incorrectly selected, assembled or reused stuffing box sets
Incorrectly selected, assembled or reused stuffing box sets can lead to leaks.
 Select stuffing box sets according to the application. Pay particular attention to the temperature
resistance and maximum pressure resistance of the stuffing box seal.
 Adhere to the specified tightening torque and the order of the individual parts during assembly so
that the capillary tube is not damaged.
 Once installed, do not reuse the stuffing box sets after dismantling.
 Test the tightness of the system through experiments.
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
10
of
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2.3.9 Leaking substances
Filling medium can escape from leaked sensors or capillary tubes. The filling medium can mix with food
(e.g. deep fryer oil). As a result, people can suffer from adverse health effects.
 Lay the sensor and capillary tube protected when used in the food industry.
 With medium contact:
– Completely change the medium (e.g. deep fryer oil).
– Ensure by cleaning that there are no more residues of the filling medium.
The NaK filler for high temperature applications may cause chemical burns.
 Wear protective gloves and safety glasses during installation and replacement.
 Observe additional warning in the type drawing.
If the temperature is too high, toxic fumes can escape from plastic parts and screw locking varnish (e.g.
from hood and insulating hoses).
 Never heat plastic parts above the following specified maximum temperatures:
– Teflon insulating hose: 260 °C
– Fiberglass: 230 °C
– OWF: 140 °C
– PVC: 105 °C
– Housing: according to type drawing
2.3.10 Unsuitable material pairings and aggressive substances
Unsuitable material pairings and aggressive media may cause corrosion. This may lead to malfunctions
or even destruction of the thermostat.
 When selecting fastening parts for the sensor and capillary tube, note the electrochemical series of
the materials used. Use a suitable protective tube if necessary.
2.3.11 Overheating
Overheating may cause a fire. The following factors may lead to overheating:
 Unsuitable plug and screw connectors, cable end sleeve, conductor material, conductor cross-
section
 Insufficient contact points
 Increased contact resistance at the plug connection
 Exceeding the permissible switching power
 When inserting the sleeves again, observe the manufacturer´s specifications.
 Make sure that the switching capacities specified in the technical data are not exceeded.
 Only use cables, receptacles and connection material in accordance with the IEC 61210 standard.
 Establish connections properly.
 Check the contact points in a type test for excessive overheating and initiate remedial measures if
necessary.
document id.: 90.60145.653-001-02-A / state: 230 - released
view date: 2023-05-22 12:49:50 / user: SCHLAGET
item id.: 55.32519.440-00/69A / SAP material state: 1A

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
11
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2.3.12 Failing below the minimum switching power
Failing below the minimum switching power may lead to faults in the switching function.
 Make sure that the switching capacities are not falling below the value noted in the specified
technical data.
2.3.13 Exceeding the maximum number of switching cycles
Exceeding the maximum number of switching cycles may lead to malfunctions.
 Make sure that the number of switching cycles specified in the technical data is not exceeded.
2.3.14 Aging (thermal cut-outs and temperature limiters)
Thermal cut-outs and temperature limiters age in normal operation even with regular cycle loads. Aging
may lead to malfunctions.
 Change thermal cut-outs and temperature limiters prophylactically in the following cases:
– The temperature controller fails
– Exceeding the maximum sensor temperature
– After 10 years at the latest
2.3.15 Deviating switching temperatures and hysteresis
Switching temperatures and hysteresis specified in the type drawing apply in accordance with E.G.O.
measuring method (at room temperature of 23 °C, temperature change 1K / min in the E.G.O. factory
standard bath). In the case of deviating room temperatures and temperature changes, the actual
switching temperatures and hysteresis may differ from the information in the type drawing.
 When designing the application, note the correction factors in the type drawing.
 Carry out a series of tests with thermostats in the respective application and compensate for the
measured temperature differences if necessary.
2.3.16 Uneven heat distribution on the sensor
Uneven heat distribution on the sensor may lead to malfunctions or even destruction of the thermostat.
 Note the following points when designing the application:
– The heat distribution on the sensor should be as even as possible.
– The sensor must be surrounded by the measuring medium over its
entire length.
 Carry out a series of tests with thermostats in the respective application and compensate for the
measured temperature differences if necessary.

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
12
of
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2.3.17 Temperatures too high or too low
Exceeding the maximum permissible sensor temperature according to the type drawing may lead to
malfunctions and even destruction of the thermostat.
 When designing the application, note and adhere to the maximum sensor temperature specified in
the type drawing. Pay particular attention to post heat.
Exceeding the maximum permissible ambient temperature in the area of the housing may lead to
malfunctions and even destruction of the thermostat.
 When designing the application, observe and adhere to the maximum ambient temperature
specified in the type drawing and the approved technical data.
The following dangers exist if the temperature falls below the minimum permissible according to the
type drawing:
 If the sensor is suddenly heated up from being undercooled, the sensor can burst.
 The break protection can be triggered unintentionally.
 When designing the application, observe and adhere to the minimum ambient and sensor
temperature specified in the type drawing.
2.3.18 Too high pressure on the sensor
Exceeding the maximum permissible pressure at the sensor may lead to malfunctions and even
destruction of the thermostat.
 Note the maximum permissible sensor pressure:
– Boiler sensor: 20 bar
– Tube sensor: 30 bar
– High pressure sensor: 250 bar
2.3.19 Changes and readjustments on the thermostat
Changes and readjustments to the thermostat may lead to malfunctions.
 Never change the E.G.O. factory setting.
2.3.20 Blocking of the switching mechanism
Blocking of the switching mechanism, in particular through manipulation of the reset mechanism, may
lead to malfunctions.
 Never change the switching mechanism or the reset mechanism.
 Make sure that the reset button always moves freely and is not blocked by surrounding components
or foreign bodies.

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
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3 Transport and storage
3.1 Transport
 Use suitable packaging to prevent damage to the product.
 Do not stack pallets.
 Maintain a temperature range of -40 °C – +70 °C.
Transport regulations
IEC 68-2-31 Transport test for unpackaged components
IEC 68-2-32 Transport test for packaged components
IEC 68-2-6 Vibration test for unpackaged components
Thermostats filled with metal alloys with a low melting point
ADR/RID (Transport Road / Rail):
UN 3543
Technical name: Articles containing a substance which emits flammable gas in contact
with water, n.o.s. (Sodium-Potassium-Mixture)
Hazard Class: 4.3
Packaging group: --
Tunnel restriction code: (E)
Transport category: 4
Transitional provision:
Following chapter 1.6.1.46 ADR the usage of UN 3543 on the road is planned to be mandatory
from 01.01.2023. Until the 31st of December 2022 the UN 3543 is released from the regulations
of ADR if actions have been taken that under normal circumstances of transport prevent the
substances from release.
IMDG-Code (Transport Sea):
UN 3543
Proper shipping name: Articles containing a substance which emits flammable gas in contact
with water, n.o.s. (Sodium-Potassium-Mixture)
Hazard class: 4.3
Packing group: --
ICAO/IATA (Transport Air):
Forbidden
Product approvals
The product approvals for EGO Thermostats and Temperature Limiters are stored in the
approved technical specifications.
3.2 Storage
 Observe the following storage conditions:
– Temperature from 5 – 70 °C
– Dry and closed room
– Storage in a container that is suitable for electrical switchgear

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
14
of
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4 Installation and Commissioning
4.1 Mechanical installation
4.1.1 Basic information on installation
You can freely choose the order of assembly depending on the application. Note the following points:
 If the adjustment facial expressions are inaccessible: set the switch-off temperature before
installation.
 For thermostats with 2 sensors: note the correct position of the sensor according to the type
drawing.
4.1.2 Sensor mounting
1. Position the sensor at the measuring point and fix it. Unwind the capillary tube if necessary.
2. Lay the capillary tube securely. Note the following points:
– Avoid sharp turns or kinks.
– Possibly position and fix sliding insulating hoses.
– Possibly complete and assemble the stuffing box screw connections.
Ensure that there is sufficient permanent tightness.
4.1.3 Fasten thermostat inside the housing
1. With 2-point fastening: select the screw so that the following conditions are met:
– Sufficient fixation is guaranteed.
– The screw does not touch the housing.
2. With central fastening:
– Choose fastening materials, such as nut or cap nut according to the type
drawing.
– Make sure there is sufficient torque and avoid „over-turning“.
3. For temperature limiter and thermal cut-out: ensure that the reset mechanism can move freely.
4. If applicable put on a suitable knob.
4.2 Regulation
4.2.1 With adjustable thermostats: set the switch-off temperature
 Adjust facial expressions with a suitable tool, e.g. knob, turn until the intended storage temperature
is reached. Note the following points:
– Temperature-characteristic according to the type drawing
– Installation position of the thermostat (correct alignment of the spindle
surface)

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
15
of
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4.3 Electrical connection
4.3.1 Basic information on the electrical connection
 Observe the cross-section, insulation material and circuit diagram according to the type drawing.
 Observe national standard information on electrical connection, such as EN 60730.
 Make sure that the shape and position of the electrical connection are not changed (e.g. bending).
 Ensure permanent low-resistance connection.
4.3.2 Information on the various connection types
Observe the following instructions for electrical connection and earthing of the thermostat:
 Screw-connection: Pay attention to the tightening torque and secure fit of the cable.
 Connection with clamping bracket (U-shape):
– Only use clamping brackets according to the type drawing.
– Pay attention to the tightening torque and the tight fit of the cable.
 Plug connection:
– Ensure that the flat receptacle on the flat plug is firmly seated.
– Do not bend the connection when plugging it in.
4.3.3 Ground the thermostat
1. Depending on the application, assess whether and which components need to be integrated into the
earthing concept.
2. Establish electrical connection.

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
16
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5 Maintenance
 EGO Thermostats cannot be repaired.
A damaged thermostat has to be replaced by a completely new thermostat.

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
17
of
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6 Disposal
 Do not dispose of the thermostat with household waste.
 Dispose of the thermostat in accordance with locally applicable regulations.

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
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7 Technical data
For all data see type drawing and document “approved technical data”.

product operating instruction
E.G.O. Germany (E.G.O. Elektro-Gerätebau GmbH)
document id.: 90.60145.653-001-02-A / state: 230 - released
designation: Thermostats 55.xxxxx.xxx / 56.xxxxx.xxx
page
19
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8 Contact
Mr.Tilo Fucik
Phone: [phone]
E-Mail: [e-mail]