Dimensioni Di Tutta La Gamma Ergoline

EXCELLENCE 800 EVOLUTION 600 EVOLUTION 500 ADVANTAGE 400 ADVANTAGE 350 LOUNGE AVANTGARDE 600 CLASSIC 300 CLASSIC 8000

PLANNINGMANUAL Planning inlet air and exhaust air Connecting to controls Information on air conditioning Technical information

Ergoline – The No. 1 professional tanner

Planning Manual Order No. 801482 / Index "_" / 03.2004

for the Ergoline Professional Sunbed Program Professional Tanning by Ergoline is a synonym for innovative technologies and future-oriented product design. The success of Ergoline GmbH is no coincidence but the result of a targeted orientation to the requirements and wishes of the customers. Over 25 years of experience have given Ergoline a know-how advantage for constantly perfected technical manufacture and quality assurance. Convincing tanning performance, exemplary comfort and, not least, the excellent workmanship of the products make Ergoline No. 1 regarding Professional Sunbed products.

1

Planning manual

Introduction

Dear Customer, In choosing an Ergoline professional sunbed you have acquired highperformance equipment featuring advanced technology. Your professional sunbed has been manufactured at Ergoline with the greatest care and precision, having undergone numerous quality controls and safety checks. We have done everything to ensure the safe and trouble-free operation of your sunbed. However, you also can do a lot to ensure prolonged satisfaction with your Ergoline product. The present planning manual provides important planning information and some examples, so that an Ergoline sunbed can be used to full advantage and, with correct adjustment of the ventilation system, a comfortable room climate can be achieved as a condition of a high degree of customer satisfaction. For correct on-site implementation, your authorized dealer (agent) is available as your first point of contact. He has the necessary experience in handling all types of site-related ventilation problems. In the event of technical defects or should you have any spare part inquiries, please contact your agent. Of course, we are also available should you have any questions.

Contact address: Global Service Division After-sales service #1 Walter Kratz Drive Jonesboro, Arkansas 72401  Telephone: (800) 445 0624  Faxnumber: (870) 935 9046 e-Mail: [email protected]

Yours sincerely, Sun Ergoline

We reserve the right to make technical alterations to any representations and statements made in this planning manual. Reprinting or duplication – in whole or in part – is only permitted with our prior written approval and reference to the source.

Introduction

Planning Manual

Contents • General • Sunbeds: Excellence 800 Evolution 600 Evolution 500 Advantage 400 Advantage 350 Lounge Avantgarde 600 Classic 300 Classic 8000

Turbo Power Turbo Power Turbo Power Turbo Power Super Power Turbo Power Turbo Power Super Power Ultra

• Planning inlet air and exhaust air • Controls Intellitan Timer

• AQUA MIST AROMA System • Appendix

Contents

Planning Manual

General

General

Contents • Meaning of Symbols Danger information Important information

• • • • • • • • • • • • •

Guidelines Intended use Acrylic glass panel lower part Export Safety UV Rays Ozone Climatic Requirements Permissible Floor / Ceiling Loads Room Sizes Mains Supply Lines Electrical Connections Air Conditioning Technology Air humidity

• Acoustic Terminology • Environmental Declaration • Environmental Regulations Disposal of lamps

General – 1

General

Planning Manual

Meaning of Symbols

General

Danger information Danger notes, damage to persons: Type and source of danger, e.g. “DANGER – High voltage!” DANGER! Description of the consequences, e.g. “You can be

killed or injured by an electric shock!”

Caution notes, property damage: CAUTION! The word “CAUTION” with this label points out that danger for devices, materials and the environment can be expected here.

Countermeasures: -

Disconnect device from power supply before opening.

-

Do not reach into the inside or change lamps with the device switched on.

Important information Note: This symbol does not identify safety notes, but states information for a better understanding of the processes.

Warning notes, damage to persons: Type and source of danger, e.g. “Warning – hot surface!” WARNING! Description of the consequences, e.g. “You can

burn your hand (skin, face)!” Countermeasures: -

Do not touch the lamps and nearby surfaces.

-

Wait until lamps and surfaces have cooled down.

Guidelines This device was built according to UL STD 482, certified to CAN/CSA STD C22.2 2 No. 224.

Ergoline devices carry the following quality marks:

Intended use The tanning device is intended exclusively for cosmetic tanning of the human skin: •

This device is used for tanning one adult person at a time. • The user wears suitable eye protection that blocks UV radiation during tanning. Any other use shall be considered improper. The manufacturer cannot be held liable for damage or injuries resulting from improper use. The operator bears the sole risk for this.

2 – General

The proper use also includes compliance with the manufacturer’s instructions, operating and maintenance. The device may only be operated, maintained and repaired by persons familiar with these tasks and that have been informed of the dangers involved. The acrylic glass panels are designed for a maximum allowable weight of 135 kg / 300 lb.

Planning Manual

The acrylic glass panels for the tanning devices are produced of acrylic glass developed especially for this application. The acrylics used are characterized by a particularly high UV permeability and resistance, as well as an easy-care, hygienic surface that is gentle to the skin. The acrylic glass panels are formed to their shapes for the specific devices in a technically complex production process. Despite state-of-the-art production know-how, the presence of minor spots, air bubbles or streaks in the acrylic panels is unavoidable. In addition, hairline cracks can occur on the bed surface during operation.

These occurrences are material-dependent and are unavoidable in processing, however have no significant effect on the utility value and can therefore not be recognized as defects. Cosmetics or sun screen products must be removed prior to tanning as they can cause damage (e.g. cracks on the surface) when used continuously.

Export We would like to point out that the devices are exclusively intended for use in the US and Canada, and may not be exported to other countries and operated there! The manufacturer shall assume no liability whatsoever in case of non-observance! We explicitly emphasize that high liability risks may occur for the exporter an/or the operator in case of non-observance.

Safety Please note that only authorized service and installation personnel may be used for the service and installation, as well as the start-up and extension of the Ergoline devices. The electric connections must be undertaken in accordance with local regulations by a company licensed for this purpose

Danger and safety notices fixed to the device may not be removed or covered. The safety instruction must be easily seen and must be adhered to. Safety installations (e.g. panel switches or filter panels) may not be removed or taken out of action. Further information can be taken from the operating instructions of the respective Ergoline device.

UV Rays Depending on the model, Ergoline sunbeds emit a certain amount of UV rays at the place where they are installed. This can cause possible discoloration or fading of the materials used, such as: ceilings, wood, carpets, textiles, etc. For this reason make certain of the UV resistance of the materials during planning.

General – 3

General

Acrylic glass panel lower part

General

Planning Manual

General

Ozone Certain wavelengths are reliably filtered out by the lamp glass and the built-in filter panels in the UV low-pressure and UV high-pressure lamps used by Ergoline. Thus, the formation of ozone in damaging concentrations or of other odors is not possible.

Climatic Requirements All Ergoline devices are intended for installation in dry rooms without the danger of splash and drip-water. The maximum humidity of this room may not exceed 70 %. To prevent an excessively high temperature on the bed surface of sunbeds, the room temperature should be a maximum of 3 to 4 °C / 5 to 7 °F higher than the outside temperature. However, the temperature in the room may not exceed 32 °C / 92 °F. The optimum temperature range is 25 to 30 °C / 77 to 86 °F. Sufficient ventilation must always be ensured. The devices may only be transported and stored at temperatures from 2 to 50 °C / 36 to 122 °F.

03583 / 0

Permissible Floor / Ceiling Loads When installing sunbeds for professional use, you should always make sure that the floors and ceilings in commercially used rooms are designed to support a maximum load of 325 N/ft2. Caution! The load-bearing capacity of wooden beam ceilings must be proven in individual cases. If the actual maximum load exceeds this value, the operator must provide separate documentary evidence in conformity with DIN 1055 BL, June 3, 1971, for the use of these rooms. Examples of ceiling loads (based on normal room dimensions, 1 tanning device, two persons and small items of furniture). Tanning devices up to 450 kg / 1,000 lb: Ceiling load approx. 1,500 N/m2 / 140 N/ft2 Tanning devices up to 700 kg / 1,550 lb: Ceiling load approx. 1,840 N/m2 / 171 N/ft2

4 – General

03578 / 0

Planning Manual

General

The respective minimum installation surfaces are given in the descriptions of the tanning devices. The minimum installation surfaces refer to the dimensions: BK Width of room TK Depth of room The height HK of the room is dependent on the local conditions and is not given.

HK

TK

BK

02877 / 0

Mains Supply Lines The following supply services must be taken into account in the planning of the position for an Ergoline Professional sunbed and must be laid on before installation of the device: • • •

Power connection cable Electrical control line (e.g. timer) Headphone line

In addition, and depending on the equipment desired, planning must be made for the following supply lines: • Loudspeaker line • Line for external music • Line for channel selection switching • Bus line for data Bus • Condensation hose Further information, as well as the position of connections to the device, can be found in the description of the respective device.

General – 5

General

Room Sizes

General

Planning Manual

General

Electrical Connections Please note that the electrical connection may only be carried out by an electrical contractor. The electrical installation must comply with national safety regulations. Recommendations At the site, we recommend a selective current-operated e.l.c.b. system (nominal ground current 30 mA) as well as lightning protection and a UPS installation for control and PC installations. Connection requirements The electrical installation must be fitted with a separator (switch) by the customer (contact distance > 3 mm / 1/8 in). If the connection is via a plug connection, then the system must conform to the requirements of the local electrical regulations! The required connection voltages must lie within a tolerance range of +/- 5% in order to ensure a malfunction-free and guaranteed operation of the devices. In the design of the electric power lines, a simultaneity factor of 1 must be expected. Time delay fuses must be supplied for protection. The prescribed connection line per device is AWG Type THHN or AWG Type UL-Style 1283 or local equivalent. The cross-section of the power lines must be selected in conformity with local regulations and depends on: • • •

The length of the cable The power cable connected to it as well as a supply cable per device.

6 – General

The mains connector cable must be laid prior to assembly of the device. In doing so, care must be taken to allow for cabling reserve, for instance in the tanning rooms, for connection of further devices. We recommend direct mains connection, i.e. without making any additional external contact points on the equipment. Further information can be obtained from the respective device descriptions. The arrangement of the power cables must be recorded by means of corresponding labeling for the later installation of the devices. Data, bus and/or control cables must be laid with a minimum distance of 10 cm from the mains supply. Therefore, the power supply and the control cables must not be placed in the same cabling trough. Ripple control system (TRA) In some cases, depending on the local power supply company, the sunbeds may adversely affect the mains supply network in the building where the sunbeds are installed, causing interference with the ripple control system (TRA) operated by the power supply company. This may cause malfunctions, for example, of night storage heaters. If the sunbeds cause this type of interference, the sunbed operator is responsible for installing an audio frequency blocking filter in the building wiring system. Please contact your firm of electricians. Your firm of electricians will be familiar with the technical connection conditions as applied by your local power supply company and will thus be able to match the audio frequency blocking filter to the mains supply of your power supply company.

Planning manual

General

Ergoline sunbeds with air conditioning make it possible to influence the temperature for the ergonomic panel, surround air and the rooms. With the installed air-cooled air conditioning units, all essential factors involved in air conditioning can be adjusted throughout the entire year to meet the user's wishes and requirements. Air conditioning can • regulate the temperature of the warm air Æ Cool; • regulate interior humidity Æ Dehumidify in the summer; • Clean the interior air.

Air humidity Relative humidity Air is able to absorb water vapor. This ability to absorb increases with increasing air temperature. For instance, 1 kg / 2 3/16 lb air at 15 °C / 59 ºF can take up 10.78 g / 3/8 oz of water vapor but 20.34 g / 3/4 oz at 25 °C / 77 ºF. If 1 kg / 2 3/16 lb of air at 25 °C / 77 ºF only contains 10 g / 3/8 oz water vapor, then the air can absorb a further 10.34 g / 3/8 oz. In this case, relative humidity is 50%. Absolute humidity Absolute humidity is the mass of water vapor that can be contained in a kilogram of air. Maximum humidity xs is reached when the air is saturated with water vapor. Relative humidity is then 100%.

Condensation water Air-cooled air conditioning units have a surface temperature of 4 to 12 °C / 39 to 54 °F. As the air cools, relative humidity increases, as the ability to absorb water vapor decreases. If the air temperature continues to fall, the temperature drops below dewpoint temperature. The air is then no longer able to hold a part of the water vapor mass it contains, and condensation occurs on the cooler surfaces. The water thus formed is referred to as condensation water. Absolute humidity is reduced by this water mass. Condensation drainage On all air-cooled air conditioning units, condensation (Æ condensation water) is expelled via the fan ring in the condenser fan. Part of the condensation is evaporated or pumped off by the condensation pump and fed to a condensation container via a plastic hose. The amount of water given off varies and depends on the air as well as the output of the cooling system. Dehumidification output can be as much as 2.8 l / 3/4 gal per hour. When laying the plastic hose, please ensure that the hose is not longer than 20 meters / 65 ft 7 in and is not higher than 3 meters / 9 ft 10 in. The amount of condensation per device can vary even when there are the same devices in the same studio.

Relative humidity ϕ is derived from the relationship between absolute and maximum humidity: ϕ = X x 100% Xs

ϕ = relative humidity x = absolute humidity xs = maximum humidity

General – 7

General

Air Conditioning Technology

General

Planning manual

General

Acoustic Terminology The sound pressure level measurement LpA is used at a measuring distance d = 1 meter / d = 3 ft 3 in for characterizing the acoustic sources in an enclosed space. The measurement is carried out with exhaust air and a switched-on main and body ventilator as well as air conditioning (when available, limiting temperature 68 °F). Terms

Explanations

Sound

Sound is generated by mechanical vibrations. It propagates itself in gaseous, fluid and solid bodies.

Frequency Acoustic level

No. of vibrations per second. Unit: 1 Hertz = 1 Hz = 1/s. The pitch rises with the frequency. Frequency range of human hearing: 16 Hz ... 20,000 Hz. A measure of the strength of the sound (acoustic energy).

Decibel (db)

Standard unit for the acoustic level depicted on a logarithmic scale.

dB (A)

As the human ear finds that different high tones (frequencies) of the same acoustic level have different strengths, the noise must be correspondingly damped with filters at certain frequencies. The frequency evaluation curve with filter A takes this into account and provides a subjective hearing impression. A difference of 10 db (A) corresponds somewhat to a doubling (or halving) of the perceived noise level.

Environmental Declaration The JK corporate group is subject to the strict regulations of EC Directive 761/2001 and the standard DIN ISO 14001:1996, and undergoes regular internal and external environment audits performed by trained auditors.

Environmental Regulations Disposal of lamps UV low-pressure lamps and UV high-pressure lamps contain fluorescent materials and other waste containing mercury. According to the national waste disposal laws and in accordance with the municipal waste regulations, proof must be provided of the proper disposal of UV lamps. Your local environmental agency will be happy to assist you with the disposal of UV lamps.

8 – General

03330 / 0

Excellence 800

Turbo Power

Contents • • • •

Device description Technical data Dimensions Planning example for double rear wall With exhaust-air adapter Without exhaust-air adapter

• • • • • • • • • •

Maximum exhaust pipe lengths Equipment cooling Surround cooling Exhaust air accessories Electric connection Sound system Controls Air conditioner AQUA MIST AROMA system IR-Interface

Excellence 800 – 1

Excellence 800

Planning Manual

Excellence 800

Planning Manual

Device description

Excellence 800

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20.

Face tanner (UV high-pressure lamps) Shoulder tanners Neck tanner Headphone connection UV low-pressure lamps, lower part Intermediate panel Infrared interface Acrylic glass panel lower part Air nozzles surround cooling, feet end UV low-pressure lamps, side part UV low-pressure lamps, canopy Air nozzle/nozzle AQUA MIST (dependent on equipment) Air nozzles surround cooling Air nozzles surround cooling head end and AROMA (dependent on equipment) Central exhaust air bracket (optional) Accent lighting canopy (two colored) Accent lighting canopy Accent lighting base Accent lighting front panel (blue) Accent lighting internal (blue)

2 – Excellence 800

12

13

12

15

14

16

17

11 10 1

20

19

18 2 3 4

9 8

7

6

5

03336 / 1

Planning Manual Technical data

Lower part: UV low pressure lamps

19 x 160 W

Side part: UV low pressure lamps UV high pressure lamps

8 x 160 W 1 x 520 W

Neck tanner: UV low pressure lamps

6 x 25 W

Shoulder tanners: UV low pressure lamps

7 x 25 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air: Max. air requirement: Opt. ambient temperature: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

68.9 db (A) w/o Tempt. 18 °F with Tempt. 27 °F

10 °C 15 °C

1,650 cfm 2800 m3/h 77 – 86 °F 25 °C – 30 °C 59 – 104 °F 15 °C – 40 °C 104 °F 40 °C 91 in2

588 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

806 in2

5200 cm2

Exhaust cross section with exhaust system:

110 in2

710 cm2

Warm air return:

possible

Excellence 800 – 3

Excellence 800

Electrical data Nominal performance draw-off: w/o Temptronic 13,900 W with Temptronic 17,000 W Nominal voltage: 230 V (3-phase or single phase) Nominal frequency: 60 Hz Rated fusing: 50 amp 3-pole or 80 amp 2-pole Performance: Canopy: UV low pressure lamps 24 x 160 W UV high pressure lamps 3 x 520 W

Excellence 800

Planning Manual

∅ BK TK

H5

Z

L2

L3

L4

L1

X

H1

B1 L

H

in in in in in in in in in in in in in in in in in in in in in in in in in in in

Y

56 1/4 33 7/16 7 3/8 59 7/16 91 7/16 83 1/16 68 1/8 9 3/8 10 7/16 34 1/8 43 15/16 54 1/16 72 1/16 42 7/16 – 15 3/4 4 7/8 74 5/16 77 3/8 86 1/2 92 3/16 48 3/16 18 9/16 88 11 13/16 93 5/16 90 9/16

H4

1428 mm 850 mm 188 mm 1510 mm 2323 mm 2110 mm 1730 mm 238 mm 265 mm 867 mm 1116 mm 1373 mm 1830 mm 1078 mm – mm 400 mm 114 mm 1887 mm 1974 mm 2197 mm 2342 mm 1224 mm 472 mm 2235 mm 300 mm 2370 mm 2300 mm

H2

B B1 B2 B+ L L1 L2 L3 L4 L5 L7 H H1 H2 H3 H4 H5 H6 H7 H8 H9 X Y Z

BK

TK B B+

03314 / 0

L5

B2 o

L7

H9 H8 H7 H6

Excellence 800

Dimensions

03315 / 0

4 – Excellence 800

Planning Manual

Excellence 800

Planning example for double rear wall Installing “exhaust air ducting via a hanging ceiling and with a double rear wall” is an optically elegant solution without using the central exhaust air bracket. An intermediate wall (1) (e.g. chipboard) tightly enclosing the sunbed at the rear serves as an upward channel for the exhaust air (2), if required right up to the hanging ceiling. So that the exhaust air is properly extracted, a slight vacuum is required behind the intermediate wall (1); an auxiliary fan must be installed if necessary.

With exhaust-air adapter

Excellence 800

2

A cut-out is mounted on the intermediate wall (see table for dimensions). A rubber profile on the exhaust-air adapter (3) ensures an air-tight seal on the intermediate wall.

1 3

Dimensions

L2

590 mm 1355 mm

H1

1125 mm

H2

230 mm

Brown foot end up to centre of adapter

23 1/4 in Long adapter, inner edges

03834 / 0

Height from floor to inner upper 53 3/8 in edge of rubber profile 44 5/16 in Height from floor to inner lower edge

L2 L1

9 1/16 in Height of adapter (inside) H1

H

43 15/16 in

H

1116 mm

H2

L1

03840 / 0

Without exhaust-air adapter

B1

2

The intermediate wall (1) must tightly surround the tanning bed in the rear area.

max. 170 mm 57 mm 1,078 mm

max. 6 11/16 in 2 1/4 in 42 7/16 in

If a tanner is replaced with a new tanner, the intermediate wall (1) must be adapted or replaced so that no gaps result through which leakage air is drawn. Inspection doors at the head and foot must be taken into account for the adjustment of the canopy lifting device.

H1

Dimensions B1 B2 H1

1

B2

03985 / 0

Excellence 800 – 5

Excellence 800

Planning Manual

Maximum exhaust pipe lengths

Excellence 800

Calculation base (without additional ventilator): Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

kg/m3

Flow volume

1 1/8 oz/ft3

Loss coefficient

kabsolute

of pipe

300 mm

8 mm

11 13/16 in

5/16 in

1,470 cfm

Smooth pipe ∅

Roughness (at centre)

Flow volume

Loss coefficient of pipe

0.0039 in

90° bend in line (metal) Pieces 0 1 2 3

of bend

2,500 m3/h 0.0611)

11 13/16 in

0.211)

kabsolute

0.1 mm

Pieces 0 1 2 3

of bend

2,500 m3/h 0.1821)

300 mm

90° bend in line (metal)

0.211)

1,470 cfm

Permissible length of straight line m 10 9 8 7

32 ft 10 in 29 ft 6 in 26 ft 3 in 23 ft

Permissible length of straight line m 30 26 22 18

98 ft 5 in 85 ft 4 in 72 ft 2 in 59 ft 1 in

1) zeta value (ζ)

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) of the lower part of the sunbed and over the filter mats in the canopy (2) (inlet air).

2

3

The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure and highpressure lamps and finally expelled as warm exhaust air via the central exhaust air bracket (3) at the rear of the sunbed.

1

6 – Excellence 800

03333 / 0

Planning Manual

Excellence 800

Surround cooling Surround air ventilation for the user is provided automatically. The intensity is adjustable in 9 steps. Room or studio air is drawn in and used for cooling.

Studio air is also supplied via the air inlet slots beneath the front panel of the sunbed base and fed to two nozzles at feet level at the lying surface height, thus surrounding the body with cooling air. Depending on the equipment, the user can have a pleasant cooling mist (AQUA MIST) sprayed from the outer nozzles in the body area.

03334 / 0

The user can preselect the temperature of the air conditioner (Temptronic) provided as standard equipment, and therefore adjust the temperature of the bed surface and body air in accordance with his/her wishes.

Exhaust air accessories Connection to a central exhaust system is possible upwards, upwards right, upwards left and to the rear. The apertures intended for this purpose are located above the central exhaust air bracket. Corrugated pipe A sufficient device exhaust is possible up to an exhaust pipe length of 10 m / 32 ft 10 in (without 90° bend). For exhaust pipe lengths of more than 10 m / 32 ft 10 in, you require an auxiliary fan. Smooth pipe A sufficient device exhaust is possible up to an exhaust pipe length of 30 m / 98 ft 5 in (without 90° bend). For exhaust pipe lengths of more than 30 m / 98 ft 5 in, you require an auxiliary fan. Warm air recycling Warm air recycling is a technically advanced, secure device by means of which part of the hot cooling air is fed back to the studio via a motor-controlled air choke. A thermostat provides fully automatic control of the studio temperature, between 15 °C / 59 °F and 25 °C / 77 °F as required.

5

2

3

4

3

1

03335 / 0

The exhaust air bracket and warm air recycling can also be retrofitted. Item Accessory parts 1

2 3 4 5 6

Central exhaust air bracket Techno Grey with warm air recycling, thermostatically controlled including connector piece, see Item 4 Central exhaust air bracket Techno Grey, but without warm air recycling 90° Pipe bend in Techno Grey

Corrugated pipe (∅ 300 mm / 11 13/16 in , 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clamps Corrugated pipe connector piece (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipe (∅ 300 mm / 11 13/16 in) Exhaust air adapter in black (not shown)

Article No. Notes: 345262 345263 345211

With connection possible for exhaust air pipes (∅ 300 mm / 11 13/16 in) on the top, top right, top left and to the rear

345028

For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] –

345027

For connecting two corrugated pipes

345036

Connection of the corrugated pipe, e.g. to a canal

345266

For double rear wall

Excellence 800 – 7

Excellence 800

The air is fed through several nozzles over the whole length in the middle of the canopy. In the head area there are two air nozzles that can be switched on separately.

Excellence 800

Planning Manual

Excellence 800

Electric connection Mains supply line

yes

Electr. control line

none

Line for external music and channel selection

none

Sound system Equipment variant, retrofitting not possible.

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

Air conditioner Equipment variant: Temptronic for bed surface and Surround Cooling with fully integrated climate control of body cooling; Room climate control via body cooling run-on (temperature-controlled), retrofitting not possible.

AQUA MIST AROMA system Equipment variant: Aroma and body cooling for the user, retrofitting not possible.

IR-Interface Standard equipment, access to the device data with a hand-held unit (Palm).

8 – Excellence 800

03286 / 0

Evolution 600

Turbo Power

Contents • • • •

Device description Technical data Dimensions Planning example With exhaust-air adapter Without exhaust-air adapter

• • • • • • • • • •

Maximum exhaust pipe lengths Equipment cooling Surround cooling Exhaust air accessories Electric connection Sound system Controls Air conditioner AQUA MIST AROMA system IR-Interface

Evolution 600 – 1

Evolution 600

Planning Manual

Evolution 600

Planning Manual

Device description

Evolution 600

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19.

Face tanner (UV high-pressure lamps) Shoulder tanners Neck tanner Headphone connection UV low-pressure lamps, lower part Intermediate panel Infrared interface Acrylic glass panel lower part Air nozzles surround cooling, feet end UV low-pressure lamps, side part UV low-pressure lamps, canopy Air nozzle/nozzle AQUA MIST (dependent on equipment) Air nozzles surround cooling Air nozzles surround cooling head end and AROMA (dependent on equipment) Central exhaust air bracket (optional) Accent lighting canopy (two colored) Accent lighting canopy Accent lighting front panel (blue) Accent lighting internal (blue)

2 – Evolution 600

12

12

13

15

14

16

17

11 10 1

19

18 2 3 4

9 8

7

6

5

03472 / 1

Planning Manual

Evolution 600

Technical data

Nominal performance draw-off: w/o air conditioner with air conditioner

12,600 W 13,700 W

Nominal voltage: 230 V (3-phase or single phase) Nominal frequency: 60 Hz Rated fusing: w/o air conditioner 40 amp 3-pole with air conditioner 50 amp 3-pole w/o or with air conditioner 80 amp 2-pole Performance: Canopy: UV low pressure lamps UV high pressure lamps

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, w/o air conditioner 11 °F supply/exhaust air: with air conditioner 20 °F Max. air requirement: Opt. ambient temperature: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

21 x 160 W 2 x 500 W

Lower part: UV low pressure lamps

17 x 160 W

Side part: UV low pressure lamps UV high pressure lamps

8 x 160 W 1 x 500 W

Neck tanner: UV low pressure lamps

6 x 25 W

Shoulder tanners: UV low pressure lamps

7 x 25 W

67.2 db (A) 6 °C 11 °C

1,650 cfm 2800 m3/h 77 – 86 °F 25 °C – 30 °C 59 – 104 °F 15 °C – 40 °C 104 °F 40 °C 91 in2

588 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

651 in2

4200 cm2

Exhaust cross section with exhaust system:

110 in2

710 cm2

Warm air return:

possible

Evolution 600 – 3

Evolution 600

Electrical data

Evolution 600

Planning Manual

∅ BK TK

4 – Evolution 600

H5

Z

L4

L2

L3

X

L1

Y

H1

B1 L

H

50 9/16 in 30 5/16 in 7 3/8 in 52 15/16 in 91 7/16 in 80 1/4 in 68 1/8 in 9 3/8 in 10 7/16 in 34 1/8 in 43 15/16 in 52 1/2 in 68 11/16 in 42 7/16 in – in 15 3/4 in 4 1/2 in 74 5/16 in 77 3/4 in 86 1/2 in 92 3/16 in 41 9/16 in 18 9/16 in 88 in 11 13/16 in 93 5/16 in 90 9/16 in

H4

1285 mm 770 mm 188 mm 1345 mm 2323 mm 2045 mm 1730 mm 238 mm 265 mm 867 mm 1116 mm 1333 mm 1745 mm 1078 mm – mm 400 mm 114 mm 1887 mm 1974 mm 2197 mm 2342 mm 1055 mm 472 mm 2235 mm 300 mm 2370 mm 2300 mm

BK

TK B B+

03316 / 0

L5

B2 o

L7

H9 H8 H7 H6

B B1 B2 B+ L L1 L2 L3 L4 L5 L7 H H1 H2 H3 H4 H5 H6 H7 H8 H9 X Y Z

H2

Evolution 600

Dimensions

03317 / 0

Planning Manual

Evolution 600

Planning example Installing “exhaust air ducting via a hanging ceiling and with a double rear wall” is an optically elegant solution without using the central exhaust air bracket. An intermediate wall (1) (e.g. chipboard) tightly enclosing the sunbed at the rear serves as an upward channel for the exhaust air (2), if required right up to the hanging ceiling. So that the exhaust air is properly extracted, a slight vacuum is required behind the intermediate wall (1); an auxiliary fan must be installed if necessary.

With exhaust-air adapter

Evolution 600

2

A cut-out is mounted on the intermediate wall (see table for dimensions). A rubber profile on the exhaust-air adapter (3) ensures an air-tight seal on the intermediate wall.

1 3

Dimensions 1116 mm 43 15/16 in Brown foot end up to centre of adapter 590 mm 1355 mm

H1 H2

1125 mm 230 mm

03984 / 0

Height from floor to inner upper edge of rubber 53 3/8 in profile 44 5/16 in Height from floor to inner lower edge 9 1/16 in Height of adapter (inside)

L2 L1

H1

H

23 1/4 in Long adapter, inner edges

H

L2

H2

L1

03840 / 0

Without exhaust-air adapter The intermediate wall (1) must tightly surround the tanning bed in the rear area.

2 1

max. 170 mm 57 mm 1,078 mm

max. 6 11/16 in 2 1/4 in 42 7/16 in

If a tanner is replaced with a new tanner, the intermediate wall (1) must be adapted or replaced so that no gaps result through which leakage air is drawn. Inspection doors at the head and foot must be taken into account for the adjustment of the canopy lifting device.

H1

Dimensions B1 B2 H1

B1

B2

03322 / 1

Evolution 600 – 5

Evolution 600

Planning Manual

Maximum exhaust pipe lengths

Evolution 600

Calculation base (without additional ventilator): Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

kg/m3

Flow volume

1 1/8 oz/ft3

Loss coefficient

kabsolute

of pipe

300 mm

8 mm

11 13/16 in

5/16 in

1,470 cfm

Smooth pipe ∅

Roughness (at centre)

Flow volume

Loss coefficient of pipe

0.0039 in

90° bend in line (metal) Pieces 0 1 2 3

of bend

2,500 m3/h 0.0611)

11 13/16 in

0.211)

kabsolute

0.1 mm

Pieces 0 1 2 3

of bend

2,500 m3/h 0.1821)

300 mm

90° bend in line (metal)

0.211)

1,470 cfm

Permissible length of straight line m 10 9 8 7

32 ft 10 in 29 ft 6 in 26 ft 3 in 23 ft

Permissible length of straight line m 30 26 22 18

98 ft 5 in 85 ft 4 in 72 ft 2 in 59 ft 1 in

1) zeta value (ζ)

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) of the lower part of the sunbed and over the filter mats in the canopy (2) (inlet air).

2

3

The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure and highpressure lamps and finally expelled as warm exhaust air via the central exhaust air bracket (3) at the rear of the sunbed.

1

6 – Evolution 600

03327 / 0

Planning Manual

Evolution 600

Surround cooling Surround air ventilation for the user is provided automatically. The intensity is adjustable in 9 steps. Room or studio air is drawn in and used for cooling.

Studio air is also supplied via the air inlet slots beneath the front panel of the sunbed base and fed to two nozzles at feet level at the lying surface height, thus surrounding the body with cooling air. Depending on the equipment, the user can have a pleasant cooling mist (AQUA MIST) sprayed from the outer nozzles in the body area.

03328 / 0

Depending on the equipment, an air conditioner enables the additional climate control of the bed surface and the body air.

Exhaust air accessories Connection to a central exhaust system is possible upwards, upwards right, upwards left and to the rear. The apertures intended for this purpose are located above the central exhaust air bracket. Corrugated pipe A sufficient device exhaust is possible up to an exhaust pipe length of 10 meters / 32 ft 10 in (without 90° bend). For exhaust pipe lengths of more than 10 meters / 32 ft 10 in, you require an auxiliary fan. Smooth pipe A sufficient device exhaust is possible up to an exhaust pipe length of 30 meters / 98 ft 5 in (without 90° bend). For exhaust pipe lengths of more than 30 meters / 98 ft 5 in, you require an auxiliary fan. Warm air recycling Warm air recycling is a technically advanced, secure device by means of which part of the hot cooling air is fed back to the studio via a motor-controlled air choke. A thermostat provides fully automatic control of the studio temperature, between 15 °C / 59 °F and 25 °C / 77 °F required.

5

2

3

4

3

1

03329 / 0

The exhaust air bracket and warm air recycling can also be retrofitted. Item Accessory parts 1 Central exhaust air bracket Techno Grey with warm air recycling, thermostatically controlled including connector piece, see Item 4 Central exhaust air bracket Techno Grey, but without warm air recycling 2 90° Pipe bend in Techno Grey

3 4 5 6

Corrugated pipe (∅ 300 mm / 11 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clamps Corrugated pipe connector piece (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipes (∅ 300 mm / 11 13/16 in) Exhaust air adapter in black (not shown)

Article No. Notes: 345262 With connection possible for exhaust air pipes (∅ 300 mm / 11 13/16 in) on the top, top right, top 345263 left and to the rear 345211

345028

For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] –

345027

For connecting two corrugated pipes

345036

Connection of the corrugated pipes, e.g. to a canal

345266

For double rear wall

Evolution 600 – 7

Evolution 600

The air is fed through several nozzles over the whole length in the middle of the canopy. In the head area there are two air nozzles that can be switched on separately.

Evolution 600

Planning Manual

Electric connection Mains supply line

yes

Electr. control line

none

Line for external music and channel selection

none

Evolution 600

Sound system Equipment variant, retrofitting not possible.

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

Air conditioner Equipment variant (Air condition for the bed surface and the body air), retrofitting not possible.

AQUA MIST AROMA system Equipment variant (aroma and body cooling for the user), retrofitting not possible.

IR-Interface Standard equipment, access to the device data with a hand-held unit (Palm).

8 – Evolution 600

03285 / 0

Evolution 500

Turbo Power

Contents • • • •

Device description Technical data Dimensions Planning example for double rear wall With exhaust-air adapter Without exhaust-air adapter

• • • • • • • •

Maximum exhaust pipe lengths Equipment cooling Surround cooling Exhaust air accessories Electric Connection Controls Sound system IR-Interface

Evolution 500 – 1

Evolution 500

Planning Manual

Evolution 500

Planning Manual

Device description 1.

Evolution 500

2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14.

Face tanner (UV high-pressure lamps) Reflector Headphone connection UV low-pressure lamps, lower part Intermediate panel (Evolution 500 Turbo Power) Infrared interface Acrylic glass panel lower part UV low-pressure lamps, side part UV low-pressure lamps, canopy Air nozzle Air nozzles body cooling Air nozzles body cooling head end Central exhaust air bracket (optional) Accent lighting canopy

10

10

11

13

12

14

9 1

2

3 8

7

6

5

4

04783 / 0

Technical data

Electrical data Nominal performance draw-off: w/o air conditioner Nominal voltage: Nominal frequency: Rated fusing: Performance: Canopy: UV low pressure lamps UV high pressure lamps

12,100 W

230 V (3-phase or single phase) 60 Hz 40 amp 3-pole 80 amp 2-pole

18 x 160 W 2 x 500 W

Lower part: UV low pressure lamps

17 x 160 W

Side part: UV low pressure lamps UV high pressure lamps

8 x 160 W 1 x 500 W

2 – Evolution 500

Noise emission Acoustic pressure level: Inlet and exhaust air

68.8 db(A)

Temperature difference, w/o air conditioner 11 °F supply/exhaust air: Max. air requirement: Opt. ambient temperature: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

6 °C

1,650 cfm 2800 m3/h 77 – 86 °F 25 °C – 30 °C 59 – 104 °F 15 °C – 40 °C 104 °F 40 °C 91 in2

588 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

651 in2

4200 cm2

Exhaust cross section with exhaust system:

110 in2

710 cm2

Warm air return:

possible

Planning Manual

Evolution 500

Dimensions

∅ BK TK

H5

Z

L4

L2

L3

X

L1

Y

H1

B1

H

L

BK

TK B B+

04784 / 0

L5

B2 o

L7

04785 / 0

Evolution 500 – 3

Evolution 500

H4

50 9/16 in 30 5/16 in 7 3/8 in 52 15/16 in 87 13/16 in 80 1/2 in 68 1/8 in 9 3/8 in 10 7/16 in 34 1/8 in 43 15/16 in 52 1/2 in 65 3/8 in 42 7/16 in – in 15 3/4 in 4 1/2 in 74 5/16 in 77 3/4 in 86 1/2 in 92 3/16 in 41 9/16 in 18 9/16 in 88 in 11 13/16 in 93 5/16 in 90 9/16 in

H2

1285 mm 770 mm 188 mm 1345 mm 2231 mm 2045 mm 1730 mm 238 mm 265 mm 867 mm 1116 mm 1333 mm 1660 mm 1078 mm – mm 400 mm 114 mm 1887 mm 1974 mm 2197 mm 2342 mm 1055 mm 472 mm 2235 mm 300 mm 2370 mm 2300 mm

H9 H8 H7 H6

B B1 B2 B+ L L1 L2 L3 L4 L5 L7 H H1 H2 H3 H4 H5 H6 H7 H8 H9 X Y Z

Evolution 500

Planning Manual

Planning example for double rear wall Installing “exhaust air ducting via a hanging ceiling and with a double rear wall” is an optically elegant solution without using the central exhaust air bracket. An intermediate wall (1) (e.g. chipboard) tightly enclosing the sunbed at the rear serves as an upward channel for the exhaust air (2), if required right up to the hanging ceiling. So that the exhaust air is properly extracted, a slight vacuum is required behind the intermediate wall (1); an auxiliary fan must be installed if necessary. 2

A cut-out is mounted on the intermediate wall (see table for dimensions). A rubber profile on the exhaust-air adapter (3) ensures an air-tight seal on the intermediate wall.

1 3

Dimensions

590 mm

23 1/4 in Long adapter, inner edges

03984 / 0

Height from floor to inner upper edge of rubber 53 3/8 in profile

1355 mm

H1 H2

1125 mm 44 5/16 in Height from floor to inner lower edge 230 mm 9 1/16 in Height of adapter (inside)

L2 L1

H1

H

H

L2

1116 mm 43 15/16 in Brown foot end up to centre of adapter

H2

L1

03840 / 0

Without exhaust-air adapter The intermediate wall (1) must tightly surround the tanning bed in the rear area. Dimensions B1 max. 170 mm max. 6 11/16 in B2 57 mm 2 1/4 in H1 1,078 mm 42 7/16 in

B1

2 1

H1

Evolution 500

With exhaust-air adapter

If a tanner is replaced with a new tanner, the intermediate wall (1) must be adapted or replaced so that no gaps result through which leakage air is drawn. Inspection doors at the head and foot must be taken into account for the adjustment of the canopy lifting device.

4 – Evolution 500

B2

03322 / 1

Planning Manual

Evolution 500

Maximum exhaust pipe lengths Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112 kg/m3

1 1/8 oz/ft3

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

Flow volume

Loss coefficient

kabsolute

of pipe

300 mm

8 mm

11 13/16 in

5/16 in

1,470 cfm

Smooth pipe ∅

Roughness (at centre)

Flow volume

Loss coefficient of pipe

0.0039 in

90° bend in line (metal) Pieces 0 1 2 3

of bend

2,500 m3/h 0.0611)

11 13/16 in

0.211)

kabsolute

0.1 mm

Pieces 0 1 2 3

of bend

2,500 m3/h 0.1821)

300 mm

90° bend in line (metal)

0.211)

1,470 cfm

Permissible length of straight line m 10 9 8 7

32 ft 10 in 29 ft 6 in 26 ft 3 in 23 ft

Permissible length of straight line m 30 26 22 18

98 ft 5 in 85 ft 4 in 72 ft 2 in 59 ft 1 in

1) zeta value (ζ)

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) of the lower part of the sunbed and over the filter mats in the canopy (2) (inlet air).

2

3

The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure and highpressure lamps and finally expelled as warm exhaust air via the central exhaust air bracket (3) at the rear of the sunbed.

1

03323 / 0

Evolution 500 – 5

Evolution 500

Calculation base (without additional ventilator):

Evolution 500

Planning Manual

Surround cooling Surround air ventilation for the user is provided automatically. The intensity is adjustable in 9 steps. Room or studio air is drawn in and used for cooling.

Evolution 500

The air is fed through several nozzles over the whole length in the middle of the canopy. In the head area there are two air nozzles that can be switched on separately.

04786 / 0

Exhaust air accessories Connection to a central exhaust system is possible upwards, upwards right, upwards left and to the rear.

5

2

3

4

3

The apertures intended for this purpose are located above the central exhaust air bracket. Corrugated pipe A sufficient device exhaust is possible up to an exhaust pipe length of 10 meters / 32 ft 10 in (without 90° bend). For exhaust pipe lengths of more than 10 meters / 32 ft 10 in, you require an auxiliary fan.

1

Smooth pipe A sufficient device exhaust is possible up to an exhaust pipe length of 30 meters / 98 ft 5 in (without 90° bend). For exhaust pipe lengths of more than 30 meters / 98 ft 5 in, you require an auxiliary fan.

03325 / 0

Warm air recycling Warm air recycling is a technically advanced, secure device by means of which part of the hot cooling air is fed back to the studio via a motor-controlled air choke. A thermostat provides fully automatic control of the studio temperature, between 15 °C / 59 °F and 25 °C / 77 °F as required. The exhaust air bracket and warm air recycling can also be retrofitted. Item Accessory parts 1 Central exhaust air bracket Techno Grey with warm air recycling, thermostatically controlled including connector piece, see Item 4 Central exhaust air bracket Techno Grey, but without warm air recycling 2 90° Pipe bend in Techno Grey

3 4 5 6

Corrugated pipe (∅ 300 mm / 11 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clamps Corrugated pipe connector piece (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipes (∅ 300 mm / 11 13/16 in) Exhaust air adapter in black (not shown)

6 – Evolution 500

Article No. Notes: 345262 With connection possible for exhaust air pipes (∅ 300 mm / 11 13/16 in) on the top, top right, top 345263 left and to the rear 345211

345028

For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] –

345027

For connecting two corrugated pipes

345036

Connection of the corrugated pipes, e.g. to a canal

345266

For double rear wall

Planning Manual

Evolution 500

Electric Connection Mains supply line

yes

Electr. control line

none

Line for external music and channel selection

none

Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

Evolution 500

Controls

Sound system Equipment variant, retrofitting not possible.

IR-Interface Standard equipment, access to the device data with a hand-held unit (Palm).

Evolution 500 – 7

Evolution 500

Evolution 500

8 – Evolution 500

Planning Manual

04166 /

Advantage 400

0

Turbo Power

Contents • • • • • • • • • • •

Device description Technical data Dimensions Maximum exhaust pipe lengths Equipment cooling Surround cooling Exhaust air accessories Electric connection Sound system Controls IR-interface

Advantage 400 – 1

Advantage 400

Planning Manual

Advantage 400

Planning Manual

Device description

Advantage 400

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14.

Face tanner (UV high-pressure lamps) Loudspeaker Headphone connection Reflector UV low-pressure lamps, lower part IR-interface Acrylic glass panel, lower part UV low-pressure lamps, canopy Air nozzles surround cooling Air nozzles surround cooling headend Central exhaust air bracket (optional) Accent lighting canopy Accent lighting front panel Accent lighting internal

9

12

11

10

8

1

2 14

3

13

4

5 7

6

04787 / 0

Technical data Electrical data Nominal performance draw-off: w/o air conditioner Nominal voltage: Nominal frequency: Rated fusing: Performance: Canopy: UV low pressure lamps UV high pressure lamps Lower part: UV low pressure lamps

10,300 W

230 V (3-phase or single phase) 60 Hz 40 amp 3-pole or 60 amp 2-pole

26 x 140 W 3 x 400 W 14 x 140 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air: Max. air requirement: Opt. ambient temperature: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

–1) w/o air conditioner 13 °F

1,590 cfm 2700 m3/h 77 – 86 °F 25 °C – 30 °C 59 – 104 °F 15 °C – 40 °C 104 °F 40 °C 67 in2

430 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

775 in2

5000 cm2

Exhaust cross section with exhaust system:

110 in2

710 cm2

Warm air return: 1)

2 – Advantage 400

7 °C

The value was not available at the time of going to press.

possible

Planning Manual

Advantage 400

∅ BK TK

Z

H5

H4

BL

X

H1

Y

L1

L

BK TK B1 B-

04364 / 0 B4 B3 L6

o

L5

B2 B+

04369 / 0

Advantage 400 – 3

Advantage 400

L3

L4

L2

H

48 13/16 in 46 7/16 in 51 3/16 in 53 9/16 in 86 5/8 in 79 5/16 in 63 9/16 in 1 3/8 in 10 3/4 in 34 1/8 in 43 5/16 in 44 5/16 in 56 5/16 in 15 3/8 in – in 10 3/8 in 6 9/16 in 66 1/8 in 69 5/16 in 77 15/16 in 83 5/8 in 43 7/8 in 21 1/8 in 86 5/8 in 11 13/16 in 90 9/16 in 82 11/16 in

H7 H6

1240 mm 1180 mm 1300 mm 1360 mm 2200 mm 2015 mm 1615 mm 35 mm 273 mm 867 mm 1100 mm 1125 mm 1430 mm 390 mm – mm 264 mm 167 mm 1679 mm 1760 mm 1979 mm 2124 mm 1114 mm 536 mm 2200 mm 300 mm 2300 mm 2100 mm

H9 H8

B– B1 B2 B+ L L1 L2 L3 L4 L5 L6 H H1 H2 H3 H4 H5 H6 H7 H8 H9 X Y Z

H2

Dimensions

Advantage 400

Planning Manual

Maximum exhaust pipe lengths

Advantage 400

Calculation base (without additional ventilator): Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

kg/m3

Flow volume

1 1/8 oz/ft3

Loss coefficient

kabsolute

of pipe

300 mm

8 mm

2,300 m3/h 0.1821)

11 13/16 in

5/16 in

1,350 cfm

Smooth pipe ∅

Roughness (at centre)

Flow volume

kabsolute

0.1 mm 0.0039 in

of bend

2,300 m3/h 0.0611)

11 13/16 in

0.211)

Loss coefficient of pipe

300 mm

of bend

0.211)

1,350 cfm

90° bend in line (metal) Pieces 0 1 2 3

90° bend in line (metal) Pieces 0 1 2 3

Permissible length of straight line m 12 11 10 9

39 ft 4 in 36 ft 1 in 32 ft 10 in 29 ft 6 in

Permissible length of straight line m 36 33 29 26

118 ft 1 in 108 ft 3 in 95 ft 2 in 85 ft 4 in

1) zeta value (ζ)

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) of the lower part of the sunbed and over the filter mats in the canopy (2) (inlet air).

2

3

The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure and highpressure lamps and finally expelled as warm exhaust air via the central exhaust air bracket (3) at the rear of the sunbed.

1

4 – Advantage 400

04468 / 0

Planning Manual

Advantage 400

Surround cooling Surround air ventilation for the user is provided automatically. The intensity is adjustable in 9 steps. Room or studio air is drawn in and used for cooling.

04469 / 0

Exhaust air accessories Connection to a central exhaust system is possible upwards, upwards right, upwards left and to the rear. The apertures intended for this purpose are located above the central exhaust air bracket. Corrugated pipe A sufficient device exhaust is possible up to an exhaust pipe length of 12 meters / 39 ft 4 in (without 90° bend). For exhaust pipe lengths of more than 12 meters / 39 ft 4 in, you require an auxiliary fan. Smooth pipe A sufficient device exhaust is possible up to an exhaust pipe length of 36 meters / 118 ft 1 in (without 90° bend). For exhaust pipe lengths of more than 36 meters / 118 ft 1 in, you require an auxiliary fan. Warm air recycling Warm air recycling is a technically advanced, secure device by means of which part of the hot cooling air is fed back to the studio via a motor-controlled air choke. A thermostat provides fully automatic control of the studio temperature, between 15 °C / 59 °F and 25 °C / 77 °F as required.

5

2

3

4

3

1

04533 / 0

The exhaust air bracket and warm air recycling can also be retrofitted. Item Accessory parts 1 Central exhaust air bracket Techno Grey with warm air recycling, thermostatically controlled including connector piece, see Item 4 Central exhaust air bracket Techno Grey, but without warm air recycling 2 90° Pipe bend in Techno Grey

3 4 5

Corrugated pipe (∅ 300 mm / 11 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clamps Corrugated pipe connector piece (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipes (∅ 300 mm / 11 13/16 in)

Article No. Notes: 345284 With connection possible for exhaust air pipes (∅ 300 mm / 11 13/16 in) on the top, top right, top 345283 left and to the rear 345211

345028

For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] –

345027

For connecting two corrugated pipes

345036

Connection of the corrugated pipes, e.g. to a canal

Advantage 400 – 5

Advantage 400

The air is fed through several nozzles in the middle of the canopy and in the head area.

Advantage 400

Planning Manual

Electric connection Mains supply line

yes

Electr. control line

none

Line for external music and channel selection

none

Advantage 400

Sound system Equipment variant, retrofitting not possible.

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

IR-interface Standard equipment, access to the device data with a hand-held unit (Palm).

6 – Advantage 400

04174 /

Advantage 350

0

Super Power

Contents • • • • • • • • • •

Device description Technical data Dimensions Maximum exhaust pipe lengths Equipment cooling Surround cooling Exhaust air accessories Electric connection Sound system Controls

Advantage 350 – 1

Advantage 350

Planning Manual

Advantage 350

Planning Manual

Device description

Advantage 350

1.

Face tanner (UV high-pressure lamps) 2. Loudspeaker 3. Headphone connection 4. Reflector 5. UV low-pressure lamps, lower part 6. Acrylic glass panel lower part 7. IR-interface 8. UV low-pressure lamps, canopy 9. Air nozzles surround cooling headend 10. Central exhaust air bracket (optional) 11. Accent lighting canopy 12. Accent lighting internal

10

9

11

8

1

2

12

3

4

7

6

5

04532 / 0

Technical data

Electrical data Nominal performance draw-off: w/o air conditioner Nominal voltage: Nominal frequency: Rated fusing: Performance: Canopy: UV low pressure lamps UV high pressure lamps Lower part: UV low pressure lamps

9,300 W

230 V (3-phase or single phase) 60 Hz 40 amp 3-pole or 60 amp 2-pole

24 x 120 W 3 x 4,000 W 14 x 120 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air: Max. air requirement: Opt. ambient temperature: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

–1) w/o air conditioner 13 °F

1,590 cfm 2,700 m3/h 77 – 86 °F 25 °C – 30 °C 59 – 104 °F 15 °C – 40 °C 104 °F 40 °C 67 in2

430 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

775 in2

5,000 cm2

Exhaust cross section with exhaust system:

110 in2

710 cm2

Warm air return: 1)

2 – Advantage 350

7 °C

The value was not available at the time of going to press.

possible

Planning Manual

Advantage 350

∅ BK TK

Z

H5

H4

BL

X

H1

Y

L1

L

BK TK B1 B-

04365 / 0 B4 B3 L6

o

L5

B2 B+

04368 / 0

Advantage 350 – 3

Advantage 350

L3

L4

L2

H

48 7/16 in 46 1/16 in 50 13/16 in 53 1/8 in 86 5/8 in 79 5/16 in 63 9/16 in 1 3/8 in 10 3/4 in 34 1/8 in 43 5/16 in 44 5/16 in 55 11/16 in 15 3/8 in – in 10 3/8 in 6 9/16 in 66 1/8 in 69 5/16 in 77 15/16 in 83 5/8 in 43 7/8 in 21 1/8 in 86 5/8 in 11 13/16 in 90 9/16 in 82 11/16 in

H7 H6

1230 mm 1170 mm 1290 mm 1350 mm 2200 mm 2015 mm 1615 mm 35 mm 273 mm 867 mm 1100 mm 1125 mm 1415 mm 390 mm – mm 264 mm 167 mm 1679 mm 1760 mm 1979 mm 2124 mm 1114 mm 536 mm 2200 mm 300 mm 2300 mm 2100 mm

H9 H8

B– B1 B2 B+ L L1 L2 L3 L4 L5 L6 H H1 H2 H3 H4 H5 H6 H7 H8 H9 X Y Z

H2

Dimensions

Advantage 350

Planning Manual

Maximum exhaust pipe lengths

Advantage 350

Calculation base (without additional ventilator): Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

kg/m3

Flow volume

1 1/8 oz/ft3

Loss coefficient

kabsolute

of pipe

300 mm

8 mm

2,300 m3/h 0.1821)

11 13/16 in

5/16 in

1,350 cfm

Smooth pipe ∅

Roughness (at centre)

Flow volume

kabsolute

0.1 mm 0.0039 in

of bend

2,300 m3/h 0.0611)

11 13/16 in

0.211)

Loss coefficient of pipe

300 mm

of bend

0.211)

1,350 cfm

90° bend in line (metal) Pieces 0 1 2 3

90° bend in line (metal) Pieces 0 1 2 3

Permissible length of straight line m 12 11 10 9

39 ft 4 in 36 ft 1 in 32 ft 10 in 29 ft 6 in

Permissible length of straight line m 36 33 29 26

118 ft 1 in 108 ft 3 in 95 ft 2 in 85 ft 4 in

1) zeta value (ζ)

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) of the lower part of the sunbed and over the filter mats in the canopy (2) (inlet air).

2

3

The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure and highpressure lamps and finally expelled as warm exhaust air via the central exhaust air bracket (3) at the rear of the sunbed.

1

4 – Advantage 350

04390 / 0

Planning Manual

Advantage 350

Surround cooling Surround air ventilation for the user is provided automatically. The intensity is adjustable in 4 steps. Room or studio air is drawn in and used for cooling.

04465 / 0

Exhaust air accessories Connection to a central exhaust system is possible upwards, upwards right, upwards left and to the rear. The apertures intended for this purpose are located above the central exhaust air bracket. Corrugated pipe A sufficient device exhaust is possible up to an exhaust pipe length of 12 meters / 39 ft 4 in (without 90° bend). For exhaust pipe lengths of more than 12 meters / 39 ft 4 in, you require an auxiliary fan. Smooth pipe A sufficient device exhaust is possible up to an exhaust pipe length of 36 meters / 118 ft 1 in (without 90° bend). For exhaust pipe lengths of more than 36 meters / 118 ft 1 in, you require an auxiliary fan. Warm air recycling Warm air recycling is a technically advanced, secure device by means of which part of the hot cooling air is fed back to the studio via a motor-controlled air choke. A thermostat provides fully automatic control of the studio temperature, between 15 °C / 59 °F and 25 °C / 77 °F as required.

5

2

3

4

3

1

04466 / 0

The exhaust air bracket and warm air recycling can also be retrofitted. Item Accessory parts 1 Central exhaust air bracket Techno Grey with warm air recycling, thermostatically controlled including connector piece, see Item 4 Central exhaust air bracket Techno Grey, but without warm air recycling 2 90° Pipe bend in Techno Grey

3 4 5

Article No. Notes: 345284 With connection possible for exhaust air pipes (∅ 300 mm / 11 13/16 in) on the top, top right, top left and to the rear 345283 345211

345028 Corrugated pipe (∅ 300 mm / ∅ 11 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clamps Corrugated pipe connector piece 345027 (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipes 345036 (∅ 300 mm / 11 13/16 in)

For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] – For connecting two corrugated pipes Connection of the corrugated pipes, e.g. to a canal

Advantage 350 – 5

Advantage 350

The air is fed through two nozzles in the head area of the canopy.

Advantage 350

Planning Manual

Advantage 350

Electric connection Mains supply line

yes

Electr. control line

none

Line for external music and channel selection

none

Sound system Equipment variant, retrofitting not possible.

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

6 – Advantage 350

Lounge

Lounge

Planning Manual

04451 / 0

Turbo Power

Contents • • • • • • • • • • • •

Device description Technical data Dimensions Planning example for double rear wall Maximum exhaust pipe lengths Equipment cooling Surround cooling Exhaust air accessories Electric connection Sound system Controls IR-interface

Lounge – 1

Lounge

Planning Manual

Device description

Lounge

1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17.

Exhaust air slots, equipment cooling Lighting of comfort room Mirror Inside door lock Clothes and shoe storage Inside door handle UV low-pressure lamps, inner doors UV low-pressure lamps, outer doors Clearance for the air supply (50 mm / 1 5/16 in) IR-interface Operating panel with display Outer doors Inner doors Ventilator Loudspeaker (accessories) Cable for emergency unlocking (behind the filter mat) Base cover

12

12

13

15

14

1 2 3

11

4 5 10

The equipment has been constructed so that the left or right wing can be fitted as the door (12).

16 8

9

7

6

17

04503 / 0

Technical data Electrical data Nominal performance draw-off: 11,600 W Nominal voltage: 230 V (3-phase or single phase) Nominal frequency: 60 Hz Rated fusing: 50 amp 3-pole or 80 amp 2-pole Performance: Device door, right side: UV low-pressure lamps 20 x 180 W Device door, left side: UV low-pressure lamps

20 x 180 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air: Max. air requirement: Opt. ambient temperature: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

–1)

18 °F

10 °C

1,710 cfm 77 – 86 °F 59 – 104 °F 104 °F

2900 m3/h 25 °C – 30 °C 15 °C – 40 °C 40 °C

67 in2

430 cm2

Door of comfort room, right side: UV low-pressure lamps

5 x 180 W

Room inlet air cross section at 1.5 m/s / 295 fpm

832 in2

5370 cm2

Door of comfort room, left side: UV low-pressure lamps

5 x 180 W

Exhaust cross section with exhaust system:

110 in2

710 cm2

Warm air return: 1) 2)

2 – Lounge

Not possible

The value was not available at the time of going to press. when using a 11 3/16 in / 300 mm exhaust air adapter (see Exhaust air accessories)

Planning Manual

Lounge

Dimensions

H1 H2

H

H7 H6 H3

TK

BK T

04431 / 0

T3

B7

T2 B4 B B1

B5 B6

04432 / 0

Lounge – 3

Lounge

B3

H9 H8

47 1/4 in 59 1/16 in 12 13/16 in 26 3/4 in 36 5/8 in 24 7/16 in 94 1/2 in 103 3/4 in 83 11/16 in 1 15/16 in 83 11/16 in 91 15/16 in 105 3/8 in 111 1/4 in 63 in 64 15/16 in 28 3/4 in 18 7/8 in 11 13/16 in 63 in 90 9/16 in

T1

∅ BK TK

1200 mm 1500 mm 325 mm 680 mm 930 mm 620 mm 2400 mm 2625 mm 2125 mm 50 mm 2125 mm 2335 mm 2676 mm 2826 mm 1600 mm 1650 mm 730 mm 480 mm 300 mm 1600 mm 2300 mm

T

B B1 B2 B5 B6 B7 H H1 H2 H3 H6 H7 H8 H9 T T1 T2 T3

Lounge

Planning Manual

Planning example for double rear wall

B9

An intermediate wall (1) (e.g. chipboard) tightly enclosing the device at the rear serves as an upward channel for the exhaust air (2), right up to the hanging ceiling. So that the exhaust air is properly extracted, a slight vacuum is required behind the intermediate wall (1); an auxiliary fan must be installed if necessary. A cut-out is mounted on the intermediate wall (see table for dimensions).

H2

Dimensions B8

920 mm

26 5/16 in width of cut-out

B9

722 mm

28 7/16 in

width of tanning device at the rear wall

T4

443 mm

17 7/16 in

minimum distance between intermediate wall and wall

T5

1157 mm

45 9/16 in

H2

2125 mm

B8 04598 / 0

B8

T4

Lounge

Installing “exhaust air ducting via a hanging ceiling and with a double rear wall” is an optically elegant solution without using the central exhaust air bracket.

83 11/16 in height of cut-out

The intermediate wall (1) must tightly surround the device in the rear area.

1

04601 / 0

1 2

T4

4 – Lounge

T5

04597 / 0

Planning Manual

Lounge

Maximum exhaust pipe lengths Calculation base (without additional ventilator): Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112

Dynamic inertia of the air

1.92E-05 Pa x s

Roughness (at centre)

1 1/8 oz/ft3

Flow volume

kabsolute

of pipe

300 mm

0.315 mm

11 3/16 in

5/16 in

1,530 cfm

Smooth pipe ∅

Roughness (at centre)

Flow volume

0.211)

90° bend in line (metal)

Loss coefficient

kabsolute

of pipe

0.1 mm 0.0039 in

Pieces 0 1 2 3

of bend

2600 m3/h 0.0611)

11 3/16 in

Pieces 0 1 2 3

of bend

2600 m3/h 0.1821)

300 mm

90° bend in line (metal)

Loss coefficient

0.211)

1,530 cfm

Permissible length of straight line m 10 8.5 7.5 6

32 ft 10 in 27 ft 11 in 24 ft 7 in 19 ft 8 in

Permissible length of straight line m 29 25 21 18

95 ft 2 in 82 ft 68 11 in 59 ft 1 in

1) zeta value (ζ)

Equipment cooling Room or studio air can be drawn in (supply air) along the edges of the door (1) in order to cool the outer doors. Air is drawn in through the openings in the rear of the doors to cool the inner doors. The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure lamps and finally expelled as warm exhaust air (2).

2 1

1

04504 / 0

Lounge – 5

Lounge

Corrugated pipe ∅

kg/m3

Lounge

Planning Manual

Surround cooling A fan (3) is used to provide body cooling. Room or studio air will be drawn-in through the fan and routed past the person beneath it.

3

Lounge

The fan has 9 speeds.

04505 / 0

Exhaust air accessories Connection to a central exhaust system is possible upwards, upwards right, upwards left and to the rear.

4

1

The apertures intended for this purpose are located on top of the comfort room. Corrugated pipe A sufficient device exhaust is possible up to an exhaust pipe length of 10 m / 32 ft 10 in (without 90° bend). For exhaust pipe lengths of more than 10 m / 32 ft 10 in, you require an auxiliary fan. Smooth pipe A sufficient device exhaust is possible up to an exhaust pipe length of 29 m / 95 ft 2 in (without 90° bend). For exhaust pipe lengths of more than 29 m / 95 ft 2 in, you require an auxiliary fan.

2

3

2

5

04506 / 0

The exhaust air bracket can also be retrofitted.

Item Accessory parts 1 90° Pipe bend in Techno Grey

2 3 4 5

Corrugated pipe (∅ 300 mm / 11 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clamps Corrugated pipe connector piece (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipe (∅ 300 mm / 11 13/16 in) Exhaust air adapter

6 – Lounge

Article No. Notes: 345211 For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] 345028 – 345027

For connecting two corrugated pipes

345036

Connection of the corrugated pipe, e.g. to a canal

345285

–

Planning Manual

Lounge

Electric connection Mains supply line

yes

Electr. control line

none

Line for external music and channel selection

none

Sound system

Lounge

Equipment variant, retrofitting not possible.

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

IR-interface Standard equipment, access to the device data with a hand-held unit (Palm).

Lounge – 7

Lounge

Lounge

8 – Lounge

Planning Manual

00

00

5/

2

Avantgarde 600

Turbo Power

Contents • • • • • • • • • • •

Device description Technical data Dimensions Maximum Length of Exhaust Hose Equipment cooling Body cooling Exhaust air accessories Electric Connection Sound System Controls Air conditioner

Avantgarde 600― 1

Avantgarde 600

Planning Manual

Avantgarde 600

Planning Manual

Device description

Avantgarde 600

1.

2. 3. 4. 5. 6. 7.

Sunbed base (with air conditioning for equipment cooling, body air and UV-low pressure lamps, and inlet air apertures for equipment cooling and body air) Feet end Ergonomically designed acrylic glass panel Central air outlet vent Sunbed canopy Face tanner (UV high-pressure lamps) Operating elements

4

5

6

3 7

1

2

00015 / 1

Technical data Electrical data Nominal performance draw-off: with air conditioner 13,900 W Nominal voltage: 230 V (3-phase or single phase) Nominal frequency: 60 Hz Rated fusing: 50 amp 3-pole or 80 amp 2-pole Performance: Canopy: UV low pressure lamps 26 x 160 W UV High pressure lamps 3 x 500 W Base: UV Low pressure lamps Shoulder tanner: UV Low pressure lamps

2 – Avantgarde 600

21 x 160 W 7 x 25 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air:

67.1 db(A)

36 °F

20 °C

1,410 cfm 77 °F 104 °F

2,400 m3/h 25 °C 40 °C

82 in2

530 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

635 in2

4,100 cm2

Exhaust cross section with exhaust system:

110 in2

710 cm2

Max. air requirement: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

Warm air return:

Possible

Planning Manual

Avantgarde 600

H3

H4

Z L2

X

Avantgarde 600

L

L1 H1

Y

B1

H

L

TK

H2

BK B

00035 / 3 B2

L3 L4

H5

55 1/4 in 32 11/16 in 6 7/16 in 92 1/8 in 79 1/16 in 35 7/16 in 34 1/4 in 44 11/16 in 53 15/16 in 67 11/16 in 36 5/8 in 30 11/16 in 17 11/16 in 42 1/8 in 92 15/16 in 98 13/16 in 46 7/16 in 22 13/16 in 86 5/8 in 11 13/16 in 94 1/4 in 90 9/16 in

H2

∅ BK TK

1410 mm 830 mm 163 mm 2340 mm 2008 mm 900 mm 870 mm 1135 mm 1370 mm 1720 mm 930 mm 780 mm 450 mm 1070 mm 2360 mm 2510 mm 1180 mm 580 mm 2200 mm 300 mm 2400 mm 2300 mm

H8 H7

B B1 B2 L L1 L2 L3 L4 H (head end) H1 (head end) H2 H3 H4 H5 H7 H8 X Y Z

H2

Dimensions

00062 / 3

Avantgarde 600― 3

Avantgarde 600

Planning Manual

Maximum Length of Exhaust Hose

Avantgarde 600

Calculation base (without additional ventilator) Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112 kg/m3

1 1/8 oz/ft3

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

Flow volume

Loss coefficient

kabsolute

of pipe

300 mm

8 mm

2,200 m3/h 0.1821)

11 13/16 in

5/16 in

of bend

0.211)

1,300 cfm

Permissible length of straight line

90° bend in line (metal) Pieces 0 1 2 3

m 12 10 8 6

39ft 4 in 32 ft 10 in 26 ft 3 in 19 ft 8 in

1) zeta value (ζ)

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) and at the front edge of the canopy (inlet air), and cleaned in a filter.

2

This air is then fed past the hot UV low-pressure and high-pressure lamps and finally expelled as warm exhaust air via the central exhaust air bracket (2).

1

00016 / 2

Body cooling Body air is supplied to the user via two separate ventilation circuits in the sunbed canopy and base. These circuits ensure that the entire body is surrounded by cooling air. Intensity of the air supply is automatically controlled during the tanning procedure on a time-dependent basis. The two ventilation circuits can also be infinitely adjusted by the user at any time. An optional air conditioner provides additional air conditioning of the lying surface and for the cool air from the tanning canopy. 02910 / 0

4 – Avantgarde 600

Planning Manual

Avantgarde 600

Exhaust air accessories Connection to a central exhaust air system upwards is possible. The apertures intended for this purpose are located at the central exhaust air bracket.

5

2

3

4

3

Adequate ventilation of the equipment is possible up to an exhaust pipe length of 12 m / 39 ft 4 in (without 90° bend). For exhaust pipe lengths greater than 12 m / 39 ft 4 in, you require an additional fan. Warm air recycling is a technically advanced, secure device by means of which part of the hot cooling air is fed back to the studio via a motor-controlled air choke. A thermostat provides fully automatic control of the studio temperature, between 15 °C and 25 °C / 59 °F and 77 °F as required.

Item Accessory parts 1 Central exhaust air bracket in black with warm air recycling, thermostatically controlled including connector piece, see Item 4 Central exhaust air bracket in black, without warm air recycling 2 90° tube bend in black

3 4 5

00025 / 2

Article No. Notes: 345198 With connection possible for exhaust air pipes (∅ 300 mm / 11 13/16 in) on the top, top right, top 345199 left and to the rear 345210

Corrugated pipe (∅ 300 mm / 11 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 pipe clips Corrugated pipe connector piece (∅ 300 mm / 11 13/16 in) Connector bracket for corrugated pipe (∅ 300 mm / 11 13/16 in)

345028

For inlet and exhaust air ducting to right, left or to rear, plus tube adapter for direct connection to central exhaust air bracket [possible with tube (∅ 300 mm / 11 13/16 in)] –

345027

For connecting two corrugated pipes

345036

Connection of the corrugated pipe, e.g. to a canal

Electric Connection Mains supply line

Provided

Electr. control line

none

Line for external music and channel selection

approx. 3,000 mm / 9 ft 10 in

Sound System Article No. Notes: Audio unit

●

–

Loudspeaker set

●

–

Audio unit with VoiceGuide

● = as standard

Avantgarde 600― 5

Avantgarde 600

1

The exhaust air bracket and warm air recycling can also be retrofitted.

Avantgarde 600

Planning Manual

Avantgarde 600

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

Air conditioner Air conditioning for body ventilation in canopy provided.

6 – Avantgarde 600

Classic 300

Classic 300

Planning Manual

0000

1/2

Super Power

Contents • • • • • • • • • • •

Device description Technical data Dimensions Maximum Length of Exhaust Hose Equipment cooling Surround cooling Exhaust air accessories Electric Connection Sound System Controls Air Conditioner (not available)

Classic 300 – 1

Classic 300

Planning Manual

Device description

Classic 300

1. 2. 3. 4. 5. 6. 7. 8.

Sunbed base Inlet air (Air inlet for cooling the equipment) Feet end Central air outlet vent Acrylic glass panel lower part Surround fan (feet end) Sunbed canopy Face tanner (UV high-pressure lamps) 9. Operating elements 10. Surround fan (head end)

6

7

8

9 10

5 2

4 1

3

2

00009 / 1

Technical data Electrical data Nominal performance draw-off: 7000 W Nominal voltage: 230 V (3-phase or single phase) Nominal frequency: 60 Hz Rated fusing: 40 amp 23-pole Performance: Canopy: UV low pressure lamps 23 x 100 W UV High pressure lamps 3 x 400 W Base: UV Low pressure lamps

15 x 100 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air:

27 °F

15 °C

560 cfm 77 °F 104 °F

950 m3/h 25 °C 40 °C

70 in2

450 cm2

Room inlet air cross section at 1.5 m/s / 295 fpm

200 in2

1300 cm2

Exhaust cross section with exhaust system:

75 in2

490 cm2

Max. air requirement: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system:

Warm air return:

2 – Classic 300

74.0 db(A)

Not possible

Planning Manual

Classic 300

Dimensions

Z B1

Y

X

L1

L

H

B2

BK

B

TK

00032 / 2

Maximum Length of Exhaust Hose Calculation base (without additional ventilator) Back pressure

100 Pascal

Air pressure

100,000 Pascal

Air temperature

40 °C

104 °F

Density

1.112 kg m3

1 1/8 oz/ft3

Dynamic inertia of the air

1.92E-05 Pa x s

Corrugated pipe ∅

Roughness (at centre)

Flow volume

Loss coefficient

kabsolute

of pipe

250 mm

8 mm

950 m3/h 0.1821)

9 13/16 in

5/16 in

of bend

560 cfm

0.211)

90° bend in line (metal) Pieces 0 1 2 3

Permissible length of straight line m 8 6 4 2

36 ft 3 in 19 ft 8 in 13 ft 1 in 6 ft 7 in

1) zeta value (ζ)

Classic 300 – 3

Classic 300

∅ BK TK

40 1/4 in 38 3/16 in 28 3/4 in 88 9/16 in 74 3/16 in 39 3/4 in 49 3/16 in 38 3/16 in 16 9/16 in 74 3/16 in 9 13/16 in 90 9/16 in 78 3/4 in

H1

1023 mm 970 mm 730 mm 2250 mm 1885 mm 1010 mm 1250 mm 970 mm 420 mm 1885 mm 250 mm 2300 mm 2000 mm

B B1 B2 L L1 H H1 X Y Z

Classic 300

Planning Manual

Equipment cooling To cool the sunbed, room or studio air (inlet air) is drawn in at the head and feet ends of the sunbed base (1).

Classic 300

The inlet air is first cleaned in a filter, then fed past the hot UV low-pressure and highpressure lamps and finally expelled on the left or right as warm exhaust air via the central exhaust air bracket (2).

2

1

1

00010 / 1

Surround cooling The surround air for the person using the sunbed is supplied via fans at the head end (4) and feet end (3) by means of an incremental control device. The room or studio air is drawn in via air inlet slots and supplied to the user via outlet nozzles.

3 4

02889 / 0

4 – Classic 300

Planning Manual

Classic 300

Exhaust air accessories The appropriate corrugated pipe is 250 mm / 9 13/16 in diameter. With pipe lengths in excess of 4 m / 13 ft 1 in, you will require an additional fan. The size of the additional fan depends on the overall length of the exhaust channel passage and the number of sunbeds connected. For further advice, please consult your ventilation technician!

2

3

4

5

1

00022 / 1

Item Accessory parts 1 Central exhaust air bracket, galvanized steel plate; length 952 mm / 37 1/2 in, height 315 mm / 12 3/8 in, depth 280 mm / 11 in

Article No. Notes: 340057 Direct connection possibilities of a ∅ 250 mm / 9 13/16 in circular corrugated pipe or a rectangular pipe with a cross section 320 x 270 mm / 12 5/8 x 10 5/8 in. Connection is to the bottom right or bottom left – not to the top! 345164 Connection to the central exhaust air channel

2

Central extraction adapter

3

Corrugated pipe (∅ 250 mm / 9 13/16 in, 6 m / 19 ft 8 in length, flexible, grey) including 2 hose clips Corrugated pipe connector piece (∅ 250 mm / 9 13/16 in) Connector bracket for corrugated pipe (∅ 250 mm / 9 13/16 in)

4 5

340058

–

340067

For connecting two corrugated pipes

345035

Connection of the corrugated pipes, e.g. to a canal

Electric Connection Mains supply line

Available

Electr. control line

Connection made on external contact point of the sunbed

Line for external music and channel selection

–

Sound System Article No. Notes: Audio unit

o

–

Loudspeaker set

M

346001

M = plus surcharge

o = not available

Classic 300 – 5

Classic 300

We offer various accessories that permit easier connection to a central exhaust system or to the individual device exhaust lines.

Classic 300

Planning Manual

Classic 300

Controls Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

Air Conditioner (not available) No air conditioner can be supplied with this device model.

6 – Classic 300

4/2

0000

Ultra

Contents • • • • • • • • • •

Device description Technical data Dimensions Planning Example Equipment cooling Surround cooling Exhaust air accessories Electric Connection Controls Air Conditioner (not available)

Classic 8000 Ultra ― 1

Classic 8000 Ultra

Classic 8000 Ultra

Planning Manual

Classic 8000 Ultra

Planning Manual

Device description

Classic 8000 Ultra

1. 2. 3. 4. 5. 6.

Sunbed base Adjustable footrest Ergonomic bucket seat Central air outlet vent Sunbed canopy (with UV high-pressure lamps and surround air) Control panel

5 6

4

3

2

1

00013 / 2

Technical data Electrical data Nominal performance draw-off: 5,500 W Nominal voltage: 230 V (3-phase or single phase) Nominal frequency: 60 Hz Rated fusing:

40 amp 2-pole

Performance: Canopy: Face tanner UV High pressure lamps

6 x 500 W

Hand tanner UV High pressure lamps

2 x 280 W

Noise emission Acoustic pressure level: Inlet and exhaust air Temperature difference, supply/exhaust air: Max. air requirement: Max. ambient temperature: Max. inlet air temperature: Exhaust cross section w/o exhaust system: Room inlet air cross section: Warm air return:

2 ― Classic 8000 Ultra

57.5 db(A)

14 °F

8 °C

710 cfm 77 °F 104 °F

1,200 m3/h 25 °C 40 °C

67 in2

430 cm2

341 in2

2,200 cm2 Not possible

Planning Manual

Classic 8000 Ultra

Dimensions

X

Y

H2

H

H1

Classic 8000 Ultra

Z

B1 B

L

00034 / 3

H8 B3

B4

H7

(40ß)

H6

B2

H4

53 1/8 in 44 1/8 in 32 1/16 in 24 9/16 in 15 3/8 in 42 1/2 in 70 7/8 in 7 7/8 in 67 5/16 in 68 1/8 in 79 1/8 in 57 1/2 in 4 3/16 in 39 9/16 in 36 5/16 in 56 15/16 in 60 3/16 in 11 13/16 in 47 1/4 in 19 11/16 in 35 1/16 in 11 13/16 in 78 3/4 in 78 3/4 in

H5

∅ BK TK

1350 mm 1120 mm 814 mm 623.5 mm 390 mm 1080 mm min. 1800 mm min. 200 mm 1710 mm 1730 mm 2010 mm 1460 mm 107 mm 1005 mm 922 mm 1446 mm 1528 mm min. 300 mm 1200 mm 500 mm 890 mm 300 mm 2000 mm 2000 mm

H3

B B1 B2 B3 B4 B5 B6 B7 L H H1 H2 H3 H4 H5 H6 H7 H8 X Y Z

B5

B7

B6

04794 / 0

Planning Example A central air exhaust is only possible via a connection to a so-called double rear wall. This intermediate wall (2) with exhaust air connection (1) (e.g. chipboard) is designed to fit directly against the rear side of the sunbed and serves as a channel for the exhaust air upwards, if required up to a hanging ceiling. The corresponding dimensions of such a rear wall for cutting, as well as its positioning, can be taken from the Chapter Dimensions. Warm air recycling to the studio air conditioning is not provided with this type of tanning equipment. 1. Exhaust air connection 2. Intermediate wall (e.g. pressed chip board) 3. Connection for exhaust air hose

300

3

1

2

00056 / 2

The additional exhaust air connection is required as a necessary accessory in a double rear wall (see Chapter Exhaust air accessories).

Classic 8000 Ultra ― 3

Classic 8000 Ultra

Planning Manual

Equipment cooling To cool the equipment, room or studio air is drawn in beneath the front panel (1) and at the front edge of the sunbed canopy (3) (inlet air).

3

The air is first cleaned in a filter package, then fed past the hot UV high-pressure lamps and finally expelled as warm air via the exhaust air nozzles (2) at the rear of the sunbed.

Classic 8000 Ultra

2 1

00014 / 2

Surround cooling Surround air is supplied to the user via an infinitely adjustable fan in the canopy (3) of the partial tanner.

3

Room or studio air is drawn in via air inlet slots on the outside of the sunbed canopy (3) and then fed towards the face and upper body of the user via an asymmetrically arranged, adjustable outlet nozzle.

02909 / 0

Exhaust air accessories Exhaust air can only be connected to a central exhaust air system via a double rear wall.

1

00024 / 1

Item Accessory parts 1 Exhaust air connection to connection on double rear wall

4 ― Classic 8000 Ultra

Article No. Notes: 345186 Without warm air recycling

Planning Manual

Classic 8000 Ultra

Electric Connection Mains supply line

Provided

Electr. control line

none

Controls

Article No.

Cable Length

Intellitan Remote

0440021423

20 ft

4-Button Intellitan Console

0440021422

6 ft

Computer Control Station IV (CCS IV)

0038002778

–

Classic 8000 Ultra

Controls

Air Conditioner (not available) No air conditioner can be supplied with this device model.

Classic 8000 Ultra ― 5

Classic 8000 Ultra

Classic 8000 Ultra

6 ― Classic 8000 Ultra

Planning Manual

Planning Manual

Planning inlet air and exhaust air

Contents • Planning requirements

Planning inlet air and …

Inlet and Exhaust Connection With and Without Double Rear Wall Inlet and exhaust air connection via a hanging studio ceiling with a separate exhaust air ducting system Inlet and exhaust air connection via a hanging studio ceiling without an exhaust air ducting system

Planning inlet air and exhaust air – 1

Planning inlet air and exhaust air

Planning Manual

Planning requirements Points that you must observe when planning inlet air and exhaust air ducting in the studio. When planning ventilation in the studio, you must ensure that the required air throughput for each piece of equipment is constant over the entire tube or hose system and is not reduced by obstructions.

Planning inlet air and …

To support the flow of exhaust air throughput, it may be necessary to take an additional fan in the system into account, if applicable (see calculation example for design of additional fan). The inlet air temperature must not exceed 40 °C / 104 °F. Temperatures in excess of 40 °C / 104 °F could impede the operation of the sunbed. Additional filtering of the inlet air is especially recommended. There are 3 possible inlet and exhaust air assembly variants for Ergoline sunbeds. The following planning examples can be applied to all Ergoline sunbeds contained in the sunbed range presented in this Planning Manual. Additional information is a given in the respective device descriptions for devices that make special requirements on installation.

2 – Planning inlet air and exhaust air

When fitted with the correct central bracket for inlet and exhaust air, Ergoline sunbeds can also be operated with a free air outlet, i.e. without being connected to a ventilation system in the studio. Installing “exhaust air ducting via a hanging ceiling and with a double rear wall” is an optically elegant solution without using the central exhaust air bracket. Caution! Before putting a tanning device into operation, the transport pallet must be removed from under the tanning unit. Installation on the transport pallet may result in damage to the device due to obstruction of the air routing.

Planning Manual Inlet and Exhaust Connection With and Without Double Rear Wall With double rear wall Without exhaust-air adapter: An intermediate wall (1) (e.g. chipboard) tightly enclosing the sunbed at the rear serves as an upward channel for the exhaust air (2), if required right up to the hanging ceiling.

2 1

So that the exhaust air is properly extracted, a slight vacuum is required behind the intermediate wall (1); an auxiliary fan must be installed if necessary.

03579 / 0

With exhaust air adapter: A cut-out is mounted on the intermediate wall. A rubber profile on the exhaust-air adapter (3) ensures an air-tight seal on the intermediate wall.

2 1 3

03834 / 0

Planning inlet air and exhaust air – 3

Planning inlet air and …

This installation variant is used mostly for single devices.

Planning inlet air and exhaust air

Planning Manual

Planning inlet air and …

Variant A, transverse ventilation: The equipment exhaust air (2) is fed upwards through the exhaust air channel (space behind the double rear wall, ca. 15 cm / 5 7/8 in) underneath the studio ceiling and is expelled there through opposing exhaust air openings.

02872 / 0

Variant B, direct exhaust air: The equipment exhaust air (2) is channeled directly outside through the exterior wall.

02873 / 0

4 – Planning inlet air and exhaust air

Planning Manual

Planning inlet air and exhaust air

Planning inlet air and …

Inlet and exhaust air connection via a hanging studio ceiling with a separate exhaust air ducting system

02875 / 0

To utilize all the benefits of the innovative ventilation concept of Ergoline sunbeds and to prevent the unnecessary heating of the studio, we recommend that the inlet air for cooling the air conditioning units be supplied from outside via a filtered (as air-tight as possible) hanging ceiling and that the exhaust air be expelled to the outside via a separate hose or duct system.

Exhaust air connection is made using a separate, heat insulated ducting system (1) inside a hanging studio ceiling. The space in between the room ceiling and the hanging ceiling serves as a channelling space for the equipment inlet air.

Planning inlet air and exhaust air – 5

Planning inlet air and exhaust air

Planning Manual

Planning inlet air and …

Inlet and exhaust air connection via a hanging studio ceiling without an exhaust air ducting system

02876 / 0

If Ergoline sunbeds are connected with the exhaust air ducting to a hanging studio ceiling without a separate exhaust air ducting system (i.e. the space in between is all that is used for exhaust air transport!), the required inlet air must be supplied from the studio ambient air.

6 – Planning inlet air and exhaust air

In such cases, it is imperative that you ensure that the inlet air is not drawn in from the warm air in the studio ceiling area as this could result in the maximum permissible temperature of 40 °C / 104 °F being exceeded.

Planning Manual

Controls

Contents

Controls

• Connection options • Connection to a single tanning device • Connection to a tanning device in a networked studio

Controls – 1

Controls

Planning Manual

Connection options The Ergoline sunbeds can be connected to a the Intellitan Remote Timer. It is also possible to connect them to time controls from other suppliers.

Connection to a single tanning device The wiring is connected directly to the connection terminals of the sunbed.

2

1

The sunbed must only be operated with timer control, 30 minutes max. running time. The control scale on the timer must match the time recommended in the tanning program. Legend: 1. Handheld control unit with microprocessor 2. Cable with plug 3. Adapter 61644 (bushing) 4. Terminal strip in the tanning device 5. Bridge

3

f

b c

5

COM CH1 CH2 CH3 CH4 A-L GNDL GNDR A-R 24AC OAC OAC PE Tr Tr STR1 STR2 STR3 STR4 PE N N 230V Z-L Z-L

d e a

4

01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

Controls

When connecting a compatible time control, the voltage must be supplied from the sunbed.

Depending on the sunbed, some change-overs will be necessary for connection to the various control devices. For further information on this subject, please refer to the descriptions of the respective sunbeds.

04175 / 1

2 – Controls

Planning Manual

Controls

Connection to a tanning device in a networked studio The wiring is connected directly to the connection terminals of the sunbed.

c a f g

ST 15

BU 16 1 2 3 4 5 6

ST 15_1 BU 16_1 1 2 c 3 a 4 f 5 g 6

2

3

b c

5 4 04176 / 0

Note: Figure “Connection to a tanning device in a networked studio” is not valid for Ergoline Lounge and Soltron V60 Shuttle.

Controls – 3

Controls

f

COM CH1 CH2 CH3 CH4 A-L GNDL GNDR A-R 24AC OAC OAC PE Tr Tr STR1 STR2 STR3 STR4 PE N N 230V Z-L Z-L

d e a

01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25

The sunbed must only be operated with timer control, 30 minutes max. running time. The control scale on the timer must match the time recommended in the tanning program. Legend: 1. Handheld control unit with microprocessor 2. Cable with plug 3. Adapter 61644 (bushing) 4. Terminal strip in the tanning device 5. Bridge

1

Controls

Controls

4 – Controls

Planning Manual

Planning Manual

AQUA MIST AROMA System

The AQUA MIST AROMA system consists of the functions AQUA MIST and AROMA. • The AQUA MIST function sprays a fine liquid mist into the interior of the sunbed for body cooling. • With the AROMA function aromas stream into the sunbed interior and the room. The AQUA MIST AROMA system is an optional extra that is not available as a retrofit kit. Please observe the capabilities of the respective tanning device during planning.

03540 / 0

• System description – AQUA MIST (Evolution and Excellence only) • System description – AROMA system (Evolution and Excellence only) • Accessories

AQUA MIST AROMA System – 1

AQUA MIST AROMA System

Contents

AQUA MIST AROMA System

Planning Manual

System description – AQUA MIST (Evolution and Excellence only) 1. 2. 3. 4. 5. 6. 7. 8.

Intermediate tank Air compressor Reservoir tank Pump Aqua MIST (body nozzle) Aqua MIST (head nozzle) Operating element - Aqua MIST body nozzle Operating element - Aqua MIST head nozzle

7

6 5

1

8

2

03581 / 0

AQUA MIST AROMA System

4

3

03541 / 1

System description – AROMA system (Evolution and Excellence only) 1. 2. 3. 4. 5. 6. 7.

Air compressor Aroma nozzles (between the facial tanners) Aroma container (RELAX) Aroma container (CABIN) Aroma container (VITAL) Operating element - RELAX Operating element - VITAL

6

1

2

5

7

03582 / 0

4

2 – AQUA MIST AROMA System

3

03542 / 0

Planning Manual

AQUA MIST AROMA System

Accessories Accessories

Article / Part No.

Remark:

AQUA SOLAR WITH SKIN+ ADDITIVE

365 1303

Canister with liquid for AQUA MIST

Aroma “Relax”

365 2003

Aroma pot, 100 ml / 3 3/8 oz

Aroma “Vital”

365 2103

Aroma pot, 100 ml / 3 3/8 oz

Aroma “Cabin”

365 2203

Aroma pot, 100 ml / 3 3/8 oz

For replacement unit please contact your distributor or telephone:

AQUA MIST AROMA System

 1-800-643-0086

AQUA MIST AROMA System – 3

AQUA MIST AROMA System

AQUA MIST AROMA System

4 – AQUA MIST AROMA System

Planning Manual

Planning manual

Appendix

Contents • Performance and air requirements • Inlet and Exhaust Air Cross-Sections • Maximum Exhaust Air Hose Length without Additional Ventilator

Appendix

The assorted technical information in this chapter applies to all variants of each device type.

Appendix – 1

Appendix

Planning Manual

Performance and air requirements Ergoline professional sunbed Excellence 800 Turbo Power

Evolution 600 Turbo Power

Capacity W/O With Air conditioner

Fuses1)

Watt

Ampere

13,900

12,600

Watt 17,000

13,700

50 amp 3-pole 80 amp 2-pole 40 amp 3-pole3) 50 amp 3-pole4) 80 amp 2-pole3)

UV low pressure lamps performance Watt

UV high pressure lamps performance Watt

Temperature difference exhaust / supply air °C °F

Air requirement max.2) m3/h

cfm

154)

18 27 °F4)

2,800

1,650

103)

°F3)

51 x 160W

4 x 520W

46 x 160W

3 x 500W

63) 114)

11 °F3) 20 °F4)

2,800

1,650

43 x 160W

3 x 500W

6

11 °F

2,800

1,650

40 x 140W

3 x 400W

10

18 °F

2,700

1,590

38 x 120W

3 x 400W

10

18 °F

2,700

1,590

4)

Evolution 500 Turbo Power Advantage 400 Turbo Power Advantage 350 Super Power Lounge Turbo Power Avantgarde 600 Turbo Power Classic 300 Super Power Classic 8000 Ultra 1)

40 amp 3-pole 60 amp 2-pole

12,100

–

10,300

–

9,300

–

11,600

–

50 amp 3-pole 80 amp 2-pole

50 x 180W

–

10

18 °F

2,900

1,710

–

13,900

50 amp 3-pole 80 amp 2-pole

47 x 160W

3 x 500W

20

36 °F

2,400

1,410

7,000

–

40 amp 3-pole

38 x 100W

3 x 400W

15

27 °F

950

560

5,500

–

40 amp 3-pole

–

6 x 500W

8

15 °F

1,200

710

40 amp 3-pole 60 amp 2-pole 40 amp 3-pole 60 amp 2-pole

All the tanning devices are connected to 230V – 60 Hz only delay-action fuses must be used. The specified connection voltages must lie within a tolerance range from +/- 5% to retain the guaranteed output data for Ergoline sunbeds.

2) 3) 4)

Ambient temperature max. 77 °F and inlet air max. 104 °F without air conditioner with air conditioner

Appendix

With the electrical connected rating in a studio, a simultaneity factor of 1 must be expected.

2 – Appendix

Planning manual

Appendix

Inlet and Exhaust Air Cross-Sections Ergoline sunbed:

Exhaust air crosssections without exhaust air system

Pipe ∅

Room Inlet air cross section at 295 fpm

Inlet and exhaust air cross sections with exhaust system

Exhaust air 1) cm2 in2 558 91

cm2 300

in 11 13/16

cm2 5,200

in2 806

Exhaust air cm2 in2 710 110

Evolution 600 Evolution 500

558

91

300

11 13/16

4,200

651

710

110

Advantage 400 Advantage 350

430 430

67 67

300 300

11 13/16 11 13/16

5,000 5,000

775 775

710 710

110 110

Lounge

430

67

300

11 13/16

5,370

832

710

110

Avantgarde 600

530

82

300

11 13/16

4,100

635

Classic 300 Classic 8000 Ultra

450 430

70 67

250 –

9 13/16 –

1,300 2,200

200 341

Excellence 800

490 –

75 –

Device exit opening Can be extended

Appendix

1) 2)

110

Appendix – 3

Appendix

Planning Manual

Maximum Exhaust Air Hose Length without Additional Ventilator Calculation basis: Back pressure Air pressure Air temperature Density Dynamic inertia of the air Ergoline sunbed:

100 Pascal 100,000 Pascal 40 °C 104 °F 1.112 kg m3 1 1/8 oz/ft3 1.92E-05 Pa x s Pipe ∅

300 mm

Roughness (at centre) kabsolute 8 mm

Flow volume

Of the hose

0.1821) 11 13/16 in

5/16 in

1,470 cfm

300 mm

8 mm

2,500 m3/h

Evolution 600 / 575 / 500

0.1821) 11 13/16 in

5/16 in

1,470 cfm

300 mm

8 mm

2,300 m3/h

Advantage 400 / 350

0.1821) 11 13/16 in

5/16 in

1,350 cfm

300 mm

8 mm

2,600 m3/h

Lounge

0.1821) 11 13/16 in

5/16 in

1,530 cfm

300 mm

8 mm

2,200 m3/h

Appendix

Avantgarde 600

0.1821) 11 13/16 in

5/16 in

1,300 cfm

250 mm

8 mm

950 m3/h

Classic 200 / 300

0.1821) 9 13/16 in

5/16 in

Of the bend

2,500 m3/h

Excellence 800

1) zeta value (ζ)

Loss coefficient

560 cfm

0.211)

90° bend in line

Pieces 0 1 2 3

Permissible length of the straight line m 10 32 ft 10 in 9 29 ft 6 in 8 26 ft 3 in 7 23 ft

0.211)

0 1 2 3

10 9 8 7

32 ft 10 in 29 ft 6 in 26 ft 3 in 23 ft

0.211)

0 1 2 3

12 11 10 9

39 ft 4 in 36 ft 1 in 32 ft 10 in 29 ft 6 in

0.211)

0 1 2 3

10 8.5 7.5 6

32 ft 10 in 27 ft 11 in 24 ft 7 in 19 ft 8 in

0.211)

0 1 2 3

12 10 8 6

39 ft 4 in 32 ft 10 in 26 ft 3 in 19 ft 8 in

0.211)

0 1 2 3

8 6 4 2

26 ft 3 in 19 ft 8 in 13 ft 1 in 6 ft 7 in

Permissible only for direct connection of the exhaust air from inside to outside via a special canal system with pipe bends with smooth surfaces.

4 – Appendix

801482

SUN ERGOLINE #1 Walter Kratz Drive Jonesboro, Arkansas 72401 Tel.: 1-800-643-0086 Tel.: 870-935-1130 (in Arkansas) Internet: www.sunergoline.com