dberry the green catalogue

8/14/2019 DBERRY the Green Catalogue

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Case Postale 296 Tel: + 41 22 548 13 89CH-1095 Lutry Email: [email protected] Web: http://dberry.ch

DBERRY

EXCLUSIVELY FOR EUROPE & SWITZERLAND

THE GREEN CATALOGUE
http://dberry.ch/http://dberry.ch/mailto:[email protected]:[email protected]


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DBERRYCase Postale 296 Tel: + 41 22 548 13 89CH-1095 Lutry Email: [email protected] Web: http://dberry.ch

ENERGY EFFICIENT

WASTE MANAGEMENT

DBERRY is proud to offer

exclusively for the European

market a revolutionary new

Energy Efficient Waste Man-

agement Solution:

Self-Contained Wast Man-

agement Solutions

Reduces waste manage-

ment costs that are currently

estimated at 4% of company

turnover

Reduces logistical costs

associated with the transport

of waste

Significantly reduce energy

costs via the use of renew-

able energy

Several Environmental Bene-

fits can be gained with the

use of a self-contained Waste

Management Solution

Significantly Reduces C02

Greenhouse Gas Emissions

Divert waste from landfills

Produce renewable energy

to lower power consumption

Convert waste into profit-

able and environmentally

friendly housing material

Industry can finally take ad-

vantage of financial and eco-

logical benefits of renewable

energy that have made Swit-

zerland the European

Champion of Waste Man-

agement.


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ENERGY EFFICIENT WASTE MANAGEMENT SOLUTIONS

Key Facts

Switzerland uses 28 government owned fa-

cilities nationwide to convert combustible

waste (NOT Hazardous Waste) to renewable

energy and cost efficient constructions mate-

rials

This process generates enough electricity to

power 300000 homes, has reduced the im-

portation of oil derivatives by over 250000tones and diverts waste from unsightly land-

fills.

Companies currently do not experience any of the benefits of waste incineration but instead,

spend on average 4% of their annual turnover on externally run waste management solutions

Our Waste Management Solutions enables:

Self-Contained Waste Management1 solutions for

organisations of all sizes (be it large scale municipal

plants or small-scale machines to handle waste aboard

ships) seeking to deal with ALL types of waste, INCLUD-

ING Hazardous material.

Dramatic Energy Related Cost Savings

by allowingcompanies to extract renewable energy from waste for

internal use and cost effective construction materials

Dramatic Logistics Related Cost Savings by bypassing the need to transport to and integrate

within external processing facilities

Dramatic Reduction Of C02 Emissions by using patented technology to incinerate on-site

waste and exploit extracted energy.


1 Can be used as stand-alone or integrate within existing waste management setups


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How It Works

Pyrolysis, gasification and high

temperature oxidation are used to

convert a wide range of wastes to

fuel gas and other valuable products.

Facilities are designed to process

multiple waste streams, meeting the

highest environmental standards and

optimising energy recovery.

Standard units of plants are de-signed to process waste streams in the range 8,000 to 32,000 tones per annum, generating heat

and electricity.

Units are compact, easily transportable and can be assembled in a modular manner to

provide systems that handle larger waste streams and generate greater power.

Step 1 - Pyrolysis

Materials are heated in the absence of oxygen up to 800C. Hydrocarbons are converted to simplegases leaving a residue of carbon char, inert materials and heavy metals (non-leachable ash).

Step 2 - Gasification

Carbon residues (from pyrolysis) are reacted out with steam in the classic "water gas" reaction to

produce hydrogen and carbon monoxide.

Step 3 - High temperature oxidation

Gases are reacted at high temperature (1,250C. for

more than 2 seconds) to ensure the destruction of any

organic pollutants and particles.

Step 4 - Energy recovery

Exhaust gasses pass through a steam boiler which

captures up to 80% of available energy. Steam is used

for power generation and/or combined heat and

power (CHP) applications.



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Financial Benefits

Regulations require the clean up of air-borne emis-

sions produced by traditional incineration plants. The

cost of clean up can be as much as 50% of the capital

cost of the incineration plant.

As a direct result of such high capital costs, the eco-

nomics of traditional incineration are technically better

at a larger scale, making it common to plan for plants

with throughput capacity of 200,000 to over 500,000

tones per annum

By contrast, our proposed Waste Management Solution provides a flexible approach to

different waste streams and is designed to facilitate local integrated waste solutions in partnership

with other relevant technologies.

Our process is inherently cleaner than traditional incineration and minimal gas clean-up is re-

quired. Capital cost is therefore lower and the plants are economic at smaller scale.

This enables a distributed approach to waste management. Typically mixed waste and municipal

waste projects would be configured for waste streams of 32,000 to 64,000 tones per annum.

Such plants can be located on smaller sites and in locations regarded as traditionally unsuitable

for mass burn centralised EfW facilities. The size and character of our plants make them suitable

for light industrial and commercial locations.

DBERRYCase Postale 296 Tel: + 41 22 548 13 89CH-1095 Lutry Email:[email protected] Web: http://dberry.ch

PLANT

TYPE

WASTE PROCESSING CAPABIL-

ITY (TONES PER ANNUM)

NET ELECTRICAL OUTPUT USEABLE HEAT

OUTPUT (MW)

TYPICAL WASTE

STREAMS/UTILISATION

MT-2 5500 0.28 2.5 Hazardous/Special/ Clinical/Pharmaceutical

MT-4 9300 0.8 5 Mixed Clinical/Special

MT-8 27200 1.8 10 Mixed Industrial

MT-8

x2

60000 4 20 Refuse Derived Fuel (Mu-

nicipal)

ST-

150

150kg/hour N/A 600kW Shipboard Wastes Re-

duction


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Ecological Benefits

The combined effect of pyrolysis, gasification, high tempera-

ture oxidation, advanced NOx and acid gas abatement mini-

mises pollution to extremely low levels that are well within all

integrated pollution control standards

Up to 80% of the energy value in waste is recovered in the

form of usable heat and power. This allows organisations to

greatly reduced the dependance on external energy sources as

well as significantly lowering their carbon footprint

Thanks to the multi-fuel capacity of our waste management

solutions, a community or company can develop a SELF-CONTAINED local facility to meet TOTAL

waste to energy requirements reducing both the visual and environmental impact of waste man-

agement.

This means that UNLIKE traditional incineration plants, our

waste management solutions are capable of diverting Haz-

ardous waste from landfills as well as extracting valuable

reusable energy and materials.

Because waste is processed close to source and recov-

ered materials and energy can be used locally. The envi-

ronmental impact of transportation is greatly reduced.

Our system may be regarded as the Best Practical Envi-

ronmental Option (BPEO) for the thermal destruction ofwaste.



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ENERGY SAVING

SOFTWARE




Energy Saving Solution for

PC Networks that delivers

persistent and transparent

Energy Savings for entire

Organisations:

Savings averaging CHF

30.00 - CHF 50.00 per PC/

per Year

Reduces Energy Waste by aminimum of 30%

ROI between 6 - 18 Months

Provides data collection for

monitoring energy efficiency

and CO2 emissions

Reduce C02 emissions by

up to 200 kg per PC

Conserve up to 200 kWh of

electricity per PC

Reduce other costs, such

as air conditioning

Easily integrates within an

existing IT department.

Allows IT Managers in-

creased control

Increases Office Productiv-

ity

Satisfied customers include:

NASA

U.S. Department of Energy

City of Boston

San Diego County Office of

Education


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POWER MANAGEMENT SOFTWARE FOR PC NETWORKS

Key Facts

Companies synchronise energy saving features

around an organisational standard before dis-

tributing PCs to their employees.

Over 80% of employees will disable these fea-

tures within 90 days.

If the IT department locks users out of their

power settings, the user community typically be-come disgruntled and unproductive due to the

inflexibility of IT policies.

Over 400 Million PCs & Notebooks worldwide

consume in excess of 187 Billion kWh of electric-

ity every year. Our energy saving software could

reduce this by a minimum of 30%, which would

represent 56 billion kWh. Roughly enough topower Switzerland for 1 year.

Up to 300 trees are required to absorb the yearly

CO2 emissions generated by a single PC left on

24 hours a day. Research shows idle PCs running

Windows XP have waisted over 30 billion Swiss

Francs in energy costs and emitted over 225 mil-

lion tons of C02 greenhouse that could have been

avoided.

Our software can reduce by a minimum of 30% :

kWh Consumption of each PC in a network

C02 emissions of each PC in a Network

Financial cost of any size PC Network


PCs Copiers Networks

Other Printers

6%

10%

19%

10%

55%

Corporate Energy Consumption


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How It Works

The proposed software offers a

persistent and transparent means of

ensuring PCs are in the appropriate

conservation power states at all times

across an entire organisation

IT Managers are given complete

control of the entire network. This

remote access enables unparalleled

conservation and increased produc-

tivity via remote access and sched-uled events.

The software provides visual reports on energy savings, cost savings and C02 emissions. Visual

reports can be produced for both internal and external review on monitors, the Internet, etc...

As an example, the software could be configured to automatically switch on PCs in the morning,

switch into standby mode after 60 minutes of being idle during peak hours and switch off auto-

matically at the end of the day. The software can be defined to automatically skip PCs with open

applications containing unsaved data or connected to a database session. Relying on users orother staff to enforce this type of conservation would be impossible and cost prohibitive.

Components of the Deployment

Software can be deployed in a matter of hours in a

2 part process:

1. The Software Server provides remote, network-level control over PC and monitor power settings as

well as manages communications with the software

clients, collects and stores energy consumption

data.

2. The software Client resides in the network's cli-

ent PCs and initiates all communication activity, such as check-ins with the software server for

updates to power setting profiles or to upload power-state en energy consumption data back to

the server.



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14 Day Trial On A 5000 PC Network

ANNUAL PER PC AVERAGE ALL 5000 PCS

Baseline Energy Consumption 439.9 kWh 2199337 kWh

Energy Consumption With Software 202.04 kWh 1010214 kWh

Energy SAVINGS 237.82 kWh 1189123 kWh

Greenhouse Gas Emission REDUCTION 226.1 kg 1130534.1 kg

Energy REDUCTION % 54.10%


0

1,000,000

2,000,000

3,000,000

4,000,000

kWhConsu

med

01/05/2006

05/05/2006

09/05/2006

13/05/2006

Energy Consumed with Software Energy Consumed without Software


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Financial Benefits

The average PC consumes 600

kWh annually. 400 kWh of which is

purely wasted electricity.

Organisations can save an average

of CHF 30.00 to CHF 50.00 a year

per PC, not including additional sav-

ings that will be achieved on lower

climate control costs for facilities.

A saving of 200 kWh of electricity

per PC, per year is effectively

achieved.

Many customers report substantial productivity gains directly linked to staff no longer needing to

turn their PCs on or off or spend time adjusting and tweaking their individual power management

settings.

Return of investment is on average between 6 to 18 months.

Potential Savings on PC Networks


COST PER KWH NETWORK SIZE

5000 PCs 10000 PCs 25000 PCs 40000 PCs

CHF 0.16 CHF 160000.00 CHF 320000.00 CHF 800000.00 CHF

1280000.00

CHF 0.21 CHF 210000.00 CHF 420000.00 CHF 105000.00 CHF

1680000.00

CHF 0.25 CHF 250000.00 CHF 500000.00 CHF

1250000.00

CHF

2000000.00

CHF 0.30 CHF 300000.00 CHF 600000.00 CHF

1500000.00

CHF

2400000.00


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Ecological Benefits

Companies and public institutions are increasingly incorporat-

ing environmental sustainability initiatives into their core business

practices, both to achieve bottom-line cost savings and to be

recognized as being environmentally responsible.

Our software offers immediate and measurable environmental

benefits

The average PC and its monitor consumes an average of 600

kWh annually, resulting in 322 kg to 603 kg of harmful C02

greenhouse gases being pushed into the atmosphere.

On a network of 5000 PCs, that would equate to over 3000

tones of C02 greenhouse gases being emitted into the atmos-

phere, per year.

Our power management solution can lead to savings of up to 200 kg of C02 emissions a year per

PC. On a network of 5000 PCs, the energy savings our software could deliver is the equivalent of

canceling out the C02 emissions of about 110 mid-size cars for one year.


ENERGY SAVING

SOFTWARE

C02 GREENHOUSE GAS EMISSIONS

5000 PCs 10000 PCs 25000 PCs 40000 PCs

Not Installed 1610000 kg to

3015000 kg

3220000 kg to

6030000 kg

8050000 kg to

15075000 kg

12880000 kg to

24120000 kg

Installed 610000 kg to

2015000 kg

1220000 kg to

4030000 kg

3050000 kg to

5034875 kg

4880000 kg to

8028584 kg


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In 2006, customers used our Energy Saving Software Solution to save over

60000000 kWh of electricity that equates to:

Greenhouse Gas Reductions of 37912 metrics tons of C02

8206 passenger cars not driven for one year

4317988 gallons of petrol saved

88167 barrels of oil not used

311 acres of forest preserved from deforestation

Satisfied Customers

Our software has become the new standard in the efficient management of PC energy consump-

tion. Some of our current customers include:



14/30


USB MARKETING TOOLS




Marketing Tool:

Patented technology

Innovative Marketing solu-

tions for corporate customers

Rapid Process from Design

to Deployment

By using USB 1.0/2.0 for

delivery, content can be

Presented with a fully cus-

tomizable User Interface

Auto-updated even if al-

ready deployed.

Contained in USB Drives of

limitless / Color / Material /

Design / Capacity / combina-

tions.

USB Marketing tools allow

corporate customers to :

Remain on the cutting edge

of digital marketing

Avoid the high costs of Print

Advertising

Reduce their carbon foot-

print by avoiding print adver-

tising.


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Key Facts

Just under 72.1 Billion Swiss Francs

are spent each year on print advertising

despite research showing that consum-

ers are more inclined to receive elec-

tronic promotional material rather than

print advertising.

Digital advertising provides more inter-

activity and can present targeted infor-

mation more prominently, whilst being

environmentally friendly and cost effec-

tive.

Just one retailer similar to Argos or Ikea can use over 120000 tons of paper for marketing

tools such as catalogues and flyers, per year. The net result is in between 80000 and

120000 metric tons of physical waste. These are conservative statistics.

4.5 Billion trees are cut down each year

for the production of paper. This repre-

sents over 40% of all harvested trees.

Over 300 million tons of paper is produced

each year.

The paper industry is the 5th largest in-

dustrial consumer of energy and the 3rd

largest emitter of Greenhouse gases in the

world.

Paper compromises over 40% of the municipal solid waste burden in many industrial

countries. This figure is set to increase substantially in the years to come.



16/30

How It Works

DBERRY is proud to offer exclusively for the

European market a revolutionary new Market-

ing Tool.

Thanks to patented technology, USB Market-

ing Drives enable corporate customers to de-

liver up to 16 GB of targeted marketing con-

tent.

Information is presented using a fully custom-

izable visual user interface contained on ultra-portable, ultra-stylish, high quality USB drives.

Auto-update functionality allows for already

deployed marketing content in the field to be

updated or modified via an Internet Connec-tion.

This enables corporate customers to reach

audiences multiples times without having to

physically re-deploy marketing materials and

bare additional costs.

These USB 1.0 / 2.0 drives are available in

limitless Color/Material/Design/Capacity

combinations. Examples include USB Pens,

Lanyards, bracelets, cards, car keys, and

many more.



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All forms of marketing content, be it audio,

video, images, text or flash animation, can be

presented within a fully customizable user in-

terface.

This enables organisations to present market-

ing content in a completely interactive way,

breaking free from mundane and outdated print

advertising and lengthy product catalogues.

Step 1

Step 2

Step 3



18/30

How USB Marketing Drives Are Being Used Today

The real life applications of USB Marketing Drives are

staggering and the examples numerous. Recently, in

a first for the the Automotive Industry, Ferrari have

used USB Marketing Drives to deliver promotional

material for a number of their cars to VIPs attending

a recent promotional event. Car specifications, nu-

merous pictures, images and High Quality videos

were contained within an elegant user interface on

personalized USB sticks

In a revolutionary move for the Banking Industry, a number of

Swiss banks have expressed a serious interest in using bio-

metric authenticating USB Marketing Drives to provide banking

access to their online customers. Each USB stick would usestate of the art fingerprint authenticating technology to grant

users access to their online accounts via a three step security

process. The use of NAND technology is being exploited for

unparalleled encryption and security.

An increasing number of large surface retailers are turning to USB

Marketing Drives as an environmentally friendly and cost effectivealternative to print advertising. Lengthy and heavy product cata-

logues that need to be printed and updated multiple times a year

can be neatly contained in one USB Marketing Drive, cost effec-

tively deployed and updated multiple times a year, via an Internet

connection, at not extra cost. This enables retailers to greatly re-

duce their carbon footprint by avoiding print advertising, and re-

ducing the cost involved in printing and shipping large quantities of

paper.



19/30


ENERGY SAVING LAMPS



market, a wide range of high

quality Energy Saving Lamps.

Each Energy Saving Lamp is

available as a branded or

private label product and

comes with both screw and

bayonet fittings

Manufactured in the Euro-

pean Union, all products are

fully certified and guaranteedto meet the following interna-

tionally recognized stan-

dards:

CE

EMC

ROHS

With recent legislature

passed by the European

Commission committing to

phase out traditional incan-

descent light-bulbs contain-

ing dangerous filaments by

2009, Energy Saving Lamps

have become the de-facto

choice for a cleaner carbon

footprint.

WIth a guaranteed minimum

10000 hour lifetime, these

Energy Saving Lamps are the

perfect cost effective solution

to a Greener Europe.


20/30

Key Facts

Traditional GLS Light-bulbs will be phased out

by 2009 in Europe. This is one of many new leg-

islations pushed by the European Union to pro-

gressively reduce the continents carbon foot-

print.

By simply replacing 25 GLS light-bulbs (60

Watt) with 25 equivalent 15 Watt Energy Saving

Lamps, one could make a saving of 551 Swiss

Francs per year.

Using 25 Energy Saving Lamps instead of 25 GLS Lamps would save 1988 kg of harmful

CO2 greenhouse gases being emitted per year.

25 Energy Saving Lamps have the Air Pollution Reduction Power of 1 Acre of Forest.

Energy Saving Lamps produce 75% less heat than traditional GLS Light-bulbs. This

makes them safer to operate and can slash energy costs associated with facility cooling.

Traditional GLS Light-bulbs are manufactured to have a life-span of 750 hours or 1000

hours. Energy Saving Lamps are manufactured to last up to 15000 hours.

GLS Lamp To Energy Saving Lamp Wattage Conversion


GLS ENERGY SAVING

25 Watt 7 Watt

40 Watt 9-11 Watt

60 Watt 15 Watt

75 Watt 18-20 Watt

100 Watt 25 Watt

125 Watt 30 Watt


21/30

Key Facts

We offer a comprehensive range of compact fluores-

cent lamps including the Dual compact fluorescent

lamp. The dual type consists of a compact fluores-cent lamp with separate ballast which can be fitted

directly on mains voltage with an adapter (available in

screw of bayonet base fittings). The electronic adapter

lasts 4 to 5 times longer than the lamp. This saves

money and reduces small chemical waste.

Consumes 80% less energy than an equivalent GLS

lamp.

Our Dual Compact Fluorescent Lamp model has

come highly recommended by Green Peace

Better heat / light ratio whereby most of the elec-

trical energy is converted into light which makes

them much more efficient.

8 to 10 times longer average life span, resulting in

a considerable reduction of operating and mainte-

nance costs

Using innovative technology, the shapesand sizes of the lamps have been redes-

igned so that they are much smaller com-

pared to previous traditional GLS lamps.

Features such as the built-in ballast, a

starter and a normal screw or bayonet

base allows these Energy Saving Lamps

to completely replace traditional GLSlamps.



22/30

Energy Saving Lamps

TYPE NUMBER WATT BASE LUMEN WEIGHT

10500 BH4-9X E14/K 9 E14 380 82

10501 BH4-9X E27/K 9 E27 380 88

10502 BH4-11X E14/K 11 E14 465 84

10503 BH4-11X E27/K 11 E27 465 90


10504 BH4-15W E27/K 15 E27 765 130

10505 BH4-20W E27/K 20 E27 1020 143

10506 BH5-24W E27/K 24 E27 1225 170



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12605 ETU-MSS 9W E27/K 9 520 A 120

12606 ETU-MSS 11W E27/K 11 700 A 120

12607 ETU-MSS 15W E27/K 15 800 A 120

12645 ETU-SS 24W E27/K 24 1050 B 190


10645 XEU23-7W E14/K 7 E14 265 69

10630 XEU23-9UC E14/K 9 E14 450 90

10631 XEU23-11UC E14/K 11 E14 585 107

10632 XEU23-15UC E14/K 15 E14 755 110



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12615 ETU-M9W E27/K 9 E27 450 110

12616 ETU-M11W E27/K 11 E27 600 110

12617 ETU-M15W E27/K 15 E27 780 120

12618 ETU-M20W E27/K 20 E27 950 130


12697 XEU48-9X E14/K 9 E14 450 71

12698 XEU48-11X E14/K 11 E14 520 73



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10680 XEU48-9U E27/K 9 E27 415 99

10681 XEU48-11U E27/K 11 E27 500 100

10682 XEU48-13U E27/K 13 E27 625 103

10683 XEU48-15U E27/K 15 E27 700 113

10684 XEU48-18U E27/K 18 E27 895 128

10685 XEU48-20U E27/K 20 E27 1020 133


12695 XEU48-9XG E14/K 9 E14 300 107

12696 XEU48-11XG E14/K 11 E14 350 102



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12690 XEU48- 9XG E27/K 9 E27 300 10

12691 XEU48-11XG E27/K 11 E27 350 10

10615 XEU48-15G E27/K 15 E27 600 60

10616 XEU48-20G E27/K 20 E27 800 60


10612 XEU23-15G1 E27/K 15 E27 565 173

10620 XEU38-20G E27/K 20 E27 895 407



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10641 CDL-7 E14/K 7 E14 180 90

10640 CDL-11S E27/K 11 E27 340 107

Additional Guidance:

If you wish to replace a GLS lamp with an energy-saving lamp, you should divide the power

(Watt) with 4 (four). A GLS lamp with 60Watt, gives you the same light as an energy saving

with 15Watt.

When buying new lighting fixtures, ensure that they are compatible with energy saving

lamps.

Lighting and the Environment:

Lighting forms a major part on our energy bill. In total an average household uses approximately

3,300 kWh of electricity per year. From the electricity bill, lightning constitutes a 1/6 of the total

kWh, which equates to 550 kWh. When utilising energy, CO2 a harmful substance is released. So

by using energy saving lamps, we are saving our environment.



28/30

TECHNICAL SPECIFICATIONS

7 WATT

Energy level B A4 A3 A2 A1 A++

Total Lumen Output < 280 Im >280 Im >320 Im >350 Im >380 Im >400 Im

9 WATT



11 WATT



15 WATT


Total Lumen Output 798 Im >840 Im >880 Im >920 Im >960 Im

20 WATT



23 WATT





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25 WATT



OTHER SPECIFICATIONS

Ballast

Life < 3.000hrs > 3.000hrs > 6.000hrs > 9.000hrs > 12.000hrs

Real Wattage < 75% > 75% > 80% > 85% > 90%

Plastic Base with Cap

PP Material PI Material PBT Material

Packaging

Low Quality 250gr Medium Quality 250gr High Quality 450gr

Certified Components

CE / ENCE / EMC / FCC / ROHS

Cover

Plastic or Glass



30/30

CONTACT

For additional information, please us via post,

telephone of email at the following:

DBERRY Case Postale 296 CH-1095 Lutry Switzerland

Tel: +41 22 548 13 89Email: [email protected]: http://dberry.ch

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