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Spektron Data
Spektron Data
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UV Disinfection Systems<br />
<strong>Spektron</strong> Series<br />
Main applications:<br />
Drinking water,<br />
Industrial process water<br />
for food and beverages<br />
DIN EN ISO 9001<br />
DIN EN ISO 14001
No Chance for Harmful Microorganisms<br />
Guanine Cytosine<br />
Guanine Cytosine<br />
X-rays<br />
Vacuum-<br />
UV<br />
Adenine Thymine<br />
Adenine Thymine<br />
Cytosine<br />
Guanine<br />
Cytosine<br />
Guanine<br />
Adenine Thymine<br />
Adenine Thymine<br />
Ultraviolet Visible light Infrared<br />
UV-C UV- UV-A<br />
B<br />
100 200 280 315 400 780<br />
UV Spektrotherm<br />
lamp (254 nm)<br />
UV light<br />
UV-light inactivates micro-organisms by damaging the hereditary DNA/RNA,<br />
thereby hindering vital cell division processes.<br />
Inactivation of<br />
microorganisms<br />
Wavelength (nm)<br />
UV is a high-energy light with a wavelength of 100-400nm. The UV-C<br />
spectrum with a wavelength of approx. 250 nm to 260 nm is particularly<br />
effective for disinfection.<br />
Thymine<br />
Adenine<br />
Thymine<br />
Adenine<br />
Thymine<br />
Thymine<br />
Dimer<br />
Adenine<br />
Adenine<br />
Cytosine<br />
Guanine<br />
Cytosine<br />
Guanine<br />
Adenine Thymine<br />
Adenine Thymine<br />
Safe disinfection<br />
at 254 nm<br />
UV disinfection has been proven<br />
worldwide as the most important water<br />
disinfection process. Bacteria, viruses,<br />
yeast and parasites (for example,<br />
cryptosporidium and giardia) are<br />
effectively inactivated by using UV light.<br />
There is no development of resistance<br />
in UV disinfection as is increasingly<br />
experienced in, for example, treatment<br />
using antibiotics and also in<br />
chlorination. There are no resultant<br />
dangerous by-products (DBP) as is the<br />
case with chemical disinfection.<br />
Legionella pneumophila – WEDECO UV<br />
protects against these extremely resistant<br />
bacteria without creating any harmful biproducts<br />
Comparison of UV, chlorine and chlorine dioxide disinfection processes<br />
Type Use in Pathogen Virus Cryptosporidium Possible harmful<br />
organically burdened bacteria by-products<br />
waters (Humic substances)<br />
UV disinfection<br />
with low pressure ++ ++ + ++ none<br />
Chlorine - + + - THM,<br />
AOX, Chlorite<br />
Chlorine dioxide -- ++ + + Chlorite (THM)<br />
++ = very effective + = effective • = less effective - = barely effective -- = not applicable
<strong>Spektron</strong> System Components<br />
PECO – menu controlled PLC<br />
Lamp connection<br />
Spring<br />
Outflow<br />
Cleaning, deaeration valve<br />
Installation site at waterworks<br />
Filter backflush<br />
UV<br />
Treatment Increase<br />
of pressure<br />
The long-term stable<br />
and certified UV sensor<br />
is an extremely precise<br />
monitoring tool<br />
Certified UV sensor<br />
UV<br />
Elevated tank<br />
Supply network<br />
type TDS<br />
Spektrotherm ®<br />
UV Lamp<br />
UV Digital controlled electronic ballasts<br />
Source<br />
Cleaning, deaeration valve<br />
CrossMix ®<br />
flow control<br />
Inflow
WEDECO Spektrotherm ® UV Lamps<br />
The most advantageous solution when compared to medium pressure lamps<br />
EIGENSCHAFTEN<br />
• Significantly higher efficiency in UV-C:<br />
VORTEILE<br />
Spektrotherm ® Lamp: 40 % efficient • Medium pressure lamp: 12-15 % efficient<br />
• Lower electricity and operating costs • Essential higher electricity and operating costs<br />
• Fewer lamps • Shorter lifespan of lamps<br />
• Lower lamp operating temperature: • Medium pressure lamp: 800 °C<br />
Spektrotherm ® Lamp: 100 °C • Medium pressure requires cooling at zero-flow<br />
• Low lamp aging and longer service life • Medium pressure requires reactor<br />
reduce operating costs temperature monitoring<br />
• Significantly less scaling on the • Medium pressure lamps require a<br />
protective quartz sleeves mechanical wiping system<br />
• Immediate re-start possible • Medium pressure lamps must cool down for 10 minutes<br />
• Amount of liquid mercury: • Amount of liquid mercury:<br />
Spektrotherm ® lamp: 0 mg<br />
• Environmentally-friendly<br />
• Spektrotherm<br />
Medium pressure lamp: up to 300 mg<br />
® lamps are recycled by<br />
WEDECO free of charge<br />
Emission spectra [wavelengths in nm]<br />
Relative UV emission (%)<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
254 nm<br />
200<br />
Spectral curve of<br />
cell inactivation<br />
250 300 350 400 450 500 550 600<br />
100<br />
The WEDECO Spektrotherm ® lamp emits almost entirely at a<br />
wavelength of 254nm, which lies in the maximum spectrum<br />
range for effective disinfection<br />
100%<br />
80%<br />
60%<br />
40%<br />
20%<br />
0%<br />
WEDECO<br />
<strong>Spektron</strong><br />
LOW PRESSURE MEDIUM PRESSURE<br />
169%<br />
Medium<br />
Pressure<br />
Energy costs<br />
Maintenance<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
Lamp costs /<br />
Quarz tube costs<br />
Investment costs<br />
Lifespan cost analysis based on 10 years.<br />
DNA absorbtion (%)<br />
Relative UV emission (%)<br />
100<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
200<br />
Spectral curve of<br />
cell inactivation<br />
250 300 350 400 450 500 550 600<br />
100<br />
The medium pressure lamp emits a broad-brand spectrum<br />
that for the most part lies outside the spectrum range<br />
relevant to disinfection<br />
Taking photo reactivation into<br />
account = safe disinfection<br />
Photo reactivation, meaning the self-repair of inactivated microorganisms,<br />
can occur with many microorganisms making it<br />
particularly important to consider this effect in the original<br />
equipment design. This is done by choosing a safe UV dosage<br />
(400 J/m 2 =40mJ/cm 2 =40.000 µWs/cm 2 ) that is confirmed by<br />
microbiological tests (according to DVGW W-294 and/or Ö-Norm<br />
M-5873-1). Leading UV specialists have repeatedly ascertained<br />
that there is no difference in the safety of the disinfection<br />
capabilities between low and medium pressure lamps when this<br />
UV dose is applied.<br />
90<br />
80<br />
70<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
DNA absorbtion (%)
UV Disinfection Systems<br />
<strong>Spektron</strong> Series<br />
The biodosimetrically tested UV systems from the <strong>Spektron</strong> product<br />
range meet all the requirements of safe and environmentally friendly<br />
water disinfection according to §11 of the German drinking water<br />
regulation (TrinkwV 2001). The <strong>Spektron</strong> units are certified according<br />
to Austrian ÖNORM (M 5873-1) and German DVGW (W 294-2)<br />
directives. An European-wide CEN standard is in preparation.<br />
The new <strong>Spektron</strong> range offers a wide array of uses from domestic<br />
water supply to industrial uses to large water plants with a capacity<br />
of more than one thousand m 3 /h. What makes them special is their<br />
consistent optimisation of hydraulic characteristics with the use of<br />
the unique CrossMix ® module. Electronic ballasts of the newest<br />
generation in conjunction with our Spektrotherm ® lamp<br />
technology allows minimising energy and lamp costs by up to 30%.<br />
Improved Spektrotherm ® lamps offer today even better efficiency<br />
and a very long lamp life.<br />
The robust construction makes them certifiably usable in waters with<br />
high humic contents or in environments with increased requirements<br />
in terms of EMC protection. The new uv reactor construction ensures<br />
simple installation within virtually any space limitation.<br />
ADVANTAGES<br />
• Safe disinfection through<br />
biodosimetrically certified<br />
systems<br />
• No harmful by-products<br />
(such as THM’s in chlorinating)<br />
• Exceptionally low operating costs<br />
through uniquely efficient<br />
electricity flow and electronic<br />
units of the newest generation<br />
• Excellent EMC protection, exceeds<br />
valid industry and household<br />
standards<br />
• Ongoing self-monitoring of UV<br />
intensity, reactor temperatures<br />
and water flow combined with a<br />
high-performance memory and<br />
analysis system<br />
• Extremely low loss of pressure<br />
• Variable installation positions for<br />
easy integration into existing<br />
pipeline systems
C O N T A C T S<br />
AUSTRALIA / SOUTH-EAST ASIA<br />
WEDECO Pty. Ltd.<br />
Unit 31, Slough Estate<br />
Holker Street<br />
Silverwater NSW 2128<br />
Australia<br />
Tel.: +61 2 9751 7500<br />
Fax: +61 2 9751 7511<br />
E-mail: wedeco.au@itt.com<br />
AUSTRIA<br />
WEDECO VISA Water Technology GmbH<br />
Seyrlstrasse 2<br />
A-4863 Seewalchen am Attersee<br />
Tel.: +43 7662 5626-0<br />
Fax: +43 7662 5626-20<br />
E-mail: wedeco.at@itt.com<br />
CHINA<br />
WEDECO<br />
c/o ITT<br />
31 Floor, Tower A<br />
Hongqiao City Center<br />
No. 100 Zunyi Road<br />
Shanghai, 200051<br />
Tel.: +86 21 2208 2888<br />
Fax: +86 21 2208 2999<br />
E-mail: wedeco.cn@itt.com<br />
FRANCE<br />
WEDECO France S.A.S.<br />
29-31 boulevard de la Muette<br />
F-95145 Garges-lès-Gonesse Cedex<br />
Tel.: +33 1 34534500<br />
Fax: +33 1 34530196<br />
E-mail: wedeco.fr@itt.com<br />
Internet: www.wedeco.com<br />
GERMANY<br />
WEDECO AG<br />
Boschstr. 4<br />
D-32051 Herford<br />
Tel.: +49 5221 930 0<br />
Fax: +49 5221 930 222<br />
E-mail: wedeco.de@itt.com<br />
WEDECO GmbH<br />
Boschstr. 6<br />
D-32051 Herford<br />
Tel.: +49 5221 930 0<br />
Fax: +49 5221 930 222<br />
E-mail: wedeco.de@itt.com<br />
GREAT BRITAIN<br />
WEDECO Ltd.<br />
Unit 7, Mercury Park<br />
Mercury Way<br />
Urmston<br />
GB-Manchester M41 7LY<br />
Tel.: +44 16 1865 5000<br />
Fax: +44 16 1865 5500<br />
E-mail: wedeco.uk@itt.com<br />
ITALY<br />
WEDECO SRL<br />
Via Tridente, 22<br />
I-70125 Bari<br />
Tel.: +39 080 5910511<br />
Fax: +39 080 5910514<br />
E-mail: wedeco.it@itt.com<br />
This brochure was submitted by:<br />
KOREA<br />
WEDECO Co., Ltd.<br />
Rm# 1017, Doosan Venture Digm Bldg.<br />
126-1, Pyeongchon-Dong, Dongan-Gu<br />
Anyang-Si, Kyeonggi-Do<br />
Korea 431-070<br />
Tel.: +82 31 478 5577<br />
Fax: +82 31 478 5588<br />
E-mail: wedeco.kr@itt.com<br />
NETHERLANDS<br />
WEDECO B.V.<br />
Steenovenweg 5<br />
NL-5708 HN Helmond<br />
Tel.: +31 492 472464<br />
Fax: +31 492 472635<br />
E-mail: wedeco.nl@itt.com<br />
NEW ZEALAND<br />
WEDECO Ltd.<br />
P. O. Box 101-303<br />
NSMC<br />
Auckland 1310<br />
New Zealand<br />
Tel.: +64 9 448 21 24<br />
Fax: +64 9 448 21 25<br />
E-mail: wedeco.nz@itt.com<br />
NORTH AMERICA<br />
WEDECO, Inc.<br />
14125 South Bridge Circle<br />
Charlotte, North Carolina 28273 USA<br />
Tel.: +1 704 7167600<br />
Fax: +1 704 7167601<br />
E-mail: municipaluv@itt.com<br />
municipalozone@itt.com<br />
No information and/or data contained in this publication shall be construed to create any liability<br />
on the part of WEDECO AG. Any new issue of this publication shall automatically invalidate<br />
and supersede any and all previous issues. Product availability, prices and delivery dates are<br />
exclusively subject to our respective order confirmation form; the same applies to orders based<br />
on development samples delivered. This publication is not to be construed as an offer. It is<br />
intended merely as an invitation to make an offer. By this publication, WEDECO AG does not<br />
assume responsibility or any liability for any patent infringements or other rights of third<br />
parties which may result from its use. Reprinting this publication is generally permitted, indicating<br />
the source. However, our prior consent must be obtained in all cases.<br />
© WEDECO AG 2007<br />
POLAND<br />
WEDECO sp. z. o. o.<br />
ul. Polna 1b<br />
PL-62-025 Kostrzyn Wlkp.<br />
Tel.: +48 61 8970 660<br />
Fax: +48 61 8970 661<br />
E-mail: wedeco.pl@itt.com<br />
SPAIN<br />
WEDECO Rex S.A.<br />
Calle Isla de la Palma 32<br />
Nave 6, Polígono Ind. Norte<br />
San Sebastian de los Reyes<br />
E-28700 Madrid<br />
Tel.: +34 91 659 1800<br />
Fax: +34 91 659 1801<br />
E-mail: wedeco.es@itt.com<br />
SWITZERLAND<br />
WEDECO GmbH<br />
Birkenweg 4<br />
CH-8304 Wallisellen<br />
Tel.: +41 43 355 7010<br />
Fax: +41 43 355 7011<br />
E-mail: wedeco.ch@itt.com<br />
UNITED ARAB EMIRATES<br />
WEDECO<br />
c/o ITT<br />
Twin Towers<br />
P.O. Box 35226<br />
Dubai U.A.E.<br />
Tel.: +971 4 2294944<br />
Fax: +971 84 680139<br />
E-mail: wedeco.de@itt.com<br />
08 / 2007 · This brochure has been printed on chlorine-free paper
Description Series <strong>Spektron</strong><br />
Main Applications<br />
Disinfection of clear fresh water to meet relevant biological standards:<br />
• Private and municipal drinking water supplies<br />
• Beverage and food industry<br />
• Process water for industrial use<br />
• Fish farming (fresh water)<br />
The units have a DVGW-Certificate according to DVGW W294-2 (No. DW-9181BS0139)<br />
and an ÖVGW-Certificate according to ÖNORM M5873-1 (No. W 1.430).<br />
Water temperature recommended range 5 – 45°C<br />
possible range 0 – 70°C<br />
Wasser UV transmittance (@ 254 nm, 1 cm) min. 80%<br />
Flow rate (400 J/m² - certified) max. 922 m³/h<br />
Technical Description<br />
• Cylindrical stainless steel reactor with CrossMix flow optimizer (demountable)<br />
• High efficiency low pressure UV lamps, concentrically, easily removable<br />
• Calibrated UV intensity monitoring system<br />
• Electronic UV lamp supervision system with error memory and external interfaces<br />
• Monitoring of reactor temperature and external flow rate signal<br />
• CE and EMV approved<br />
UV Reactor<br />
UV lamp<br />
UV sensor<br />
Material Stainless steel 316L (1.4404)<br />
Mounting horizontal or vertical<br />
Connection type external thread or flanges DIN 2999 / EN 1092-1 Typ 02<br />
Seals O-rings, Fluorocarbon-india rubber (FKM),<br />
DVGW, KTW and FDA approved<br />
Components flow optimizing internals, UV- and temperature sensors,<br />
cleaning valves and fittings for sampling (except <strong>Spektron</strong> 3 + 6)<br />
cylindrical low pressure high efficiency UV lamp<br />
WLR20, WLR30 with WEDECO-Spektrotherm technology (Indium amalgam)<br />
calibrated according to ÖVGW M5873-1 und DVGW W294-3, 160° measuring angle<br />
accuracy ± 3 %, selectivity > 99 % bei 254 nm, ageing stability,<br />
temperature stability up to 70°C during continuous operation<br />
<strong>Spektron</strong> <strong>Data</strong>.doc -Vol. VI-<br />
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Description Series <strong>Spektron</strong><br />
Electrical<br />
cabinet<br />
Design<br />
Components<br />
Terminals<br />
Painted sheet steel enclosure, wall mounted<br />
Ready for connection, incl. reactor cables of 10 m<br />
Supply voltage <strong>Spektron</strong> 3 – <strong>Spektron</strong> 100:<br />
230 V, 50 - 60 Hz, (TN-S net, TN-C net),<br />
<strong>Spektron</strong> 150 – <strong>Spektron</strong> 600:<br />
400 V, 50–60 Hz, (TN-S net, TN-C net),<br />
power factor ~ 1<br />
Ambient temperature 5 to 35 °C<br />
Main switch, cooling fan<br />
PECO controller with blue-illuminated operator panel<br />
LED indicators: "normal operation", "prealarm", "alarm"<br />
Electronic ballasts with integrated SOFTSTART ignition<br />
UV intensity measuring system with two limit switches<br />
Electronic single lamp surveillance, dokumented error memory<br />
Monitoring of reactor temperature and external flow rate signal<br />
All I/O terminals in one board (TERA/TERB)<br />
LC-display: UV intensity in W/m²<br />
2 operating hours counters (lamp life / total)<br />
On/off cycles<br />
Status messages (available languages: English, French,<br />
German, others in preparation),<br />
Operation, user and service layers (password protected)<br />
In: On / off<br />
UV sensor<br />
Reactor temperature<br />
water flow rate (0/4 – 20 mA)<br />
Out: UV intensity adjustable (0/4 – 20 mA),<br />
Volt-free contacts for:<br />
Normal operation, cleaning, system failure,<br />
High temperature reactor / cabinet,<br />
Interlock flow,<br />
Rinsing interval,<br />
Valve control as reactor temperature protection<br />
<strong>Spektron</strong> <strong>Data</strong>.doc -Vol. VI-<br />
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Technical <strong>Data</strong> Series <strong>Spektron</strong><br />
Model <strong>Spektron</strong> 3 <strong>Spektron</strong> 6 <strong>Spektron</strong> 15 <strong>Spektron</strong> 25<br />
UV reactor<br />
Connections (thread or flange) 1½" 2" DN 65 DN 80<br />
Cleaning valves ¼" ¼" ¼" ¼"<br />
Dimensions please refer to the respective drawing<br />
Volume (l) approx. 4 13 19 24<br />
Total weight, dry (kg) approx. 5 10 20 25<br />
Operating pressure (bar), max. 16 10<br />
Surface inner pickled / outer electropolished<br />
Protection class IP 65<br />
UV lamp<br />
Type WLR5 WLR10 WLR20 WLR30<br />
Lamp power (W)* 40 70 210 330<br />
UV-C output 254 nm (W) 14 25 73 120<br />
Quantity 1<br />
Lamp life (h) 10,000 12,000<br />
Calibrated UV monitoring system<br />
UV sensor SO 13599 acc. ÖNORM<br />
Electronics PECO<br />
Quantity 1<br />
Standard output signal 0/4 – 20 mA<br />
Electrical cabinet<br />
Width (mm) approx. 350<br />
Height (mm) approx. 370<br />
Depth (mm) approx. 240<br />
Weight (kg) approx. 7<br />
Colour painting RAL 7035, grey; door blue<br />
Power supply (V / Hz) 230 / 50 - 60<br />
Power consumption (kW) approx. 0.055 0.09 0.25 0.38<br />
Protection class IP 54<br />
Mains terminals L / N / PE<br />
Options / accessories (extra charges)<br />
• Cleaning valve <strong>Spektron</strong> 3 & 6<br />
• Reactor cables standard 10 m ( 5 m optional)<br />
• Sample valve (¼“) acc. DIN 38402<br />
Options not included in the sales pricelist have to be requested at Wedeco’s service department<br />
* at 18 °C water temperature<br />
<strong>Spektron</strong> <strong>Data</strong>.doc -Vol. VI-<br />
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Technical <strong>Data</strong> Series <strong>Spektron</strong><br />
Model <strong>Spektron</strong> 25 S <strong>Spektron</strong> 70 <strong>Spektron</strong> 100<br />
UV reactor<br />
Connections (flange) DN 80 DN 125 DN 150<br />
Cleaning valves ½" ½" ½"<br />
Dimensions please refer to the respective drawing<br />
Volume (l) approx. 88 113 135<br />
Total weight, dry (kg) approx. 74 83 91<br />
Operating pressure (bar), max. 10<br />
Surface inner and outer electropolished<br />
Protection class IP 65<br />
UV lamp<br />
Type WLR10 WLR20 WLR30<br />
Lamp power (W)* 70 210 330<br />
UV-C output 254 nm (W) 25 73 120<br />
Quantity 3<br />
Lamp life (h) 10,000 12,000<br />
Calibrated UV monitoring system<br />
UV sensor SO 13599 acc. ÖNORM M5873-1<br />
Electronics PECO<br />
Quantity 1<br />
Standard output signal 0/4 – 20 mA<br />
Electrical cabinet<br />
Width (mm) approx. 611<br />
Height (mm) approx. 370<br />
Depth (mm) approx. 240<br />
Weight (kg) approx. 22<br />
Colour painting RAL 7035, grey; door blue<br />
Power supply (V / Hz) 230 / 50 - 60<br />
Power consumption (kW) approx. 0.3 0.8 1.0<br />
Protection class IP 54<br />
Mains terminals L / N / PE<br />
Options / accessories (extra charges)<br />
• Reactor cables standard 10 m ( 5 m optional)<br />
• Sample valve (¼“) acc. DIN 38402<br />
Options not included in the sales pricelist have to be requested at Wedeco’s service department<br />
* at 18 °C water temperature<br />
<strong>Spektron</strong> <strong>Data</strong>.doc -Vol. VI-<br />
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Technical <strong>Data</strong> Series <strong>Spektron</strong><br />
Model <strong>Spektron</strong> 150 <strong>Spektron</strong> 250<br />
UV reactor<br />
Connections (flange) DN 200 DN 250<br />
Cleaning valves ¾" 1"<br />
Dimensions please refer to the respective drawing<br />
Volume (l) approx. 219 434<br />
Total weight, dry (kg) approx. 141 235<br />
Operating pressure (bar), max. 10<br />
Surface inner and outer electropolished<br />
Protection class IP 65<br />
UV lamp<br />
Type WLR30<br />
Lamp power (W)* 330<br />
UV-C output 254 nm (W) 120<br />
Quantity 4 6<br />
Lamp life (h) 12,000<br />
Calibrated UV monitoring system<br />
UV sensor SO 13599 acc. ÖNORM M5873-1<br />
Electronics PECO<br />
Quantity 1<br />
Standard output signal 0/4 – 20 mA<br />
Electrical cabinet<br />
Width (mm) approx. 600<br />
Height (mm) approx. 600<br />
Depth (mm) approx. 350<br />
Weight (kg) approx. 45 50<br />
Colour painting RAL 7035, grey<br />
Power supply (V / Hz) 400 / 50 - 60<br />
Power consumption (kW) approx. 1.5 2.2<br />
Protection class IP 54<br />
Mains terminals 3L / N / PE<br />
Options / accessories (extra charges)<br />
• Reactor cables standard 10 m ( 5 m optional)<br />
• Sample valve (¼“) acc. DIN 38402<br />
Options not included in the sales pricelist have to be requested at Wedeco’s service department<br />
* at 18 °C water temperature<br />
<strong>Spektron</strong> <strong>Data</strong>.doc -Vol. VI-<br />
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Technical <strong>Data</strong> Series <strong>Spektron</strong><br />
Model <strong>Spektron</strong> 400 <strong>Spektron</strong> 600<br />
UV reactor<br />
Connections (flange) DN 300 DN 350<br />
Cleaning valves 1¼" 1½"<br />
Dimensions please refer to the respective drawing<br />
Volume (l) approx. 540 850<br />
Total weight, dry (kg) approx. 450 650<br />
Operating pressure (bar), max. 10<br />
Surface inner pickled / outer pickled and glass bead blasted<br />
Protection class IP 65<br />
UV lamp<br />
Type WLR 30<br />
Lamp power (W)* 330<br />
UV-C output 254 nm (W) 120<br />
Quantity 8 12<br />
Lamp life (h) 12,000<br />
Calibrated UV monitoring system<br />
UV sensor SO 13599 acc. ÖNORM M5873-1<br />
Electronics PECO<br />
Quantity 1 2<br />
Standard output signal 0/4 – 20 mA<br />
Electrical cabinet<br />
Width (mm) approx. 600<br />
Height (mm) approx. 600<br />
Depth (mm) approx. 350<br />
Weight (kg) approx. 54 56<br />
Colour painting RAL 7035, grey<br />
Power supply (V / Hz) 400 / 50 - 60<br />
Power consumption (kW) approx. 2.95 4.35<br />
Protection class IP 54<br />
Mains terminals 3L / N / PE<br />
Options / accessories (extra charges)<br />
• Reactor cables standard 10 m ( 5 m optional)<br />
• Sample valve (¼“) acc. DIN 38402<br />
Options not included in the sales pricelist have to be requested at Wedeco’s service department<br />
* at 18 °C water temperature<br />
<strong>Spektron</strong> <strong>Data</strong>.doc -Vol. VI-<br />
Subject to change without notice 6/6
A<br />
B<br />
C<br />
D<br />
E<br />
240<br />
1<br />
2<br />
611<br />
575<br />
535<br />
A<br />
310<br />
Kommission:<br />
<strong>Spektron</strong> 25S-100<br />
Datum Name<br />
Bearb. 07-10-2005 Krueger_F<br />
F Gepr. 14.06.2007 Fkrueger<br />
1 2 3 4<br />
3<br />
4<br />
370<br />
15<br />
A (1 : 1)<br />
220<br />
5<br />
6,5<br />
1 Schaltkasten<br />
Nr. Änderung<br />
R6<br />
8,5<br />
18<br />
14.06.2007 Fkrueger<br />
Datum Name<br />
6<br />
Maße ohne<br />
Toleranzangaben<br />
nach ISO 2768m<br />
Norm<br />
EDV Nr.<br />
30<br />
Maßstab 1:5 Gewicht: 0<br />
Werkstoff:<br />
Benennung:<br />
SCHALTSCHRANKANSICHT<br />
ELEKTRICAL CABINET LAYOUT<br />
Zeichnung-Nr.:<br />
U-33452-1<br />
Schaltschrankansicht, <strong>Spektron</strong> 25S-100-+-U-33452.slddrw<br />
7<br />
Nr.:<br />
Schutzvermerk<br />
DIN ISO 16016<br />
beachten<br />
Art.Nr.:<br />
8<br />
Blatt<br />
-<br />
A3<br />
Bl<br />
A<br />
B<br />
C<br />
D<br />
E<br />
F
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