WEDECO TYP B & TYP BX
- Flöde: 30-2120 m³/tim.
- Arbetstemperatur: 5-60°C.
Beskrivning:
Används för dricksvatten och processvatten. Serien innefattar fyra modeller. Anläggningen består av en cylindrisk reaktor i syrefast stål med flera spektrotherma UV-lampor monterade i kvartsrör.
Engelskspråkig produktinformation från till tillverkaren www.wedeco.com
Applications 
- Private and municipal drinking water supplies beverage and food industry process water for industrial use
Advantages
- High disinfection efficiency while low energy consumption higher UV-C output of lamps facilitates less lamps for the the same flow rates temperature stable Spektrotherm® Lamp from BX 50 possible temperature range 0-60 °C calibrated UV intensity monitoring system long lamp life variable lamp power management from BX 80 (option) automatic wiping system (option) easy operation and maintenance
Technical Data
(Note: The table shows . Certified values availabe on .)
Type
|
Capacity* (m 3 / h)
|
Flange Connection
|
Power Consumption (kW )
|
Dimensions W x H x D (mm)
|
BX 20
|
27
|
DN 80
|
0.23
|
260 x 930 x 330
|
BX 30
|
41
|
DN 80
|
0.34
|
275 x 930 x 348
|
BX 50 **
|
57
|
DN 100
|
0.47
|
365 x 1,000 x 443
|
BX 80
|
112
|
DN 150
|
0.8
|
275 x 1,530 x 368
|
BX 100 **
|
167
|
DN 150
|
0.8
|
365 x 1,535 x 458
|
BX 200
|
298
|
DN 200
|
1.5
|
365 x 1,535 x 458
|
BX 280
|
435
|
DN 250
|
1.5
|
470 x 1,535 x 565
|
BX 400
|
530
|
DN 250
|
2.2
|
470 x 1,535 x 565
|
BX 650
|
850
|
DN 300
|
3.0
|
600 x 1,540 x 700
|
BX 900
|
1,037
|
DN 350
|
3.7
|
700 x 1,540 x 800
|
BX 1200
|
1,039
|
DN 350
|
4.5
|
770 x 2,400 x 825
|
BX 1800
|
1,357
|
DN 400
|
6.7
|
730 x 2,400 x 925
|
BX 2400
|
2,120
|
DN 500
|
8.8
|
930 x 2,400 x 1,265
|
BX 3200
|
2,120
|
DN 500
|
11.6
|
1,060 x 2,400 x 1,380
|
* UV dose = 400 J/m2 at the end of lamp lifetime; estimated UV transmittance = 98 % per 1 cm.
Spektrotherm® lamps in model BX 50. Spektrotherm®-HP lamps in models from BX 80 and larger.
All specifications are subject to change without notice.
** Certified according to ÖVGW and DVGW