WGJ-S DUO 220 - 500 l

characteristics

Standing pressure tank equipped with two independent exchangers in the form of spiral coils.

The tank is covered inside with a layer of special high temperature ceramic enamel.

 

Available models:

 

Catalog number Model EAN
cover metal sheet
065-25-201 WGJ-S 250 DUO FIT 5903538205365
cover plastic
063-22-206 WGJ-S 220 DUO FIT 5903538240267
063-25-206 WGJ-S 250 DUO FIT 5903538240205
063-30-206 WGJ-S 300 DUO FIT 5903538240212
cover skay
066-25-206 WGJ-S 250 DUO FIT 5903538204573
066-30-206 WGJ-S 300 DUO FIT 5903538204603
066-35-206 WGJ-S 350 DUO 5903538240359
066-40-206 WGJ-S 400 DUO 5903538204634
066-50-206 WGJ-S 500 DUO 5903538204665

 

technical information
Technical parameters WGJ-S 220-300 DUO FIT
Type Unit WGJ-S 220 DUO FIT WGJ-S 250 DUO FIT WGJ-S 300 DUO FIT
Tank capacity dm³ 206 246 299
Heat exchanger area bottom top bottom top bottom top
1,1 0,8 1,1 0,8 1,4 1,0
The capacity of the coil dm³ 6,4 4,3 6,4 4,3 8,0 5,7

Efficiency hot water

80/10/45°C

70/10/45°C

60/10/45°C

dm³/h

 

629

526

378

 

442

368

270

 

629

526

378

 

442

368

270

 

826

727

506

 

595

504

361

Heating power

80/10/45°C

70/10/45°C

60/10/45°C

kW

 

25,6

21,4

15,4

 

18,0

15,0

11,0

 

25,6

21,4

15,4

 

18,0

15,0

11,0

 

33,6

29,6

20,6

 

24,2

20,5

14,7

Efficiency hot water

80/10/60°C

70/10/60°C

dm³/h

354

227

264

198

354

227

264

198

450

279

326

206

Heating power

80/10/60°C

70/10/60°C

kW

20,6

13,2

15,4

11,5

20,6

13,2

15,4

11,5

26,2

16,2

19,0

12,0

Heating water flow in the coil m³/h 1,8 1,4 1,8 1,4 2,2 1,7
Loss of pressure mbar 40 25 40 25 70 35
Operating parameters of the tank

Maximum operating pressure and temperature pr = 0,6 MPa tr = 80°C

The parameters of the heating medium

Maximum operating pressure and temperature pr = 0,6 MPa tr = 100°C

Type of tank steel covered inside with ceramic enamel
Type of the outer housing plastic, skay or metal sheet plastic or skay
Thermal isolation 70 mm polystyrene foam
Standing loss(PS)** W 53 61 73
ErP Efficiency Class**   B B C
Thermal isolation 60 mm of polyurethane foam
Standing loss(PUR)** W 54 62 75
ErP Efficiency Class**   B B C
Weight kg 85 105 130

* 80°C, 70°C, 60°C - heating water entering the coil

   10°C - temperature of the water flow

   60°C; 45°C - temperature hot water

** in accordance with applicable since 26 September 2015. EU Commission Regulation No. 812/2013

Technical parameters WGJ-S 350-500 DUO
Type Unit WGJ-S 350 DUO WGJ-S 400 DUO WGJ-S 500 DUO
Tank capacity dm³ 357 411 470
Heat exchanger area bottom top bottom top bottom top
1,4 1,0 1,6 1,1 1,9 1,4
The capacity of the coil dm³ 8,0 5,7 9,5 6,3 10,7 8,0

Efficiency hot water

80/10/45°C

70/10/45°C

60/10/45°C

dm³/h

826

727

506

595

504

361

948

826

600

629

526

378

1143

980

700

826

727

506

Heating power

80/10/45°C

70/10/45°C

60/10/45°C

kW

 

33,6

29,6

20,6

 

24,2

20,5

14,7

 

38,6

33,6

24,4

 

25,6

21,4

15,4

 

46,5

39,9

28,5

 

33,6

29,6

20,6

Efficiency hot water

80/10/60°C

70/10/60°C

dm³/h

 

450

279

 

326

206

 

523

330

 

354

227

 

621

392

 

450

279

Heating power

80/10/60°C

70/10/60°C

kW

 

26,2

16,2

 

19,0

12,0

 

30,4

19,2

 

20,6

13,2

 

36,1

22,8

 

26,2

16,2

Heating water flow in the coil m³/h 2,2 1,7 2,6 1,9 3,0 2,3
Loss of pressure mbar 70 35 110 90 130 100
Operating parameters tank  

Maximum operating pressure and temperature pr = 0,6 MPa tr = 80°C

The parameters of the heating medium  

Maximum operating pressure and temperature pr = 0,6 MPa tr = 100°C

Type of tank   steel covered inside with ceramic enamel
Type of the outer housing   plastic or skay skay
Thermal isolation   80 mm polystyrene foam 100 mm polystyrene foam
Standing loss** W 64 59 67
ErP Efficiency Class**   B B B
Weight kg 180 210 235

* 80°C, 70°C, 60°C - heating water entering the coil

   10°C - temperature of the water flow

   60°C; 45°C - temperature hot water

** in accordance with applicable since 26 September 2015. EU Commission Regulation No. 812/2013

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