WGJ-S TRIO

characteristics

Exchangers WGJ-S TRIO are designed to heat and store hot water for the needs of flats, houses and small buildings. They are equipped with three different power supplies to the heating system.

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

 

Available models:

 

Catalog number Model EAN
066-30-306 WGJ-S FIT TRIO 300 5903538240571
066-40-306 WGJ-S TRIO 400 5903538240908
066-50-306 WGJ-S TRIO 500 5903538240915

 

technical information
Technical parameters
Type Unit WGJ-S FIT TRIO 300
Tank capacity dm³ 291
Heat exchanger area bottom center top
1,4 1,2 1,0
The capacity of the coil dm³ 8,0 5,4 5,7

Efficiency hot water

80/10/45°C

70/10/45°C

60/10/45°C

dm³/h

 

826

727

506

 

690

578

401

 

595

504

361

Heating power

80/10/45°C

70/10/45°C

60/10/45°C

kW

 

33,6

29,6

20,6

 

26,4

22

16

 

24,2

20,5

14,7

Efficiency hot water

80/10/60°C

70/10/60°C

dm³/h

 

450

279

 

392

248

 

326

206

Heating power

80/10/60°C

70/10/60°C

kW

 

26,2

16,2

 

22,8

14,4

 

19

12

Heating water flow in the coil m³/h 2,2 1,6 1,7
Standing loss** W 73
ErP Efficiency Class**   C
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 the outer housing plastic, steel sheet or skay
Thermal isolation 70 mm polystyrene foam or 60 mm polyurethane foam
Height isolation PS mm 1900
isolation PUR mm 1880
Max. altitude at an inclination isolation PS mm 2010
isolation PUR mm 1985
Diameter isolation PS mm 650
isolation PUR mm 630
Weight kg about 150

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

Technical parameters
Type Unit WGJ-S TRIO 400 WGJ-S TRIO 500
Tank capacity dm³ 402 461
Heat exchanger area bottom center top bottom center top
1,6 1,3 1,1 1,9 1,4 1,4
The capacity of the coil dm³ 9,5 5,7 6,3 10,7 6,0 8,0

Efficiency hot water

80/10/45°C

70/10/45°C

60/10/45°C

dm³/h

 

948

826

600

 

762

640

462

 

629

526

378

 

1143

980

774

 

826

727

506

 

826

727

506

Heating power

80/10/45°C

70/10/45°C

60/10/45°C

kW

 

38,6

33,6

24,4

 

31

26

18,8

 

25,6

21,4

15,4

 

46,5

39,9

28,5

 

33,6

29,6

20,6

 

33,6

29,6

20,6

Efficiency hot water

80/10/60°C

70/10/60°C

dm³/h

 

523

330

 

425

268

 

354

227

 

621

392

 

450

279

 

450

279

Heating power

80/10/60°C

70/10/60°C

kW

 

30,4

19,2

 

24,7

15,6

 

20,6

13,2

 

36,1

22,8

 

26,2

16,2

 

26,2

16,2

Heating water flow in the coil m³/h 2,6 2,1 1,9 3,0 1,9 2,2
Standing loss** W 59 67
ErP Efficiency Class**   B B
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 skay type of material
Thermal isolation 100 mm polystyrene foam
Weight kg about 195 about 220

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

  10°C - temperature of the water flow

  60°C - temperature hot water

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

 

Dimensions of WGJ-S TRIO
Parameter Unit WGJ-S FIT TRIO 300 WGJ-S TRIO 400 WGJ-S TRIO 500
Height H mm 1900 1850 2150
Diameter D mm 650 810 810
CW Hot water M mm ¾" 1570 1 ¼" 1475 1 ¼" 1705
ZW Cold water B mm ¾" 250 1 ¼" 425 1 ¼" 425
RC Circulation O mm ¾" 900 ¾" 900 ¾"" 1015
RK The capillary tube P mm ½" 1130 ½" 1095 ½" 1245
N mm ½" 325 ½" 375 ½" 375
WEG Power top coil L mm 1" 1420 1" 1375 1" 1605
WYG Back to the top coil J mm 1" 1100 1" 1055 1" 1195
WES Power center coil I mm ¾" 990 ¾" 965 ¾" 1095
WYS Back to the center coil G mm ¾" 900 ¾" 875 ¾" 1005
WED Power bottom coil F mm 1" 810 1" 785 1" 865
WYD Back to the bottom coil C mm 1" 350 1" 325 1" 325
CT Temperature sensor K mm ½" 1240 ½" 1260 ½" 1405
E mm ½" 510 ½" 600 ½" 600
MG Muff heater S mm 1 ½" 1130 1 ½" 1095 1 ½" 1245
W Cleaning hole R mm 2" 310 - - - -
W Cleaning hole     133/166/195 R mm   - - 400 - 400
ZS Drain A mm ¾" 80 ¾" 100 ¾" 100
AN2 Magnesium anode on the cork 1 ¼" - bottom mm - Ø 30 x 200 Ø 30 x 270
AN Magnesium anode on the cork 2"- top mm Ø 40 x 430 Ø 40 x 500 Ø 40 x 500

 

 

 

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