Drazice OKC 160 NTR/HV Operating And Installation Manual Download Page 11

- 11 -

 

 

1.3.3

 

TECHNICAL PARAMETERS 

Table 6

 

Warm water 45 °C 

The data do not relate to NTR/BP types without the unit 

* Exchanger connected to series 

 

 

 

 

MODEL

 

OKC 300 

NTR/BP 

OKC 300 

NTRR/BP 

OKC 400 

NTR/BP 

OKC 400 

NTRR/BP 

OKC 500 

NTR/BP 

OKC 500 

NTRR/BP 

VOLUME [l]

 

296 

285 

373 

363 

447 

433 

WEIGHT WITHOUT 

WATER [kg]

 

108 

126 

139 

153 

137 

158 

MAXIMUM TANK 

PRESSURE [MPa]

 

 

OPERATING EXCHANGER 

PRESSURE [MPa]

 

 

MAX.TEMPERATURE  

OF HEATING WATER [°C]

 

 

110 

WARM WATER 

MAXIMUM 

TEMPERATURE  [°C]

 

 

90 

HEATING SURFACE OF 

BOTTOM EXCHANGER 

[m2]

 

1.5 

1.5 

HEATING SURFACE OF 

UPPER EXCHANGER [m2]

 

1.4 

OUTPUT OF LOWER/ 

UPPER EXCHANGER AT 

HEATING WATER 

TEMPERATURE OF 80 °C 

AND FLOW 720 l/h [kW]

 

35 

24/35 

58 

26/58 

59 

37/58 

PERMANENT OUTPUT OF 

WARM WATER 

1

 OF 

LOWER/ UPPER 

EXCHANGER [l/h]

 

1100 

1100/670 

1423 

1423/638 

1448 

1448/908 

TIME OF HEATING BY 

EXCHANGER FROM 10°C 

TO 60 °C [min]

 

30 

16 / 24 

22 

22 / 23 

26 

26 / 27 

STATIC LOSSES [W]

 

83 

83 

109 

114 

121 

121 

Summary of Contents for OKC 160 NTR/HV

Page 1: ...BP OKC 300 NTRR BP OKC 750 NTRR BP OKC 250 NTR BP OKC 400 NTR BP OKC 1000 NTR BP OKC 200 NTRR BP OKC 400 NTRR BP OKC 1000 NTRR BP OKC 250 NTRR BP OKC 500 NTR BP OKC 500 NTRR BP Dru stevn z vody Dra ic...

Page 2: ...ND INSTALLATION MANUAL FOR TYPES OKC 750 NTR BP OKC 1000 NTR BP OKC 750 NTRR BP OKC 1000 NTRR BP 12 1 4 1 PRODUCT DESCRIPTION 12 1 4 2 DESIGN AND BASIC DIMENSIONS OF TANK 13 1 4 3 TECHNICAL PARAMETERS...

Page 3: ...ther information regarding electrical water tanks The product is not intended to be controlled by a people including children with reduced physical sensual or mental capacities or b people with insuff...

Page 4: ...unit it is entirely coated with hot water resistant enamel For additional corrosion protection a magnesium anode is mounted in the upper part of the tank to adjust the electric potential inside the t...

Page 5: ...TION AND BASIC DIMENSIONS OF TANK OKC 160 NTR BP Figure 1 Table 1 neck 1 3 4 outer neck 2 1 outer neck 3 3 4 inner neck 4 1 2 inner TYP OKC 160 NTR BP A 1047 B 660 C 705 D 584 E 80 F 966 G 649 J 259 L...

Page 6: ...nner neck 5 6 4 inner TYP OKC 200 NTR BP OKC 200 NTRR BP OKC 250 NTR BP OKC 250 NTRR BP A 1357 1357 1537 1537 B 660 660 660 660 C 705 705 705 705 D 584 584 584 584 E 80 80 80 80 F 1280 1280 1460 1460...

Page 7: ...80 90 80 80 HEATING SURFACE OF BOTTOM EXCHANGER m2 1 45 1 45 1 1 45 1 HEATING SURFACE OF UPPER EXCHANGER m2 1 1 OUTPUT OF LOWER UPPER EXCHANGER AT HEATING WATER TEMPERATURE OF 80 C AND FLOW 720 l h kW...

Page 8: ...pening G6 4 which enables the assembly of heating unit series TJ G6 4 Such version is used when the tank is connected in solar system or a system with a heat pump to heat water in the upper part of th...

Page 9: ...RR BP Figure 3 Table 4 neck 1 1 outer neck 2 1 2 inner neck 3 3 4 inner neck 4 6 4 inner TYP OKC 300 NTR BP OKC 300 NTRR BP A 1558 1558 B 750 750 C 810 810 D 670 670 E 77 77 F 1579 1579 G 760 760 I 89...

Page 10: ...2 inner neck 4 3 4 inner neck 5 6 4 inner TYPE OKC 400 NTR BP OKC 400 NTRR BP OKC 500 NTR BP OKC 500 NTRR BP A 1926 1926 1920 1920 B 755 755 800 800 C 79 79 55 55 D 650 650 700 700 E 329 329 220 220 F...

Page 11: ...1 OPERATING EXCHANGER PRESSURE MPa 1 MAX TEMPERATURE OF HEATING WATER C 110 WARM WATER MAXIMUM TEMPERATURE C 90 HEATING SURFACE OF BOTTOM EXCHANGER m2 1 5 1 5 2 2 2 2 HEATING SURFACE OF UPPER EXCHANG...

Page 12: ...ich enables the assembly of heating unit series TJ G 6 4 Such version is used when the tank is connected in solar system or a system with a heat pump to heat water in the upper part of the tank to the...

Page 13: ...Figure 5 Table 7 neck 1 5 4 outer neck 2 3 4 outer neck 3 6 4 inner neck 4 1 2 inner TYP OKC 750 NTR BP OKC 1000 NTR BP A 2030 2050 B 1030 1130 C max 1140 max 1240 D 950 1010 D3 225 225 E 106 103 F 1...

Page 14: ...0 NTRR BP A 2030 2050 B 1030 1130 C max 1140 max 1240 D 950 1010 D3 225 225 E 106 103 F 1890 1900 G 1246 1243 I 1009 1024 J 383 386 L 293 296 M 835 884 N 1156 1153 O 1471 1423 P 407 411 R 1336 1333 ne...

Page 15: ...UPPER EXCHANGER HEAT DELIVERY SURFACE m2 1 17 1 12 LOWER EXCHANGER HEAT DELIVERY SURFACE m2 3 7 4 5 1 93 2 45 BOTTOM TOP EXCHANGER OUTPUT AT TEMPERATURE DROP 80 60 C kW 99 110 60 33 76 32 POWER NUMBER...

Page 16: ...he thermostat was set to the maximum operating temperature of 60o C setting to position 60 For proper operation drinkable water of adequate quality shall be used 300 litre volume tanks are screwed ont...

Page 17: ...emperature set the thermostat switches off the electric circuit and thus discontinues water heating The control light signals if the element is in operation light is on or if it is off the light goes...

Page 18: ...300 NTRR BP OKC 400 NTR BP OKC 400 NTRR BP OKC 500 NTR BP OKC 500 NTRR BP OKC 750 NTR BP OKC 750 NTRR BP OKC 1000 NTR BP OKC 1000 NTRR BP TPK 210 12 2 2 kW TPK 210 12 3 6 kW Fastening 12 x M12 Figure...

Page 19: ...ork in the place of use TPK 3 6 kW R 1 kW To achieve chosen performance of the heating unit connect the inlet conductor to L1 L2 L3 and N terminal board and interconnect the clips on the 1 10 terminal...

Page 20: ...nge 150 RDW 18 7 5 RDW 18 10 RSW 18 12 RSW 18 15 flange 225 SE 377 8 SE 378 9 5 SE 377 11 SE 378 14 SE 377 16 SE 378 19 Capacity Flange size Time of heating from 10 C to 60 C hours L Mm 8 6 5 4 3 2 5...

Page 21: ...3 5 3 2 5 2 1 1 8 1 6 1 4 300 TPK 210 2 2 TPK 210 3 6 TPK 210 3 6 TPK 210 5 9 TPK 210 3 6 TPK 210 5 9 TPK 210 8 12 TPK 210 5 9 TPK 210 8 12 TPK 210 8 12 Connectio n 2 2 kW 3 kW 4 kW 5 kW 6 kW 7 kW 8...

Page 22: ...It is necessary to check the safety valve each time before putting it into operation It is checked by manual moving of the membrane from the seat turning the make and break device button always in th...

Page 23: ...5 Exchanger 1m2 7 24 51 86 130 Exchanger 1 4m2 9 32 68 115 174 Exchanger 1 5m2 10 34 71 120 182 Exchanger 2m2 12 42 88 149 226 Table 17 SAFETY VALVE START UP PRESSURE MPa ACCEPTABLE OPERATING OVER PRE...

Page 24: ...ion instructions of the three way valve s manufacturer Connecting the tank to a Hot Water Distribution Cold water shall be connected to an inlet marked with a blue ring and writing HSW INLET Hot water...

Page 25: ...25 OKC 160 300 NTR Heated by gas boiler with two pumps Figure 18...

Page 26: ...26 OKC 200 300 NTRR heated by gas boiler and solar collectors controlled by three way valve Figure 19...

Page 27: ...ted with another DN 20 safety valve and opening pressure identical to the maximum operating pressure of the heater tank This safety valve does not replace the safety valve on the cold water inlet No s...

Page 28: ...ing the tank until the cloud disappears j Make sure to fill in properly the warranty certificate 2 7 TANK CLEANING AND ANODE ROD EXCHANGE Repetitive water heating causes limestone sediment on both the...

Page 29: ...RE Close water inlet in the tank Open the hot water valve on the combination faucet Open the drain tap of the tank 3 One anode is screwed in under the plastic cover in the upper lid of the tank and th...

Page 30: ...tion handling setting and regulation feature exchange may only be implemented by a service company The thermal fuse must not be turned off In case of a thermostat defect the thermal fuse interrupts el...

Page 31: ...in the vessel DZD has many years of expereince with this occurrence and it is not a reason for complaints 3 3 DISPOSAL OF PACKAGING MATERIAL AND NON FUNCTIONING PRODUCT A service fee for providing re...

Page 32: ...ll both sides of the zip fastener insulation Figure 21 so that the insulation does not slide and the insulation holes sit on the boiler inlets and outlets It must be secured that before closing both h...

Reviews: