Technical Characteristics - DeDietrich Elitec DTG 1304 Eco.NOx/V Technical Instructions

5 Technical characteristics

DTG ... Eco.NOx
Nominal power Pn
Power input
Gas flow rate
(1)
- Natural gas H (G20)
(1)
- Natural gas L (G25)
- Propane (G31)
Number of cast iron parts
Number of nozzles
Mass flue gas flow rate (G20)
Smoke temperature
(2)
Minimal ionisation current
Required depressurisation at the nozzle
Min water temperature
Max water temperature
Maximum admissible operating pressure
Electrical connection
Absorbed electrical power
(Heating mode)
Gas connection
Water connection
Smoke connection (internal diameter)
Water capacity
Loss of hydraulic circuit load at
Net weight
Shipping weight
Tank storage capacity
∆
Hourly flow at T = 35 K
∆
Specific flow à T = 30 K selon EN 625
∆
Flow in 10 minutes à T = 30 K
(1)
15°C / 1013 mbar
(2 )
In order to measure the ionisation current, take out the ionisation
cable connector and insert a micro-ammeter.
(3)
According to the national standard (possible adaptation of the two
diameters).
(4)
Domestic cold water à 10°C
(5)
Domestic hot water at 45°C
Primary input temperature at 80°C
(6)
Set DHW temperature chaudière à 80°C
Domestic hot water à 40°C
Tank load temperature at 60°C
1 mbar = 10 mmCE = 10 daPa = 100 Pa
8
kW
kW
m /h
3
m 3 /h
kg/h
kg/h
°C
µA
mbar
°C
°C
bar
V-HZ
W
inch
inch
mm
l
∆
T = 15 K mbar
kg
kg
l
l/h
(4) (6)
l/min
(4) (6)
l/min
1304 1305
12 18
13,4 20,1
1,42 2,13
1,65 2,47
1,04 1,56
3 4
2 3
48 53
100 120
0,3 0,3
0,05 0,05
30 30
90 90
4 4
230-50 230-50
12 12
R 1/2 R 1/2
R 1 R 1
(3) (3)
110 / 111 110 / 111
7,1 8,8
4 8
87 100
97 113
110 110
440 590
19,0 19,0
190 190
DTG 1300 Eco.NOx/V
1306
24
26,7
2,83
3,29
2,07
5
4
70
125
0,3
0,05
30
90
4
230-50
12
R 1/2
R 1
(3)
125 / 130
10,5
15
118
133
130
690
22,0
220
23/06/05 - 300002940-001B