Page 7
A
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
A
A
B
B
C
C
D
D
E
E
F
F
22,5
°
15
°
=
=
B
C
A
E
D
F
(Image for Page 6)
(Image for Page 7)
NOTES
1. Not all models - see table 1.
2. Recovery times based on Primary
Coil/I.H. duty (ie. assumes the boiler
output is adequate).
3. The diagrams shown are generic.
For exact product specification
refer to the table eg. the number
of immersion heaters varies
depending on model.
4. Heat up and recovery times based
on 0.25 l/s primary flow rate and at
80
°
C flow temperature.
DESIGN
TECHNICAL INFORMATION
Table 1 - Direct Models
M
odel
St
ock C
ode
Load P
rofile
Ener
gy E
fficienc
y C
lass
H
ea
t L
oss
Ener
gy E
fficienc
y %
A
nnual C
onsumption
Thermosta
t
Temp
er
atur
e S
etting
Sound P
ow
er L
ev
el
Capacit
y
W
eigh
t - Empt
y
W
eigh
t - F
ull
IC
G PR
V
Top of b
ody
O
ver
all D
iamet
er
PTR
V heigh
t
Sec
ondar
y cir
cula
tion heigh
t
O
n p
eak I
mmersion
hea
ter heigh
t
Cold F
eed
Connec
tion
H
eigh
t
Volume H
ea
ted
H
ea
t Up T
ime
Watts
kW/24hr
%
kWh
°C
db
Litres
kg
kg
bar
A=mm
mm
B=mm
C=mm
D=mm
E=mm
F=mm
Litres
min
Direct
D120
PLTDR120
M
C
39
0.93
36.1
1422
61
15
108.5
26.5
135.0
3
931
550
510
n/a
508
220
240
75
103
D150
PLTDR150
L
C
51
1.23
37.3
2748
61
15
139.0
29.5
168.5
3
1118
550
672
n/a
625
220
240
100
154
D180
PLTDR180
L
C
55
1.32
38.3
2671
61
15
168.0
34.0
202.0
3
1306
550
835
n/a
744
220
240
125
174
D210
PLTDR210
L
C
63
1.51
37.0
2767
61
15
196.5
38.0
234.5
3
1494
550
980
871
856
220
240
150
203
Off peak Immersion Heater
Summary of Contents for PLATINUM D120
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