Baer DLX - Page 174

Installation location:
Author: Date:
C 4
Pulse rates (quantization):
KR
W
Y
X
w
w
×
= (
K
Const
)
X
w
, Y
w
: Numerator and divisor (no decimal), 8
digits
W: Transformer ratio (U
prim
/U
sec
× I
prim
/I
sec
)
R: Meter constant [pulses/kWh]
Const: Impulse constant [kWh/pulse]
K: Reading constant
w: Energy („work“)
P
min
: Minimum of demand value
P
max
: Maximum of demand value
Pulse inputs Reading constant Meter & transformer ratio Energy
P
min
/ P
max
K R [puls./kWh] W X
w
Y
w
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
Sums intergration
Maximum pulse frequecy for output:
f
max
[Hz] = P
max
[kW] / IA
s
[kWh/pulse] × 1 / 3600
IA: Output [kWh/pulse]
K: Reading constant
s: Sum
P
max
: maximum of demand value
f
max
: maximum puls frequency for output
Sum
Input 1
Input 2
Input 3
Input 4
Input 5
Input 6
Input 7
Input 8
Input 9
Input 10
Input 11
Input 12
Input 13
Input 14
Input 15
Input 16
Output
IA
s
[kWh/pul.]
Maximum
value
P
max
[kW]
Readin
constante
K
s
Hysteresis
Hs [kWh]
Max.
frequency
f
max
[Hz]
Σ1:
               
Σ2:
               
Σ3:
               
Σ4:
               
Apparent demand and cosine phi 1 2
Active demand:
 Input
  
 Sum+
 Sum-
 Input
  
 Sum+
 Sum-
Reactive demand:
 Input
  
 Sum+
 Sum-
 Input
  
 Sum+
 Sum-