Kamstrup MULTICAL 801 - Examples of Connections

15Kamstrup A/S • 5512603_C1_GB_03.2016
MULTICAL® 801
7.1 Examples of connections
The ctive pulse output is direct
connected to the not glvniclly
seprted flow sensor input. This
permits  cble length of up to 10 m
between flow sensor nd clcultor.
ULTRAFLOW® 54/34, DN15-125
YELLOW
BLUE
RED
MULTICAL® 801
GND
+3.6 V
10K
Auxiliry voltge from terminls 97A
nd 98A is dded to the pssive
contct output on terminls 10A nd
11A before the signl is connected to
the glvniclly seprted flow sensor
input. This permits  cble length of
up to 100 m between flow sensor nd
clcultor.
ULTRAFLOW® 54, DN150-250
6699-903 & 6699-615/6699-624
MULTICAL® 801
10B
11B
97A
98A
56K2
11A
10A
9A
The ctive pulse output of the flow
sensor is connected to the glvniclly
seprted flow sensor input directly.
This permits  cble length of up
to 100 m between flow sensor nd
clcultor.
SONOFLO/MAGFLO MkIII MULTICAL® 801
10B (69B)
11B (79B)
V1 (V2)
50
51
52
PE
The ctive pulse output of the flow
sensor is connected to the glvniclly
seprted flow sensor input directly.
This permits  cble length of up
to 100 m between flow sensor nd
clcultor.
MAGFLO Mk IV
MULTICAL® 801
56
56
56
56
10B (69B)
11B (79B)
V1 (V2)
The ctive pulse output is direct
connected to the glvniclly
seprted flow sensor input. This
permits  cble length of up to 100 m
between flow sensor nd clcultor.
SITRANS F
MAGFLO
MULTICAL® 801
10B
11B
69B
79B
V1
V2
44
45
46
57
58
Heat energy Cooling energy
Sme DΘ polrity E2 = V2 (T1-T2)k E1 = V1 (T1-T2)k
Chnged DΘ polrity E2 = V2 (T1-T2)k E3 = V1 (T2-T1)k