Page 6
HERZ Actuators for PIBCV
Functions
Functions when operated on MP-Bus
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 4 / 7
WWiirriinnggddiiaaggrraammss
AC/DC 24 V, modulating Operation on the MP-Bus
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
Connection of active sensors Connection of external switching contact
A) additional MP-Bus nodes
(max. 8)
• Supply AC/DC 24 V
• Output signal DC 0...10 V
(max. DC 0...32 V)
• Resolution 30 mV
A) additional MP-Bus nodes
(max. 8)
• Switching current 16 mA @ 24
V
• Start point of the operating
range must be parametrised on
the MP actuator as ≥0.5 V
Connection of passive sensors
A) additional MP-Bus nodes
(max. 8)
1) Depending on the type
2) Resolution 1 Ohm
Compensation of the measured
value is recommended
FFuunnccttiioonnss
FFuunnccttiioonnsswwhheennooppeerraatteeddoonnMMPP--BBuuss
Connection on the MP-Bus MP-Bus Network topology
A) additional MP-Bus nodes
(max. 8)
There are no restrictions for the
network topology (star, ring,
tree or mixed forms are
permitted).
Supply and communication in
one and the same 3-wire cable
• no shielding or twisting
necessary
• no terminating resistors
required
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 4 / 7
WWiirriinnggddiiaaggrraammss
AC/DC 24 V, modulating Operation on the MP-Bus
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
Connection of active sensors Connection of external switching contact
A) additional MP-Bus nodes
(max. 8)
• Supply AC/DC 24 V
• Output signal DC 0...10 V
(max. DC 0...32 V)
• Resolution 30 mV
A) additional MP-Bus nodes
(max. 8)
• Switching current 16 mA @ 24
V
• Start point of the operating
range must be parametrised on
the MP actuator as ≥0.5 V
Connection of passive sensors
A) additional MP-Bus nodes
(max. 8)
1) Depending on the type
2) Resolution 1 Ohm
Compensation of the measured
value is recommended
FFuunnccttiioonnss
FFuunnccttiioonnsswwhheennooppeerraatteeddoonnMMPP--BBuuss
Connection on the MP-Bus MP-Bus Network topology
A) additional MP-Bus nodes
(max. 8)
There are no restrictions for the
network topology (star, ring,
tree or mixed forms are
permitted).
Supply and communication in
one and the same 3-wire cable
• no shielding or twisting
necessary
• no terminating resistors
required
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
FFuunnccttiioonnsswwiitthhbbaassiiccvvaalluueess((ccoonnvveennttiioonnaallmmooddee))
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
FFuunnccttiioonnsswwiitthhbbaassiiccvvaalluueess((ccoonnvveennttiioonnaallmmooddee))
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 4 / 7
WWiirriinnggddiiaaggrraammss
AC/DC 24 V, modulating Operation on the MP-Bus
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
Connection of active sensors Connection of external switching contact
A) additional MP-Bus nodes
(max. 8)
• Supply AC/DC 24 V
• Output signal DC 0...10 V
(max. DC 0...32 V)
• Resolution 30 mV
A) additional MP-Bus nodes
(max. 8)
• Switching current 16 mA @ 24
V
• Start point of the operating
range must be parametrised on
the MP actuator as ≥0.5 V
Connection of passive sensors
A) additional MP-Bus nodes
(max. 8)
1) Depending on the type
2) Resolution 1 Ohm
Compensation of the measured
value is recommended
FFuunnccttiioonnss
FFuunnccttiioonnsswwhheennooppeerraatteeddoonnMMPP--BBuuss
Connection on the MP-Bus
MP-Bus Network topology
A) additional MP-Bus nodes
(max. 8)
There are no restrictions for the
network topology (star, ring,
tree or mixed forms are
permitted).
Supply and communication in
one and the same 3-wire cable
• no shielding or twisting
necessary
• no terminating resistors
required
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 4 / 7
WWiirriinnggddiiaaggrraammss
AC/DC 24 V, modulating Operation on the MP-Bus
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
CCaabblleeccoolloouurrss::
1 = black
2 = red
3 = white
5 = orange
Connection of active sensors Connection of external switching contact
A) additional MP-Bus nodes
(max. 8)
• Supply AC/DC 24 V
• Output signal DC 0...10 V
(max. DC 0...32 V)
• Resolution 30 mV
A) additional MP-Bus nodes
(max. 8)
• Switching current 16 mA @ 24
V
• Start point of the operating
range must be parametrised on
the MP actuator as ≥0.5 V
Connection of passive sensors
A) additional MP-Bus nodes
(max. 8)
1) Depending on the type
2) Resolution 1 Ohm
Compensation of the measured
value is recommended
FFuunnccttiioonnss
FFuunnccttiioonnsswwhheennooppeerraatteeddoonnMMPP--BBuuss
Connection on the MP-Bus MP-Bus Network topology
A) additional MP-Bus nodes
(max. 8)
There are no restrictions for the
network topology (star, ring,
tree or mixed forms are
permitted).
Supply and communication in
one and the same 3-wire cable
• no shielding or twisting
necessary
• no terminating resistors
required
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
FFuunnccttiioonnsswwiitthhbbaassiiccvvaalluueess((ccoonnvveennttiioonnaallmmooddee))
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
FFuunnccttiioonnsswwiitthhbbaassiiccvvaalluueess((ccoonnvveennttiioonnaallmmooddee))
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
F
u
n
c
t
i
o
n
s
w
i
t
h
b
a
s
i
c
v
a
l
u
e
s
(
c
o
n
v
e
n
t
i
o
n
a
l
m
o
d
e
)
)
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
FFuunnccttiioonnsswwiitthhbbaassiiccvvaalluueess((ccoonnvveennttiioonnaallmmooddee))
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
TTeecchhnniiccaallddaattaasshheeeettLLVV2244AA--MMPP--TTPPCC
wwwwww..bbeelliimmoo..ccoommLV24A-MP-TPC • en-gb • 2022-07-26 • Subject to change 5 / 7
FFuunnccttiioonnsswwiitthhbbaassiiccvvaalluueess((ccoonnvveennttiioonnaallmmooddee))
Override control with AC 24 V with relay contacts Override control with AC 24 V with rotary switch
Control remotely 0...100% with
positioner SG..
Minimum limit with positioner SG..
Follow-up control (position-dependent) Control with 4...20 mA via external resistor
CCaauuttiioonn::
The operating range must be set
to DC 2...10 V.
The 500 Ω resistor converts the
4...20 mA current signal to a
voltage signal DC 2...10 V
Functional check
PPrroocceedduurree
1. Apply 24 V to connection 1
and 2
2. Disconnect connection 3:
- with upwards direction of
motion: closing point at top
- with downwards direction of
motion: closing point at bottom
3. Short circuit connections 2
and 3:
- Actuator runs in the opposite
direction
