PHOENIX FBST500-PLCBU Universal plc interface with pdt relay Datasheet

Universal PLC Interface with PDT Relay
– now also with spring cage connection system!
The PLC-R...21 relay series, that can be used
universally, consisting of 6.2 mm base terminal blocks
and pluggable miniature relays with PDT contact, has
now been included in the range with spring cage
connections. The wiring, diagonally from above, is
particularly convenient during assembly. The costintensive wiring is reduced yet again when the plug-in
bridges are implemented. A side-effect is a cut in the
likelihood of faulty wiring and time-consuming troubleshooting.
PDT = great flexibility
The universal PDT series, PLC-RSP...21, is used
whenever an application demands great flexibility. It can
be used
– as an input or output interface or
– in N/C, N/O or PDT applications.
Advantage: fewer ordering and warehousing items. In
the standard version, the PLC interfaces are supplied
equipped complete with relay (or miniature optical
coupler with electronic N/O function).
Input voltages of 12V to 230V
PLC-RSP...21 on the coil side is, like the proven
screw clamp versions, available in all conventional
industrial voltages from 12 V to 230 V. A further
advantage is the ready-integrated input circuit. It
consists of a status display, damping function, and
polarity reversal protection function, and guarantees a
clear display of the operational status, EMC interference
suppression of the coil, and prevents destruction of the
same, should the polarity be accidentally reversed.
“…6”
8
(IEC)
[mm2 ]
rigid
solid
flexible
stranded
AWG
Connection data
0.2-2.5
0.2-1.5
24-14
* The electrical data are determined by the relay.
A2
11
A1
14
I U
[A] [V]
*
*
12
94
Robust miniature relay
The heart of the PDT relay series is a robust
6,2
80
miniature relay from the latest generation, equipped
with features that you will search for in vain in most
standard pluggable relays:
– Operational safety with IP67-protected mechanics,
– Environmentally friendly, cadmium-free power contact
material for loads up to 250 V AC/6 A,
– As an alternative with a gold layer for smaller
capacities (mA),
– Reliable isolation in acc. with DIN VDE 0106-101,
– 4kVrms potential separation between coil and contact.
The relay is securely fastened using an engagement
lever. Should it become worn, it can be disengaged, and
– without disconnecting the wiring – replaced quickly
contact 11 on the contact side, the continuous plug-in
and economically.
bridges which can be cut to length as desired, or the 2position jumper plugs guarantee with one “click” quick,
Plug-in bridges save wiring
economical and fault-free wiring, whilst providing
A big plus for cunning wiring professionals is the
convenient plug-in bridge system FBST. Whether there utmost clarity. This makes complicated, time-consuming
is an A1/A2 ground on the coil side, or group feed-in at loop bridges a thing of the past!
Headquarters: © Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 1 of 14
Universal PLC Interface with PDT Relay
– now also with spring cage connection system!
Input
voltage
UN 1 )
Description
PLC interface, consisting of
base terminal block PLC-BSP…/21 and
pluggable miniature relay
(see catalog part 6, page 32),
for mounting on 3
PLC interface, consisting of
base terminal block PLC-BSP…/21 and
pluggable miniature relay
(see catalog part 6, page 32),
for mounting on 3
Type
Order No.
Pcs./ Pkt.
24 V DC
24 V AC/DC
120 V AC/220 V DC
230 V AC/220 V DC 2)
equipped with universal
multi-layer contact relay
PLC-RSP- 24DC/21AU
PLC-RSP- 24UC/21AU
PLC-RSP-120UC/21AU
PLC-RSP-230UC/21AU
29 66 54 0
29 66 55 3
29 66 58 2
29 66 64 7
10
10
10
10
24 V DC
24 V AC/DC
120 V AC/220 V DC
230 V AC/220 V DC 2)
equipped with
power contact relay
PLC-RSP- 24DC/21
PLC-RSP- 24UC/21
PLC-RSP-120UC/21
PLC-RSP-230UC/21
29 66 47 2
29 66 48 5
29 66 52 4
29 66 53 7
10
10
10
10
Technical data
24 V DC
48 V DC
60 V DC
110 V DC
220 V DC
250 V AC
Min. switching capacity
General data
Test voltage input/output
Ambient temperature range
Duty type rating
Inflammability class
Mechanical service life
Standards/regulations
Installation position/assembly
Type of connection
PLC-R…/21
single contact, 1 PDT
AgSnO
250 V AC/DC 2)
12 V AC/DC
6A
on request
10 mA
140 W
20 W
18 W
23 W
40 W
1500 VA
120 mW
PLC-R…/21AU
single contact, 1 PDT
AgSnO + 5 µ Au 3)
30 V AC/36 V DC
100 mV
50 mA
50 mA
1 mA
1.2 W
–
–
–
–
–
100 µW
4 kV, 50 Hz, 1 min.
– 20 °C to + 55 °C (24 V types to + 60 °C)
100 % ED
V0 in acc. with UL 94
107 cycles
IEC 664/IEC 664 A/DIN VDE 0110, contamination class 3,
Surge voltage category III, DIN VDE 0160 (in relev. parts),
IEC 255/DIN VDE 0435 (in relev. parts), DIN VDE 0106-101: 1986-11,
increased insulation I/O 4)
as desired, in rows with zero spacing
spring cage connection
1
) Further input voltages available on request.
Notes:
2
) For voltages higher than 250 V (e.g. L1, L2, L3) between identical
terminal blocks of adjacent modules, the PLC-ATP separating plate
(see catalog part 6, page 34) should be installed.
Type of housing: polyamide PA non-reinforced,
Color: green, see catalog part 6, page 149
3
) If the maximum values indicated are exceeded, the gold layer is
destroyed. The values of the AgSnO contact are then valid.
4
) For protective isolation between identical terminal blocks of adjacent
modules, the PLC-ATP separating plate (see catalog part 6, page
34) should be installed.
http://www.phoenixcontact.com
Output data
Contact type
Contact material
Max. switching voltage
Min. switching voltage
Limiting continuous current
Max. inrush current
Min. switching current
Max. power rating, ohmic load:
120 V AC/
230 V AC/
110 V DC
220 V DC 2)
see diagram, catalog part 6, page 25
9 mA
11/8.5 mA
3.5/3 mA
3 mA
5 ms
6 ms
6 ms
7 ms
8 ms
15 ms
15 ms
15 ms
operation indicator, polarity protection diode, damping diode
operation indicator, bridge rectifier
TNR: 5087390-00
24 V DC
24, 120, 230 V AC/DC
24 V AC/DC
30.10.98
Permissible input voltage range
Typ. input current at UN
Typ. response time at UN
Typ. release time at UN
Input circuit
24 V DC
Marking systems and mounting material, see catalog part 3/4.
The rated cross section (see catalog part 6, page 151) refers to
untreated conductors without ferrules.
For the protection of input and output, inductive loads must be
dampened with an effective protection circuit.
Due to the input circuit integrated in the base terminal block, a 60 V
relay, REL-MR-60DC/... is used with the 120 V and 230 V modules.
(see catalog part 6, page 32)
The PLC-ATP separating plate (see catalog part 6, page 34) must
always be installed at the beginning and end of a PLC terminal
strip.
PHOENIX CONTACT page 2 of 14
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Input data
Nominal input voltage UN
Universal PLC Interface with Optical Coupler
– now also with spring cage connection system!
The PLC-O.. optical coupler series, that can be used
universally, consisting of pluggable miniature optical
couplers and the same 6.2 mm base terminal blocks as
in the PDT series, has now been included with spring
cage connections in the range. The wiring, diagonally
from above, is particularly convenient during assembly.
The cost-intensive wiring is reduced yet again when the
plug-in bridges are implemented. A side-effect is a cut
in the likelihood of faulty wiring and time-consuming
trouble-shooting.
The standard PLC-OSP series can be implemented
either as an input or output interface, thus simplifying
ordering, and saving costs for warehousing and service.
Since the unit is already completely equipped, there is
no additional work involved with inserting the optical
coupler. To allow even more flexibility, all individual
components (base terminal block, optical coupler or
relay) can also be ordered separately and combined
individually.
Input voltages of 24 V to 230 V
PLC-OSP... on the control side is, like the proven
screw clamp versions, available in all conventional
industrial voltages from 24 V to 230 V. A further
advantage is the ready-integrated input circuit. It
consists of a status display and polarity reversal
protection function, and guarantees that the operational
status is displayed clearly, also preventing destruction
of the optical electronics should the polarity be
accidentally reversed.
“…6”
8
(IEC)
[mm2 ]
rigid
solid
flexible
stranded
AWG
Connection data
0.2-2.5
0.2-1.5
24-14
* The electrical data are determined by the relay.
A2
I U
[A] [V]
*
*
13+
94
Efficient miniature optical couplers
A1
14
Despite its small dimensions, the PLC miniature
optical coupler is unusually efficient, has the typical
sturdiness of optical couplers and is the instrument of
6,2
80
choice especially with high operating frequencies:
– Switching capacity of up to 24 V DC/2 A, depending
on the type,
– IP 67-protected fully encapsulated optical electronics,
– 2. kVrms electrical insulation between input/output,
– Input or power optical couplers can be supplied as
alternatives,
– Wear-resistant switching,
– Insensitive to vibration and shock.
The optical coupler is securely anchored by an
engagement lever. In the unlikely event of the optical
coupler needing to be repaired, it can be disengaged,
and – without disconnecting the wiring – replaced
contact 13 on the load side, the continuous plug-in
quickly and economically.
bridges, which can be cut to length as desired, or the 2position jumper plugs guarantee quick, economical and
Plug-in bridges save wiring
fault-free wiring, whilst providing utmost clarity. This
A big plus for cunning wiring professionals is the
convenient plug-in bridge system FBST. Whether there makes complicated, time-consuming loop bridges a
thing of the past!
is an A1/A2 ground on the control side, or supply at
Headquarters: © Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 3 of 14
Universal PLC Interface with Optical Coupler
– now also with spring cage connection system!
Pcs./ Pkt.
24 V DC
120 V AC/110 V DC
230 V AC/220 V DC 2)
equipped with
input optical coupler
PLC-OSP- 24DC/48DC/100
PLC-OSP-120UC/48DC/100
PLC-OSP-230UC/48DC/100
29 67 54 9
29 67 55 2
29 67 56 5
10
10
10
24 V DC
120 V AC/110 V DC
230 V AC/220 V DC 2)
equipped with
power optical coupler
PLC-OSP- 24DC/24DC/2
PLC-OSP-120UC/24DC/2
PLC-OSP-230UC/24DC/2
29 67 47 1
29 67 48 4
29 67 49 7
10
10
10
Technical data
Input optical coupler
Input data
Nominal input voltage UN
24 V DC
24 V DC
24, 120, 230 V AC/DC
Output data
Max. switching voltage
Min. switching voltage
Limiting continuous current
Max. inrush current
Min. switching current
Output connection
Output circuit
Voltage drop at max. limiting continuous current
General data
Test voltage input/output
Ambient temperature range
Duty type rating
Inflammability class
Standards/regulations
Installation position/assembly
Type of connection
120 V AC/
24 V DC
120 V AC/
110 V DC
110 V DC
230 V AC/
230 V AC/
220 V DC 2)
220 V DC 2)
0.8-1.2
0.8-1.1
0.8-1.2
0.8-1.1
0.8 x UN
0.8 x UN
0.8 x UN
0.8 x UN
0.4 x UN
0.3 x UN
0.4 x UN
0.25 x UN
8 mA
4 mA
9 mA
4 mA
20 µs
6 ms
20 µs
6 ms
300 µs
10 ms
500 µs
10 ms
300 Hz
10 Hz
300 Hz
10 Hz
operation indicator, polarity protection diode, damping diode
operation indicator, bridge rectifier
PLC-O…/48DC/100
48 V DC
3 V DC
100 mA
PLC-O…/24DC/2
33 V DC
3 V DC
2 A (see derating curve
catalog part 6, page 27)
–
15 A (10 ms)
–
–
2-conductor floating
2-conductor floating
polarity reversal protection and surge voltage protection
≤1V
≤ 200 mV
2.5 kV, 50 Hz, 1 min.
– 20 °C to + 60 °C
100 % ED
V0 in acc. with UL 94
IEC 664/IEC 664 A/DIN VDE 0110,
contamination class 2, surge voltage protection category III,
as desired, in rows with zero spacing
spring cage connection
1
) Further input voltages available on request.
Notes:
2
) For voltages higher than 250 V (e.g. L1, L2, L3) between identical
terminal blocks of adjacent modules, the PLC-ATP separating plate
(see catalog part 6, page 34) should be installed.
Type of housing: polyamide PA non-reinforced,
Color: green, see catalog part 6, page 149
Marking systems and mounting material, see catalog part 3/4.
The rated cross section (see catalog part 6, page 151) refers to
untreated conductors without ferrules.
For the protection of input and output, inductive loads must be
dampened with an effective protection circuit.
Due to the input circuit integrated in the base terminal block (see
catalog part 6, page 33), a 60 V optical coupler, OTP-60DC/…, is
used with the 120 V and 230 V modules.
The PLC-ATP separating plate must always be installed at the
beginning and end of a PLC terminal strip.
For protective isolation between identical terminal blocks of
adjacent modules, the PLC-ATP separating plate (see catalog part
6, page 34) should be installed.
PHOENIX CONTACT page 4 of 14
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Permissible range (in reference to UN)
Switching level 1-Signal (“H”)
0-Signal (“L”)
Typ. input current at UN
Typ. turn-on time for UN
Typ. turn-off time for UN
Transmission frequency flimit
Input circuit
Power optical coupler
TNR: 5087390-00
PLC interface, consisting of
base terminal block PLC-BSP…/21 and
pluggable miniature optical coupler
(see catalog part 6, page 33),
for mounting on 3
Order No.
30.10.98
PLC interface, consisting of
base terminal block PLC-BSP…/21 and
pluggable miniature optical coupler
(see catalog part 6, page 33),
for mounting on 3
Type
 PHOENIX CONTACT
Input
voltage
UN1)
Description
PLC Actuator Interface with Relay
– now also with spring cage connection system!
In interface applications between the PLC and
actuators, such as motors, contactors, or solenoid
valves, only an N/O contact is normally required. Here,
people turn directly to the PLC-RSP...ACT output
interface, specially optimized for these applications and
consisting of a 6.2 mm base terminal block and
pluggable miniature relay. In addition to the proven
screw clamp connection version, the actuator interface
is now available with spring cage connections. The
wiring , diagonally from above, is particularly convenient
during assembly. Alternatively, the actuator interface
can also be supplied with a miniature optical coupler.
Optimum use of plug-in bridges.
The actuator interface attains the maximum degree of
efficiency with the convenient FBST plug-in bridge
system. PLC-RSP...ACT makes effective use of the
bridging facilities for the A1/A2 connection on the coil
side, for the load supply at connection 13 on the contact
side, and for the load return line. Especially effective
here are the 500 mm long color-insulated continuous
bridges that can easily be cut to the required length and
inserted in the bridge shafts in a flash. No stripping, no
pressing on of ferrules, no connecting. This makes
complicated, time-consuming loop bridges a thing of the
past!
Assessment of savings:
– Reduction in wiring by eliminating the need for
modular terminal blocks and using all bridging
facilities: approx. 60%.
Further advantages:
PLC-RSP...ACT naturally offers the same benefits as
all other PLC series with relay:
– Available either as gold or power contact relay,
– Integrated input circuit,
– Switching capacity up to 250 V AC/6 A,
– The relay can be removed for replacement using the
“…6”
8
(IEC)
[mm2 ]
rigid
solid
flexible
stranded
AWG
Connection data
0.2-2.5
0.2-1.5
24-14
* The electrical data are determined by the relay.
A2
13
A1
BB
I U
[A] [V]
*
*
14
80
6,2
94
No need for output terminal blocks
Unlike conventional coupling relays, all the actuator
connections, including the load return line (!), are
connected directly to the PLC actuator interface. PLCRSP...ACT can thus be used directly as an output
terminal strip with integrated interface function for the
outgoing actuator cables, without the need for additional
modular terminal blocks. (See also structural diagram in
catalog part 6, page 28.)
Assessment of savings:
– Elimination of the costs of two output terminal blocks
for switching and load return lines,
– Space savings of approx. 80%,
– Time saving approx. 60%,
– Reduction in wiring thanks to plug-in bridges.
–
–
–
–
engagement lever,
Operational safety with IP67-protected relays
Reliable isolation acc. to DIN VDE 0106-101
User-specific marking
Inflammability class V0 in acc. with UL94.
Headquarters: © Phoenix Contact GmbH & Co. KG• Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 5 of 14
PLC Actuator Interface with Relay
– now also with spring cage connection system!
Description
PLC interface, consisting of
base terminal block PLC-BSP…ACT and
pluggable miniature relay
(see catalog part 6, page 32),
for mounting on 3
Input
voltage
UN
24 V DC2)
Type
Order No.
Pcs./ Pkt.
equipped with
power contact relay
PLC-RSP- 24DC/ACT
29 67 34 5
10
Technical data
24 V DC
48 V DC
60 V DC
110 V DC
220 V DC
250 V AC
Min. switching capacity
General data
Test voltage input/output
Ambient temperature range
Duty type rating
Inflammability class
Mechanical service life
Standards/regulations
Installation position/assembly
Type of connection
single contact, 1 N/O contact4)
AgSnO
250 V AC/DC 2)
12 V AC/DC
6A
on request
10 mA
140 W
20 W
18 W
23 W
40 W
1500 VA
120 mW
4 kV, 50 Hz, 1 min.
– 20 °C to + 60 °C
100 % ED
V0 in acc. with UL 94
107 cycles
IEC 664/IEC 664 A/DIN VDE 0110, contamination class 3,
Surge voltage category III, DIN VDE 0160 (in relev. parts),
IEC 255/DIN VDE 0435 (in relev. parts), DIN VDE 0106-101: 1986-11,
increased insulation I/O 3)
as desired, in rows with zero spacing
spring cage connection
1
) Further input voltages available on request.
Notes:
2
) For voltages higher than 250 V (e.g. L1, L2, L3) between identical
terminal blocks of adjacent modules, the PLC-ATP separating plate
(see catalog part 6, page 34) should be installed.
Type of housing: polyamide PA non-reinforced,
Color: green, see catalog part 6, page 149
3
) For protective isolation between identical terminal blocks of adjacent
modules, the PLC-ATP separating plate (see catalog part 6, page
34) should be installed.
The rated cross section (see catalog part 6, page 151) refers to
untreated conductors without ferrules.
) N/C contact on request.
For the protection of input and output, inductive loads must be
dampened with an effective protection circuit.
The PLC-ATP separating plate (see catalog part 6, page 34) must
always be installed at the beginning and end of a PLC terminal
strip.
 PHOENIX CONTACT
4
Marking systems and mounting material, see catalog part 3/4.
http://www.phoenixcontact.com
24 V DC
TNR: 5087390-00
Output data
Contact type
Contact material
Max. switching voltage
Min. switching voltage
Limiting continuous current
Max. inrush current
Min. switching current
Max. power rating, ohmic load:
24 V DC
see diagram catalog part 6, page 25
9 mA
5 ms
8 ms
operation indicator, polarity protection diode, damping diode
30.10.98
Input data
Nominal input voltage UN
Permissible input voltage range
Typ. input current at UN
Typ. response time at UN
Typ. release time at UN
Input circuit
PHOENIX CONTACT page 6 of 14
PLC Actuator Interface with Optical Coupler
– now also with spring cage connection system!
In interface applications between the PLC and
actuators, such as motors, contactors, or solenoid
valves, only an N/O function is normally required. Here,
people turn directly to the PLC-OSP...ACT output
interface, specially optimized for these applications and
consisting of a 6.2 mm base terminal block and
pluggable miniature optical coupler. In addition to the
proven screw clamp connection version, the actuator
interface is now available with spring cage
connections. The wiring , diagonally from above, is
particularly convenient during assembly. Alternatively,
the actuator interface can also be supplied with a
miniature relay.
Optimum use of plug-in bridges
The actuator interface attains the maximum degree of
efficiency with the convenient FBST plug-in bridge
system. PLC-OSP...ACT makes effective use of the
bridging facilities for the A1/A2 connection on the coil
side, for the load supply at connection 13 on the contact
side, and for the load return line. Especially effective
here are the 500 mm long color-insulated continuous
bridges that can easily be cut to the required length and
inserted in the bridge shafts in a flash. No stripping, no
pressing on of ferrules, no connecting. This makes
complicated, time-consuming loop bridges a thing of the
past!
Assessment of savings:
– Reduction in wiring by eliminating the need for
modular terminal blocks and using all bridging
facilities: approx. 60%.
Further advantages:
PLC-OSP...ACT naturally offers the same benefits as
all other PLC series with optical coupler:
– Switching capacity of up to 24 V DC/2 A, depending
on the type,
– Wear-resistant switching,
– Integrated input circuit,
“…6”
8
(IEC)
[mm2 ]
rigid
solid
flexible
stranded
AWG
Connection data
0.2-2.5
0.2-1.5
24-14
* The electrical data are determined by the relay.
A2
13+
A1
BB
I U
[A] [V]
*
*
14
80
6,2
94
No need for output terminal blocks!
Unlike conventional coupling relays, all the actuator
connections, including the load return line (!), are
connected directly to the PLC actuator interface. PLCOSP...ACT can thus be used directly as an output
terminal strip with integrated interface function for the
outgoing actuator cables, without the need for additional
modular terminal blocks. (See also structural diagram in
catalog part 6, page 28.)
Assessment of savings:
– Elimination of the costs of two output terminal blocks
for switching and load return lines,
– Space savings of approx. 80%,
– Time saving approx. 60%,
– Reduction in wiring thanks to plug-in bridges.
– Input or power optical coupler can be supplied,
– Optical coupler can be removed for replacement
using the engagement lever,
– IP67-protected fully encapsulated optical electronics,
– Insensitive to vibration and shock,
– User-specific marking
– Inflammability class V0 in acc. with UL94.
Headquarters: © Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 7 of 14
PLC Actuator Interface with Optical Coupler
– now also with spring cage connection system!
Description
PLC interface, consisting of
base terminal block PLC-BSP…ACT and
pluggable miniature optical coupler
(see catalog part 6, page 33),
for mounting on 3
Input
voltage
UN1)
Type
Order No.
Pcs./ Pkt.
24 V DC
equipped with
power optical coupler
PLC-OSP- 24DC/24DC/2/ACT
29 67 50 7
10
24 V DC
24 V DC
0.8-1.2
0.8 x UN
0.4 x UN
8 mA
20 µs
300 µs
300 Hz
operation indicator, polarity protection diode, damping diode
Technical data
1
) Further input voltages available on request.
Notes:
Type of housing: polyamide PA non-reinforced,
Color: green, see catalog part 6, page 149
Marking systems and mounting material, see catalog part 3/4.
The rated cross section (see catalog 6, page 151) refers to
untreated conductors without ferrules.
For the protection of input and output, inductive loads must be
dampened with an effective protection circuit.
The PLC-ATP separating plate must always be installed at the
beginning and end of a PLC terminal strip.
For protective isolation between identical terminal blocks of
adjacent modules, the PLC-ATP separating plate (see catalog part
6, page 34) should be installed.
http://www.phoenixcontact.com
Installation position/assembly
Type of connection
2.5 kV, 50 Hz, 1 min.
– 20 °C to + 60 °C
100 % ED
V0 in acc. with UL 94
IEC 664/IEC 664 A/DIN VDE 0110,
contamination class 2, surge voltage protection category III,
as desired, in rows with zero spacing
spring cage connection
TNR: 5087390-00
General data
Test voltage input/output
Ambient temperature range
Duty type rating
Inflammability class
Standards/regulations
33 V DC
3 V DC
2 A (see derating curve, catalog part 6, page 27)
15 A (10 ms)
2-conductor floating
polarity reversal protection and surge voltage protection
≤ 200 mV
30.10.98
Output data
Max. switching voltage
Min. switching voltage
Limiting continuous current
Max. inrush current
Output connection
Output circuit
Voltage drop at max. limiting continuous current
 PHOENIX CONTACT
Input data
Nominal input voltage UN
Permissible range (in reference to UN)
Switching level 1 signal (“H”)
0 signal (“L”)
Typ. input current at UN
Typ. turn-on time for UN
Typ. turn-off time for UN
Transmission frequency flimit
Input circuit
PHOENIX CONTACT page 8 of 14
PLC Sensor Interface with Relay
– now also with spring cage connection system!
In interface applications between the PLC and
sensors, such as proximity switches, limit switches, or
auxiliary contacts, often only an N/O function is
required. Here, people turn directly to the PLCRSP...SEN input interface, specially optimized for these
applications and consisting of a 6.2 mm base terminal
block and pluggable miniature relay. In addition to the
proven screw clamp connection version, the sensor
interface is now available with spring cage
connections. The wiring , diagonally from above, is
particularly convenient during assembly.
Optimum use of plug-in bridges.
The sensor interface attains the maximum degree of
efficiency with the convenient FBST plug-in bridge
system. PLC-RSP...SEN makes effective use of the
bridging facilities for the sensor/switch voltage supply,
for the supply and sensor ground at the A2 connection,
and for the common supply potential of the PLC at
connection 13. No stripping, no pressing on of ferrules,
no connecting. This makes complicated, timeconsuming loop bridges a thing of the past!
Assessment of savings:
– Reduction in wiring by eliminating the need for
modular terminal blocks and using all bridging
facilities: approx. 60 %.
Further advantages:
PLC-RSP...ACT naturally offers the same benefits as
all other PLC series with relay:
– Switching capacity up to 250 V AC/6 A,
– Integrated input circuit,
– Available either as gold or power contact relay,
– The relay can be removed for replacement using the
engagement lever,
– Operational safety with IP67-protected relays,
“…6”
8
(IEC)
[mm2 ]
rigid
solid
flexible
stranded
AWG
I U
[A] [V]
Connection data
0.2-2.5
0.2-1.5
24-14
* The electrical data are determined by the relay.
13
A2
14
BB
*
*
A1
80
6,2
94
No need for input terminal blocks
Unlike previous input relays, all the sensor
connections, including the voltage supply for the
sensors/switches (!), are connected directly to the PLC
sensor interface. PLC-RSP...SEN can thus be used
directly as a terminal strip with integrated interface
function for the incoming sensor cables, without the
need for additional modular terminal blocks. (See also
structural diagram in catalog part 6, page 30.)
Assessment of savings:
– Elimination of the costs of two (three) modular
terminal blocks for sensor/switch supply, signal and
sensor ground (in the case of three-conductor
initiators).
– Space savings of approx. 80 %,
– Time saving approx. 60 %,
– Reduction in wiring thanks to plug-in bridges.
– Reliable isolation acc. to DIN VDE 0106-101
– User-specific marking
– Inflammability class V0 in acc. with UL94.
Headquarters: © Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 9 of 14
PLC Sensor Interface with Relay
– now also with spring cage connection system!
Input
voltage
UN1)
Description
PLC interface, consisting of
base terminal block PLC-BSP…SEN and
pluggable miniature relay
(see catalog part 6, page 32),
for mounting on 3
PLC interface, consisting of
base terminal block PLC-BSP…SEN and
pluggable miniature relay
(see catalog part 6, page 32),
for mounting on 3
Type
Order No.
Pcs./ Pkt.
24 V DC
120 V AC/110 V DC
230 V AC/220 V DC 2)
equipped with universal
multi-layer contact relay
PLC-RSP- 24DC/1AU/SEN
PLC-RSP-120UC/1AU/SEN
PLC-RSP-230UC/1AU/SEN
29 67 37 4
29 67 39 0
29 67 41 3
10
10
10
24 V DC
120 V AC/110 V DC
230 V AC/220 V DC 2)
equipped with
power contact relay
PLC-RSP- 24DC/1/SEN
PLC-RSP-120UC/1/SEN
PLC-RSP-230UC/1/SEN
29 67 36 1
29 67 38 7
29 67 40 0
10
10
10
Technical data
Input data
Nominal input voltage UN
General data
Test voltage input/output
Ambient temperature range
Duty type rating
Inflammability class
Mechanical service life
Standards/regulations
Installation position/assembly
Type of connection
4 kV, 50 Hz, 1 min.
– 20 °C to + 55 °C (24 V types to +60 °C)
100 % ED
V0 in acc. with UL 94
107 cycles
IEC 664/IEC 664 A/DIN VDE 0110, contamination class3,
Surge voltage category III, DIN VDE 0160 (in relev. parts),
IEC 255/DIN VDE 0435 (in relev. parts), DIN VDE 0106-101: 1986-11,
increased insulation I/O 4)
as desired, in rows with zero spacing
spring cage connection
1
) Further input voltages available on request.
Notes:
2
) For voltages higher than 250 V (e.g. L1, L2, L3) between identical
terminal blocks of adjacent modules, the PLC-ATP separating plate
(see catalog part 6, page 34) should be installed.
Type of housing: polyamide PA non-reinforced,
Color: green, see catalog part 6, page 149
3
) If the maximum values indicated are exceeded, the gold layer is
destroyed. The values of the AgSnO contact are then valid.
4
5
) For protective isolation between identical terminal blocks of adjacent
modules, the PLC-ATP separating plate (see catalog part 6, page
34) should be installed.
) N/C contact on request.
Marking systems and mounting material, see catalog part 3/4.
The rated cross section (see catalog part 6, page 151) refers to
untreated conductors without ferrules.
For the protection of input and output, inductive loads must be
dampened with an effective protection circuit.
Due to the input circuit integrated in the base terminal block (see
catalog part 6, page 32), a 60 V relay, REL-MR-60DC/..., is used with
the 120 V and 230 V modules.
The PLC-ATP separating plate (see catalog part 6, page 34) must
always be installed at the beginning and end of a PLC terminal
strip.
PHOENIX CONTACT page 10 of 14
http://www.phoenixcontact.com
Min. switching capacity
PLC-R…/1AU/SEN
Single contact, 1 N/O contact5)
AgSnO + 5 µ Au 3)
30 V AC/36 V DC
100 mV
50 mA
50 mA
1 mA
1.2 W
–
–
–
–
–
100 µW
TNR: 5087390-00
24 V DC
48 V DC
60 V DC
110 V DC
220 V DC
250 V AC
PLC-R…/1/SEN
Single contact, 1 N/O contact5)
AgSnO
250 V AC/DC 2)
12 V AC/DC
6A
on request
10 mA
140 W
20 W
18 W
23 W
40 W
1500 VA
120 mW
30.10.98
Output data
Contact type
Contact material
Max. switching voltage
Min. switching voltage
Limiting continuous current
Max. inrush current
Min. switching current
Max. power rating, ohmic load:
24 V DC
120, 230 V AC/DC
120 V AC/
230 V AC/
110 V DC
220 V DC 2)
see diagram catalog part 6, page 25
9 mA
3.5/3 mA
3 mA
5 ms
6 ms
7 ms
8 ms
15 ms
15 ms
operation indicator, polarity protection diode, damping diode
operation indicator, bridge rectifier
 PHOENIX CONTACT
Permissible input voltage range
Typ. input current at UN
Typ. response time at UN
Typ. release time at UN
Input circuit
24 V DC
PLC Sensor Interface with Optical Coupler
– now also with spring cage connection system!
In interface applications between the PLC and
sensors, such as proximity switches, limit switches, or
auxiliary contacts, often only an N/O function is
required. Here, people turn directly to the PLCOSP...SEN input interface, specially optimized for these
applications and consisting of a 6.2 mm base terminal
block and pluggable miniature optical coupler. In
addition to the proven screw clamp connection version,
the sensor interface is now available with spring cage
connections. The wiring , diagonally from above, is
particularly convenient during assembly.
Optimum use of plug-in bridges.
The sensor interface attains the maximum degree of
efficiency with the convenient FBST plug-in bridge
system. PLC-OSP...SEN makes effective use of the
bridging facilities for the sensor/switch voltage supply,
for the supply and sensor ground at the A2 connection,
and for the common supply potential of the PLC at
connection 13. Especially effective here are the 500 mm
long color-insulated continuous bridges that can easily
be cut to the required length and inserted in the bridge
shafts in a flash. No stripping, no pressing on of
ferrules, no connecting. This makes complicated, timeconsuming loop bridges a thing of the past!
Assessment of savings:
– Reduction in wiring by eliminating the need for
modular terminal blocks and using all bridging
facilities: approx. 60 %.
Further advantages:
PLC-OSP...SEN naturally offers the same benefits as
all other PLC series with optical coupler:
– Switching capacity of up to 24 V DC/2 A, depending
on the type,
– Wear-resistant switching,
“…6”
8
(IEC)
[mm2 ]
rigid
solid
flexible
stranded
AWG
Connection data
0.2-2.5
0.2-1.5
24-14
* The electrical data are determined by the relay.
13+
A2
14
BB
I U
[A] [V]
*
*
A1
80
6,2
94
No need for input terminal blocks
Unlike previous input optical couplers, all the sensor
connections, including the voltage supply for sensors/
switches (!), are connected directly to the PLC sensor
interface. PLC-OSP...SEN can thus be used directly as
a terminal strip with integrated interface function for the
incoming sensor cables, without the need for additional
modular terminal blocks. (See also structural diagram in
catalog part 6, page 30.)
Assessment of savings:
– Elimination of the costs of two (three) modular
terminal blocks for sensor/switch supply, signal and
sensor ground (in the case of three-conductor
initiators).
– Space savings of approx. 80 %,
– Time saving approx. 60 %,
– Reduction in wiring thanks to plug-in bridges
–
–
–
–
–
–
Integrated input circuit,
Input or power optical coupler can be supplied,
IP67-protected fully encapsulated optical electronics,
Insensitive to vibration and shock,
User-specific marking
Inflammability class V0 in acc. with UL94.
Headquarters: © Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 11 of 14
PLC Sensor Interface with Optical Coupler
– now also with spring cage connection system!
Pcs./ Pkt.
24 V DC
120 V AC/110 V DC
230 V AC/220 V DC 2)
equipped with
input optical coupler
PLC-OSP- 24DC/48DC/100/SEN
PLC-OSP-120UC/48DC/100/SEN
PLC-OSP-230UC/48DC/100/SEN
29 67 57 8
29 67 58 1
29 67 59 4
10
10
10
24 V DC
120 V AC/110 V DC
230 V AC/220 V DC 2)
equipped with
power optical coupler
PLC-OSP- 24DC/24DC/2/SEN
PLC-OSP-120UC/24DC/2/SEN
PLC-OSP-230UC/24DC/2/SEN
29 67 51 0
29 67 52 3
29 67 53 6
10
10
10
Technical data
Input optical coupler
Input data
Nominal input voltage UN
24 V DC
24 V DC
120, 230 V AC/DC
Output data
Max. switching voltage
Min. switching voltage
Limiting continuous current
Max. inrush current
Min. switching current
Output connection
Output circuit
Voltage drop at max. limiting continuous current
General data
Test voltage input/output
Ambient temperature range
Duty type rating
Inflammability class
Standards/regulations
Installation position/assembly
Type of connection
120 V AC/
24 V DC
120 V AC/
110 V DC
110 V DC
230 V AC/
230 V AC/
220 V DC 2)
220 V DC 2)
0.8-1.2
0.8-1,1
0.8-1.2
0.8-1.1
0.8 x UN
0.8 x UN
0.8 x UN
0.8 x UN
0.4 x UN
0.3 x UN
0.4 x UN
0.25 x UN
8 mA
4 mA
9 mA
4 mA
20 µs
6 ms
20 µs
6 ms
300 µs
10 ms
500 µs
10 ms
300 Hz
10 Hz
300 Hz
10 Hz
operation indicator, polarity protection diode, damping diode
operation indicator, bridge rectifier
PLC-O…/48DC/100/SEN
48 V DC
3 V DC
100 mA
PLC-O…/24DC/2/SEN
33 V DC
3 V DC
2 A (see derating curve
catalog part 6, page 27)
–
15 A (10 ms)
–
–
2-conductor floating
2-conductor floating
polarity reversal protection and surge voltage protection
≤1V
≤ 200 mV
2,5 kV, 50 Hz, 1 min.
– 20 °C to +60 °C
100 % ED
V0 in acc. with UL 94
IEC 664/IEC 664 A/DIN VDE 0110,
contamination class 2, surge voltage protection category III,
as desired, in rows with zero spacing
spring cage connection
1
) Further input voltages available on request.
Notes:
2
) For voltages higher than 250 V (e.g. L1, L2, L3) between identical
terminal blocks of adjacent modules, the PLC-ATP separating plate
(see catalog part 6, page 34) should be installed.
Type of housing: polyamide PA non-reinforced,
Color: green, see catalog part 6, page 149
Marking systems and mounting material, see catalog part 3/4.
The rated cross section (see catalog part 6, page 151) refers to
untreated conductors without ferrules.
For the protection of input and output, inductive loads must be
dampened with an effective protection circuit.
Due to the input circuit integrated in the base terminal block (see
catalog part 6, page 33), a 60 V optical coupler, OTP-60DC/…, is
used with the 120 V and 230 V modules.
The PLC-ATP separating plate must always be installed at the
beginning and end of a PLC terminal strip.
For protective isolation between identical terminal blocks of
adjacent modules, the PLC-ATP separating plate (see catalog part
6, page 34) should be installed.
PHOENIX CONTACT page 12 of 14
http://www.phoenixcontact.com
Permissible range (in reference to UN)
Switching level 1 signal (“H”)
0 signal (“L”)
Typ. input current at UN
Typ. turn-on time for UN
Typ. turn-off time for UN
Transmission frequency flimit
Input circuit
Power optical coupler
TNR: 5087390-00
PLC interface, consisting of
base terminal block PLC-BSP…SEN and
pluggable miniature optical coupler
(see catalog part 6, page 33),
for mounting on 3
Order No.
30.10.98
PLC interface, consisting of
base terminal block PLC-BSP…SEN and
pluggable miniature optical coupler
(see catalog part 6, page 33),
for mounting on 3
Type
 PHOENIX CONTACT
Input
voltage
UN1)
Description
PLC Accessories
Input terminal block PLC-ESK
The 9 mm wide input terminal block PLC-ESK is the
same shape as the PLC interface terminal blocks. It is
used to feed in bridging potentials. Its nominal current is
32 A! When currents are ≤ 6 A, they can be fed in
directly at the connecting terminal blocks of one of the
connected PLC interfaces.
Plug-in bridges FBST
The differently colored, insulated plug-in bridges
FBST make optimum use of the advantages of PLC
interfaces. The 2-position single plug-in bridges FBST 6
are especially suited for bridging a smaller number of
modules and residual currents ≤ 6 A. When a circuit is
supplied from both sides, they offer the advantage that
the circuit can be opened at any point, allowing all the
other modules to continue to be supplied at the same
time.
The 500 mm continuous plug-in bridge FBST 500 is
even more convenient. All bridges are equipped with a
groove which allows them to be removed with a
screwdriver.
If bridges with different potentials meet in neighboring
functional blocks, the separating plate PLC-ATP should
be placed between them.
Separating plate PLC-ATP
The PLC-ATP separating plate must always be
installed at the beginning and end of a terminal strip.
In addition to pure visual separation of functional
blocks, it is also necessary in certain cases to place the
separating plate between adjacent PLC interface
terminal blocks, e.g. when 3 phases (L1, L2, L3) are
used on the contact side of the PLC relay terminal
blocks.
PLC-ATP is equipped with prescored break-out points
at the bridging positions, so that individual bridges can
pass through if necessary.
Description
Type
Order No.
Pcs./ Pkt.
Input terminal block, for
the input of up to four potentials,
for mounting on 3
Technical data
Connection cross section:
PLC-ESK GY
29 66 50 8
5
Color
solid 0.2-4 mm2
stranded 0.2-4 mm2
AWG 24-10
32 A
250 V AC 1)
same shape as
PLC standard series,
terminal block width 9 mm
gray
Cont. plug-in bridge,
500 mm long, insulated,
can be cut to any length, for
power distribution with PLC...
red
blue
gray
Imax: 32 A
FBST 500-PLC RD
FBST 500-PLC BU
FBST 500-PLC GY
29 66 78 6
29 66 69 2
29 66 83 8
20
20
20
red
blue
gray
Imax: 6 A
FBST 6-PLC RD
FBST 6-PLC BU
FBST 6-PLC GY
29 66 23 6
29 66 81 2
29 66 82 5
50
50
50
PLC-ATP BK
29 66 84 1
25
Max. current
Max voltage
Terminal block dim.:
Plug-in bridge, 2-pos.,
6 mm long, insulated, for
power distribution with PLC
Separating plate, 2 mm thick, should be installed
at the start and end of a PLC terminal strip.
Furthermore, it is used for:
– visual separation of groups,
– protective separation of different
voltages of neighboring
PLC interfaces in acc. with DIN VDE 0106-101,
– separation of neighboring bridges
with different potentials,
– separation of PLC interfaces with
voltages > 250 V
Color: black
1
) For voltages higher than 250 V
(L1, L2, L3) between identical
terminal blocks of adjacent modules,
the PLC-ATP separating plate should
be installed
Headquarters: © Phoenix Contact GmbH & Co. KG • Flachsmarktstraße 8-28 • 32825 Blomberg • Germany
Phone +49-(0) 52 35-3-00 • Fax +49-(0) 52 35-3-4 12 00 • http://www.phoenixcontact.com
PHOENIX CONTACT page 13 of 14
Type
Order No.
Pcs./ Pkt.
ZB 6: UNPRINTED
10 51 00 3
10
ZB 6/WH-100: UNPRINTED
50 60 93 5
100
ZB 6, LGS: CONSEC. NUMBERS
ZB 6, LGS: 1-10
ZB 6, LGS: 11-20
etc. to
ZB 6, LGS: 991-1000
10 51 01 6
10
ZB 6, LGS: 1-9
10 51 12 6
10
ZB 6, LGS: IDENTICAL NOS.
ZB 6, LGS: 1
ZB 6, LGS: 2
etc. to
ZB 6, LGS: 100
10 51 03 2
10
ZB 6, LGS: L1-N, PE
ZB 6, LGS: U-N
10 51 41 4
10 51 43 0
10
10
ZB 6, QR: CONSEC. NUMBERS
ZB 6, QR: 1-10
ZB 6, QR: 11-20
etc. to
ZB 6, QR: 991-1000
10 51 02 9
10
ZB 6, QR: IDENTICAL NOS.
ZB 6, QR: 1
ZB 6, QR: 2
etc. to
ZB 6, QR: 100
10 51 04 5
10
Zack strip, printed vertically: 2)
10-section with PLC input numbers
e.g.: I 0.0 to I 0.7 (to max. E 127.7)
ZB 6, QR: PLC INPUT…1)
10 51 45 6
10
Zack strip, printed vertically: 2)
10-section with PLC output numbers
e.g.: O 0.0 to O 0.7 (to max. A 127.7)
ZB 6, QR: PLC OUTPUT…1)
10 51 44 3
10
ZB 6: SO/CMS…3)
10 50 49 9
1
Zack strip, unprinted: 10-section,
for individual labelling with marker pen
or CMS system, sufficient
for labelling 100 PLC interface terminal blocks
as above, however, large batch,
sufficient for labelling
1000 PLC interface terminal blocks
Zack strip, printed horizontally: 2)
10-section with consecutive numbers
1-10
11-20
etc. to
991-1000
Zack strip, printed horizontally: 2)
9-section with the numbers
1-9
Zack strip, printed horizontally: 2)
10-section with identical numbers
1/1/1
2/2/2
etc. to
100/100/100
Zack strip, printed horizontally: 2)
10-section
L1, L2, L3, N, PE, L1, L2, L3, N, PE
U, V, W, N, 6, U, V, W, N, 6
Zack strip, printed vertically: 2)
10-section with consecutive numbers
1-10
11-20
etc. to
991-1000
Zack strip, printed vertically: 2)
10-section with identical numbers
1/1/1
2/2/2
etc. to
100/100/100
Zack strip, special printing,
10-section, divisible, marked according to customer requirements
1)
Please specify the required marking with order.
2
) 10 identically marked strips form a
packing unit (PU).
3
) Please specify the required marking and color with order.
Marking direction: horizontal "LGS" or vertical "QR",
see catalog part 3/4.
PHOENIX CONTACT page 14 of 14
TNR: 5087390-00
Description
30.10.98
In addition to the standard color white, the Zack strip
can also be supplied in other colors (see catalog part 3,
page 36). Marking is either done manually with the MPEN or elegantly with the computer marking system
CMS. Alternatively, the labels can be ordered preprinted with numbers, symbols or PLC input and output
numbers.
 PHOENIX CONTACT
Zack strip ZB 6
This marking system combines the advantage of
easy handling with the advantage of a reasonable price.
The zack strip consists of 10 individual labels which are
joined together and can be easily separated at any
point. For marking equipment, the labels can be clicked
into the marker groove of the engagement lever.
The system advantage: economical, quick, optimum
appearance.
http://www.phoenixcontact.com
PLC Labelling ZB 6
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