SENTRON
Measuring Devices and Power Monitoring
siemens.com/lowvoltage
Configu-
ration
Manual
Edition
10/2015
© Siemens AG 2016
© Siemens AG 2016
Siemens · 10/2015
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support .
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Technical data
Power monitoring
2Energy management in accordance with
ISO 50001
5Hardware and software components
LV 10 powermanager
7PC-based power monitoring system
9SIMATIC-based power data management
system
Measuring devices
11 Introduction
7KM PAC measuring devices
14 Introduction
15 Technical specifications and project
planning aids
7KM PAC expansion modules
34 - Expansion module
SWITCHED ETHERNET PROFINET
35 - Expansion module
7KM PAC PROFIBUS DP
36 - Expansion module
7KM PAC RS 485
37 - Expansion module
7KM PAC 4DI/2DO
SIOS
1)
7KM PAC5100 measuring devices
SIOS
1)
7KM PAC5200 measuring devices
7KT PAC measuring devices
38 7KT PAC1500 three-phase
measuring devices
41 7KT PAC1500 single-phase
measuring devices
44 7KT PAC expansion modules
45 7KT PAC3000 measuring device
48 7KT LAN couplers
Other measuring devices
51 Digital voltmeters and ammeters
53 Time and pulse counters for standard
rail mounting
55 Time counters for front-panel
mounting
Accessories
56 4NC current transformers
58 7KT12 current transformers
59 7KT90 measuring selector switches
Measuring Devices and Power Monitoring
1)
Manuals and other technical product information are available
from Siemens Industry Online Support, directly at
https://support.industry.siemens.com/cs/de/en/view/109477872
© Siemens AG 2016
2Siemens · 10/2015
Energy management in accordance with ISO 50001
Measuring Devices and Power Monitoring
Power Monitoring
■
Overview
A systematic approach to energy efficiency
The standard ISO 50001 supports companies with a specific
process description for introducing a corporate energy manage-
ment system. Standard-compliant energy management opti-
mizes energy utilization, while continuously enhancing energy
efficiency.
Defining energy policy objectives
A central management task is the formulation of an in-house
energy policy. It defines relevant strategic and operational
objectives. Ongoing planning will include the identification of
additional optimization potential for the business areas under
scrutiny, and the development of relevant improvement
measures.
Introducing process optimization
As a first step, an energy manager must be identified and
nominated. He will then evaluate captured data, and derive and
implement appropriate optimization measures. He will report the
achieved results to corporate management.
Making energy flows transparent
As a second step, basic energy consumption and cost data,
as well as information on in-house energy production, must be
collected and documented clearly and verifiably. This requires
the development of a reliable and precise system for the capture
and analysis of consumption data. The objective is to recognize
sustainable savings potential, to derive appropriate measures
for that potential, and to implement these measures systemati-
cally.
Periodic controlling
Periodic checks will ensure that your energy management
system functions correctly, and that objectives are reached.
Corrective and preventative measures can then be implemented
as needed.
Introduction of a corporate energy management system in accordance with ISO 50001 for continuous improvement of energy efficiency by reducing
energy consumption and costs.
Continuous
improvement due to
energy management
acc. to ISO 50001
Periodic controlling
Preventative measures
Corrective measures
Consumption data capture/analysis
Analysis
Measuring
Monitoring
Energy policy objectives
Operational
Strategic
Process optimization
Implementation
Introduction
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Measuring Devices and Power Monitoring
Power Monitoring
Energy management in accordance with ISO 50001
Providing the basis with power monitoring
The power monitoring system from the SENTRON portfolio is
suitable for infrastructure, industrial applications, and buildings.
The 7KT/7KM PAC measuring devices record the data of
outgoing feeders or individual loads.
The 3WL/3VA/3VL circuit breakers supply measured values and
important information for diagnostics, fault detection, and
maintenance via standardized bus systems.
With the powermanager power monitoring software, the
recorded measured values can be easily visualized, analyzed,
archived, and monitored.
Recording of generated energy using
measuring devices in MID version
Derivation of optimization measures through
transparency of the energy flows
Increased availability of energy through
monitoring of critical states in the power
supply
Increased system availability through
continuous monitoring of switching states
Increased productivity through optimization
of energy consumption and energy costs
7KM
PAC4200
7KM
PAC5100
7KM
PAC5200
7KM
PAC3100
7KT
PAC1500
Impuls 7KM
PAC4200
7KM
PAC3200
Industrial Ethernet
(Modbus TCP)
S7 1500
7KM
PAC4200
7KM
PAC3200
Modbus RTU
powermanager
3WL
ACB
3VA
MCCB
PROFINET
PROFIBUS
I201_19212
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Energy management in accordance with ISO 50001
Measuring Devices and Power Monitoring
Power Monitoring
Continuously increasing energy efficiency
Precise cost center accounting for consumers
• Precise allocation of energy costs to cost centers
• Benchmarking between different cost centers
• Increased energy awareness
Detection of energy guzzlers, reduction of load peaks
• Detection of energy-intensive processes and loads
• Cost savings created by amending the power supply agreement
• Tax savings by seamless documentation of application-specific consumption
Protection of sensitive areas for high plant safety
• Avoidance of equipment failures due to overload
• Protection of sensitive devices against harmonics
• Early intervention possible by means of notifications
Monitoring of protective devices for high system availability
• Increased system availability
• Optimization of maintenance
• Fast response to service call-outs
Multi-site power monitoring
• Centralized, multi-site power monitoring via standard IT networks
• Benchmarking of various corporate units increases energy awareness
• Improvement of power supply conditions by bundling supply volumes
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Measuring Devices and Power Monitoring
Power Monitoring
Hardware and software components
■
Overview
1)
With the exception of devices with power supply units with extra-low voltage
2)
On the display – energy and power values only. Additional measured quanti-
ties are transmitted via the optional 7KT Modbus and 7KT M-Bus expansion
modules.
3)
THD indication
4)
For display via DSP800; see manual
✓
Available/possible -- not available/not possible
7KT PAC and 7KM PAC measuring devices and 3VA molded case circuit breakers with ETUs of the 8-series
7KT PAC1500 7KM PAC3100 7KM PAC3200 7KM PAC4200 7KM PAC5100 7KM PAC5200 3VA ETU8..
The entry-level
solution when it
comes to
energy
measurement
The cost-
effective
solution for
digital
measurement
The specialist
solution for
precise energy
measurement
The professional
solution for
communication/
monitoring
The specialist
solution for
measured value
recording
The expert
solution for
power supply
quality
The specialist
solution for
protection and
energy
measurement
Measuring range/connection
Max. input voltage L-L/L-N 400 V/230 V 480 V/276 V 690 V/400 V
1)
690 V/400 V
1)
690 V/400 V 690 V/400 V 690 V/400 V
1)
Transformer connection version x/5 A x/5 A x/1 A/x/5 A x/1 A/x/5 A x/1 A/x/5 A x/1 A/x/5 A Integrated
Direct connection version 80 A/125 A – – – – – –
DC power supply unit with extra-low voltage
version – – 22 ... 65 V 22 ... 65 V ––24 V
Single-phase counter version ✓– – – – – –
Electrically isolated voltage inputs – – – – ✓✓–
Version without display (with web server) – – – – ✓✓–
Measured quantities
Voltage, current, power, frequency,
power factor
✓
2)
✓ ✓ ✓ ✓ ✓ ✓
Energy measurement
• Apparent, active, reactive energy – I ✓ I ✓– I ✓ I ✓ ✓ I ✓ I ✓ ✓ I ✓ I ✓ ✓ I ✓ I ✓ ✓ I ✓ I ✓ ✓ I ✓ I ✓
Extended measured quantities
• Distortion factor THD (voltage, current) – – ✓
3)
✓ ✓ ✓ ✓
• Harmonics (voltage, current) –––3. ... 31. 2. ... 40. 2. ... 40. –
• Phase angle/phase chart –––✓ ✓✓–
• Load profile record with time stamp for
min/max values –––✓ –✓ ✓
• Flicker acc. to IEC 61000-4-15 – – – – – ✓–
Monitoring functions
Operating hours counter – – ✓ ✓ ––✓
Limit monitoring – – ✓ ✓ ✓ ✓ ✓
Logic functions – – ✓ ✓ ✓ ✓ –
Event log –––> 4000 events ✓✓✓
Gateway function –––✓ ✓✓–
Reporting acc. to EN 50160 – – – – – ✓–
Integrated fault recorder – – – – – ✓–
System integration and communication
Digital inputs (DI)/digital outputs (DO) –2/2 1/1 2/2 0/2 0/2 –
S0 interface ✓ ✓ ✓ ✓ ––✓
4DI/2DO expansion module –––Optional ––Optional
M-Bus Optional – – – – – –
Instabus KNX Optional – – – – – –
Modbus RTU Optional ✓Optional Optional ––Optional
Ethernet with Modbus TCP – – ✓ ✓ ✓ ✓ ✓
PROFIBUS DPV1 – – Optional Optional ––Optional
PROFINET IO/ PROFIenergy – – Optional Optional ––Optional
Parameterization software ✓powerconfig powerconfig powerconfig ––powerconfig
Integration of power monitoring system powermanager ––powermanager
Web servers – – – – ✓✓–
General dataGeneral data
Measuring accuracy, active energy,
reactive energy 1 I 2 1 I 3 0.5 S I 2 0.2 S I 2 0.5 S I 2 0.5 S I 2 2 S I 2
MID version ✓– – – – – –
Installation Standard
mounting rail Front mounting Front mounting Front mounting Front mounting/standard
mounting rail See 3VA
Dimensions in MW (1 MW = 18 mm) or in mm 2 / 4 / 6 MW 96
×
96
×
56 96
×
96
×
56 96
×
96
×
82 96
×
96
×
100 96
×
96
×
100 96
×
96
×
82
4)
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Hardware and software components
Measuring Devices and Power Monitoring
Power Monitoring
For more information about powerconfig, see chapter "Software".
Accessories for 7KT PAC measuring devices
7KT PAC expansion modules 7KT LAN couplers
M-Bus Modbus RTU RS 485 KNX Web servers
Specification Up to 9,600 bit/s Up to 115,200 bit/s For connection to the 7KT
LAN coupler Up to 19,200 bit/s For up to 30 7KT
PAC1500 measuring
devices
Accessories for 7KM PAC measuring devices
7KM PAC expansion modules Standard mounting
rail adapters
Switched Ethernet
for 7KM PAC3200,
7KM PAC4200
and 3VA
COM100/COM800
PROFIBUS DP
for 7KM PAC3200,
7KM PAC4200
and 3VA
COM100/COM800
RS 485
for 7KM PAC3200,
7KM PAC4200
and 3VA
COM100/COM800
4DI/2DO
for 7KM PAC4200
(number of digital in-
puts/outputs per
module 4/2)
7KM PAC TMP2
for 7KM PAC3100 /
3200/4200 for mounting
on a standard mount-
ing rail
Protocol PROFINET IO
PROFIenergy
Modbus TCP
DPV1 Modbus RTU S0 interface --
Maximum number of
connectable expansion
modules of the same
type
1 1 1 2 --
The powerconfig software for commissioning
Software tool for the efficient commissioning and diagnosis of communication-capable SENTRON components
License Free use
Supported devices 7KM PAC3100/3200/4200 measuring devices, incl. expansion modules
3WL/3VL/3VA/ATC5300 circuit breakers
General range of functions The PC-based tool facilitates parameterization of the devices, resulting in substantial time savings, particularly when several
devices have to be set up.
The device settings can be stored in the PC and printed out.
The tool enables monitoring of instantaneous measured quantities, which can be printed out if required. Execution of specific
device functions, such as resetting of devices and setting of energy counters.
Supported languages German, English, Chinese, Spanish, Portuguese
Service functions Firmware updates and switching of language packs for 7KM PAC measuring devices
Functional scope with
7KM PAC4200 and 3VA Readout of data stored in the device (events; load profile history; daily energy counters), which are saved in csv format
Setting parameter values Display of current measured variables Display of the circuit breaker state
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Measuring Devices and Power Monitoring
Power Monitoring
PC-based power monitoring system
■
Overview
Hardware components of the PC-based power monitoring system
Power monitoring system with SENTRON components
The TÜV-certified power monitoring system from the SENTRON
portfolio consists of the 7KT/7KM PAC measuring devices, the
3WL/3VA/3VL circuit breakers, and the powermanager power
monitoring software. This forms the technical basis for
supporting a corporate energy management system as
specified by ISO 50001.
The hardware and software components are optimally coordi-
nated with each other. For example, special drivers for the
SENTRON devices are integrated in the powermanager power
monitoring software. They enable energy data to be captured
without any great configuration effort and they indicate the key
measured values or the status by means of predefined views.
This reduces the engineering overhead. The device functions
are optimally supported in the software.
Software component of the power monitoring software: powermanager
Features of the powermanager power monitoring software
The powermanager power monitoring software constitutes the
optimum technical basis for supporting a corporate power
monitoring system as specified by ISO 50001:
• Independent power monitoring software
• Can be operated using a Windows PC and measuring devices
with Ethernet connection
• Easy getting started with basic license, can be extended
with flexible licensing concept according to customer
requirements
• Fully scalable, relative to number of devices and software
functions
• Ensures optimum integration of 7KT/7KM PAC measuring
devices, as well as 3WL/3VA/3VL circuit breakers and other
Modbus devices
• Support of the various device and communication interfaces
(Modbus RTU, Modbus TCP)
• Status display of devices
• Available languages: German, English, Spanish, Portuguese,
Italian, French, Turkish, Chinese
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PC-based power monitoring system
Measuring Devices and Power Monitoring
Power Monitoring
■
Application
Industries
An energy-efficient production system enhances both the image
and the productivity of the company, and thus its competitive-
ness.
Power monitoring as the technical basis for energy management
for increasing a company's energy efficiency is thus of interest
to all areas, from industrial applications to infrastructure, and
buildings in the service sector.
System configuration
• Integration of measuring devices by means of predefined
device templates for the 7KT/7KM PAC measuring devices
and the 3WL/3VA/3VL circuit breakers
• Easy integration of existing Modbus-capable measuring
devices
• Communication through Standard Ethernet
• Integration of devices with RS485 interface (ModbusRTU)
through Modbus gateway, e.g. the 7KM PAC4200 measuring
device can be used as the gateway
Typical topology of a power monitoring system
■
More information
TÜV certification
The TÜV certificate is available from
www.siemens.com/tuev-certificate-of-conformity
Hardware of the PC-based power monitoring system
The hardware components of the PC-based power monitoring
system are
• 7KM PAC measuring devices
• 3WL air circuit breakers
• 3VL molded case circuit breakers
• 3VA molded case circuit breakers
• Software of the PC-based power monitoring system
The software of the PC-based power monitoring system is
powermanager.
Powermanager system packages with software and hardware
are an easy and low-cost way to get started in a power
monitoring system.
Internet
You can find more information on the Internet at:
www.siemens.com/powermonitoring
3WL air
circuit
breakers
Measuring/
protection
devices
Data detection
Server
Data processing
Windows or Web clients
Operation & monitoring
System configuration
powermanager power
monitoring software
7KT
PAC1500
measuring
device
7KM
PAC3100
measuring
device
7KM
PAC3200
measuring device
7KM
PAC4200
measuring device
7KM
PAC5100
measuring device
7KM
PAC5200
measuring device
3VA
molded case
circuit breakers
3VA
molded case
circuit breakers
I202_01389g
Modbus RS4853VA-line
Ethernet (Modbus)
Ethernet
COM 800
max. 8
...
3VA-line
COM 100
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Measuring Devices and Power Monitoring
Power Monitoring
SIMATIC-based power data management system
■
Overview
SIMATIC-based solutions for the process and manufacturing
industries
A key feature of the process and manufacturing industry is fre-
quently high energy consumption. It therefore makes sense to
integrate a power data management system in existing systems.
Communication via PROFIBUS DP
PROFIBUS DP enables integration of a wide range of devices:
• For the protection of distribution boards and loads:
Protective devices, such as circuit breakers
• For open-loop and closed-loop control: Frequency
converters, motor management systems and soft starters
• For detection
- Electrical measured quantities: Via the 7KM PAC3200/4200
measuring devices
- Non-electrical measured quantities: Via analog/digital
converters
PROFINET and PROFIenergy
An increasing number of devices in automation technology offer
PROFINET. The 7KM PAC Switched Ethernet PROFINET
expansion module enables the 7KM PAC3200/PAC4200 mea-
suring devices and 3VA circuit breakers to be connected to the
automation systems.
PROFIenergy is a "Common Application Profile" from PROFIBUS
International. Thanks to PROFIenergy it is possible to create a
power data management system with standardized device
interfaces.
Function block libraries for SIMATIC PCS 7 and WinCC
The function block library for SIMATIC PCS 7 and WinCC
ensures device integration as follows:
• Measured quantities and states can be connected via CFC
• Structured display of measured quantities and protection
parameters for the 3WL/3VA/3VL circuit breakers
• Limit value violations are displayed, archived and acknowl-
edged in the relevant communications system in the usual
way
• Circuit breakers can be program-controlled or manually
operated with the appropriate user authorization
7KM PAC3200
7KM PAC4200
measuring
devices
Distributed
I/O, e.g.
ET200
SINAMICS
G120 frequency
converters
Operating and
monitoring level
Acquisition and
control level
Processing level
SIMATIC PCS 7 / WinCC,
Option powerrate and function block libraries
Analog and digital signals
from contactors, counters,
flow meters
SIMOCODE
pro motor
management
system
Archive
COM800
SIMATIC S7
3VA-line3VA-line
...
3VA
COM100
3VA
COM15
3VA
max. 8
PROFIBUS DP
PROFINET /
PROFIenergy
Industrial Ethernet
PROFINET
Industrial Ethernet
3WL
NSH0_00060g
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SIMATIC-based power data management system
Measuring Devices and Power Monitoring
Power Monitoring
■
Benefits
• Increased energy efficiency due to precise knowledge of the
load profile
• Optimization of power supply agreements
• Allocation of power costs to cost centers
• Optimization of plant maintenance
• Identification of critical plant conditions
• Reliable monitoring of the power limit through automatic load
management
■
Application
The SIMATIC-based power data management system is used in
all industries in which PCS 7 and WinCC are used, and the trans-
parency and monitoring of power flows is crucial.
■
More information
Hardware components
The hardware components of the SIMATIC-based power data
management system are
• 7KM PAC measuring devices
• 3WL air circuit breakers
• 3VL molded case circuit breakers
• 3VA molded case circuit breakers
Software components
The software components of the SIMATIC-based power data
management system are
• Library 7KM PAC3200 for SIMATIC PCS 7
• Library 7KM PAC3200 for SIMATIC WinCC
Information about all the software components
Internet
You can find more information on the Internet at:
www.siemens.com/powermonitoring
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Measuring Devices and Power Monitoring
Measuring Devices
Introduction
■
Overview
Devices Page Application Standards Used in
Non-residential
buildings
Residential
buildings
Industry
7KM PAC measuring devices
7KM PAC3100 measuring device
AC/DC wide-range power supply
unit, screw connection
15 Control panel instrument with graphics display,
integrated digital inputs and outputs and an RS 485
interface for the transmission of measured values
and configurations.
Display of 30 electrical measured values and
consumption values in switchgear assemblies,
infeeds or outgoing feeders.
International standards and multi-lingual displays for
worldwide use.
Measuring
accuracy for
energy acc. to
IEC 61557-12
✓-- ✓
7KM PAC3200 measuring device
3 versions:
• AC/DC wide-range power supply
unit, screw connection
• DC power supply unit with extra-
low voltage, screw connection
• AC/DC wide-range power supply
unit, ring cable lug connection
15 Control panel instrument with graphics display,
integrated digital inputs and outputs and an
integrated Ethernet interface for the transfer of
measured values and configurations.
Display of over 50 electrical measured values for
switchgear assemblies, infeeds or outgoing feeders.
Dual-tariff measuring devices for precise energy
measurement for power import and feedback.
The following components are available:
• 7KM PAC Switched Ethernet PROFINET
• 7KM PAC RS 485
• 7KM PAC PROFIBUS DP
Measuring
accuracy for
energy acc. to
IEC 62053-22/23
and
IEC 61557-12
✓-- ✓
7KM PAC4200 measuring device
3 versions:
• AC/DC wide-range power supply
unit, screw connection
• DC power supply unit with extra-
low voltage, screw connection
• AC/DC wide-range power supply
unit, ring cable lug connection
15 Control panel instrument with graphics display,
user-defined displays, memory, clock and calendar
function, digital inputs and outputs and an integrated
Ethernet interface with gateway function to transfer
measured values and configurations.
Display of over 200 electrical measured values for
switchgear assemblies, infeeds or outgoing feeders.
Extensive functions for precise energy measurement
for power import and feedback and assessment of
the system quality.
The following components are available:
• 7KM PAC Switched Ethernet PROFINET
• 7KM PAC RS 485
• 7KM PAC PROFIBUS DP
• 7KM PAC 4DI/2DO
Measuring
accuracy for
energy acc. to
IEC 62053-22/23
and
IEC 61557-12
✓-- ✓
7KM PAC5100 measuring device
2 versions:
• Control panel instrument with
graphics display
• Standard rail instrument without
display
SIOS
1)
Control panel instrument with graphics display and
user-defined displays, or instrument for standard rail
mounting in accordance with EN 60750, web server
for parameterization, visualization and data manage-
ment, 2 binary outputs, electrically isolated voltage
inputs, synchronization via internal RTC clock or
externally via NTP, 4 freely parameterizable LEDs for
device status or limit violations, as well as integrated
RJ45 Ethernet interface.
Acquisition of over 250 electrical measurements for
switchboard assemblies, infeeds or outgoing
feeders, extensive functions for precise energy
measurement for power import and feedback and
assessment of the system quality.
Measuring
accuracy for
energy acc. to
IEC 62053-22/23
and
IEC 61557-12
✓-- ✓
7KM PAC5200 measuring device
2 versions:
• Control panel instrument with
graphics display
• Standard rail instrument without
display
SIOS
1)
Control panel instrument with graphics display and
user-defined displays or instrument for standard rail
mounting in accordance with EN 60750, web server
for parameterization, visualization and data manage-
ment, 2 binary outputs, electrically isolated voltage
inputs, flicker in accordance with IEC 61000-4-15,
synchronization via internal RTC clock or externally
via NTP, 4 freely parameterizable LEDs for device
status or limit violations, 2 GB memory, integrated
fault recorder, reporting in accordance with
EN 50160, rms recorder, as well as integrated RJ45
Ethernet interface.
Acquisition of over 250 electrical measurements for
switchboard assemblies, infeeds or outgoing
feeders. Extensive functions for precise energy
measurement for power import and feedback and
assessment of the system quality.
Measuring
accuracy for
energy acc. to
IEC 62053-22/23
and
IEC 61557-12
✓-- ✓
1)
Manuals and other technical product information are
available from Siemens Industry Online Support,
directly at https://support.industry.siemens.com/
cs/de/en/view/109477872
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Introduction
Measuring Devices and Power Monitoring
Measuring Devices
7KM PAC expansion modules 32 • The expansion module 7KM PAC Switched
Ethernet PROFINET is used to connect the 7KM
PAC3200 and 7KM PAC4200 measuring devices
and 3VA molded case circuit breakers to Switched
Ethernet PROFINET (PROFIenergy).
• The 7KM PAC PROFIBUS DP expansion module is
used to connect the 7KM PAC3200 and
7KM PAC4200 measuring devices and 3VA molded
case circuit breakers to PROFIBUS DPV1.
• The 7KM PAC RS 485 expansion module is used to
connect simple devices with RS 485 interface, such
as the 7KM PAC3200 and 3VA molded case circuit
breaker, and supports the Modbus RTU protocol.
• The 7KM PAC 4DI/2DO expansion module is used
to expand the 7KM PAC4200 measuring device to
up to 10 digital inputs and 6 digital outputs.
IEC 62053-31
✓-- ✓
7KT PAC measuring devices
7KT PAC1500 three-phase
measuring device
7KT154
38 Measurement of consumption data in three-phase
systems of plant sections, offices or holiday
apartments.
EN 50470-1,
EN 50470-3
EN 62052-23,
EN 62053-31
✓ ✓ ✓
7KT PAC1500 single-phase
measuring device
7KT153
41 For the measurement of consumption data in single-
phase systems, e.g. in industrial plants, offices and
apartments in apartment blocks.
EN 50740-1,
EN 50470-3,
EN 62053-31
✓ ✓ ✓
Expansion modules
7KT PAC
7KT19
44 Communication interfaces with IrDA infrared
interface for 7KT PAC1500 measuring devices.
Modules are available for the following bus systems:
•M-Bus
•Modbus RTU
• RS 485 (7KT1391 LAN coupler connection)
• KNX/EIB
EN 13321-1,
EN 13757
ISO/IEC 14543-3
EN 50090
✓ ✓ ✓
7KT LAN couplers 48 Web server with 2 GB internal storage, for
up to 30 7KT15.. measuring devices.
Global view and Excel export of actual consumption
data via LAN or Internet using a web browser such
as Firefox
IEEE 802 ✓-- ✓
Devices Page Application Standards Used in
Non-residential
buildings
Residential
buildings
Industry
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Measuring Devices and Power Monitoring
Measuring Devices
Introduction
Other measuring devices
Digital measuring devices
7KT111, 7KT112
51 Voltage and current measurement with large 3-digit
LEDs for monitoring incoming/outgoing currents and
device currents in order to prevent plant overload.
DIN 43751-1,
DIN 43751-2
✓-- ✓
Time and pulse counters for
standard rail mounting
7KT58
51 For monitoring operating hours and starting
operations for the planning of preventative
maintenance tasks and preventing sudden
shutdowns.
IEC 60255-6,
EN 60255-6
(VDE 0435-301)
UL 94
✓ ✓ ✓
Time counters for front-panel
mounting
7KT55, 7KT56
55 For monitoring operating hours and starting
operations for planning preventative maintenance
tasks and preventing sudden shutdowns.
IEC 60255-6,
EN 60255-6
(VDE 0435-301)
✓ ✓ ✓
Accessories
4NC current transformers 56 Window-type current transformers/pin-wound
transformers, particularly suitable for long measuring
leads, low cable losses
EN 60044-1,
VDE 0414-44-1
✓-- ✓
7KT12 current transformers 58 Straight-through transformers for installation in
distribution boards and non-contact measuring of
primary currents.
Ideal for combination with switch disconnectors,
measuring devices and counters.
IEC 60044-1,
EN 60044-1
(VDE 0414 T
44-1)
✓-- ✓
7KT90 measuring selector
switches
59 For switching over the phases for voltmeters and
ammeters.
✓-- ✓
Devices Page Application Standards Used in
Non-residential
buildings
Residential
buildings
Industry
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Introduction
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
■
Overview
Measuring precisely with 7KM PAC3100/3200/4200
The 7KM PAC measuring devices:
PAC3200 (left), PAC3100 (center) and PAC4200 (right)
The 7KM PAC measuring devices are used to measure and
display all relevant system parameters in low-voltage power
distribution. They can be used for both single-phase and
multi-phase measurements in 3 and 4-conductor power supply
systems (TN, TT, IT).
They record energy values for main distribution boards, electri-
cal branches or individual loads precisely and reliably, and also
supply key measured values for assessment of the state of the
plant and the quality of the power supply.
Features
7KM PAC measuring devices, general
The measuring devices of the 7KM PAC series offer the following
key features:
• Simple mounting and commissioning
• High IP65 degree of protection (front side, when installed)
permits usage in extremely dusty and wet environments
• Intuitive operation using 4 function buttons and multilingual
plain text displays
• Easy adaptation to different systems using integrated and
optional
- Digital inputs and outputs
- Communication interfaces
• Worldwide use
- At least 8 languages
- International approvals
- Developed and tested to European and international
standards
• Low mounting depth
7KM PAC3200 and 7KM PAC4200 measuring devices
Additional performance characteristics of the 7KM PAC3200
and 7KM PAC4200:
• Precise energy measurement
• Versatile system integration
- Integrated Ethernet interface
- Optional communication modules available
- Multifunctional digital inputs and outputs
- Limit monitoring
• Can be connected directly to power supply networks up to
690 V AC (UL-L), CATIII without voltage transformers
• Easy-to-use configuration software included in the scope of
delivery
7KM PAC4200 measuring device
Additional performance characteristics of the 7KM PAC4200:
• Monitoring the plant status and the power supply quality
- Basic information for evaluating the power supply quality
- Logging of plant history in the form of operation, control and
system-related events
• Recording of the power range through power averaging
(load profile)
• Daily energy meters for apparent, active and reactive energy
across 365 days for cut-off date assessment
• Detection of gas, water, compressed air or other energy
sources via pulse counter to the digital inputs
• Can be expanded using modules to up to 10 digital inputs and
6 digital outputs
• Counters for apparent, active and reactive energy for the pre-
cise detection of the power consumption of a partial process
or manufacturing process
• 10/100 Mbit/s Ethernet interface with gateway function for the
easy connection of devices with serial RS 485 interface via
expansion module 7KM PAC RS 485 to an Ethernet network
• Comprehensive user-friendly indicators, such as user-defined
displays, bar and status indicators, phase diagram and list
and histogram graphics
• Satisfies the accuracy requirements of class 0.2S high-preci-
sion meters used by power supply companies according to
IEC 62053-22, which are normally reserved for exacting
industrial applications
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
■
Application
Three-phase measuring devices are used to measure and dis-
play all relevant network parameters of an electrical installation
and they monitor these parameters permanently.
Applications
Wherever power has to be distributed, be it in industrial or infra-
structural buildings, the 7KM PAC measuring device supplies
important information to the building services system or the
power controlling system.
The many different communication options offered by the
7KM PAC make it an indispensable supplier of data for power
management systems and for plant and building automation.
Industries
Power distribution systems for the power supply are needed in
all areas of industry. The 7KM PAC measuring devices are used
accordingly in all areas where power consumption and electrical
parameters are to be measured.
Integration of 7KM PAC3200 and 7KM PAC4200
When the 7KM PAC3200 and 7KM PAC4200 measuring devices
are fully integrated into a power monitoring system, they monitor
the power consumption and help to monitor the operating state
of the plant. Measured values, limit value violations, operating
hours of a connected load or power flows are supplied by the
instruments quickly and reliably.
Using the optionally available interface modules, it is possible to
integrate both instruments in every control system or every
SIMATIC S7 environment.
System integration using function block libraries
Optionally available function block libraries make it easy to inte-
grate the measuring devices in the SIMATIC PCS 7 process
control system and the SIMATIC WinCC SCADA system.
Together with the faceplates as user interface for the
7KM PAC3200, the driver blocks and diagnostics blocks in the
control system enable the display and monitoring of technologi-
cally important values and functions of the measuring devices in
the respective target system.
Integration of the 7KM PAC3200 in SIMATIC PCS 7/WinCC
System integration of RS 485 fieldbus devices through Ethernet
A special feature is the integrated gateway function of the
7KM PAC4200. It enables a cost-effective and simple connec-
tion of devices with a serial RS 485 interface to an Ethernet
network.
Everything required is provided by the 7KM PAC RS 485 expan-
sion module, to which a maximum of 31 lower-level devices can
be connected without a repeater and as many as 247 with a
repeater.
The gateway function of the 7KM PAC4200 supports the Modbus
protocol and can be parameterized using powerconfig.
Connecting Modbus RTU devices to a power monitoring system
through 7KM PAC4200
Libraries for PCS7
and WinCC
Industrial Ethernet
PROFIBUS
7KM measuring
device
PROFIBUS
Faceplates
uzlWWX`[]
7KM measuring device
7KM PAC4200
with gateway
SQL
Database
3WL air
circuit
breakers
3VL molded
case circuit
breakers
7KM
PAC3200
NSG0_00238c
ClientClientServer
Ethernet
Modbus RTU
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
■
Design
Installation
The 7KM PAC3100/3200/PAC4200 measuring devices come
with a plastic enclosure for installation in control panels. It is
fastened by one holder on the right side of the device and one
on the left side.
Mounting of the 7KM PAC3100, 7KM PAC3200 and 7KM PAC4200
To mount the devices they are inserted from the front through the
square cutout in the control cabinet door and secured with the
supplied combination latching holders.
The pair of combination latching holders performs two functions:
• Thanks to the latching mechanism the fitter can fasten the
device in the control panel quickly and without the use of any
tools.
• If greater protection is required, the four latching holder
screws can be used to increase contact pressure evenly on all
sides so that the control panel cutout is completely sealed by
the integrally molded gasket, which is a standard feature. It is
no longer necessary to insert an accessory gasket in addition.
From the front, i.e. in the installed state, the device thus complies
with safety class II with degree of protection IP65.
As the result of the easy-to-use combination latching holders
and the small mounting depth it is easy to mount several devices
side by side.
The following illustration of the rear view of the 7KM PAC3200
and top view of the expansion module (in this case:
7KM PROFIBUS DP) shows by way of example how the
7KM PAC3200 and the expansion module are joined together.
An expansion module is mounted on a 7KM PAC4200 in similar
manner.
Mounting the expansion module, for example the PAC PROFIBUS DP on
the 7KM PAC3200 and 7KM PAC4200
Operator controls and displays
The following picture shows the device from the front, divided
into the function blocks provided for operation and monitoring,
including a description.
Device front of the 7KM PAC 3100, 7KM PAC3200 and 7KM PAC4200
measuring devices (here for example the 7KM PAC3200)
The devices are operated using 4 function keys, which
correspond to the 4 text fields situated above them. The key are
each assigned with several functions; their function at any time
depends on the menu then displayed. Which function a key has
in the respective menu is indicated by the text in the related
display.
2
NSE0_01953
1
$ Opening in the device for attaching the mounting holder
% Device holder with retention lugs
SN62217-B3x22
2x
0,5 Nm
NSE0_01952
$Device and module enclosure
%Fixing screws and related holes in the enclosure
&PROFIBUS connectors
(Fixtures for the PROFIBUS connector
NSE_01947
The header bar shows in plain text which
measurement values are presented in the
current display. For easier navigation, the
menu number of the display is shown on the
far right.
The measured
values with
phase identifer
and unit of
measurement
are shown in
the middle of
the display.
The scrollbar and the
menu number in the
display header togethe
r
indicate in which
display or parameter
menu you are, thus
enabling fast and
selective navigation.
Four function buttons with context-sensitive
descriptions for operating the device.
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
■
Function
Precise measurement of variables
7KM PAC3100 measuring device
The 7KM PAC3100 measuring device provides Class 1
measuring accuracy for voltages, currents, active power,
apparent power, and active energy (in accordance with
IEC 61557-12).
7KM PAC3200 measuring device
With its high accuracy, the 7KM PAC3200 meets the increasing
demand for precise power measurement. It satisfies the
accuracy requirements of Class 0.5S according to IEC 62053-22
for electronic active consumption meters.
7KM PAC4200 measuring device
The 7KM PAC4200 measuring device supplies measurement
data of far greater accuracy for determining and processing
power data and for assessing the quality of the network:
• For voltage, current, active power and active energy the
device achieves for example Class 0.2 according to
IEC 61557-12.
• For active energy this corresponds to Class 0.2S according to
the international meter standard IEC 62053-22.
The 7KM PAC4200 thus meets the accuracy requirements of the
high-precision meters used by the power supply companies,
which are normally reserved for exacting industrial applications.
Transparency in power matters
Altogether 10 power meters for active, reactive and apparent
energy monitor the power import and power feedback continu-
ously and separately according to high tariff and low tariff.
In addition to the continuous counters for apparent, active and
reactive energy, the 7KM PAC4200 saves the power consump-
tion levels per day for a period of 365 days. A cut-off date
assessment accurate to the day is possible by entering the
required calculation period. The power consumption for a prese-
lected period can be called up either directly on the device or by
using the communication interface.
Daily counter indicator of the 7KM PAC4200
The 7KM PAC3200 and 7KM PAC4200 measuring devices
supply the required power demands for active and reactive
power for load profile recording and serve as reliable suppliers
of data for a higher-level power management system.
Load profile recording with the 7KM PAC4200
As soon as the power draw conditions per demand period or
also reactive energy components affect the power costs it is
important to obtain an exact picture of your own plant's load
profile.
With its generously sized memory, the 7KM PAC4200 is ideal for
this purpose. With a set demand period of 15 minutes it records
the load profile for apparent, active and reactive power with
minimum and maximum values for import and feedback over a
period of 40 days. The recording duration can be increased or
decreased depending on the demand period selected.
The demand period can be synchronized to the period of the
power supply company so that the measured data can be
compared with the power supply company's records. This can
be done using either one of the digital inputs or a synchroniza-
tion command via the communication interface. If no synchroni-
zation option is available, the device synchronizes itself with its
internal clock.
For load profile recording the 7KM PAC4200 supports the fixed
block method (only one demand period) or the rolling block
method (division of the demand period into several
sub-periods). In addition it is possible to choose between
arithmetic or cumulated power demand calculation.
Load profile recording can be individually adapted with the
powerconfig configuration software.
Powerful communication
7KM PAC3100 measuring device
The 7KM PAC3100 measuring device has an integrated RS 485
port and can be operated with the Modbus RTU protocol.
Ethernet interface (7KM PAC3200/4200 measuring devices)
The 7KM PAC3200/4200 measuring devices have an Ethernet
interface as a standard feature which can be used not only for
configuration purposes using powerconfig but also for system
communication in a higher-level power management system.
This makes additional hardware superfluous.
The 10 Mbit/s Ethernet interface of the 7KM PAC3200 permits
one communication connection while the 10/100 Mbit/s Ethernet
interface of the 7KM PAC4200 permits three such connections
simultaneously. Both devices support the Modbus TCP protocol.
The Ethernet interface of the 7KM PAC4200 offers not only a
higher data transmission rate but also additional functions:
• Auto MDI(X) (auto crossover) and auto negotiation
• Serial gateway for connecting devices with an RS 485
interface to an Ethernet network
PROFIBUS DP interface (7KM PAC3200/4200 measuring
devices)
Use of the power monitoring devices in PROFIBUS DP is made
possible by the optionally available 7KM PAC PROFIBUS DP
expansion module.
Integration in PROFIBUS DP takes place using a standardized
text file, the device master data file (GSD). This GSD file is read
into the master with the help of the PROFIBUS configuration tool.
The master thus receives the slave-specific communication
framework of the PAC3200 or PAC4200 and can start cyclic
operation immediately. With DP V1 the PAC PROFIBUS DP
expansion module also supports acyclic data traffic.
Modbus RTU interface
Use of the power monitoring devices in Modbus RTU fieldbuses
is made possible by the optionally available PAC RS 485 expan-
sion module.
Integration in Modbus RTU systems takes place through para-
meterization of the device address and baud rate using the
device keyboard or via powerconfig.
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
The 7KM PAC4200 provides comprehensive information
about events
Voltage failures, limit value violations, switching operations,
device configuration changes, counter resets or deleting of the
memory are just some of the possible events which the
7KM PAC4200 records and saves to the events list.
The integrated memory has space for more than 4000 operation,
control and system-related events, which the user can organize
according to his requirements.
For example, in addition to the three selectable alert levels for
information, warning or alarm it is possible to choose the priority
of each event independently of each other. And it is also possi-
ble of course to choose whether an event is to be recorded at all
and in which order the events are to be shown on the display.
Three-level event displays on the 7KM PAC4200
Events are displayed in three levels:
• Popup window for signaling important events, e.g. in the case
of alarm messages. Mandatory acknowledgment is selectable
for particularly important events
• Events list for clear representation of the individual events with
symbols indicating the alert level
• Detail window with particulars of the event, e.g. event class,
date and time of occurrence, reason for triggering the event
and, where applicable, the measurement variable in question
with its measured value and limit value
Event recording can be configured with the powerconfig
configuration software.
Plain-text displays
A large, fully graphic LCD display enables easy reading even
from great distances. To make sure that this is also the case in
poor light conditions, the backlighting can be individually
adapted to the actual requirements.
In addition to the standard displays of the 7KM PAC3100/3200,
the 7KM PAC4200 measuring device offers up to four user-
definable displays. These displays can be used for individual
arrangement of the desired measured variables and for their
representation as bar or digital displays.
Operation, also multilingual
Operation is quick to learn thanks to the intuitive user guidance
using the four function keys in conjunction with multilingual plain
text displays. The experienced operator can also use direct
navigation for quicker selection of the desired display menu.
Following languages can be selected: English, Chinese, French,
German, Italian, Portuguese, Russian, Spanish and Turkish.
The product documentation is also available in 9 languages.
Multifunctional digital inputs and outputs
The 7KM PAC3200 measuring device is equipped with one
digital input and output each, and the 7KM PAC3100 and
7KM PAC4200 measuring devices with two multifunctional
digital inputs and outputs, to each of which various functions can
be assigned.
Functions of the digital inputs:
:
Functions of the digital outputs:
✓ Available
-- Not available
Monitoring of measured variables for limit value violation
(7KM PAC3200 and 7KM PAC4200 only)
The 7KM PAC3200 has a function for monitoring up to
6 measured variables, and the 7KM PAC4200 up to
12 measured variables, for violation of an adjustable upper or
lower limit value.
The following variables can be monitored: Voltage, current,
power, power factors, THD for voltage and current, frequency,
unbalance of voltage and current.
In addition it is possible with the 7KM PAC4200 to monitor the
phase angle, distortion current strength, individual line harmon-
ics from the 3rd to the 31st harmonic, and sliding window
demand values.
The following can be assigned to each limit value:
• A measured variable
• The monitoring mode (overshooting or undershooting)
• A limit value
• A delay time and
• A hysteresis
It is possible to select the action to be triggered by violation of a
limit value.
For example, a signal can be sent through the digital output or
the communication interface. The integrated universal counter
can be used to total the number of limit value violations. Whether
a limit value has been violated is indicated on the device.
7KM PAC measuring device 3100 3200 4200
Number of integrated digital inputs 2 1 2
Count input for energy pulses
(kWh, kvarh) from third-party
devices
-- ✓ ✓
+ any
energy form
Status monitoring of a switching
device
✓ ✓ ✓
Tariff switching between high tariff
and low tariff -- ✓ ✓
Signal input for synchronization of
the demand period -- ✓ ✓
Time synchronization of the internal
clock to a master clock -- -- ✓
7KM PAC measuring device 3100 3200 4200
Number of integrated digital
outputs 2 1 2
Pulse output for sending energy
pulses (kWh, kvarh)
✓ ✓ ✓
Alarm output for signaling limit
value violations -- ✓ ✓
Operating status display -- ✓ ✓
Direction of rotation indicator -- ✓ ✓
Switching output for remote control
via system software
✓ ✓ ✓
Synchronization of third-party
devices to own demand period -- -- ✓
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
Interconnected with logic operations ...
The 7KM PAC3200 and 7KM PAC4200 measuring devices have
a function for interconnecting limit values using logic operations
as follows:
• 7KM PAC3200: AND/OR
• 7KM PAC4200: AND/OR/NAND/NOR/XOR/XNOR
Like the individual limit values, the result of the logic operation
can also trigger selective actions, which were previously
described in the section "Monitoring of measured variables for
limit value violations".
… and conveniently programmed with the 7KM PAC4200
In addition to the interconnection of limit values it is also possible
with the 7KM PAC4200 to include the digital inputs in the logic
operation.
On the 7KM PAC4200 the logic operations are configured in
user-friendly manner using a graphic programming interface.
To each of the 5 logic gates it is possible to assign 4 random
inputs (limit value or digital input) and one logic function
(AND, OR, NAND, …).
From the small black bar at the inputs of the gates the user can
see the state of the input at a glance.
Logic operations with limit value events on the 7KM PAC4200
measuring device
Monitoring of voltage and current for unbalance
(7KM PAC4200 only)
The 7KM PAC4200 measuring device measures, among other
things, the unbalance of voltage and current in the line. Now that
a limit value can also be assigned to these two parameters,
problems due to unsymmetrical loads in the installation can be
detected early on and avoided.
Operating hours counter
(7KM PAC3200 and PAC4200 measuring devices)
An important service function is performed by the integrated
operating hours counter, which can be used to monitor e.g.
pumps, motors or machines. The counter measures the runtime
of a connected load, helping to ensure that important mainte-
nance intervals are observed.
The count can be read out and evaluated by a PC. A higher-level
power management system is thus able to generate relevant
maintenance information.
Universal in use
The 7KM PAC3100, 7KM PAC3200 and 7KM PAC4200 can all be
used for measuring in two, three and four-wire networks. Single-
phase, two-phase and three-phase measurements are possible.
Thanks to their large measured voltage range, the devices can
be directly connected in every low-voltage system up to a rated
line voltage of 690 V (U
L-L
)
1)
. Higher voltages can be measured
using voltage transformers.
For measuring currents it is possible to use both x/1A and x/5A
current transformers (for 7KM PAC3100 only x/5A x/5A current
transformers). Transformer ratios and current direction can be
programmed on the device for adaptation to local conditions.
Protection against unauthorized access
The 7KM PAC3100, 7KM PAC3200 and 7KM PAC4200 come
with integrated password protection so that the energy and
parameter data are safe from unauthorized access. Changes to
the parameterization can be traced using a configuration coun-
ter which can be read out through the communication interface.
1)
Max. 500 V (UL-L) for version with DC power supply unit with extra-low
voltage (7KM2111-1BA00-3AA0)
PH_11.book Seite 19 Dienstag, 8. Dezember 2015 4:13 16
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
■
Technical specifications
Device 7KM PAC3100 7KM PAC3200 7KM PAC4200
Measurement
Systems
Voltage types Only for alternating voltage
systems Only for alternating voltage
systems Only for alternating voltage
systems
Number of phases Single-, two- or three-phase Single-, two- or three-phase Single-, two- or three-phase
Number of conductors 3 or 4 conductors 3 or 4 conductors 3 or 4 conductors
Load type Same or any load Same or any load Same or any load
Quadrants 4 quadrants (import and export)
Frequency of the relative fundamental Hz 50/60 50/60 50/60
Signal detection For E, U, I Seamless Seamless Seamless
Waveform Sine or distorted Sine or distorted Sine or distorted
Measuring inputs for voltage
Rated voltage 3 AC U
e
(max.)
Device with AC/DC wide-voltage power supply unit 7KM3133-
0BA00-3AA0 7KM2112
-0BA00-3AA0
-0BA00-2AA0
7KM4212
-0BA00-3AA0
-0BA00-2AA0
Phase/N V AC 277 (max. 347 for UL) +20 % 400 (max. 347 for UL) +20 % 400 (max. 347 for UL) +20 %
Phase/phase V AC 480 (max. 600 for UL) +20 % 690 (max. 600 for UL) +20 % 690 (max. 600 for UL) +20 %
Device with DC power supply unit with extra-low voltage -- 7KM2111-1BA00-3AA0 7KM4211-1BA00-3AA0
Phase/N V AC -- 289 +20 % 289 +20 %
Phase/phase V AC -- 500 +20 % 500 +20 %
Minimum measurable voltage Phase/N V AC 11.6 40 11.5
Phase/phase V AC 20 69.3 20
Surge strength 1.2/50 μskV
6.5 9.5 9.5
Input resistance Phase/N MΩ0.84 1.05 1.05
Power consumption Per phase mW 131 220 220
Measuring category CAT III CAT III CAT III
Measuring of voltages > 690 or 500 V AC
using a voltage transformer
Measuring inputs for current
Rated current 3 AC I
e
per phase Adjustable A AC 5 1 or 5 1 or 5
Permanent load capacity Permanent A AC 10 10 10
Surge withstand capability For 1 second A AC 100 100 100
Power consumption Per phase mVA 500 at 6 A 4 at 1 A, 115 at 5 A 4 at 1 A, 115 at 5 A
Measuring category CAT III CAT III CAT III
Zero point suppression level Adjustable 10 mA in the phases, 45 mA
in the neutral conductor 0 ... 10 % 0 ... 10 %
Measuring of currents using current transformer x/5 A x/1 A or x/5 A x/1 A or x/5 A
Supply voltage
AC/DC wide-voltage power supply unit 7KM3133
-0BA00-3AA0 7KM2112
-0BA00-3AA0
-0BA00-2AA0
7KM4212
-0BA00-3AA0
-0BA00-2AA0
Primary operating range V AC 100 … 240 ±10 % 95 … 240 ±10 % 95 … 240 ±10 %
V DC 110 … 250 ±10 % 110 … 340 ±10 % 110 … 340 ±10 %
Rated frequency of the AC operating range Hz 50/60 50/60 50/60
DC extra-low voltage power supply unit -- 7KM2111-1BA00-3AA0 7KM4211-1BA00-3AA0
Primary operating range V DC -- 22 … 65 ±10 % 22 … 65 ±10 %
Power consumption (max.)
Without optional expansion module AC VA 10 611
DC W 5 3 5.5
Including optional expansion module AC VA -- 832
DC W -- 3.5 11
Overvoltage category CAT III CAT III CAT III
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
Error limits
Accuracy class according to IEC 61557-12:2007 Yes No Yes
The accuracy class according to IEC 61557-12 is the value
in % relative to the measured value under reference
conditions.
--
Vol t ag e Phase/N 1±0.3 % 0.2
Phase/phase 1±0.3 % 0.2
Current 1±0.2 % 0.2
Apparent power 1±0.5 % 0.5
Active power 1±0.5 % 0.2
Reactive power 3±2 % 1.0
Frequency 0.1 ±0.05 % 0.1
p.f. -- -- 0.2 %
1)
Power factor 2±0.5 % 2.0
Phase angle -- -- ±1°
1)
Apparent energy -- ±0.5 % 0.5
Active energy 1Class 0.5S according to
IEC 62053-22 0.2
Reactive energy 3Class 2 according to
IEC 62053-23 2
When measuring on external current transformers or
voltage transformers, the accuracy of the measurement
depends on the quality of the transformer.
Digital inputs
Number 2 1 2
Rated value V DC 24 24 24
Max. input voltage V DC 30
(SELV or PELV supply) 30
(SELV or PELV supply) 30
(SELV or PELV supply)
Input threshold Signal "1" V DC > 13 > 13 >19
Signal "0" V DC < 8 < 8 < 10
Input current Signal "1" mA DC 2.5 ... 10 7 4
Max. input delay From "0" to "1" ms 5 5 5
From "1" to "0" ms 5 5 5
Digital outputs
Number 2 1 2
Function Switching or pulse output Switching or pulse output Switching or pulse output
Required operational voltage V DC 12 ... 24 12 ... 24 12 ... 24
Max. switched output voltage V DC 30 (SELV or PELV supply) 30 (SELV or PELV supply) 30 (SELV or PELV supply)
Output current signal "1"
Typical mA DC 10 ... 27 10 ... 27 10 ... 27
Permanent Max. mA DC 50
(thermal overload
protection)
100 100
(thermal overload
protection)
Short-time overload for max. 100 ms mA DC 130 300 300
Resistive load mA DC 100 100 100
Switching frequency Max. Hz 17 17 17
Max. output delay From "0" to "1" ms 5 5 5
From "1" to "0" ms 5 5 5
Pulse output function Signal characteristics in
accordance with
IEC 62053-31
Signal characteristics in
accordance with
IEC 62053-31
Signal characteristics in
accordance with
IEC 62053-31
Adjustable pulse duration ms 30 … 500 30 … 500 30… 500
Minimum adjustable time frame ms 10 10 10
Short-circuit protection Yes Yes Yes
Device 7KM PAC3100 7KM PAC3200 7KM PAC4200
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Communication
Ethernet --
Version -- RJ45 (8P8C) RJ45 (8P8C)
Usable cable types (ground necessary) -- Twisted pair (CAT 5) Twisted pair (CAT 5)
Protocol -- Modbus TCP Modbus TCP
Transmission rate max. MBit/s -- 10 10/100
Supported functions -- -- Auto negotiation and
auto MDI(X)
TCP/IP ports -- 1 2
Max. number of simultaneous connections -- 1 3
Max. refresh time at the interface for instantaneous values ms -- 200 200
Serial gateway
Protocol (Ethernet) -- -- Modbus TCP
Protocol (lower-level devices) -- -- Modbus RTU
Use requirement -- -- Expansion module
7KM PAC RS 485
Max. number of lower-level devices -- -- Without repeater: 31
With repeater: 247
PROFIBUS DP
Through the 7KM PAC PROFIBUS DP V1 expansion
module -- Yes Yes
Transmission rate max. MBit/s -- 12 12
Measured variables to be transferred -- Definable using GSD file Definable using GSD file
RS 485
Through expansion module 7KM PAC RS 485 No, integrated Yes Yes
Transfer rates kBd Optionally 4.8/9.6/19.2/38.4 Optionally 4.8/9.6/19.2/38.4 Optionally 4.8/9.6/19.2/38.4
Protocol Modbus RTU Modbus RTU Modbus RTU
Display and operator control
Display type LCD, monochrome LCD, monochrome LCD, monochrome
Displays/indicators Alphanumeric and text Alphanumeric and text Full graphics
Resolution Dots 128 x 96 128 x 96 128 x 96
Size mm 72 x 54 72 x 54 72 x 54
Contrast Adjustable Adjustable Adjustable
Representation Display invertible,
pos/neg mode Display invertible,
pos/neg mode Display invertible,
pos/neg mode
Backlighting
Background color White White White
Lighting intensity Adjustable Adjustable Adjustable
Lighting intensity reduced Adjustable Adjustable Adjustable
Time until reduction of lighting intensity min 0 ... 99 0 ... 99 0 ... 99
Refresh time s0.33 … 3, adjustable
Keyboard 4 function keys F1 to F4 on the front
Device 7KM PAC3100 7KM PAC3200 7KM PAC4200
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
Connection elements and terminals
Measuring inputs and supply voltage Screw connection
7KM3133-0BA00-3AA0 7KM2112-0BA00-3AA0
7KM2112-1BA00-3AA0
7KM4212-0BA00-3AA0
7KM4212-1BA00-3AA0
Conductor cross-sections Solid mm
2
1 x 0.5 ... 4 1 x 0.5 ... 4 1 x 0.5 ... 4
AWG 1 x 20 ... 12 AWG 1 x 20 ... 12 AWG 1 x 20 ... 12
mm
2
2 x 0.5 ... 2.5 2 x 0.5 ... 2.5 2 x 0.5 ... 2.5
AWG 2 x 20 ... 14 AWG 2 x 20 ... 14 AWG 2 x 20 ... 14
Finely stranded with
end sleeve mm
2
1 x 0.5 ... 2.5 1 x 0.5 ... 2.5 1 x 0.5 ... 2.5
AWG 1 x 20 … 14 AWG 1 x 20 … 12 AWG 1 x 20 … 12
mm
2
2 x 0.5 ... 1.5 2 x 0.5 ... 1.5 2 x 0.5 ... 1.5
AWG 2 x 20 … 16 AWG 2 x 20 … 16 AWG 2 x 20 … 16
Tool size ± Screw, Pozidriv 2 2 2
Measuring inputs and supply voltage Ring cable lug connection
-- 7KM2112-0BA00-2AA0 7KM4212-0BA00-2AA0
Conductor cross-sections Dependent on ring
cable lug used mm
2
-- 1 x 1.0...6.0 1 x 1.0...6.0
-- AWG 1 x 18...10 AWG 1 x 18...10
mm -- D: 3...4
S: 0.75 ... 1.0
W: ≤ 8
L1: ≤ 24
L2: ≤ 20
L3: ≥ 8
D: 3...4
S: 0.75 ... 1.0
W: ≤ 8
L1: ≤ 24
L2: ≤ 20
L3: ≥ 8
inch -- D: 0.118 ... 0.157
S: 0.029 ... 0.039
W: ≤ 0.314
L1: ≤ 0.944
L2: ≤ 0.787
L3: ≥ 0.314
D: 0.118 ... 0.157
S: 0.029 ... 0.039
W: ≤ 0.314
L1: ≤ 0.944
L2: ≤ 0.787
L3: ≥ 0.314
Tool size ± Screw, Pozidriv -- 2 2
Required tool -- Crimping or fitting tool for ring terminal lugs
Digital output, digital input Screw connection (for all measuring device versions)
Conductor cross-sections Solid mm
2
1 x 0.2 ... 2.5 1 x 0.2 ... 2.5 1 x 0.2 ... 2.5
mm
2
2 x 0.2 ... 1.0 2 x 0.2 ... 1.0 2 x 0.2 ... 1.0
AWG 1 x 24 ... 12 AWG 1 x 24 ... 12 AWG 1 x 24 ... 12
Finely stranded with
end sleeve mm
2
1 x 0.25 ... 2.5 1 x 0.25 ... 2.5 1 x 0.25 ... 2.5
mm
2
2 x 0.25 ... 1.0 2 x 0.25 ... 1.0 2 x 0.25 ... 1.0
AWG 1 x 24 … 12 AWG 1 x 24 … 12 AWG 1 x 24 … 12
Tool size ± Screw, Pozidriv 1 1 1
RS 485 connection Screw connection (RS485 connection using 7KM PAC RS485
expansion module)
Connection designations Com, +/B, -/A -- --
Conductor cross-sections Solid mm
2
1 x 0.2 ... 2.5 -- --
mm
2
2 x 0.2 ... 1.0 -- --
AWG 1 x 24 ... 12 -- --
Finely stranded with
end sleeve mm
2
1 x 0.25 ... 2.5 -- --
mm
2
2 x 0.25 ... 1.0 -- --
AWG 1 x 24 … 12 -- --
Tool size ± Screw, Pozidriv 1
Device 7KM PAC3100 7KM PAC3200 7KM PAC4200
/
/
/
'
:
6
NSG0_00229
NSG0_00228
NSG0_00231
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
1)
The IEC 61557-12 standard does not specify any accuracy class for these
variables. The specifications refer to the maximum deviation from the
actual value.
Dimensions and weights
Enclosure dimensions (W x H x D)
Without expansion module mm 96 x 96 x 56 96 x 96 x 56 96 x 96 x 82
With expansion module mm -- 96 x 96 x 78 96 x 96 x 104
Mounting depth
Without expansion module mm 51 51 77
With expansion module mm -- 73 99
Weight
Without expansion module Approx. g 325 325 450
With expansion module Approx. g -- 370 540
Switchboard cutout mm 92
+0.8
x 92
+0.8
92
+0.8
x 92
+0.8
92
+0.8
x 92
+0.8
Enclosure for panel mounting Acc. to IEC 61554 Acc. to IEC 61554 Acc. to IEC 61554
Control panel thickness mm 0.5 … 4 0.5 … 4 0.5 … 4
Mounting position Vertical Vertical Vertical
Degree of protection and safety class
Safety class acc. to EN 61010-1
From the front when installed II II II
Degree of protection acc. to EN 60529
All devices Front IP65 IP65 IP65
Device with screw terminals Rear IP20 IP20 IP20
Device with ring cable lug terminals Rear -- IP10 IP10
Ambient conditions
Temperature range
Operating temperature °C -10 … + 55 -10 … + 55 -10 … + 55
Storage and transport temperature °C -25 … + 70 -25 … + 70 -25 … + 70
Relative humidity
At 25 °C without condensation % 95 95 95
Altitude
Above sea level up to max. m 2000 2000 2000
Pollution degree 2 2 2
Battery for buffering measured variables
Recommended battery types Non-rechargeable
types -- -- BR2032 or CR2032
Approval -- -- Acc. to UL1642
Nominal voltage/nominal discharge current V/mA -- -- 3/0.2
Minimum permissible reverse current mA -- -- 5
Suitable for ambient temperatures up to at least °C -- -- 70
Access protection
Password protection 4-digit numerical code 4-digit numerical code 4-digit numerical code
Password protection prevents the following:
• Changing of device settings, including password
• Changing and deleting of values
• Deleting of data and memory content
• Setting and resetting of counts
Effective through:
• Direct input on the device
Effective through:
• Direct input on the device
Effective through:
• Direct input on the device
• Via the Ethernet interface
• Via the 7KM PAC RS 485
expansion module
Reading out of measured values and memory content Possible without restriction Possible without restriction Possible without restriction
Standards and approvals
CE EU Acc. to the CE Declaration
of Conformity Acc. to the CE Declaration
of Conformity Acc. to the CE Declaration
of Conformity
cULus USA/Canada Acc. to UL File E314880 Acc. to UL File E314880 Acc. to UL File E314880
UL50 Type enclosure 5 Type enclosure 5 Type enclosure 5
FCC Class A, Part 15 Subpart B Class A, Part 15 Subpart B Class A, Part 15 Subpart B
Environmental tests IEC 60068 IEC 60068 IEC 60068
Device 7KM PAC3100 7KM PAC3200 7KM PAC4200
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
■
Dimensional drawings
Dimensions of the 7KM PAC3100
Left: Front view with screw terminals;
Right: Side view with screw terminals
Dimensions of the 7KM PAC3200
Left: Front view with screw terminals; Center: Side view with screw terminals; Right: Side view with ring cable lug terminals
Dimensions of the 7KM PAC4200
Left: Front view with ring cable lug terminals; Center: Side view with screw terminals; Right: Side view with ring cable lug terminals
91
96 51
96
I201_18358
96
F1 F2 F3 F4
96
91
51
NSE0_01955
73
90
99
77
96
96
10
77
99
90
NSG0_00239
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Control panel cutout on the 7KM PAC4200, side
Left: 7KM PAC3200 with screw terminals
Right: 7KM PAC3200 with ring cable lug terminals
Control panel cutout and mounting clearances for 7KM PAC3100, PAC3200 and 7KM PAC4200
Left: Control panel cutout from the front Right: Mounting clearances of two devices
(here for example the 7KM PAC3200)
■
Circuit diagrams
Connection examples
Following connection examples apply for the measuring devices
7KM PAC3200, 7KM PAC4200 and partly for the 7KM PAC3100.
More information can be found in the respective manuals.
Note
In the examples, some elements are shown with one asterisk (*)
and/or two asterisks (**). Their meanings are as follows:
* Fuses must be provided by the user
** Connection of supply voltage
Fuses
Protection of the supply voltage input:
Connection example 1:
Three-phase measurement, four conductors, unbalanced load,
without voltage transformer, with three current transformers
max. 4 mm
70
70
70
70
NSG0_00242
F1 F2 F3 F4
F1 F2 F3 F4
NSE_01958
135
NSE0_01956
92+0,8
92+0,8
Fuse holders Cylindrical fuse links
3NW7-5130HG 3NW1006-0HG (0.6A)
NSE0_01932
; ;
1Q
/D
/E
/F
))))
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
Connection example 2:
Three-phase measuring, four conductors, unbalanced load, with
voltage transformer, with three current transformers
Connection example 3:
Three-phase measuring, four conductors, balanced load, with-
out voltage transformers, with one current transformer
Connection example 4:
Three-phase measuring, four conductors, balanced load, with
voltage transformers, with one current transformer
Connection example 5:
Three-phase measuring, three conductors, unbalanced load,
without voltage transformers, with three current transformers
Connection example 6:
Three-phase measuring, three conductors, unbalanced load,
with voltage transformers, with three current transformers
Connection example 7:
Three-phase measuring, three conductors, unbalanced load,
without voltage transformers, with two current transformers
; ;
)
)))
)))
1Q
/D
/E
/F
NSE0_01933
; ;
))
1Q
/D
/E
/F
NSE0_01934
; ;
1Q
/D
/E
/F
) )
)
NSE0_01935
; ;
))))
/D
/E
/F
NSE0_01936
; ;
/D
/E
/F
))))
)))
NSE0_01937
NSE0_01938
; ;
/D
/E
/F
) ) )
)
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Connection example 8:
Three-phase measuring, three conductors, unbalanced load,
with voltage transformers, with two current transformers
Connection example 9:
Three-phase measuring, three conductors, balanced load, with-
out voltage transformers, with one current transformers
Connection example 10:
Three-phase measuring, three conductors, balanced load, with
voltage transformers, with one current transformer
Connection example 11:
Two-phase measuring, three conductors, unbalanced load,
without voltage transformers, with two current transformers
Connection example 12:
Single-phase measuring, two conductors, without voltage trans-
formers, with one current transformer
Connection example 13:
Three-phase measuring, four conductors, unbalanced load, with
voltage transformer, with three current transformers
; ;
/D
/E
/F
) ) )
) ) )
)
NSE0_01939
; ;
/D
/E
/F
))))
NSE0_01940
; ;
/D
/E
/F
))))
)))
NSE0_01941
; ;
/D
/E
1Q
) ) )
NSE0_01942
NSE0_01943
; ;
/D
1Q
) )
; ;
/D
/E
/F
1Q
))))
)))
NSE0_01944
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
Connection graphics
Connection graphics for 7KM PAC3100
Overview of 7KM PAC3100 terminal assignments
Top: Top side, Bottom: Rear
Device with screw terminals
7KM PAC3100 terminal assignments in detail (rear)
Device with screw terminals
I201_18356
1
1
345
2
No. Function
$Digital inputs and outputs, functional ground
%Slot not assigned
&Supply voltage L+, N/-
(Measuring inputs voltage V1, V2, V3, VN
)Measuring inputs current IL1, IL2, IL3
*RS 485 connection
13 15 17 19
1614 18
1
2 4 6 8 10 12
3 5 7 9 11
I201_18357
No. Terminal Function
$IL1 k Phase current, IL1, input
%IL1 l Phase current, IL1, output
&IL2 k Phase current, IL2, input
(IL2 l Phase current, IL2, output
)IL3 k Phase current, IL3, input
*IL3 l Phase current, IL3, output
+V1 Phase voltage UL1
,V2 Phase voltage UL2
-V3 Phase voltage UL3
.VN Neutral conductor UN
/L/+ AC: Connection: Conductor (phase voltage)
DC: Connection: +
0N/- AC: Connection: Neutral conductor
DC: Connection: -
1Functional ground
2DIC Digital input (common)
3DI1 Digital input 1
4DI0 Digital input 0
5DOC Digital output (common)
6DO1 Digital output 1
7DO0 Digital output 0
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Technical specifications and project planning aids
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Connection graphics for 7KM PAC3200
Overview of 7KM PAC3200 terminal assignments
Top: Top side, Bottom: Rear
Device with screw terminals
7KM PAC3200 terminal assignments in detail (rear)
Device with screw terminals
1
2
345
6
7
8
1
NSE_01950
No. Function
$Digital inputs and outputs, functional ground
%Slot not assigned
&Supply voltage L+, N/-
(Measuring inputs voltage V1, V2, V3, VN
)Measuring inputs current IL1, IL2, IL3
*Slot for optional expansion modules
+Optional expansion module, not included in scope of supply
,Ethernet interface
1 2 3 4 5 6 7 8 11 12
13 14 15 16 17
910
NSE_01951
No. Terminal Function
$IL1 k Phase current, IL1, input
%IL1 l Phase current, IL1, output
&IL2 k Phase current, IL2, input
(IL2 l Phase current, IL2, output
)IL3 k Phase current, IL3, input
*IL3 l Phase current, IL3, output
+V1 Phase voltage UL1
,V2 Phase voltage UL2
-V3 Phase voltage UL3
.VN Neutral conductor UN
/L/+ AC: Connection: Conductor (phase voltage)
DC: Connection: +
0N/- AC: Connection: Neutral conductor
DC: Connection: -
1Functional ground
2DI- Digital input -
3DI+ Digital input +
4DO- Digital output -
5DO+ Digital output +
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
Technical specifications and project planning aids
Connection graphics for 7KM PAC4200
Overview of 7KM PAC4200 terminal assignments
Top: Top side, Bottom: Rear
Device with screw terminals
7KM PAC4200 terminal assignments in detail (rear)
Device with screw terminals
1
1
3
4
5
6
2
7
8
Digital inputs and outputs, functional ground
Slot for optional expansion modules
Slot for optional expansion modules
Supply voltage L/+, N/-
Measuring inputs voltage V1, V2, V3, VN
Measuring inputs current IL1, IL2, IL3
Optional expansion module, not included in the scope of supply
Ethernet interface
No. Function
1
2
3
4
5
6
7
8
NSG0_00241
DIC DI1 DI0 D OC DO1 DO0
DIC DI1 DI0 D OC DO1 DO0
1 3 5 7 9 11
2 4 6 8 10 12
13 15 17 19
16 18
14
No. Terminals Function
IL1 k Phase current, IL1, input
IL1 l Phase current, IL1, output
IL2 k Phase current, IL2, input
IL2 l Phase current, IL2, output
IL3 k Phase current, IL3, input
IL3 l Phase current, IL3, output
V1 Phase voltage UL1
V2 Phase voltage UL2
V3 Phase voltage UL3
. VN Neutral conductor UN
L/+ AC: Connection: Conductor (phase voltage)
DC: Connection: +
N/- AC: Connection: Neutral conductor
DC: Connection: -
Functional ground
DIC Digital inputs (common)
DI1 Digital input 1
DI0 Digital input 0
DOC Digital outputs (common)
DO1 Digital output 1
DO0 Digital output 0
1
2
3
4
5
6
7
8
9
13
14
15
16
17
18
19
10
11
12
NSG0_000240
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7KM PAC expansion modules
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
■
Overview
Expansion modules are used as communication interfaces and
for expanding the digital inputs/outputs for 7KM PAC measuring
devices.
The expansion modules are plugged in at the back of the
measuring device. The device identifies the module automati-
cally and presents the relevant parameters for this module for
selection in the parameterization menu.
The
following expansion modules are available (shown from left
to right in the figure on the left):
• 7KM PAC Switched Ethernet PROFINET expansion module
• 7KM PAC PROFIBUS DP expansion module
• 7KM PAC RS 485 expansion module
• 7KM PAC 4DI/2DO expansion module
Connection for 3VA molded case circuit breakers
The following expansion modules can be mounted on the front
of the COM800/COM100 data concentrators of the 3VA molded
case circuit breaker:
• 7KM PAC Switched Ethernet PROFINET and
• 7KM PAC PROFIBUS DP
For further details, see Catalog LV 10, chapter "Molded case
circuit breakers" or the manual at
http://support.automation.siemens.com/DE/view/en/90318775
More information
For more information about the software components
see Catalog LV 10, chapter "Software", and on the Internet at
www.siemens.com/lowvoltage/powermonitoring
Version Use in
7KM PAC 3VA
PAC3100
PAC3200
PAC4200
PAC5100
PAC5200
COM800/
COM100
7KM PAC expansion modules
7KM PAC Switched Ethernet PROFINET expansion module
The 7KM PAC Switched Ethernet PROFINET expansion module is a plug-in communication
module for 7KM PAC3200 and 7KM PAC4200 measuring devices and 3VA molded case
circuit breakers.
It provides the following features:
• Standardized PROFIenergy interface to the measured quantities
• The measured quantities can be individually selected using a GSDML file. This permits
use of cost-effective S7 CPUs
• Easy parameter assignment using the device display and STEP 7
• Integrated Ethernet switching allows networking with short cables without additional
switches
• Direct integration in production machine networks using IRT
(IRT = Isochronous-Real-Time)
• Full support of PROFINET IO (DHC, DNS, SNMP, SNTP)
• Device replacement without PG in the PROFINET assembly using LLDP
• Deterministic reversing time through ring redundancy (MRP)
• Modbus TCP communication
• Communication with powermanager or powerconfig
• 2 x Ethernet (RJ45) sockets
• Transmission rates 10 and 100 Mbit/s
• Protocols PROFINET IO, PROFIenergy and Modbus TCP
• No external auxiliary power necessary
• Status display via the device display and via LEDs on the module
All measured variables from 7KM PAC3200 and 7KM PAC4200 can be individually
selected and cyclically transmitted by means of the GSDML file. This enables optimum use
of the process image of the PROFINET controller, e.g. CPU 315-2 PN/DP of SIMATIC S7.
The measured variables can be read out in acyclic mode using PROFIenergy, a PNO
protocol profile. Thanks to PROFIenergy, it is possible to assemble a power monitoring
system with devices from various manufacturers using PROFINET.
-- ✓✓-- -- ✓
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
7KM PAC expansion modules
7KM PAC PROFIBUS DP expansion module
The 7KM PAC PROFIBUS DP expansion module is a plug-in communication module for
7KM PAC3200 and 7KM PAC4200 measuring devices and 3VA molded case circuit
breakers.
The 7KM PAC PROFIBUS DP expansion module has the following features:
• Plug-in communication module for measuring devices for connection to PROFIBUS DPV1
• 7KM PAC3200 and 7KM PAC4200
• Parameterizable via device front or using parameterization software
• Data can be transferred both cyclically and acyclically via PROFIBUS DPV1
• Easy engineering thanks to integration in SIMATIC STEP 7 and/or simple integration via
GSD file for other programming systems
• Optimum use of process image of a control system for selection of individual measured
quantities for cyclical transfer
• Supports all baud rates from 9.6 kbit/s up to 12 Mbit/s
• Connection through 9-pole Sub-D connector according to IEC 61158
• No external auxiliary power necessary
• Status display via the device display and via LEDs on the module
-- ✓✓-- -- ✓
7KM PAC RS 485 expansion module
The 7KM PAC RS 485 expansion module has the following features:
• 7KM PAC RS 485 plug-in communication module for 7KM PAC3200 and 7KM PAC4200
measuring devices and 3VA molded case circuit breakers
• Parameterizable via device front or using parameterization software
• Support for the Modbus RTU protocol
• Plug and play
• Supports transmission rates of 4.8/9.6/19.2 and 38.4 kbit/s
• Connection by means of 6-pole screw terminals
• No external auxiliary power necessary
• Status indication by LED on the module
• The 7KM PAC RS 485 expansion module is required for the gateway function of the
7KM PAC4200 for communication with simple devices with an RS 485 interface, such as
the 7KM PAC3100, via Ethernet (Modbus TCP).
-- ✓✓-- -- --
7KM PAC 4DI/2DO expansion module
The 7KM PAC 4DI/2DO expansion module is used to expand the 7KM PAC4200 measuring
device to up to 10 digital inputs and 6 digital outputs and offers the following features:
• Up to two 7KM PAC 4DI/2DO modules can be plugged onto a 7KM PAC4200
• The 7KM PAC 4DI/2DO expansion modules mean that the internal digital inputs and
outputs can be expanded by up to 8 inputs and 4 outputs
• The 7KM PAC 4DI/2DO expansion modules can be configured locally at the front of the
device or via the powerconfig parameterization software
• The digital inputs can be used without the need for an external power supply as they are
self-powered. This is particularly useful for the integration of non-electric measuring
devices, such as water or compressed-air counters
• All functions of the integrated multifunctional inputs/outputs on the 7KM PAC4200 are also
available in the 7KM PAC 4DI/2DO expansion module
• Inputs and outputs can be used as an S0 interface conforming to IEC 62053-31
• The connection is made via a 9-pole screw terminal
• No external auxiliary power supply is required
-- -- ✓-- -- --
Version Use in
7KM PAC 3VA
PAC3100
PAC3200
PAC4200
PAC5100
PAC5200
COM800/
COM100
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7KM PAC expansion modules – Switched Ethernet PROFINET expansion module
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
■
Technical specifications
■
Dimensional drawings
Dimensions of Switched Ethernet PROFINET expansion module
at the side and from above
Communication
Industrial Ethernet 10/100 Mbit/s
Integrated IRT-enabled switch Auto crossover
With 2 x 8-pole RJ45 sockets Auto negotiation
Power supply
From 7KM PAC measuring device
Dimensions and weights
Enclosure dimensions (W x H x D)
Module enclosure for plug-in mounting mm 43 x 63 x 22
Weight approx. g 36
Degree of protection
Degree of protection acc. to EN 60529 IP20
Ambient conditions
Temperature range
Operating temperature °C -10 … + 55
Storage and transport temperature °C -25 … + 70
Relative humidity
At 25 °C without condensation % 95
Altitude
Above sea level up to max. m 2000
Pollution degree 2
mm
PH_11.book Seite 34 Montag, 15. Februar 2016 11:34 11
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35
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Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
7KM PAC expansion modules – 7KM PAC PROFIBUS DP expansion module
■
Technical specifications
■
Dimensional drawings
Dimensions of 7KM PAC PROFIBUS DP expansion module at the
side and from above Dimensions of the plug connector between the 7KM PAC
PROFIBUS DP expansion module and the 7KM PAC measuring
device
■
More information
Software components
For more information about the software components,
see Catalog LV 10, chapter "Software", and on the Internet at
www.siemens.com/lowvoltage/powermonitoring
Communication
PROFIBUS DP
Transmission rate max. Mbit/s 12
Protocol PROFIBUS DPV1
Measured variables to be transferred Definable using GSD file
Dimensions and weights
Enclosure dimensions (W x H x D)
Module enclosure for plug-in mounting mm 43 x 63 x 22
Weight approx. g 45
Degree of protection
Degree of protection acc. to EN 60529 IP20
Ambient conditions
Temperature range
Operating temperature °C -10 … + 55
Storage and transport temperature °C -25 … + 70
Relative humidity
At 25 °C without condensation % 95
Altitude
Above sea level up to max. m 2000
Pollution degree 2
22
NSE_01948
43
63 6
NSE_01949
7,5
6,44
PH_11.book Seite 35 Montag, 15. Februar 2016 11:34 11
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36 Siemens · 10/2015
7KM PAC expansion modules – 7KM PAC RS 485 expansion module
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
■
Technical specifications
■
Dimensional drawings
Dimensions of 7KM PAC RS 485 expansion module at the side
and from above Dimensions of the plug connector between the 7KM PAC RS 485
expansion module and the 7KM PAC measuring device
■
More information
Software components
For more information about the software components,
see Catalog LV 10, chapter "Software", and on the Internet at
www.siemens.com/lowvoltage/powermonitoring
Communication
RS 485
Transfer rates kBd Optionally 4.8/9.6/19.2/38.4
Protocol Modbus RTU
Dimensions and weights
Enclosure dimensions (W x H x D)
Module enclosure for plug-in mounting mm 43 x 63 x 22
Weight approx. g 41
Degree of protection
Degree of protection acc. to EN 60529 IP20
Ambient conditions
Temperature range
Operating temperature °C -10 … + 55
Storage and transport temperature °C -25 … + 70
Relative humidity
At 25 °C without condensation % 95
Altitude
Above sea level up to max. m 2000
Pollution degree 2
22
NSE_02001
43
63 11
NSE_02002
7,5
6,44
PH_11.book Seite 36 Montag, 15. Februar 2016 11:34 11
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37
Siemens · 10/2015
Measuring Devices and Power Monitoring
7KM PAC Measuring Devices
7KM PAC expansion modules – 7KM PAC 4DI/2DO expansion module
■
Technical specifications
■
Dimensional drawings
Dimensions of 7KM PAC 4DI/2DO expansion module at the side
and from above
Inputs/outputs
Digital outputs
Number 4
Type Internal power supply
Design/function Switching output or pulse output according to IEC 62053-31 Class B
External operating voltage 0 ... 30 V DC, (optional)
Input resistance
• "1" signal detection ≤ 1 kΩ
• "0" signal detection ≥ 100 kΩ
Input resistance
• "1" signal detection ≥ 2.5 mA
• "0" signal detection ≤ 0.5 mA
Digital outputs
Number 2
Type Bidirectional
Design/function Switching output or pulse output according to IEC 62053-31 Class B
Rated voltage 0 ... 30 V DC, typical 24 V DC (SELV or PELV supply)
Output current for "1" signal
• Continuous load ≤ 50 mA (internal resistance 55 Ω
• Transient overload ≤ 130 mA for 100 ms
Output current for "0" signal
• Continuous load ≤ 0.2 mA
• Transient overload ≤ 130 mA for 100 ms
Dimensions and weights
Enclosure dimensions (W x H x D)
Module enclosure for plug-in mounting mm 43 x 63 x 22
Weight approx. g 38
Degree of protection
Degree of protection acc. to EN 60529 IP20
Ambient conditions
Temperature range
Operating temperature °C -10 … + 55
Storage and transport temperature °C -25 … + 70
Relative humidity
At 25 °C without condensation % 95
Altitude
Above sea level up to max. m 2000
Pollution degree 2
43,00
70,30
29,5
NSE0_90926
PH_11.book Seite 37 Montag, 15. Februar 2016 11:34 11
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38 Siemens · 10/2015
7KT PAC1500 three-phase measuring devices
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
Overview
7KT PAC1500 measuring devices, three-phase, for direct connection
up to 80 A / 125 A
The measuring devices (power meters) are used to record the
amount of electrical energy and power exported and imported.
Siemens compact measuring devices are designed as modular
devices for alternating current and can be mounted on standard
mounting rails. They comply with the metering equipment
standard EN 50470 (Part 1 and 3) and come with an
LCD display.
The three-phase measuring devices for direct connection are
available up to 125 A and in versions with transformer
connections (…/5 A to 10000/5 A).
The measuring devices store active and reactive energy and all
comply with accuracy class 1 (for active energy).
All measuring devices have a pulse output (S0) and are
designed for 2-tariff measurements. The MID versions comply
with the new Measuring Instruments Directive 2004/22/EC.
The measuring devices also have an integrated optical interface
(IrDA) for connecting communication modules, which enables
their integration in a range of other systems, such as power
management systems.
■
Technical specifications
7KT PAC1500 three-phase measuring device 7KT1540
7KT1542
7KT1543
7KT1545
7KT1546
7KT1548
Standards EN 50470-1, EN 50470-3, EN 62053-23, EN 62053-31
Connection
• Direct connection -- 80 A 125 A
• Transformer current connection .../5 A -- --
General data
• Enclosures Acc. to DIN 43880 MW
(1 MW = 18 mm) 4 4 6
• Mounting Acc. to EN 60715 35 mm
• Mounting height mm 70
Function
• Connection Single-phase or three-phase No. of conductors 42 ... 4 2 ... 4
• Storage of setting and counter reading Via (EEPROM) Yes Yes Yes
• Tariffs For active and reactive energy T1/T2 T1/T2 T1/T2
Supply (through measuring terminals)
• Rated control supply voltage U
n
V AC 230
• Voltage range V 110... 276
• Rated frequency f
n
Hz 50
Measuring accuracy (at 23 ±1 °C) Based on nominal value
• Active energy and active power Acc. to EN 50470-3 Class B
• Reactive energy and reactive power Acc. to EN 62053-23 Class 2
Measuring inputs
• Connection type
Transformer TA-TC .../5 A
Direct Direct
• Terminal capacitance, operational and main cur-
rent paths Rigid, min. (max.) mm
2
1.5 (6) 1.5 (35) 5 (50)
Flexible min. (max.) mm
2
1.5 (6) 1.5 (35) 5 (50)
•Voltage U
n
Phase/phase V 400
Phase/N V 230
• Operating range voltage Phase/phase V 190 ... 480
Phase/N V 110 ... 276
• Current I
ref
A-- 5 5
• Current I
n
A 5 -- --
• Current I
min
A0.05 0.25 0.25
• Current operating range (I
st
… I
max
) Direct connection A -- 0.015 ... 80 0.020 ... 125
Transformer connection A 0.003 ... 6 -- --
• Transformer current Primary current of the trans-
former A5 ... 10000 -- --
Smallest input step A 5-- --
• Input ripple form Sinusoidal
• Operating starting current I
st
mA 315 20
S0 interface Acc. to EN 62053-31
• Pulse outputs for absorbed active and reactive energy T1 + T2 Yes
• Pulse count For input current I
max
Pulses/kWh -- 500 500
Automatic for transformers Pulses/kWh 100 - 10 - 1 -- --
IR interface
• At the side for connecting communication modules M-Bus/Modbus RTU/RS 485/KNX
PH_11.book Seite 38 Montag, 15. Februar 2016 11:34 11
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Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
7KT PAC1500 three-phase measuring devices
■
Dimensional drawings
■
Circuit diagrams
7KT1543
7KT1545 7KT1540 7KT1543, 7KT1545, 7KT1540,
view from the left
23
L1 L2 L3
1N 5
4
90
L1 L2 L3
I202_02068
72
23
L1L2L3
1N 5
4
90
k1I1 k2I2k3 I3
I202_02069
72
45
90
I202_02065
64
446
7KT543, 7KT545, three-phase connection 7KT543, 7KT545, single-phase connection
To achieve the specified accuracy, the N conductor must be connected to
the counter. With single-phase connection the display lighting cannot be activated.
7KT540
L1 L1 L2 L2 L3 L3
2346
7
N15
230 V AC
230/400 V AC
Tarif fs
kWh kvar
S0 S0
~~~~
+-
-+
80A
80 A
80A
I202_02072
L1
L2
L3
LN
N
L1 L1 L2 L2 L3 L3
N
~~~~
+-
-+
LN
2346
7
15
Tariffs
230 V AC
230/400 V AC
kWh kvar
S0 S0
I202_02074
L1
N
80 A
N
k1 L1 l1 k2 L2 l2 k3 L3 l3
2346
7
15
~~~~
+-
-+
LN
230 V AC
230/400 V AC
Tariffs
kWh kvar
S0 S0
K
l
L
k
K
l
L
k
K
l
L
k
6 A 6 A
I202_02073
L1
L2
L3
6 A
N
PH_11.book Seite 39 Montag, 15. Februar 2016 11:34 11
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40 Siemens · 10/2015
7KT PAC1500 three-phase measuring devices
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
More information
Display representation
• Green, backlit LCD
• The control button is used to select the different display levels.
Operation
The large number of measured variables makes it necessary to
present the data in 2 display levels:
A) Default and
B) Energy counter states
A) Default display level
• The default display level shows the sum of the active and
reactive energy:
- Sum of active energy (E1-E2+E5-E6)
- Sum of reactive energy (E3-E4+E7-E8)
- Software version
- Checksum
• The various measured variables can be called up by briefly
pressing the control button.
• A 3-digit display indicates the instantaneous power. A bar
display indicates the instantaneous current in steps of 10 % in
relation to the maximum load rating (I
max
) (transformer
connection in relation to I
secondary
). The bar display is
refreshed every 2 s.
• Note:
In this display level the symbol indicator (import/export) refers
to the actual power and not to the energy consumption value.
B) E-counter states display level
• This display level presents the energy values E1 to E8.
• To switch to the E1 to E8 energy values, press and hold the
control button until the red LED lights up (approx. 4 s).
The power indicators go out and the display shows the energy
values E1 to E8.
• A brief press of the control button enables these measured
values to be shown in a loop.
• To return to the default display level, press and hold the control
button for approx. 4 s or wait approx. 30 s for automatic
switchover to the initial display.
• To view all the energy registers per phase (active and reactive
energy for consumed and supplied energy for T1 and T2) in a
loop, press the control button for 2 s.
• The display lighting is switched off automatically after 40 s of
inactivity.
Display test control button
• If the control button is pressed and held for longer than 10 s,
a display test will be activated.
• This test takes 30 s to complete. The DEFAULT display level
then appears.
Resetting all energy registers
• If the control button is pressed and held for longer than 20 s,
the word "rESEt" will appear.
• After the control button is pressed again for at least another
4 seconds, all the energy registers are set to ZERO.
kWh
kvarh kWh display
kvarh display
Power import display
Power export display
T12 Selected/active tariff
Phase value of energy display (L1-2-3) and SL
Phase total value of energy display
Display for inductive power
Display for capacitive power
Display for active and reactive power
Connection error and phase failure Display for the current transformer ratio, primary side
Bar diagram (as a percent of I
max
)
Device name and approval data
LED accuracy check display
Control button
LB
i201_02077
PH_11.book Seite 40 Montag, 15. Februar 2016 11:34 11
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41
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Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
7KT PAC1500 single-phase measuring devices
■
Overview
The 7KT PAC1500 single-phase measuring devices (power
meters) are used to record the amount of electrical energy and
power exported and imported. They comply with the metering
equipment standard EN 50470 (Part 1 and 3) and come with an
LCD display.
The 7KT PAC1500 single-phase measuring devices for direct
connection are available up to 80 A. They store active and
reactive energy, and all comply with accuracy class 1 (for active
energy).
All measuring devices have a pulse output (S0) and are
designed for 1-tariff or 2-tariff measurements, depending on the
version.
The MID versions comply with the new Measuring Instruments
Directive 2004/22/EC. The measuring devices (with the excep-
tion of 7KT1530) also have an integrated optical interface (IrDA)
for connecting communication modules.
■
Technical specifications
7KT PAC1500 single-phase measuring device
Direct connection up to 80 A
7KT530 7KT531
7KT533
Standards EN 50470-1, EN 50470-3, EN 62053-23, EN 62053-31
General data
• Enclosures Acc. to DIN 43880 MW 2
• Mounting Acc. to EN 60715 35 mm
• Mounting height mm 70
Function
• Operating mode Single-phase loads Conductors 2
• Storage of setting and counter reading Via (EEPROM) Yes
• Tariff For active energy T1 T1 + T2
For reactive energy T1 T1 + T2
Supply (through measuring terminals)
• Rated control supply voltage U
n
V AC 230
• Voltage range V184 ... 276
• Rated frequency f
n
Hz 50
Measuring accuracy (at 23 ±1 °C) Based on nominal value
• Active energy and active power Acc. to EN 50470-3 Class B
• Reactive energy and reactive power Acc. to EN 62053-23 Class 2
Measuring inputs
• Connection type Phase/N Direct
• Terminal capacitance, operational and
main current paths Rigid, min. (max.) mm
2
1.5 (35) 1.5 (35)
Flexible min. (max.) mm
2
1.5 (35) 1.5 (35)
• Operating range voltage Phase/N V AC 184 ... 276
• Current I
ref
A15
• Current I
min
A0.75
• Current operating range (I
st
... I
max
) Direct connection A 0.025 ... 80
• Current waveform Sinusoidal
• Operating starting current I
st
mA 25
S0 interface Acc. to EN 62053-31
• Pulse outputs for consumed active and reactive energy Yes
• Pulse count Pulses/kWh 1000
IR interface
• At the side for connecting communication modules (M-Bus/Modbus RTU/RS 485/KNX) -- Yes
PH_11.book Seite 41 Montag, 15. Februar 2016 11:34 11
© Siemens AG 2016
42 Siemens · 10/2015
7KT PAC1500 single-phase measuring devices
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
Dimensional drawings
■
Circuit diagrams
7KT530 7KT531,
7KT533 7KT140
7KT530 7KT531,
7KT533 7KT140
45
LL N
3
90
I202_02066
36
45
LL N
3
21
90
I202_02067
36
45
LL N
3
90
I202_02066
36
45
90
I201_16002
64
44
6
36
13
L1 L1 N
L1 L1 N
345
230/400 V AC
kvarkWh
~~
S0S0
~
80 A
L1
N
I202_02070
++
-
L1 L1 N
234
15
230/400 V AC
Tariffs
230 V AC
kWh kvar
S0 S0
~~~
++
-
LN
80 A
N
I202_02071
L1
13
L1 N
L1
N
80 A
L1
I201_16003a
kWh
T1
230 V AC
PH_11.book Seite 42 Montag, 15. Februar 2016 11:34 11
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43
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Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
7KT PAC1500 single-phase measuring devices
■
More information
Digital 7KT53. single-phase E-counters, display representation
• Green, backlit LCD
• The control button is used to select the different display levels.
Operation
The large number of measured variables makes it necessary to
present the data in 2 display levels:
A) Default
B) Energy counter states
A) Default display level
• The default display level shows the sum of the active and
reactive energy:
- Sum of active energy (E1-E2 for 7KT1530 and
E1-E2+E5-E6 for 7KT1531, 7KT1533)
- Sum of reactive energy (E3-E4 for 7KT1530
and E3-E4+E7-E8 for 7KT1531, 7KT1533)
- Software version
- Checksum
• The various measured variables can be called up by briefly
pressing the control button.
• A 3-digit display indicates the instantaneous power. A bar
display indicates the instantaneous current in steps of 10 % in
relation to the maximum load rating (I
max
). The bar display is
refreshed every second.
• Note:
In this display level the symbol indicator (import/export) refers
to the actual power and not to the energy consumption value.
Display test control button
If the control button is pressed and held for longer than 10 s,
a display test will be activated.
This test takes 30 s to complete. The DEFAULT display level then
appears.
B) E-counter states display level
• This display level presents the energy values E1 to E8.
• To switch to this display level, press and hold the control
button until the red LED lights up (approx. 4 s). The power
indicators disappear and the display shows the energy values
E1-E8.
• A brief press of the control button enables the loop display of
these measured values.
• To return to the default display level, press and hold the control
button for 4 seconds.
• The display lighting is switched off automatically after 40 s of
inactivity.
Resetting of all energy registers (except for 7KT1533)
If the control button is pressed and held for longer than 20 s, the
word "rESEt" will appear.
Pressing the control button again for at least another 4 seconds,
resets all the energy registers to ZERO.
Power import indicator ( )
Power dissipation indicator ( )
Selected / current rate
Indicator for inductive power
Indicator for capacitive power
Indicator for active and reactive power
Control key for readout
kvarh indicator
kWH indicator
Energy value
Is indicated when the energy
result is negative
Bar chart
(in percent of
Device designation and
approval data
LED accuracy monitoring
indicator
Imax)
PH_11.book Seite 43 Montag, 15. Februar 2016 11:34 11
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44 Siemens · 10/2015
7KT PAC expansion modules
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
Overview
7KT PAC expansion modules, from left to right:
Expansion modules for M-Bus, Modbus RTU, RS 485, Instabus KNX
The
7KT PAC
expansion modules are used as communication
interfaces for 7KT PAC1500 measuring devices. They have the
following features:
• The expansion modules can be selected independently of the
measuring device. This means they can also be retrofitted in
already installed measuring devices.
• Data transmission between the measuring devices and
expansion modules is executed via the IrDA infrared interface.
• The expansion modules are placed alongside the measuring
devices in the installation direction so that their IrDA interfaces
are exactly opposite each other.
M-Bus expansion module (7KT1908)
• Power supply through bus cable
• Baud rates: 300 to 9,600 kbit/s
• Status indication by LED on the module
• Can be parameterized using M-Bus Master software
Modbus RTU expansion module (7KT1907)
• Power supply: 230 V AC
• Baud rates: 4.8 / 9.6 / 19.2 and 38.4 kbit/s are supported
• Status indication by LED on the module
• Configurable via RS 485 master software
RS 485 expansion module (7KZ1903)
• Power supply: 230 V AC
• Status indication by LED on the module
7KNX/EIB expansion module (7KT1900)
• Power supply through the KNX/EIB bus cable
• Status indication by LED on the module
■
Dimensional drawings
M-Bus expansion module
For dimensional drawings, see
http://support.automation.siemens.com/WW/view/en/39963313/td
Modbus RTU expansion module
For dimensional drawings, see
http://support.automation.siemens.com/WW/view/en/42261531/td
RS 485 expansion module
For dimensional drawings, see
http://support.automation.siemens.com/WW/view/en/45510722/td
7KNX/EIB expansion module
For dimensional drawings, see
http://support.automation.siemens.com/WW/view/en/46373272/td
PH_11.book Seite 44 Montag, 15. Februar 2016 11:34 11
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Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
7KT PAC3000 measuring devices
■
Overview
7KT PAC3000 measuring device
Features
• Measuring devices with LED display
• For direct connection (80A) and transformer connection (/5A)
• Indication of 38 measured values possible
• 9 display levels, each with 6 display blocks (one level is freely
configurable)
• Password-protected menu setting
• S0 pulse output
• Integrated RS 485 interface (for connection to the 7KT1391
LAN coupler or for communication using Modbus RTU)
■
Technical specifications
1)
For installation in a distribution board with at least IP51 degree of protection.
7KT PAC3000 measuring device without communication 7KT310 7KT311
7KT PAC3000 measuring device with RS 485 interface (Modbus RTU/LAN coupler) 7KT340 7KT341
Standards EN 50470-1, EN 50470-3, EN 62053-23,
EN 62053-31, IEC 61010-1
General data
• Enclosures Acc. to DIN 43880 6 modules
• Mounting Acc. to EN 60715 35 mm
• Mounting height mm 70
Supply
• Rated control supply voltage U
c
V AC 230
• Primary operating range × U
c
0.8 ... 1.2
• Rated frequency Hz 50
• Rated power loss P
v
VA <5
Measuring accuracy
•Voltage %± 1
• Current %± 2
• Services %± 1
• Active energy Acc. to EN 50470-3 Class B
• Reactive energy Acc. to IEC 62053-23 Class 2
• p.f. %± 2
• Frequency %± 0.2
Measuring inputs
• Connection type Direct Transformer /5 A
•Voltage U
n
Phase/phase V 400
Phase/N V 230
• Operating range voltage Phase/phase V 87 ... 480
Phase/N V 50 ... 276
• Current I
n
/I
ref
A 5 1 or 5
• Operating range current A 0.0015 ... 80 0.003 ... 6
• Transformer current Primary current of the transformer A -- 5 ... 10000
Smallest input step A -- 1 or 5
• Frequency Hz 50
S0 interface Acc. to IEC 62053-31 Class A
• Pulse outputs For active and reactive energy T1 and T2 Yes Yes
• Pulse count At 80 A, max. Pulses/kWh 500 --
Depending on the transformer factor, adjust-
able, max. Pulses/kWh -- 10000
Modbus RTU interface (for 7KT1340 - 7KT1341 only)
• Transmission rate kbit/s 9.6-19.2 9.6-19.2
Ambient conditions
• Mechanical environment M1
• Electromagnetic environment E2
• Operating temperature °C -10 ... +55
• Temperature limits for storage and transport °C -25 ... +70
• Relative humidity (without condensation) % < 80
• Vibrations Sine amplitude at 50 Hz mm ± 0.075
• Degree of protection Installed device front side/terminals IP51
1)
/PI20
PH_11.book Seite 45 Montag, 15. Februar 2016 11:34 11
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46 Siemens · 10/2015
7KT PAC3000 measuring devices
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
Dimensional drawings
■
Circuit diagrams
Information on the connection of transformer counters:
In the case of cross-section reduction, a short-circuit resistant
cable is required for the power supply of terminal 2, depending
on the fusing for phases L1, L2, L3. A fuse of 6 A is recom-
mended for line protection.
Current transformers must not be operated with open terminals
as this can result in dangerously high voltages, which may cause
personal injury and/or property damage. It can also lead to a
thermal overload of the transformers.
7KT300 7KT301
644
64
45
I201_11333a
90
108
NN
23
L1 L1 L2 L2 L3 L3
644
64
45
I201_11334a
90
108
L2 L3L1 N
k1 l1 k2 I2 k3 I3
23
23
I201_11424a
L1
L2
L3
L1 L1 L2 L2 L3 L3 N N
63 A
63 A
63 A
L1
N
L1 L1 L2 L2 L3 L3 N N
63 A
L1
L2
L3
L1 L1 L2 L2 L3 L3 N N
N
63 A63 A
63 A
7KT1 300
LN
63 A63 A
400 V AC
Direct connection 63 A, 3-wire circuit
230 V AC
Direct connection 63 A, single-phase
230/400 V AC
Direct connection 63 A, 4-wire circuit
230 V AC
7KT1 301
LN
7KT1 302
L1
L2
L3
6 A
I201_11425b
23
k1 L1 l1 k2 L2 l2 k3 L3 l3 N N N
K
l
L
k
6 A
L1
N
k1 L1 l1 k2 L2 l2 k3 L3 l3 N N N
K
l
L
k
K
l
L
k
K
l
L
k
6 A 6 A 6 A
L1
L2
L3
N
k1 L1 l1 k2 L2 l2 k3 L3 l3 N N N
K
l
L
k
K
l
L
k
K
l
L
k
6 A 6 A
400 V AC
Current transformer connection, 3-wire circuit
230/400 V AC
Current transformer connection, 4-wire circuit
230 V AC
230 V AC
Current transformer connection, single-phase
PH_11.book Seite 46 Montag, 15. Februar 2016 11:34 11
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47
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Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
7KT PAC3000 measuring devices
■
More information
Voltage measurement
The multimeter measures the delta voltages L1 to L2; L2 to L3
and L3 to L1 or the star voltages L1, L2, L3 to N.
Σ
L symbol for the three-phase system
This indicates that all physical units shown under this symbol are
always 3-phase.
Display values
You can continuously display 5 measured variables from the
following 23 options:
Display
The multimeters have a covered, brightly lit LED display. The
measured values are indicated on an 11-mm high, green
7-segment LED, the physical units are indicated by orange text
abbreviations. Both colors are easier to recognize than the red
LEDs used for conventional displays. Capacitive loads are
automatically indicated by a capacitor symbol, inductive loads
by a coil symbol – also in orange.
Matrix selection
Conventional measuring instruments display voltages, currents,
powers, etc. in a rigid sequence on several "screens". These
multimeters allow users to define their own standard for mea-
sured variables per display field, so that they can be imple-
mented far more universally and flexibly.
A special feature is the analysis of the different loads on the
phases. Phase displacement and unsymmetrical or unbalanced
loads can cause partial overloads. These multimeters offer a
range of different options for combining and assessing mea-
sured values.
The display fields are selected using rotary pushbuttons and the
desired indications confirmed with OK. By making the horizontal
selection e.g. W, V, A or p.f., and the vertical selection,
e.g. L1, L1–L2 or ΣL, users can then define the desired
measured variables for this display field.
The vertical data on the display can be assigned to any mea-
sured value in the horizontal data. The letters M(ega) and k(ilo)
are automatically assigned according to measuring range,
i.e. measured value, e.g. kW or MW. Capacitive loads are
automatically indicated by a capacitor, inductive loads by a coil.
The following diagram shows an example of what your matrix
selection might look like.
No. Measured value Display Unit Assignment
1 Active power D1 W L1
2 Voltage D1 V L1
3 Current D1 A L1
4 Apparent power D1 VA L1
5 p.f. D1 p.f. L1
6 Voltage D1 V L1 – L2
7 Active power D2 W L2
8 Voltage D2 V L2
9 Current D2 A L2
10 Apparent power D2 VA L2
11 p.f. D2 p.f. L2
12 Voltage D2 V L2 – L3
13 Active power D3 WL3
14 Voltage D3 V L3
15 Current D3 A L3
16 Apparent power D3 VA L3
17 p.f. D3 p.f. L3
18 Voltage D3 V L3 – L1
19 Active power D1, D2, D3, D5 W ΣL
20 Apparent power D1, D2, D3, D5 VA ΣL
21 Reactive power D5 var ΣL
22 Frequency D4 Hz ΣL
23 p.f. D1, D2, D3, D4 p.f. ΣL
2 set values are also displayed:
24 Transformer setting D5 CT/A /5
25 Transformer setting CT/A 5 ... 5000
l1
L1-N
L1-L2
L1
L2
L3
L3-L1
l2
l3
L3-N L2-N
N
L2-L3
I201_08410b
1
2
3
I201_11614a
OK
M k W V A M k W V A M k W V A
L
L1
D1 D2 D3
D5 D4
L1-2
L
L2
L2-3
L
L3
L3-1
L
M k W V A R
CT/A
H Z
p. f. p. f. p. f.
p. f.
I201_10803a
L1
k W
A
L2 L3
OK
k W k W
L
p. f.
PH_11.book Seite 47 Montag, 15. Februar 2016 11:34 11
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48 Siemens · 10/2015
7KT LAN couplers
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
Overview
7KT 391 LAN coupler
A LAN coupler supports worldwide data retrieval from 7KT PAC
measuring devices, as long as there is a LAN link to the Internet.
Up to 30 devices can be connected to a LAN coupler via a web
browser, such as Firefox. In turn, the LAN coupler is connected
to a LAN.
Data communication between the LAN coupler and the PC takes
place using the TCP/IP protocol.
■
Application
Suitable 7KT PAC measuring devices
The following measuring devices can be connected to the
LAN coupler:
Order No.
Energy measuring devices
7KT PAC1500 digital three-phase counters
• For direct connection 80 A, double tariff 7KT1543
• For direct connection 80 A, double tariff
calibrated version
7KT1545
• For transformer connection .../5 A, double tariff 7KT1540
• For transformer connection .../5 A, double tariff
calibrated version
7KT1542
• For direct connection 125 A, double tariff 7KT1546
• For direct connection 125 A, double tariff,
calibrated version
7KT1548
• For direct connection 63 A, double tariff 7KT1520
• For transformer connection .../5 A, double tariff 7KT1521
• Digital 1-phase counters
• For direct connection 80 A, double tariff 7KT1531
• For direct connection 80 A, double tariff
calibrated version
7KT1533
7KT PAC3000 measuring devices
• 7KT PAC3000, for direct connection 7KT1340
• 7KT PAC3000, for transformer connection .../5 A 7KT1341
PH_11.book Seite 48 Montag, 15. Februar 2016 11:34 11
© Siemens AG 2016
49
Siemens · 10/2015
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
7KT LAN couplers
■
Technical specifications
7KT1391 LAN couplers
Standards IEEE 802.3 AS, IEC 60950, EN 61000-6-2, EN 61000-6-3
General data
• Enclosures Acc. to DIN 43880 4 modules
• Mounting Acc. to EN 60715 Mounting on standard mounting rail (35 mm)
• Mounting height mm 70
Supply
• Rated power loss P
v
VA ≤ 10
• Rated control supply voltage U
c
V AC 230
• Primary operating range × U
c
0.9 ... 1.10
• Rated frequency Hz 50
• Frequency ranges Hz 45 ... 65
Function
• System start Automatic upon switching on
• LAN server identification Over the IP address of the PC
• Transmission rate Limitation by LAN Mbit/s 100
• Operating system Windows XP/Vista/7
•Browser IE 7,8; Mozilla Firefox 3.09 / 3.5.3 / 3.6; Opera 9.64 / 10 / 10.5;
Safari 3.2.2 /4.0.5; Google Chrome 3.0.195.27.
LAN interface
• HW interface Connection RJ 45
• SW interface TCP/IP
Interface to measuring devices
• HW interface RS 485 terminals Number 3 (+/-/shielded twisted pair)
•Line Version STP (shielded twisted pair)
Minimum cross-section mm
2
2 × 0.2 or 2 x AWG 24
Maximum line capacitance pF/m < 50
Impedance W 100
Maximum overall cable length m ≤ 1200
Type of installation Serial
Measuring devices can be connected directly Number 30
Environmental conditions
• Temperatures In operation °C -10 ... +55
Storage and transport °C -25 ... +70
• Relative humidity In operation % ≤ 80
• Vibrations Sine amplitude at 50 Hz mm ± 0.25
• Safety class Acc. to IEC 60950 III
• Degree of protection Installed device front side (terminals) IP20
PH_11.book Seite 49 Montag, 15. Februar 2016 11:34 11
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50 Siemens · 10/2015
7KT LAN couplers
Measuring Devices and Power Monitoring
7KT PAC Measuring Devices
■
Dimensional drawings
■
Circuit diagrams
Graphic symbols
Grounding potential
Both the LAN cable with the RJ45 connector and the shielded
cable of the RS 485 bus system must be grounded. This also
applies to the devices connected to the LAN coupler.
Connecting the devices to the LAN coupler
All the devices are connected in parallel with a shielded two-wire
cable. Point-to-point installations, junctions or ring installations
are not possible.
7KT391
132
72 629
44
64
45
64
90
98710
RJ45
I201_11413b
LN
12 78
RTRTSHIELD D+ D-
910
RJ45
RS 485
6
230 V AC
With shield
I201_11414d
I201_11596d
Device 1 Device 2
LAN coupler
7KT1391 Device 30
PH_11.book Seite 50 Montag, 15. Februar 2016 11:34 11
© Siemens AG 2016
51
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Measuring Devices and Power Monitoring
Other Measuring Devices
Digital voltmeters and ammeters
■
Overview
Digital measuring devices: Left: 7KT1 voltmeter, Right: 7KT1 ammeter
These devices for measuring voltages and currents can be used
for monitoring incoming and outgoing currents or device
currents in electric plants.
They are suitable for direct connection in a single-phase system
or with measuring transducers in three-phase systems.
The measuring ranges of the ammeter are set locally at the
device using a coding switch.
■
Technical specifications
7KT1110 7KT1120
Standards DIN 43751-1, -2
Rated operational voltage U
e
V AC 230
Primary operating range x U
e
0.9 ... 1.15
Rated frequency Hz 50/60
Rated operational power P
S
VA <2
7+1-segment display 3-digit
Measuring range
• Voltage Direct measurement V AC 12 ... 600 (U
n
)--
• Current Direct measurement A AC -- 0.4 ... 20 (I
n
)
Transformer measurement A AC -- 25, 40, 50,..1000/5
Lower display value Of the scale-end value % 2
Measuring shunt
• Current Direct measurement 20 A mΩ-- 5
Transformer measurement mΩ-- 10
• Voltage Direct measurement 600 V MΩ1--
Measuring frequency Hz 45 .... 65
Measurement cycle /s 4
Measuring accuracy at 23 °C ±1 °C % ±0.5 ±1 digit
Temperature influence %/°C ±0.03
Overload capability
• Voltage Continuous V 1.2 x U
n
--
Short-time for 1 s V 1.3 x U
n
--
• Current Continuous, direct A -- 1.1 x I
n
Short-time for 1 s, direct A -- 10 x I
n
Terminals ± Screw (Pozidriv) 1
• Stripped length mm 7
Conductor cross-sections Rigid, max. mm
2
1 × 6/2 × 4
Flexible, with end sleeve, min. mm
2
0.75
Degree of protection IP20, with connected conductors
Permissible ambient temperature IP20, with connected conductors
•Operation °C -10 ... +55
•Storage °C -40 ... + 70
PH_11.book Seite 51 Montag, 15. Februar 2016 11:34 11
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52 Siemens · 10/2015
Digital voltmeters and ammeters
Measuring Devices and Power Monitoring
Other Measuring Devices
■
Dimensional drawings
■
Circuit diagrams
Typical circuit diagrams
■
More information
Range selector switch for 7KT120 digital ammeter
7KT110, 7KT120
45
90
I201_07806b
64
44
7
12345
36
Digital voltmeters Digital ammeters
7KT1 110
12345
LN
230 V AC
I201_07833c
230 V AC max. 600 V AC
I201_07834e
7KT1 110
L2NL1
54321
230 V AC max. 600 V AC
I201_07834e
7KT1 110
L2NL1
54321
LN
I201_07835c
12345
N
Direct connection
up to 20 A
230 V AC
7KT1120
NL1 N
7KT1120
12345
L2
I201_07836d
230 V AC
Direct connection
of different phases
up to 20 A
L1 N
7KT1120
12345
L2
I201_07837d
230 V AC
Transformer connection
Transformer …/5 A
1234
0
1
I201_00183c
1 2 3 4
0 0 0 0
1 0 0 0 25/5 A AC
20 A AC
40/5 A AC
50/5 A AC
60/5 A AC
80/5 A AC
100/5 A AC
150/5 A AC 999/5 A AC
800/5 A AC
600/5 A AC
500/5 A AC
400/5 A AC
250/5 A AC
200/5 A AC0 0 0 1
1 0 0 1
0 1 0 1
1 1 0 1
0 0 1 1
1 0 1 1
0 1 1 1
0 1 0 0
0 0 1 0
1 0 1 0
0 1 1 0
1 1 1 0
1 1 0 0
Direct measurement
Transformer measurement
PH_11.book Seite 52 Montag, 15. Februar 2016 11:34 11
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53
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Measuring Devices and Power Monitoring
Other Measuring Devices
Time and pulse counters for standard rail mounting
■
Overview
Time counters: Left: Electromechanical, Right: Electronic
Time and pulse counters are used for the reliable monitoring of
production and service times, which enables the exact planning
and monitoring of production sequences, maintenance cycles
and warranty times.
As well as the proven electromechanical time and pulse coun-
ters for mounting in distribution boards, we also supply digital
time and pulse counters.
The fields of application for both counter types are very diverse,
such as the recording of operating hours of machines, systems
or building management systems, as well as pulse counting for
general volume flow counting, registration of starting frequen-
cies, starting cycles or production quantities in systems and
machines.
■
Technical specifications
7KT5801 7KT5802 7KT5803 7KT5804 7KT5806 7KT5807
Standards DIN VDE 0435-110; EN 60255-6; UL 863
Approvals UL 863, UL File No. E300537, CSA C22.2 No. 6 and 55
Rated control supply voltage U
c
V AC -- 24 115 230 115 230
V DC 12 ... 24 --
Primary operating range At 50/60 Hz × U
c
0.9 ... 1.1
Rated frequency Hz -- 50 60
Rated power loss P
v
VA < 1 < 2
Method of operation Counting of Hours
Display Drum-type register h 00000.00
Terminals ± Screw (Phillips) 1
Conductor cross-sections Rigid mm
2
1.5
Flexible, with end sleeve, min. mm
2
0.75
Permissible ambient temperature °C -10 ... +70
Degree of protection Acc. to EN 60529 IP20, with connected conductors
Safety class Acc. to EN 61140/VDE 0140-1 II
Permissible humidity %< 80
7KT5811 7KT5812 7KT5814 7KT5821 7KT5822 7KT5823 7KT5833
Standards DIN VDE 0435-110; EN 60255-6; UL 863
Approvals UL 863, UL File No. E300537, CSA C22.2 No. 6 and 55
Rated control supply voltage U
c
V AC -- 24 230 24 ... 240
V DC 12 ... 24 -- -- 12 ... 150
Primary operating range At 50/60 Hz × U
c
0.9 ... 1.1
Rated frequency Hz -- 50/60
Rated power loss P
v
VA < 1 < 2 < 1
Method of operation Counting of Pulses Hours Pulses
Display Drum-type register 0000000 -- --
LCD h -- 000000.0 --
-- -- 0000000
Counting frequency Hz 10 -- 10
Pulse duration ms 50 -- 50
Resetting Electrical -- Yes
Mechanical -- Yes
Terminals ± Screw (Phillips) 1
Conductor cross-sections Rigid mm
2
1.5
Flexible, with end sleeve, min. mm
2
0.75
Permissible ambient temperature °C -10 ... +70
Degree of protection Acc. to EN 60529 IP20, with connected conductors
Safety class Acc. to EN 61140/VDE 0140-1 II
Permissible humidity %< 80
PH_11.book Seite 53 Montag, 15. Februar 2016 11:34 11
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54 Siemens · 10/2015
Time and pulse counters for standard rail mounting
Measuring Devices and Power Monitoring
Other Measuring Devices
■
Dimensional drawings
■
Circuit diagrams
Connections
■
More information
Time counters count the time in hours with an accuracy of two
decimal places (hundredths of hours). The pulse counter adds
the number of pulses, e.g. the making operations of devices.
A power supply is required at terminals 1 and 2 of the electronic
counters so that the device can constantly display the measured
values. Once terminal 3 is supplied with voltage (for DC "+"), the
counting procedure starts. If terminal 4 is supplied short-time
with voltage (for DC "+"), the counter is reset.
In the case of electronic counters, the counting result is saved
indefinitely in the event of a power failure (EEPROM). On recov-
ery of the power, the counting is continued from the saved value.
As well as a modern design, the electronic counter has a 7-digit
LCD, which can be reset electrically or manually.
7KT580.
7KT581. 7KT582.
7KT5833
7KT5801 7KT5802
7KT5803
7KT5804
7KT5806
7KT5807
7KT5811 7KT5812
7KT5814
7KT5821 7KT5822, 7KT5823, 7KT5833
I201_11289a
23
36
1234
36 44
64
6
45
3(-)
2(+)
M
3(N)
2(L)
M
3(-)
2(+)
3(N)
2(L)
L1(+) N(–)
12
3 4
K1
I201_11616b
+/~ –/~
Count
L1(+) N(–)
12
3 4
K1 K2
I201_11288b
+/~ –/~
Count Reset
PH_11.book Seite 54 Montag, 15. Februar 2016 11:34 11
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Measuring Devices and Power Monitoring
Other Measuring Devices
Time counters for front-panel mounting
■
Overview
Time counters: Left: Counting mechanism, Right: Counting mechanism
with front frame
Time and pulse counters for control cabinets, control systems
and mechanical engineering are used, e.g. in boilers, machine
tools or compressors. The pulse counters count the starting fre-
quencies. This supports planning for preventative maintenance.
In-time and regular maintenance is the best protection against
unexpected shutdowns.
■
Technical specifications
■
Dimensional drawings
■
Circuit diagrams
Connections
7KT5500 7KT5501 7KT5502 7KT5503 7KT5504 7KT5505
Standards DIN VDE 0435-110; EN 60255-6
Rated control supply voltage U
c
V AC -- 115 230 115 230 24
V DC 10 ... 80 --
Rated frequency Hz -- 50 60 50
Front-panel mounting Switchboard cutout
• Without masking frame 55 × 55 mm mm × mm 45.2 × 45.2
+0.3
• With masking frame 55 × 55 mm Ø mm 50.2
+0.3
7KT5600 7KT5601 7KT5602 7KT5603 7KT5604
Standards DIN VDE 0435-110; EN 60255-6
Rated control supply voltage U
c
V AC -- 115 230 115 230
V DC 10 ... 50 --
Rated frequency Hz -- 50 60
Front-panel mounting Switchboard cutout mm × mm 68
+0.5
× 68
+0.5
7KT55 7KT56
48
45
5,5
I201_07089b
34
5,5 59
44
67,5
72
I201_06021
7KT55, 7KT56
N
L
M
PH_11.book Seite 55 Montag, 15. Februar 2016 11:34 11
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56 Siemens · 10/2015
4NC current transformers
Measuring Devices and Power Monitoring
Accessories
■
Overview
4NC53 current transformers
■
Technical specifications
4NC current transformers for measuring purposes
Standards EN 60044-1, VDE 0414-44-1
Window-type current transformers The conductor to be measured (busbar or cable) is passed through the window opening and constitutes the
primary circuit of the window-type current transformer.
Pin-wound transformers: An economical solution especially for small primary currents of 5 ... 75 A are
window-type current transformers when the conductor to be measured is pin-wound several times.
Primary rated operational current
I
pn
Current transformers can be continuously loaded with 1.3 times the primary rated current (
I
pn
).
Secondary rated operational current
I
sn
1 A Particularly suitable for longer measuring leads. Cable losses of only 4 % in contrast to 5 A current transformers.
5 A 5 A current transformers generate 25 times the power losses on measuring leads as compared with 1 A current
transformers. These stray losses result in higher power in the case of long cables. Only recommended for use
with short measuring leads.
Accuracy class
Class 1 Operation measurement, internal metering
Current error ±1 % at 1 x
I
pn
and 1.2 x
I
pn
Class 3 Coarse measurement
Current error ±3 % at 0.5 x
I
pn
and 1.2 x
I
pn
Rated power P
n
The rated power of transformers is specified in VA. The actual load rating should be similar to the rated power;
a lower actual load rating (underburden) increases the overcurrent factor and measuring devices are not
sufficiently protected in case of a short-circuit, a higher actual load rating (overburden) has a negative effect on
the accuracy.
With a frequency of 60 Hz the rated power increases to 1.2 times. With 16
2
/
3
Hz the output power decreases to
1
/
3
of the rated power.
Maximum voltage for equipment U
m
This is the rms value of the maximum voltage between the conductors of a system. For this voltage the
insulation must be rated at normal operating conditions.
4NC5 current transformers are suitable for 720 V.
Overcurrent limiting factor FS The overcurrent limiting factor is expressed using the characters FS and a factor, e.g. FS5 or FS10.
When a short-circuit current flows through the primary winding of a current transformer, the stress on the mea-
suring devices connected to the current transformer is the lower the smaller the overcurrent limiting factor is.
Thermal rated short-time current
I
th
The thermal rated short-time current
I
th
is the rms value of the primary current with a duration of one second,
whose heat effect the current transformer can resist without being damaged in the event of a short-circuited
secondary winding.
Rated impulse current
I
dyn
The rated impulse current
I
dyn
is the highest instantaneous value of the current after a short-circuit whose force
the current transformer can resist without being damaged.
The rated impulse current is specified as peak value.
PH_11.book Seite 56 Montag, 15. Februar 2016 11:34 11
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Measuring Devices and Power Monitoring
Accessories
4NC current transformers
4NC51 window-type current transformers, used as pin-wound transformers, Classes 1 and 3, from 5 A to 75 A
Pin-winding increases the primary current of the current
transformer. Consequently, window-type current transformers
can also be used for low primary currents.
Basic type 4NC5112 4NC5113 4NC5115 4NC5117 4NC5121 4NC5122 4NC5123
Rated primary
current
A50 60 75 100 150 200 250
Power VA 2.5 2.5 2.5 2.5 2.5 5 5
Primary current to
be measured
Number of required pin windings
AClass 3 Class 1
4NC51 used as pin-
wound transformer
510 -- -- -- -- -- --
10 56-- 10 -- -- --
15 -- 45-- 10 -- --
20 -- 3-- 5-- 10 --
25 2-- 346810
30 -- 2-- -- 5-- --
40 -- -- -- -- -- 5--
50 -- -- -- 2 3 4 5
75 -- -- -- -- 2-- --
PH_11.book Seite 57 Montag, 15. Februar 2016 11:34 11
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58 Siemens · 10/2015
7KT12 current transformers
Measuring Devices and Power Monitoring
Accessories
■
Overview
7KT12 current transformers
The three-phase 7KT12 current transformer can be used in dis-
tribution boards according to DIN 43880. The measuring leads
are routed vertically through to the standard mounting rail.
This type of current transformer is suitable for infeeds or outgo-
ing lines in connection with the installation of a 5TE8 switch or a
5TE1 disconnector, as the primary connecting leads do not have
to be interrupted.
The current transformer is designed for cables of up to 13 mm in
diameter, e.g. H07V-R with 50 mm
2
conductor cross-section.
■
Technical specifications
■
Dimensional drawings
■
Circuit diagrams
Note:
Current transformers must not be operated with open terminals,
as this can result in dangerously high voltages, which may cause
personal injury and/or property damage. It also exposes the
transformer to thermal overload.
7KT1200 7KT1201 7KT1202
Standards EN 60044-1
Secondary rated current strength A5
Accuracy class Cl. 1
Rated power VA 1.25 2.5 3.75
Rated frequency f
n
Hz 50/60
Thermal current limit I
th
Short-time A 60 × I
e
Thermal continuous current A1 × I
e
Overcurrent limit factor FS 5
Rated impulse withstand voltage U
imp
kV > 3
Creepage distances and clearances mm > 3
Rated operational voltage U
e
V AC 720
Rated operational current I
e
A AC 3 × 60 3 × 100 3 × 150
Terminals ± Screw (Pozidriv) PZ 1
Conductor cross-sections
- Rigid mm
2
0.5 … 4
- Flexible, with end sleeve mm
2
0.5 ... 2.5
Permissible ambient temperature °C -5 ... +60
Resistance to climate Acc. to EN 60068-1 20/60/4
7KT200
7KT201
7KT202
105
45
90
I201_07809a
7
64
44
24
K/P
1K/P
1
K/P
1
L/P
2
lk lk l
L/P
2
L/P
2
k
64
7KT200
7KT201
7KT202
L
L/P
l/s
k/s K/P
1
1
1
2
2
L
L/P
k/s K/P
1
2
1
2
L
L/P
k/s K/P
1
3
1
2
l/s
2
l/s
2
PH_11.book Seite 58 Montag, 15. Februar 2016 11:34 11
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Measuring Devices and Power Monitoring
Accessories
7KT90 measuring selector switches
■
Overview
Measuring selector switch (voltmeter selector switch)
Measuring selector switches are used as CO contacts of the
phases for voltages and currents in three-phase systems for
voltmeters and ammeters.
The design of these switches is adapted to match the modular
installation devices. They support use in compliance with
EN 60947-3.
■
Dimensional drawings
■
Circuit diagrams
Internal interconnection of the phases in the ammeter selector
switch for the prevention of glitches at the connections of the
current transformers:
7KT9010
7KT9011
52
45
40
54
54
70
64
I201_07811a
Voltmeter switching
L1 N
L1/N
0
L2/N
L3/N
L1/L2
L2/L3
L3/L1
L2
L3/N
3
9
5
1
L2/N
L1/N
0
L1/L2
L2/L3
L3/L1
V
2
12
5
7
L3
7KT9 010
I201 07813b
Ammeter switching
Switch position Short-circuited phases
L1 L2 L3
0✓ ✓ ✓
L1 -- ✓ ✓
L2 ✓-- ✓
L3 ✓ ✓ --
L1 N
L3
0
L1
L2
L2
5
2
12
4
A
6
7
L3
1
I201 07814c
7KT9 011
PH_11.book Seite 59 Montag, 15. Februar 2016 11:34 11
© Siemens AG 2016
60 Siemens · 10/2015
Notes
Measuring Devices and Power Monitoring
Accessories
PH_11.book Seite 60 Montag, 15. Februar 2016 11:34 11
© Siemens AG 2016
© Siemens AG 2016
The information provided in this brochure contains merely general
descriptions or characteristics of performance which in case of actual
use do not always apply as described or which may change as a result
of further development of the products. An obligation to provide the
respective characteristics shall only exist if expressly agreed in the
terms of contract. Availability and technical specifications are subject
to change without notice.
All product designations may be trademarks or product names of
Siemens AG or supplier companies whose use by third parties for their
own purposes could violate the rights of the owners.
Siemens AG
Energy Management
Low Voltage & Products
Postfach 10 09 53
93009 REGENSBURG
GERMANY
Subject to change without prior notice
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© Siemens AG 2016
www.siemens.com/lowvoltage
© Siemens AG 2016
