TE Connectivity Integra INT-2270 Owner's manual

The Integra, INT-2270 and Integra INT-2170, are a multifunction
digital meter for the measurement of power quality. They provide
measurement isolation and conversion of all main electrical
parameters. Both INT-2270 and INT-2170 can be used in single
and three-phase balanced or unbalanced, 3 or 4 wire electrical
systems.
The INT-2270 has an accuracy of CL0.2S.
The INT-2170 has an accuracy of CL0.5S.
Both include RS485 Modbus RTU communications protocol and
Pulse/Alarm input/outputs as standard.
Measurement
The device is supplied programmed to the users requirements
but can be easily reprogrammed to suit any application.
Setup
The Integra, INT-2*70, is individually calibrated to full accuracy. No
further adjustments or setup is required.
Should the unit need reprogramming please refer to the
Programming Guide for further information.
Safety
The unit is designed in accordance with BS EN 61010-1:2001
(IEC 61010-1:2001) –Permanently connected use, Normal
condition. Installation category III, pollution degree 2, basic
insulation for rated voltage. Measurement Category III.
Maintenance
In normal use, no maintenance is needed. As appropriate for
service conditions, isolate from electrical power, inspect the unit,
and remove any dust or other foreign material present.
Periodically check all connections for freedom from corrosion and
screw tightness, particularly if vibration is present.
The front of the case should be wiped with a dry cloth only. Use
minimal pressure, especially over the viewing window area. If
necessary wipe the rear case with a dry cloth. If a cleaning agent
is necessary, isopropyl alcohol is the only recommended agent
and should be used sparingly. Water should not be used. If the
rear case exterior or terminals should be contaminated
accidentally with water, the unit must be thoroughly dried before
further service. Should it be suspected that water might have
entered the unit, factory inspection and refurbishment is
recommended.
WARNING.
It is essential that the primary current is isolated BEFORE
connecting or disconnecting the secondary current connections
The unit is intended for panel mounting. Avoid mounting the
unit where there is excessive vibration; in excessive direct
sunlight; or outside a reasonably stable ambient
temperature.
Connection Diagram
EMC Installation Requirements
Whilst this unit complies with all relevant EU EMC (electro-
magnetic compatibility) regulations, any additional precautions
necessary to provide proper operation of this and adjacent
equipment will be installation dependent and so the following can
only be general guidance:
Avoid routing wiring to this unit alongside cables and products
that are, or could be, a source of interference.
The supply to the unit should not be subject to excessive
interference. In some cases, a supply line filter may be
required.
To protect the product against incorrect operation or
permanent damage, surge transients must be controlled. It is
good EMC practice to suppress transients and surges at the
source. The unit has been designed to automatically recover
from typical transients; however in extreme circumstances it
may be necessary to temporarily disconnect the supply for a
period of greater than 10 seconds to restore correct operation.
Screened communication leads are recommended and may
be required. These and other connecting leads may require
the fitting of RF suppression components, such as ferrite
absorbers, line filters etc., if RF fields cause problems.
It is good practice to install sensitive electronic instruments
that are performing critical functions in EMC enclosures that
protect against electrical interference causing a disturbance in
function.
Wiring
Connections are made via shrouded screw-clamp 0.05-4mm wire.
Choice of cable should meet local regulations for the operating
voltage.
Connector plugs are suitable for copper wires only and will accept
one stranded 0·05 –4mm2(30 - 11AWG) stranded core cables.
This instrument is intended for panel mounting. Terminals must
be enclosed within the panel. For mains terminals use wire rated
at 1000V, 60°C minimum temperature. Terminal screws are fully
tightened for shipment and must be undone before wire insertion.
Terminal screws should be tightened to 0·5 Nm (4·4 lbf in) only.
Fusing
This unit must be installed with external fuses in the voltage supply
lines of type slow blow 1A maximum. Choose fuses of a type and
with a breaking capacity appropriate to the supply and in
accordance with local regulations.
A suitable switch or circuit breaker conforming to the relevant parts
of IEC 60947-1 and IEC 60947-3 should be included in the
installation. It should be positioned so as to be easy to operate, in
close proximity to the equipment, and clearly identified as the
disconnecting device.
Warnings
During normal operation, voltages hazardous to life
may be present at some of the terminals of this unit.
At voltages below that specified in the Range of Use
the meter may shut down. However, voltages
hazardous to life may still be present at some of the
terminals of this unit.
Installation and servicing should be performed only
by qualified, properly trained personnel abiding by
local regulations.
Ensure all supplies are de-energised before
attempting connection or other procedures.
Terminals should not be user accessible after
installation and external installation provisions must
be sufficient to prevent hazards under fault
conditions.
This unit is not intended to function as part of a
system providing the sole means of fault protection -
good engineering practice dictates that any critical
function be protected by at least two independent and
diverse means.
The unit does not have internal fuses therefore
external fuses must be used for protection and safety
under fault conditions.
Never open-circuit the secondary winding of an
energized current transformer.
This product should only be operated with the CT
secondary connections earthed.
If this equipment is used in a manner not specified by
the manufacturer, protection provided by the
equipment may be impaired.
During installation suitable PPE, including eye
protection MUST be worn at all times.
Technical Details and
Safety Instructions
Integra INT-2270
Integra INT-2170
Caution: Risk of
Electric Shock

Specification
System Input
Nominal input voltage
57.7 to 364V AC L-N
(100 –600V AC L-L)
720V MAX
Max. continuous input overload voltage
120% of nominal
Max. short duration input Voltage
2 x range maximum
Nominal input voltage burden
< 0·2VA all phases
Nominal input current
1 or 5 A
Max. short duration input current
20 x nominal
(for 300msec)
Frequency
45 to 65Hz
Supply burden
10 VA
Range of Use
Values of measured quantities, components of measured
quantities, and quantities which affect measurement errors to
some degree, for which the product gives meaningful readings:
Voltage
5 … 120% of nominal
Current
5 … 120% of nominal
Active power
50 … 120% of nominal
Apparent power
50 … 120% of nominal
Power is only registered when voltage and current are within
their respective range of use.
Accuracy (INT-2270)
Voltage (V)
< 0·2% of reading
Current (A)
< 0·2% of reading
Neutral current calculated (A)
< 1% of reading
Frequency (Hz)
< 0.1 Hz
Active power (W)
± 0.2% of reading CL0.2S
Reactive power (VAr)
± 0.2% of reading CL0.2S
Apparent power (VA)
± 0.2% of reading CL0.2S
Active energy (kWh)
Class 0.2
(IEC 62053-21) section 4.61
Reactive energy (kVArh)
Class 1 IEC 62053-23 2
THD
up to 63rd harmonic
Accuracy (INT-2170)
Voltage (V)
< 0·5% of reading
Current (A)
< 0·5% of reading
Neutral current calculated (A)
< 1% of reading
Frequency (Hz)
< 0.1 Hz
Active power (W)
± 0.5% of reading CL0.5S
Reactive power (VAr)
± 0.5% of reading CL0.5S
Apparent power (VA)
± 0.5% of reading CL0.5S
Active energy (kWh)
Class 0.5
(IEC 62053-21) section 4.61
RS485 / Modbus™ RTU output
Type
2-wire half duplex
Baud rate
9600, 19200, 38400
*Ensure any external circuits connected to RS-485 output
modules are provided with double/reinforced insulation.
Pulsed Output
Two voltage-free pulse outputs for measuring active and reactive
energy.
The pulsed output is used as an option with Alarm Outputs.
Output Type
Solid State Relay
Contact Rating
50mA max at 250V AC
Isolation
2.5 kV
Pulsed Duration
60, 100, 200mSecs
Pulsed Rate Divisors Range
1 pulse per Wh upto
1 pulse per GWh
Pulsed Output Allocation
Import / Export kWh / KVArh
Energy Units
Unit, Kilo, Mega, Giga
Limited Max Pulse rate
2 pulses per sec
Alarm Output
Used instead of pulsed outputs in any configuration.
Type
User defined Solid State Relay
Pulse duration
30msec to 1000 msec
Alarm Delay
0-120 secs
Hysteresis
1 –99 %
Inputs
Pulsed inputs from a galvanically isolated open collector source.
Input Voltage Range
0 to 24V DC
Input current (max)
2.0 mA @ 24V DC
Switch response time
0.5 secs
(Latency to respond to pulse event)
Pulse frequency
(max)
25Hz (20ms)
Reference Conditions of Influence Quantities
Influence Quantities are variables that affect measurement errors
to a minor degree. Accuracy is verified under nominal value (within
the specified tolerance) of these conditions.
Ambient temperature
23°C ±1°C
Input waveform
50 or 60Hz ±2%
Input waveform
Sinusoidal (distortion factor<0·005)
Magnetic field of external
origin
Terrestrial flux
Environment
Operating temperature
-20°C to +60°C*
Storage temperature
-30°C to +80°C*
*Maximum operating and storage temperatures are in the context
of typical daily and seasonal variation.
Relative humidity
0 to 95%, non-condensing
Altitude
Up to 2000m
Warm up time
1 minute
Vibration
10Hz to 50Hz, IEC 60068-2-6, 2g
Shock
30g in 3 planes, IEC 60068-2-6, 2g
Dielectric voltage
Withstand test
2.5kV, 50Hz for 1 minute
supply/inputs/outputs
Mechanics
Dimensions
96 96 DIN
4.3” x 4.3” ANSI
Depth
Front of Panel19.9mm (0.78”)
Rear of Panel 78.3mm (3.00”)
Sealing
IP52 (front panel), IP30 (rear)
Mounting
Panel Mounted DIN96, ANSI
Cutout
DIN 96 92mm x 92mm square
ANSI C39.1 4” round
Standards and Approvals
Electromagnetic compatibility
Electrostatic discharge
IEC 61000-4-2
Immunity to radiated fields
IEC 61000-4-3
Immunity to fast transients
IEC 61000-4-4
Immunity to Impulse waves
IEC 61000-4-5
Conducted immunity
IEC 61000-4-6
Immunity to magnetic fields
IEC 61000-4-8
Immunity to voltage dips
IEC 61000-4-11
IEC 61326-1,
Class A
Accuracy
Static meter for active energy (Class 0.2S)
IEC 62053-21
IEC 62053-22
Active energy accuracy
ANSI C12.20
Static meter for reactive energy (Class 0.5S)
IEC 62053-23
Safety
CE Marking
IEC 61010-1
Ed.3
IEC 62052-11
IEC
IECIEC
Features
Sag / Swell
IEC 50160
Explanation of Symbols
Refer to manual
Danger of electric shock
Do not discard
While TE has made every reasonable effort to ensure the accuracy of the information in this catalogue, TE does not guarantee that it is error-free, nor does TE make any other representation, warranty or guarantee that
the information is accurate, correct, reliable or current. TE reserves the right to make any adjustments to the information contained herein at any time without notice. TE expressly disclaims all implied warranties regarding
the information contained herein, including, but not limited to, any implied warranties of merchantability or fitness for a particular purpose. The dimensions in this catalogue are for reference purposes only and are subject
to change without notice. Specifications are subject to change without notice. Consult TE for the latest dimensions and design specifications. TE connectivity (logo), TE (logo) and TE Connectivity are trademarks of the TE
Connectivity Ltd. family of companies. Crompton is a trademark of Crompton Parkinson and is used by TE Connectivity under a licence. Other logos, product and company names mentioned herein may be trademarks of
their respective owners
TE Energy –innovative and economical solutions for the electrical power industry: cable accessories, connectors & fittings, insulators & insulation, surge arresters, switching equipment,
street lighting, power measurement and control.
Tyco Electronics UK Ltd
TE Energy
Freebournes Road
Witham, Essex CM8 3AH
Phone: [phone]
Fax: [phone]
Email: [email protected]
www.crompton-instruments.com
Project 2225. Drawing No. CI-3K84301 Rev.4 DMR 06/10/15