CHK Power Quality products & services catalogue 22 sep 14 release

PRODUCTS AND SERVICES CATALOGUE - 22 SEP 2014. Page 1
Enquiries: (Mob): 0402 537 678; sales@chkpowerquality.com.au;
Address: Unit 102, 25 Angas Street Telephone: +61 2 8283 6945
Meadowbank NSW 2114, Sydney Australia Fax: +61 2 8212 8105
Website: www.chkpowerquality.com.au ABN: 53 169 840 831
PRODUCTS AND SERVICES CATALOGUE
Contents
1 POWER QUALITY ANALYSERS ...................................................................................... 4
1.1 GRIDSENSE POWERMONIC ............................................................................. 4
1.1.1 Introduction ......................................................................................................... 4
1.1.2 Key Features ...................................................................................................... 4
1.1.3 Current Sensor Options ...................................................................................... 5
1.1.4 Specifications ..................................................................................................... 5
1.2 SUIN SA2100 ...................................................................................................... 7
1.2.1 Introduction ......................................................................................................... 7
1.2.2 Key Features ...................................................................................................... 7
1.2.3 Current Sensor Options ...................................................................................... 7
1.2.4 Voltage Leads .................................................................................................... 9
1.2.5 Flexible Current Probe ..................................................................................... 10
1.2.6 Carry Bag ......................................................................................................... 10
1.2.7 Kit Items............................................................................................................ 10
1.2.8 Specifications ................................................................................................... 11
1.3 ZES ZIMMER LMG500 ...................................................................................... 13
1.3.1 Introduction ....................................................................................................... 13
1.3.2 Key Features .................................................................................................... 13
1.3.3 Device Interface ............................................................................................... 14
1.3.4 Connections ..................................................................................................... 15
2 LOGGING INSTRUMENTS ............................................................................................. 16
2.1 LOAD LOGGER ................................................................................................ 16
2.1.1 Introduction ....................................................................................................... 16
2.1.2 Specifications ................................................................................................... 16
2.1.3 Installation ........................................................................................................ 17
2.1.4 Software ........................................................................................................... 17
2.1.5 Calibration ........................................................................................................ 17
3 REMOTE (ONLINE) MONITORING SYSTEMS ............................................................... 18
3.1 LOAD REMOTE ................................................................................................ 18
3.2 MONITORING BACK-UP GENERATORS ......................................................... 19
3.2.1 G8500 SINGLE GENERATOR SYSTEM ......................................................... 20
3.2.2 G8600 MULTIPLE GENERATOR SYSTEM .................................................... 21
3.2.3 G8700 MOBILE GENERATOR SYSTEM ........................................................ 22
3.2.4 G8800 RESIDENTIAL GENERATOR SYSTEM .............................................. 23
4 CURRENT PROBES AND SENSORS ............................................................................. 24
4.1 FLEXIBLE CURRENT SENSORS ..................................................................... 24
4.2 CLAMP ON CURRENT SENSORS ................................................................... 26
4.3 MINIATURE SPLIT-CORE CURRENT TRANSFORMERS ................................ 28
4.3.1 Key Features and General Specifications ........................................................ 28
4.3.2 Range ............................................................................................................... 28

4.4 SUBSTATION CURRENT TRANSFORMER CONVERTERS ............................ 29
4.4.1 Introduction ....................................................................................................... 29
4.4.2 Specifications ................................................................................................... 29
5 INSTRUMENT CURRENT TRANSFORMERS ................................................................ 30
5.1 METERING ....................................................................................................... 31
5.1.1 Measuring - PVC .............................................................................................. 31
5.1.2 Measuring - MBQ Series .................................................................................. 32
5.1.3 Measuring - MSQ Series .................................................................................. 33
5.1.4 Measuring - Tape Insulated Ring Type - KTM Series ...................................... 35
5.1.5 Measuring - Resin Cast Ring Type - KRM Series ............................................ 38
5.1.6 Measuring - Resin Cast Ring Type - KSM Series ............................................ 40
5.2 PROTECTION ................................................................................................... 42
5.2.1 Protection - PVC ............................................................................................... 42
5.2.2 Protection - Tape Insulated Ring Type - KTP Series ....................................... 43
5.2.3 Protection - Resin Cast Ring Type - KRP Series ............................................. 45
5.2.4 Protection - Resin Cast Ring Type - KSP Series ............................................. 47
5.3 SPECIAL PURPOSE ......................................................................................... 48
5.3.1 Summation Current Transformer ..................................................................... 48
5.3.2 Interposing Current Transformer ...................................................................... 48
5.3.3 Core Balance Current Transformer .................................................................. 49
6 MEDIUM VOLTAGE PRODUCTS ................................................................................... 50
6.1 MONITORING PRODUCTS .............................................................................. 50
6.1.1 Cable Mounted Sensor ..................................................................................... 50
6.1.2 Pole Mounted Sensor ....................................................................................... 51
6.2 INDOOR AND OUTDOOR VOLTAGE TRANSFORMERS ................................ 53
6.2.1 Indoor Single Phase Single Pole Voltage Transformers .................................. 53
6.2.2 Indoor Single Phase Double Pole Voltage and Control Transformers ............. 54
6.2.3 Indoor Voltage Three Phase Voltage Transformers ........................................ 55
6.2.4 Draw-Out Voltage Transformers ...................................................................... 57
6.2.5 Outdoor Voltage and Control Transformers ..................................................... 57
6.2.6 Outdoor Metering Units .................................................................................... 58
6.3 INDOOR AND OUTDOOR CURRENT TRANSFORMERS ................................ 58
6.3.1 Indoor Ring Type, Window Type and Bus Duct (up to 36kV) .......................... 58
6.3.2 Indoor Bar Primary Current Transformers (up to 36kV) ................................... 59
6.3.3 Indoor Wound Primary (block Type) Current Transformers (up to 36kV) ........ 60
6.3.4 Outdoor Current Transformers ......................................................................... 61
7 POWER QUALITY MITIGATION PRODUCTS ................................................................ 62
7.1 REACTORS AND FILTERS ............................................................................... 62
7.2 POWER FACTOR CORRECTION UNITS ......................................................... 62
7.3 ACTIVE HARMONIC FILTERING ...................................................................... 63
8 CONSULTING AND SERVICES ...................................................................................... 65
8.1 CONSULTING IN POWER QUALITY ................................................................ 65
8.1.1 Power Quality Investigation .............................................................................. 65
8.1.2 Power Quality Mitigation ................................................................................... 65
8.1.3 Power Quality Management ............................................................................. 65

8.2 TRAINING ......................................................................................................... 65
8.2.1 Product Training ............................................................................................... 65
8.2.2 Professional Training ........................................................................................ 65
8.3 TECHNICAL SUPPORT .................................................................................... 65
8.3.1 Product Support ............................................................................................... 65
8.3.2 Calibration and Repairs .................................................................................... 65
8.4 LOW VOLUME CONTRACT MANUFACTURING .............................................. 66
8.5 ENGINEERING AND PROJECT MANAGEMENT SERVICES .......................... 66
8.5.1 Feature Requests and New Features .............................................................. 66
8.5.2 Design .............................................................................................................. 66

1 Power Quality Analysers
1.1 GridSense Powermonic
1.1.1 Introduction
The PowerMonic range of portable power recorders offers comprehensive and reliable monitoring of low voltage circuits. Built with high performance, toughness and focus on ease of use, the PowerMonic has been adopted as the workhorse instrument for a variety of power monitoring applications including power quality analysis, supply compliance checks, power flow studies, energy audits and voltage investigations. The PM45 is the latest addition to the PowerMonic product line, meeting CATIV-600V safety certification and voltage measurement standards. With four voltage and current channels, the PM45 records a trend over time along with a range of power quality parameters, including flicker, harmonics, power and imbalance in accordance to the latest IEC standards.
The PM45 is also an independent event recorder capturing high resolution snapshots of fluctuations including motor starts, spikes and transients based on voltage and current limit settings. Utilized for short and long term power monitoring applications, the PM45 is typically installed on pad mount and pole mount transformers, capacitor banks, regulators, distribution substations, as well as commercial, residential and industrial connection points.
Since its introduction in 1995, the PowerMonic has proven to be a reliable and versatile everyday instrument used worldwide by System Planners, Distribution Engineers, Electrical Engineers, Electrical Contractors, Power Quality Engineers, and Maintenance Engineers alike.
1.1.2 Key Features
 Up to eight (8) input channels [four (4) voltage and four (4) current]
 Power profiling with high-speed event capture
 Transient and harmonic analysis, flicker and unbalance

 Graphical LCD for measurements and recording status
 Power directly from A phase - external power not required
 Double insulated and fused voltage cables
 Auto-scaling current transformer connection
 Data download and firmware upgrade via USB
 CAT IV 600V safety rating (PM45) and certified to IEC 61010
 AS60529-2004 IP66 (PM45) and IP65 (PM35) protection
 Wide operating temperature range: -20°C to 70°C
 Wireless remote communications option available
1.1.3 Current Sensor Options
Refer to sections 4.1 and 4.2.
1.1.4 Specifications
PARAMETER
PM45
PARAMETER
PM45
Measurement
General
Samples per cycle
204 @ 50Hz; 170@ 60Hz
Input Cannels
4 isolated voltage channels; 4 current channels
Sample Rate
PPL Synchronised (IEC 61000-4-7).
Measurement Range
A, B & c channels: 0- 600VAC; Vgnd 0 - 60 VAC (±1% reading ±1 lsd); 0- 3000A
Memory
15MB internal flash
Input Range
Voltage: 0-600VAC (660VAC absolute);
Current: 0-440mV at 10k Ohms
Power Meter
V, A, Min, Max, Freq,TPF, DPF, KW, KVA, KVAR
Instrument Accuracy
0.4% readings + 1 lsd (current and voltage)
Total Harmonic Distortion
IEC 61000-4-7 (THD-F & THD-R)
System Accuracy
Voltage: 0.4% readings + 1 lsd; Current: 1% readings + 1 lsd
Harmonics
IEC 61000-4-7 (up to 48th Magnitude and Angle)
Resolution Logged Data
0.001V; 0.001A
Interharmonics
IEC 61000-4-7 (up to 48th)
Resolution LCD
0.1V; 0.1A
Flicker (Pst & Plt)
IEC 61000-4-15 (10min. Pst & 2hr. Plt)
Voltage and Current Unbalance
IEC 61000-4-30
Circuit connections
Three Phase Wye/Delta, Open/2-Element Delta, Split
Phase & Single Phase
Instrument Type
Class B (IEC 61000-4-30)
Current Probe Options
C10* (0-10A), C100S* (10- 125A), C500* (25-600A),
Flexi F3000-6 (150-3600A) * Not CATIV-600V Rated
Frequency Range
50Hz nom. (42.5-57.5) Hz
60Hz nom. (51.0-69.0) Hz
Communications
Direct Connection:
USB Serial Cable; Remote Connection: Cellular (GPRS/3G/CDMA)
High Speed Event Recording
User defined Rolling and/or Threshold Voltage and Current & Transient Triggers
Mechanical & Power
Table Capture (Sags/Swells)
Half Cycle, Min/Max & Duration
Power Source - Main
60-600VAC from Phase A, and USB powered for

configuration and downloading
RMS Snapshot
Half Cycle, 5s - 30s duration
Power Source - backup
Non-rechargeable batteries
Waveform Snapshot
Sample rate for 400ms duration
Power Consumption
10W typical (from Phase A)
Display
Graphic LCD 128 x 64 bits (0.1 resolution)
Environmental & Safety
Real-Time-Clock
3V 950mAh Li-Magnanese Dioxide/Organic Electrolyte
Temperature Range
-20°C (-4°F) to +60°C (+130°F)
Dimensions
230mm/9.1” (l) x 120mm/4.72” (w) x 90mm/3.6” (d)
Humidity
20%-99% Relative Humidity
Weight
7lbs (3kg) instrument only
Protection Class
IP66 (all weather housing)
Protection levels
IEC 61010-1 2001; Pollution degree 3; Measurement Category IV - 600V
PM35 specifications are similar to the above with the following changes:
 Protection Class: IP65;
 Voltage lead connector is CAT III 600V;
 No inter-harmonics.

1.2 SUIN SA2100
1.2.1 Introduction
The SUIN SA2100 is a comprehensive and cost effective instrument ideally suited for the electrical trades toolbox and intended to monitor your electrical supply and diagnose Power Quality issues on-site and in real-time. It is battery operated and therefore offers the flexibility of a handheld multi-meter.
1.2.2 Key Features
 Safety: CAT III 1000V / CAT IV 600V
 Standards: IEC61000-4-30 (2008) S class EN50160 (2007)
 Single-phase 2 W / Single-phase 3 W / 3-phase 3 W / 3-phase 4 W
 Monitors four (4) voltages and currents
 Display: Run Chart, Bar Chart, Vector Graphic, Waveform, Event List, Readings
 Harmonics and interharmonics, flicker, transient capture, three-phase unbalance (voltage and current), dips and swells, voltage rapid change, and interruption
 LAN interface PC can keep real-time remote communication
 Built-in 8G memory card, USB port, LAN port for real-time remote control functionality and data download
1.2.3 Current Sensor Options
Description Part Number 5A Clamp-On CT SUC8C-5A 50A Clamp-On CT SUCTC0080 100A Clamp-On CT SUCTC0130 1000A Clamp-On CT SUCTC1535 3000A Flexible Rogowski Coil SUJK-3000A

SUC8C-5A SUCTC0080 SUCTC0130
SUCTC1535 SUJK-3000A

1.2.4 Voltage Leads

1.2.5 Flexible Current Probe
1.2.6 Carry Bag
1.2.7 Kit Items
Description Part Number Quantity SA2100 Power Quality Analyser SU2100PQA 1 Program Software for PC (CD) SU2100CD 1 2m voltage cable with 4mm banana plug SU2100VL 5 Alligator Clips SU2100CC 5 External DC Power Adaptor SU2100PA 1 External DC Adaptor SU2100PC 1 Carry Bag SU2100BAG 1 Hang Strap SU2100HS 1 Current Sensors 4 (select option)

Measurement Range
Resolution
Accuracy
Voltage/Current/Frequency
Channel
3-phase line input + 1 neutral line input
Vrms(dc+ac)
1 ~ 1000Vrms
0.1Vrms
±5%
Vpk
1 ~ 1400Vpk
0.1Vpk
±5%
V(CF)
1.0 ~ >2.8
0.01
±5%
Arms
1~ 3000A
1A
±1% ± 5digits
1~ 300A
0.1A
±1% ± 5digits
Apk
1 ~ 4000Apk
1A
±1% ± 5digits
A(CF)
1 ~ 10
0.01
±5%
Frequency
42.5~57.5Hz(50Hz nominal)
0.01Hz
±0.01%
51~69Hz(60Hz nominal)
0.01Hz
±0.01%
Dips & Swells
Vrms1/2
0 ~ 200% of nominal voltage
0.1Vrms
±1%
Arms1/2
1 ~ 3000A
1A
±1% ±5 counts
1 ~ 300A
0.1A
±1% ±5 counts
Threshold levels
Programmable thresholds in percent of nominal voltage Event detection based upon ½ cycle rms voltages Captures Dips, Swells Interruptions and Rapid Voltage Changes
Duration
hhh,mm,ss,mmm
0.5 cycle
1 cycle
Harmonic
Harmonic Order
1 ~ 50
Inter-Harmonic Order
1 ~ 49
Voltage
0.0 ~ 100.0%
0.1%
±0.1% ± nx0.1%
Current
0.0 ~ 100.0%
0.1%
±0.1% ± nx0.1%
THD
0.0 ~ 100.0%
0.1%
±2.5%
DC Relative
0.0 ~ 100.0%
0.1%
±2%
Frequency
0 ~ 3500Hz
1Hz
1Hz
Phase
-360° ~ 0°
1°
± nx1.5°
Power And Energy
Active Power/Apparent Power/Reactive Power
1.0 ~ 20.00MW
0.1kW
±1.5±10 counts
Energy
0.00kWh ~ 200GWh
10Wh
±1.5±10 counts
Power Factor
0 ~ 1
0.01
±0.03
Flicker
Pst(1min),Pst,Plt,PF5
0.00 ~ 20.00
0.01
±5%
Unbalance
Voltage
0.0 ~ 5.0%
0.1%
±0.5%
Current
0.0 ~ 20.0%
0.1%
±1%
Voltage Phase Angle
-360° ~ 0°
1°
±2digits
Current Phase Angle
-360° ~ 0°
1°
±5digits
Voltage Transient
Vpk
±6000Vpk
1V
±15%
Vrms
10 ~ 1000Vrms
1V
±2.5%
Min. Tested Time
50us

Sampling Rate
20kS/s
Inrush Current
Arms(AC+DC)
0~3000Arms
0.1
±1% ± 5digits
Inrush Duration
6s ~ 32min selectable
10ms
±20ms
Logger
Recording
Parameter, duration time and time interval can be set by user, which can be export on PC
Memory
8G
Max. recording time
1 year
System Monitor
Parameters
Vrms,Arms,Harmonic Volts,THD Volts,Plt,Vrms1/2,Arms1/2,Vneg,Hz,dips and swells, unbalance
Record Time
2h ~ 7days
Record Event Number
>10000
Limits
According EN50160 or customer definable
General Characteristics
Power
AC220V(1±10%), 50Hz(1±5%), ≤10VA
Interface
USB_HOST, LAN
Display
5.6' TFT LCD, 320*240
Battery
7.4V, 4.4Ah, > 7 hours working time
Dimension & Weight 262×173×66mm, 1.6kg

1.3 ZES Zimmer LMG500
1.3.1 Introduction
The ZES Zimmer LMG500 is a 1 to 8 Channel Precision Power Analyser.
The LMG500 is best-in-class for measurements of:
 Devices, e.g. E-machines, frequency inverters, and transformers;
 Installations and associated elements;
 Power grids and consumer electrical networks to determine interactions; and
 Components, e.g. ferrite cores, semiconductors, and capacitors.
Other applications include:
 CE compliance tests on devices;
 Analysing the feedback of harmonics and flicker (load variations); and
 Standby power consumption.
1.3.2 Key Features
The most important features of the LMG500 are:
 Wide dynamic measuring range from 3V to 1000V/3200Vpeak, 20mA to 32A/120A peak in direct measurement only by a single pair of sockets for each voltage and current input;
 Modular with 1 to 8 power measuring channels;
 Measuring accuracy at 45 to 65Hz 0.015% of reading plus 0.01% of range;
 3MSample/s per channel, absolutely gapless sampling with the evaluation of all sampling values;

 Capturing transients and fast signal changes by event triggering in parallel to the ongoing measurement;
 Group delay between voltage and current measuring input <3ns as standard to ascertain very precise measurements at low cosj and / or high frequencies;
 Harmonics and interharmonics up to 50kHz internally, and up to 1MHz with an external PC;
 Flicker, interactions between network and load;
 Ergonomic user interface for easy, intuitive use of the power analyser;
 Real-time evaluation of the measurements in numeric tables and diagrams; and
 Data communication interfaces with high transfer rates (RS232, USB, IEEE488.2, Ethernet).
1.3.3 Device Interface

1.3.4 Connections

2 Logging Instruments
2.1 Load Logger
2.1.1 Introduction
Load Logger measures AC current (load) and is ideal for monitoring loads on circuits and switchboards to record load profiles that can be used to identify slow changing events such as long duration interruptions, outages and derive estimates of usage patterns.
Load Logger is also useful as a diagnostic tool to assess load sharing and load balancing on single and three phase systems.
Some common monitoring applications include: ac motors and pumps for pool, irrigation, lighting, data centres, air conditioning equipment and switchboards.
PARAMETER
MULTI-CHANNEL
Input Channels
Current Inputs (RMS)
Scalable up to 4 channels - Phases A, B, C and Neutral
Temperature Inputs (optional)
2 x PT1000 RTD
Communications
Serial Data (standard)
RS232 (115.2 kbps)
Wireless (optional)
Bluetooth
Logging
Logged Data Memory
MicroSD
Logging Interval
Programmable from 1 minute
Measurements
Current (RMS), Max. Current (RMS), Current Unbalance,

Temperature
Accuracy
±0.5% (excludes current sensor)
System Accuracy
±1% (clamp-on current sensor)
Outputs
Visual Tools
Graphical Interface
Data File
CSV format
Visual Indicator
2 x Status LED
Digital
2 x Latched Relays (optional)
General
Display (optional)
LCD: Measurements and Max. Current time
Current Sensors
Flexible current or clamp-on current probes - Automatic detection
Power Supply
Non-rechargeable battery with External DC option
Battery Life
1 year (@ 5min. non-aggregated logging
Safety Category
IEC 61010-1,CAT IV 600V defined by CT
Physical
Dimensions (H x W x L)
55 x 90 x 115 mm
Weight
390g (battery included)
Material and Colour
Polycarbonate, moulded in light grey
Operating Temperature
-20°C to 85°C
Degree of Protection
IP65, NEMA 4
2.1.3 Installation
The logger can be installed using a mix of clamp-on current and flexible current probes and automatically detects each sensor type.
2.1.4 Software
Configuration software included.
2.1.5 Calibration
Each Load Logger is factory calibrated. The calibration values are saved in the initial configuration file.

3 Remote (Online) Monitoring Systems
3.1 Load Remote
Load Remote is a Remote Terminal Unit (RTU) that measures AC current in up to five (5) circuits and facilitates on-line monitoring. All data is transmitted back to a secure database utilising modern communication networks with programmable intervals. The user is provided with a web login and password and able to quickly retrieve, view and download data on-line.
HARDWARE INSTALLATION

Load Remote is also useful as a diagnostic tool to assess load sharing and load balancing on single and three phase systems. Load Remote is intended for applications requiring long term monitoring and where periodic site visits may not be feasible or access is difficult.
Some common monitoring applications include: ac motors and pumps for pool, irrigation, lighting, data centres, air conditioning equipment and switchboards.
Digital inputs/outputs and alarm thresholds available for control and condition monitoring applications. This product can be customised to your specific requirements.
PARAMETER
SPECIFICATION
General electrical
Rated load current
Up to 3000A.
Working voltage
600V as defined by current sensor.
Power source
External 12V DC.
Channels
AC current (1)
AC current, up to five (5) channels or circuits.
Temperature (2)
Optional: Temperature inputs. Combinations of (1) and (2) totalling five channels.
Communications
Remote communications
Tri-Band UMTS (850MHz/900MHz/2100MHz); Dual-Band GSM/GPRS (900MHz/1800MHz).
Device communications
RS-232 for programming
Data Pitching
Programmable transmit interval
1 minute minimum
Physical
Dimensions (H x W x D)
171 x 121 x 55 mm
Material
Polycarbonate, moulded in light grey
Rating
IP65, NEMA4
Operating temperature
-20°C to 70°C
Load Remote can be packaged into a suitable enclosure to meet your requirements and with various current probes.
3.2 Monitoring Back-Up Generators
OmniMetrix is a leader and pioneer in wireless remote monitoring, control and diagnostics for emergency power generator systems. With over 15 years of experience and thousands of monitored generators, OmniMetrix is the proven solution for making emergency power systems more reliable. The OmniMetrix system is currently installed globally on a wide range of critical facilities, including cell towers, grocery stores, medical facilities, data centers and public transportation systems, as well as federal, state and municipal government facilities.
As a system that facility maintenance teams have described as vital, we get better information to the right people faster.
OmniMetrix’s robust M2M (machine to machine) 24/7 monitoring system increases the reliability of your generators by eliminating 95% of all Fail-to-Start situations. Cost-effective monitors connect to all major brands of generators and are Modbus compatible.

3.2.1 G8500 SINGLE GENERATOR SYSTEM

3.2.2 G8600 MULTIPLE GENERATOR SYSTEM

3.2.3 G8700 MOBILE GENERATOR SYSTEM

3.2.4 G8800 RESIDENTIAL GENERATOR SYSTEM

4 Current Probes and Sensors
4.1 Flexible Current Sensors
PARAMETER
1AFF3000-6 (3000A) (use with PM35)
SAF3000_6B (3000A) (use with PM45)
Electrical
Rated Input Current
3000A
3000A
Calibrated Output @ 1000A 50Hz
78mV
78mV
Load resistance
4.5KΩ
4.5KΩ
Bandwidth
10Hz to 20kHz
10Hz to 20kHz
Accuracy (@ 25°C, 50Hz)
± 0.5% of reading
± 0.5% of reading
Linearity (10% to 90% of range
± 0.2% of reading
± 0.2% of reading
Phase Error (45Hz - 65Hz)
± 1°
± 1°
Position Sensitivity
± 2% of reading
± 2% of reading
Temperature Coefficient
± 0.05% of reading / °C
± 0.05% of reading / °C
External Field (with cable >100mm from the head)
± 0.25% of range
± 0.25% of range
Working Voltage
1000V AC or DC
1000V AC or DC
General
Probe and Cable Material
Alcryn 2070 NC double insulated, UL94 V-0
Alcryn 2070 NC double insulated, UL94 V-0
Coupling Material
Ultramid A3U Q720, UL94 V-0
Ultramid A3U Q720, UL94 V-0
Probe Cable Diameter
9.9mm (nominal)
9.9mm (nominal)
Probe Cable Length
610mm
610mm
Probe Cable Conductor Diameter
194mm
194mm
Output Cable Length
2m, terminated with Brad Harrison 8A4000-315
2m UL.M12 4P F ST 2M PUR- 0.34
Operating Temperature Range
-20°C to +65°C
-20°C to +65°C
Storage Temperature Range
-40°C to +75°C
-40°C to +75°C
Operating Humidity
15% to 85% (non-condensing)
15% to 85% (non-condensing)
Degree of Protection
IP65
IP65
Colour
Probe: Green RAL6018
Probe: Green RAL6018

PARAMETER
1ACF3000-6 (3000A) (use with PM35)
1AF3000-6 (3000A) (use with PM45)
Electrical
Maximum Measureable Current
100kA at (50/60)Hz
100kA at (50/60)Hz
Internal Resistance
30Ω per 400mm
30Ω per 400mm
Accuracy
± 1% (Calibrated)
± 1% (Calibrated)
Linearity
± 0.2% (Calibrated)
± 0.2% (Calibrated)
Output Signal (Sinusoidal)
100mV/KA @ 50Hz
100mV/KA @ 50Hz
Frequency Range
20Hz to 5kHz
20Hz to 5kHz
Position Sensitivity
± 2% maximum
± 2% maximum
Influence of External Field
± 2% maximum
± 2% maximum
Temperature Coefficient
± 0.07% per °C
± 0.07% per °C
Working Voltage (max.)
1000V at (50/60)Hz
1000V at (50/60)Hz
Safety Category (IEC 61010-1)
1000V CAT III / 600V CATIV
1000V CAT III / 600V CATIV
High Voltage Withstand
7400VAC (50/60)Hz for 1 minute
7400VAC (50/60)Hz for 1 minute
Dimensions
Cable length
2m
2m
Coil Inside Diameter A
170mm
170mm
Coil Outside Diameter B
201mm
201mm
Coil Length C
600mm
600mm
Cap Coupling cross section D
18mm (min.)
18mm (min.)
Cap Coupling cross section E
23mm (max.)
23mm (max.)
Coil cross-section F
15.5mm
15.5mm
Materials
Transducer and cable
Thermoplastic RUBBER, flame retardant UL 94 V-O rated
Thermoplastic RUBBER, flame retardant UL 94 V-O rated
Couplings
Polypropylene UL 94 V-O rated
Polypropylene UL 94 V-O rated
Colour (transducer)
Blue
Blue
Colour (Cable and couplings)
Black
Black
Cable
1000V UL Style 20940; Diameter: 5.5mm - wires 2 x 24AWG
1000V UL Style 20940; Diameter: 5.5mm - wires 2 x 24AWG
Shield
85% coil, 100% output cable
85% coil, 100% output cable
Environmental
Working Temperature
-20°C to +70°C
-20°C to +70°C
Relative Humidity
85% (non-condensing)
Pollution Degree
2
2
Maximum Altitude
2000m
2000m

4.2 Clamp on Current Sensors
PARAMETER
1AC10 (10A)
(use with PM45)
1ACR100S (100A) (use with PM35)
1AC100S (100A) (use with PM45)
General electrical
Rated Input Current
10A.
100A.
100A.
Maximum Input Current
15A.
150A.
150A.
Output Signal
440mV @ 10A.
440mV @ 100A.
440mV @ 100A.
Burden
Included
2.2 Ω (external)
Included
Accuracy
±1.0%
±1.0%
±1.0%
Frequency Range
45Hz - 5000Hz
45Hz - 5000Hz
45Hz - 5000Hz
Dielectric Strength
3000V @ 60Hz for 1 minute
Working Voltage
Bare conductor: 30V; Insulated conductor: 600V
Physical
(90.5 x 41.2 x 23.8) mm
(90.5 x 41.2 x 23.8) mm
(90.5 x 41.2 x 23.8) mm
Jaw Aperture
(14.3 x 15.9) mm
(14.3 x 15.9) mm
(14.3 x 15.9) mm
Weight
113 grams (excluding lead and connector)
Colour
Grey / light grey
Grey / light grey
Grey / light grey
Safety Class
Class III per IEC 61010- 1
-20°C to 50°C
-20°C to 50°C
-20°C to 50°C
Relative Humidity

PARAMETER
1ACR100 (100A) (use with PM35)
1ACR500 (500A) (use with PM35)
1ASC500 (500A) (use with PM45)
General electrical
Rated Input Current
100A
500A
500A
Maximum Input Current
120A
650A
650A
Output Signal
440mV @ 100A.
440mV @ 500A.
440mV @ 500A.
Burden
Included
Included
Included
Accuracy (Ratio Error)
Better than ±1.0%
Maximum Error (Ratio Error)
1% accuracy from 20% to 125% of rated current
1.5% @ 5% and 0.5% @110% of rated current
1.5% @ 5% and 0.5% @110% of rated current
Phase Error
<0.36 degrees at rated current
Maximum Burden
15VA
15VA
15VA
Accuracy Class
0.5M AS1675
0.5M AS1675
0.5M AS1675
Double Insulation
300V AC RMS
300V AC RMS
300V AC RMS
Frequency Range
40Hz - 5000Hz
5Hz - 5000Hz; 0.5% R.E. (40-85) Hz
5Hz - 5000Hz; 0.5% R.E. (40-85) Hz
Dielectric Strength
Working Voltage
650V
650V
650V
Physical
(99 x 210 x 60) mm
(99 x 210 x 60) mm
(99 x 210 x 60) mm
Jaw Aperture
52 mm
52mm
52mm
Weight
Encapsulation / Colour
Fully insulated / Black
Safety Class
CAT III per IEC 61010- 1
CAT III per IEC 61010- 1
CAT IV per IEC 61010-1
-10°C to 50°C
-10°C to 50°C
-10°C to 50°C

4.3 Miniature Split-Core Current Transformers
4.3.1 Key Features and General Specifications
 Lightweight, safe (includes internal burden),
quick and easy installation - no power line
disruption required.
 Rated primary current: up to 400Aac
 Rated secondary: 0.333Vac at rated primary
Current
 Class (accuracy): 0.5, 1.0, 3.0 [IEC 60044-1]
 Rated security coefficient: FS<5
 Case material: Nylon resin UL flame retardant
Rating 94-VO
 Highest voltage for equipment Um (rms): 720Vac
 Rated power-frequency withstand voltage (rms):
3000Vac
 Frequency range: (50/60) Hz
 Operating temperature: 15 to 60
 RoHS compliant
 CE approved
 ETL approved, CAT II 600V
 Leads: 0.8 Foot (240mm), UL 1015, twisted pair,
0.34m2 (22AWG)
4.3.2 Range
Description Part Number Input: 1-25A;Output: 0.333V@ 25A; Class: 1.0; Cable diameter: 10.2mm CTSA010 Input: 5-100A;Output: 0.333V@ 100A; Class: 0.5; Cable diameter: 16.2mm CTSA016 Input: 5-200A;Output: 0.333V@ 200A; Class: 0.5; Cable diameter: 24.2mm CTSA024 Input: 5-400A;Output: 0.333V@ 400A; Class: 0.5; Cable diameter: 35.2mm CTSA035

4.4 Substation Current Transformer Converters
4.4.1 Introduction
CK1: 1 Amp Substation CT Converter CK5: 5 Amp Substation CT Converter
The CK1 or CK5 Powermonic Current Transformer (CT) Converter is a three phase device that transforms the standard 1A or 5A secondary current from a CT to a 200 mA output current suitable for direct connection to a Powermonic CT input.
Internal protection is provided to enable the output leads to be disconnected from the Powermonic without affecting the CT secondary circuits.
The units are designed for high accuracy and therefore lend themselves for Metering and Power Quality applications.
PARAMETER
CK1 (1A to 200mA)
CK5 (5A to 200mA)
Electrical
Rated Input Current
1A
5A
Rated Output Current
200mA
200mA
Accuracy Class
0.5M (AS1675)
0.5M (AS1675)
Working Voltage
1000V AC or DC
1000V AC or DC
General
Input Connections
Red, White and Blue banana sockets
Red, White and Blue banana sockets
Output Connections
Colour coded 1.8m leads with 4 pin connectors to suite PM20, PM30, PM30+, PM40
Colour coded 1.8m leads with 4 pin connectors to suite PM20, PM30, PM30+, PM40
Enclosure
Light grey polycarbonate
Light grey polycarbonate
Weight
4.4kg
4.4kg
Dimensions (W x L x D)
(140 x 230 x 100) mm
(140 x 230 x 100) mm
Including glands and sockets
(140 x 280 x 100) mm
(140 x 280 x 100) mm

5 Instrument Current Transformers
Australian Standard 60044.1-2007 Instrument transformers Part 1: Current transformers (IEC 60044-1 Ed.1.2 (2003) MOD).

5.1 Metering
5.1.1 Measuring - PVC
The SES range of PVC tape insulated metering CTs are designed and manufactured to cater for wide range of applications. They are tested to IEC 60044-1 2003-02 and are certified to ASTA and CE mark Certified to UL. The standard rated secondary current is 5A.
Ratio
Class 3 5VA
Class 1 15VA
Class 0.5 15VA
ID
OD
HT
ID
OD
HT
ID
OD
HT
60/5 A
28
70
28
28
70
102
100/5 A
34
74
23
34
80
72
34
80
185
150/5 A
34
74
23
34
80
48
34
100
72
200/5 A
45
80
28
34
80
33
34
80
92
250/5 A
45
80
28
45
80
38
45
80
70
300/5 A
45
80
28
45
80
38
45
80
60
400/5 A
60
96
23
60
96
23
60
96
40
500/5 A
65
100
23
68
100
23
65
100
30
600/5 A
65
100
23
68
100
23
85
100
30
800/5 A
85
122
23
85
122
28
85
122
40
1000/5 A
85
122
23
85
122
28
90
122
30
1200/5 A
90
135
23
90
135
28
90
135
33
1600/5 A
90
135
23
90
135
28
122
135
33
2000/5 A
123
162
23
123
162
23
122
165
33
2500/5 A
123
162
23
123
162
23
122
165
35
3000/5 A
123
162
23
123
162
23
140
165
35
3500/5 A
143
185
28
143
185
28
140
190
30
4000/5 A
143
185
28
143
185
28
140
190
30
5000/5 A
143
185
28
143
185
28
140
190
35

5.1.2 Measuring - MBQ Series
MBQ series current transformers are ideally designed for bus bar mounting and find applications in measurement, test and control of electrical equipment. The MBQ current transformer is housed into a case of PPO flame retardant material.
Type
A
B
C
D
MBQ 60/30
75
60
30
30 x 10
MBQ 60/40
75
60
30
40 x 10
MBQ 95/50
105
95
40
60 x 30
MBQ 95/70
105
95
40
60 x 10
MBQ 130/100
167
129
60
100 x 55
Type
MBQ 60/30
MBQ 60/40
MBQ 95/50
MBQ 95/70
MBQ 130/100
Ratio
Burden (VA)
Burden (VA)
Burden (VA)
Burden (VA)
Burden (VA)
Class 1
Class 0.5
Class 1
Class 0.5
Class 1
Class 0.5
Class 1
Class 0.5
Class 1
Class 0.5
100/5 A
2.5
1.5
125/5 A
2.5
1.5
150/5 A
2.5
2.5
2.5
1.5
200/5 A
5
5
2.5
1.5
2.5
1.5
250/5 A
5
5
5
2.5
2.5
1.5
300/5 A
5
5
5
2.5
2.5
1.5
5
2.5
400/5 A
5
5
5
2.5
5
2.5
10
5
500/5 A
10
5
5
2.5
10
5
15
10
600/5 A
10
5
10
5
10
5
15
10
5
2.5
750/5 A
10
5
10
5
15
10
10
5
800/5 A
10
5
10
5
15
10
10
5
1000/5 A
15
10
15
15
15
10
1200/5 A
15
10
15
15
15
10
1250/5 A
15
10
15
15
15
10
1500/5 A
15
15
15
15
15
15
1600/5 A
15
15
15
15
15
15
2000/5 A
15
15
15
15
2500/5 A
15
15
3000/5 A
15
15

5.1.3 Measuring - MSQ Series
MSQ series current transformers are ideally designed for bus bar mounting and find applications in measurement, test and control of electrical equipment. The MSQ current transformer is housed into a case of PPO flame retardant material.
FEATURES:
 Flame retardant
 High mechanical strength
 High dielectric strength
 Transparent sealable terminal cover
 Base or Bus bar mounting
Type
A
B
C
D
MSQ 30
98
75
43
30 x 10
MSQ 40
98
75
43
40 x 10
MSQ 60
127
101
44
60 x 20
MSQ 85
164
128
42
80 x 30
MSQ 100
156
144
44
100 x 10
MSQ 125
220
190
42
125 x 58

TypeClass 1Class 0.5Class 1Class 0.5Class 1Class 0.5Class 1Class 0.5Class 1Class 0.5Class 1Class 0.5100/5 A52.51.51.5125/5 A52.51.51.5150/5 A552.51.5200/5 A10552.5250/5 A101052.52.51.5300/5 A151052.552.5400/5 A15151051057.55500/5 A15151051057.55600/5 A151515101051057.55750/5 A15101051057.55800/5 A151015101051051000/5 A1510151015101051200/5 A15151510151015101250/5 A15151510151015101500/5 A15151515151515151600/5 A15151515151515152000/5 A1515151515152500/5 A151515153000/5 A151515154000/5 A15155000/5 A15156000/5 A1515Burden (VA) MSQ 125Burden (VA) MSQ 30MSQ 40MSQ 60MSQ 85MSQ 100RatioBurden (VA)Burden (VA)Burden (VA)Burden (VA)

5.1.4 Measuring - Tape Insulated Ring Type - KTM Series
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM1R30PD
30/5 A
2.5
5
30
75
70
KTM1R40PD
40/5 A
2.5
5
30
75
55
KTM1R50PD
50/5 A
2.5
5
30
75
45
KTM1R50QD
50/5 A
5
5
30
75
75
KTM1R75PD
75/5 A
2.5
5
30
75
35
KTM1R75QD
75/5 A
5
5
30
80
60
KTM1R100QB
100/5 A
5
5
30
80
70
KTM1R100RB
100/5 A
7.5
1
30
75
90
KTM1R125QB
125/5 A
5
1
30
80
60
KTM1R125RB
125/5 A
7.5
1
30
75
65
KTM1R150QB
150/5 A
5
1
30
80
40
KTM1R150TB
150/5 A
7.5
1
30
80
80
KTM1R150QA
150/5 A
15
0.5
30
75
75
KTM1R200QB
200/5 A
5
1
30
75
30
KTM1R200QA
200/5 A
5
0.5
30
75
45
KTM1R200TB
200/5 A
15
1
30
75
55
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM2R100QB
100/5 A
5
1
45
95
100
KTM2R125QB
125/5 A
5
1
45
90
55
KTM2R150QB
150/5 A
5
1
45
90
45
KTM2R150QA
150/5 A
5
0.5
45
95
90
KTM2R200QB
200/5 A
5
1
45
90
30
KTM2R200QA
200/5 A
5
0.5
45
90
60
KTM2R200TB
200/5 A
15
1
45
90
60
KTM2R250QB
250/5 A
5
1
45
90
30
KTM2R250QA
250/5 A
5
0.5
45
95
40
KTM2R250TB
250/5 A
15
1
45
90
50
KTM2R300QB
300/5 A
5
1
45
90
25
KTM2R300QA
300/5 A
5
0.5
45
90
30

KTM2R300TB
300/5 A
15
1
45
90
45
KTM2R400QB
400/5 A
5
1
45
90
25
KTM2R400QA
400/5 A
5
0.5
45
90
25
KTM2R400TB
400/5 A
15
1
45
90
35
KTM2R400TA
400/5 A
15
0.5
45
90
45
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM3R300QB
300/5 A
5
1
55
95
35
KTM3R300QA
300/5 A
5
0.5
55
95
45
KTM3R300TB
300/5 A
15
1
55
100
50
KTM3R400QB
400/5 A
5
1
55
100
25
KTM3R400QA
400/5 A
5
0.5
55
105
35
KTM3R400TB
400/5 A
15
1
55
100
45
KTM3R400TA
400/5 A
15
0.5
55
120
40
KTM3R500QB
500/5 A
5
1
55
100
25
KTM3R500QA
500/5 A
5
0.5
55
105
30
KTM3R500TB/TA
500/5 A
15
1/0.5
55
100
40
KTM3R600QB/QA
600/5 A
5
1/0.5
55
105
30
KTM3R600TB/TA
600/5 A
15
1/0.5
55
105
40
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM4R600QB/QA
600/5 A
5
1/0.5
70
120
30
KTM4R600TB/TA
600/5 A
15
1/0.5
70
120
40
KTM4R800QB
800/5 A
5
1
70
120
30
KTM4R800QA
800/5 A
5
0.5
70
110
30
KTM4R800TB/TA
800/5 A
15
1/0.5
70
120
35
KTM4R1000QB/QA
1000/5 A
5
1/0.5
70
120
30
KTM4R1000TB/TA
1000/5 A
15
1/0.5
70
120
35
KTM4R1200/QA/
1200/5 A
5/15
1/0.5
70
120
30
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM5R800QB/QA
800/5 A
5
1/0.5
85
125
30
KTM5R800TB/TA
800/5 A
15
1/0.5
85
140
35
KTM5R1000QB/QA
1000/5 A
5
1/0.5
85
125
30
KTM5R1000TB/TA
1000/5 A
15
1/0.5
85
140
30
KTM5R1200QA
1200/5 A
5
0.5
85
140
30
KTM5R1200TB/TA
1200/5 A
15
1/0.5
85
140
30
KTM5R1600QB/QA/TB
1600/5 A
5/15
1/0.5
85
140
30
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM6R1000QB/QA
1000/5 A
5
1/0.5
115
155
30

KTM6R1000TB/TA
1000/5 A
15
1/0.5
115
170
35
KTM6R1200QB/QA
1200/5 A
5
1/0.5
115
155
30
KTM6R1200TB/TA
1200/5 A
15
1/0.5
115
170
30
KTM6R1600QB/
1600/5 A
5/15
1/0.5
115
170
30
KTM6R2000TB/TA
2000/5 A
15
1/0.5
115
170
30
KTM6R2500TB/TA
2500/5 A
15
1/0.5
115
185
35
KTM6R3000TB/TA
3000/5 A
15
1/0.5
115
185
35
KTM6R3500TB/TA
3500/5 A
15
1/0.5
115
185
35
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KTM7R3000TB/TA
3000/5 A
15
1/0.5/0.2
135
205
35
KTM7R3500TB/TA
3500/5 A
15
1/0.5/0.2
135
205
35
KTM7R4000TB/TA
4000/5 A
15
1/0.5/0.2
135
205
35
KTM7R4500TB/TA
4500/5 A
15
1/0.5/0.2
135
210
40
KTM7R5000TB/TA
5000/5 A
15
1/0.5/0.2
135
210
40
KTM8R4000TB/TA
4000/5 A
15
1/0.5/0.2
170
240
35
KTM8R4500TB/TA
4500/5 A
15
1/0.5/0.2
170
240
35
KTM8R5000TB/TA
5000/5 A
15
1/0.5/0.2
170
240
35

5.1.5 Measuring - Resin Cast Ring Type - KRM Series
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KRM1R30PD
30/5 A
2.5
5
30
80
80
KRM1R40PD
40/5 A
2.5
5
30
95
40
KRM1R50PD
50/5 A
2.5
5
30
75
65
KRM1R50QD
50/5 A
5
5
30
80
80
KRM1R75PD
75/5 A
2.5
5
30
95
40
KRM1R75QD
75/5 A
5
5
30
75
65
KRM1R100QB
100/5 A
5
1
30
80
80
KRM1R100RB
100/5 A
7.5
1
30
90
135
KRM1R125QB
125/5 A
5
1
30
75
65
KRM1R125RB
125/5 A
7.5
1
30
80
80
KRM1R150QB
150/5 A
5
1
30
75
65
KRM1R150QA
150/5 A
5
0.5
30
80
80
KRM1R200QB
200/5 A
5
1
30
75
40
KRM1R200QA
200/5 A
5
0.5
30
75
65
KRM1R200TB
200/5 A
15
1
30
80
70
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KRM2R100QB
100/5 A
5
1
45
100
100
KRM2R125QB
125/5 A
5
1
45
98
60
KRM2R150QB
150/5 A
5
1
45
100
45
KRM2R150QA
150/5 A
5
0.5
45
100
100
KRM2R200QB
200/5 A
5
1
45
95
40
KRM2R200QA
200/5 A
5
0.5
45
98
60
KRM2R200TB
200/5 A
15
1
45
98
60
KRM2R250QB
250/5 A
5
1
45
95
40
KRM2R250QA
250/5 A
5
0.5
45
95
40
KRM2R250TB
250/5 A
15
1
45
100
45
KRM2R300QB
300/5 A
5
1
45
95
40
KRM2R300QA
300/5 A
5
0.5
45
95
40
KRM2R300TB
300/5 A
15
1
45
100
45

KRM2R400QB
400/5 A
5
1
45
95
40
KRM2R400QA
400/5 A
5
0.5
45
95
40
KRM2R400TB
400/5 A
15
1
45
95
40
KRM2R400TA
400/5 A
15
0.5
45
95
40
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KRM3R300QB
300/5 A
5
1
55
95
40
KRM3R300QA
300/5 A
5
0.5
55
100
45
KRM3R400QB/QA
400/5 A
5
1/0.5
55
95
40
KRM3R400TB
400/5 A
15
1
55
98
60
KRM3R300QB
300/5 A
5
1
55
95
40
KRM3R300QA
300/5 A
5
0.5
55
100
45
KRM3R400QB/QA
400/5 A
5
1/0.5
55
95
40
KRM3R400TB
400/5 A
15
1
55
98
60
KRM3R400TA
400/5 A
15
0.5
55
115
35
KRM3R500QB/QA
500/5 A
5/15
1/0.5
55
95
40
KRM3R600QB/QA
600/5 A
5/15
1/0.5
55
100
45
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KRM4R600QB/QA
600/5 A
5
1/0.5
70
115
35
KRM4R600TB
600/5 A
15
1
70
115
35
KRM4R600TA
600/5 A
15
0.5
70
140
25
KRM4R800QB/QA
800/5 A
5/15
1/0.5
70
115
35
KRM4R1000QB/QA
1000/5 A
5
1/0.5
70
115
35
KRM4R1000TB/TA
1000/5 A
15
1/0.5
70
140
25
KRM4R1200QB/QA
1200/5 A
5/15
1/0.5
70
115
35
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KRM5R800QB/QA
800/5 A
5/15
1/0.5
85
140
25
KRM5R1000QB/QA
1000/5 A
5/15
1/0.5
85
140
25
KRM5R1200QB/QA
1200/5 A
5/15
1/0.5
85
140
25
KRM5R1600QB/QA/
1600/5 A
5/15
1/0.5
85
145
35
KRM6R1000QB/QA
1000/5 A
5/15
1/0.5
115
175
30

5.1.6 Measuring - Resin Cast Ring Type - KSM Series
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSM1R30PD
30/5 A
2.5
5
30
85
85
KSM1R40PD
40/5 A
2.5
5
30
90
40
KSM1R50QD
50/5 A
5
5
30
85
85
KSM1R100QB
100/5 A
5
1
30
85
85
KSM1R150QD
150/5 A
5
5
30
90
40
KSM1R150TB
150/5 A
15
1
30
85
85
KSM1R200QB
200/5 A
5
1
30
90
40
KSM1R200TB
200/5 A
15
1
30
80
60
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSM2R150QD
150/5 A
5
5
45
90
40
KSM2R150QB
150/5 A
5
1
45
100
40
KSM2R200QB
200/5 A
5
1
45
90
40
KSM2R200TB
200/5 A
15
1
45
100
65
KSM2R250QB
250/5 A
5
1
45
90
40
KSM2R250TB
250/5 A
15
1
45
100
65
KSM2R300QB
300/5 A
5
1
45
90
40
KSM2R300TB
300/5 A
15
1
45
100
40
KSM2R300SA
300/5 A
10
0.5
45
100
40
KSM2R400QB
400/5 A
5
1
45
90
45
KSM2R400TB
400/5 A
15
1
45
100
40
KSM2R400SA
400/5 A
10
0.5
45
90
45

Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSM3R300TB
300/5 A
15
1
55
100
65
KSM3R300SA
300/5 A
10
0.5
55
100
65
KSM3R400TB
400/5 A
15
1
55
120
40
KSM3R400SA
400/5 A
10
0.5
55
100
40
KSM3R500TB
500/5 A
15
1
55
100
45
KSM3R500SA
500/5 A
10
0.5
55
100
40
KSM3R600TB
600/5 A
15
1
55
100
40
KSM3R600SA
600/5 A
10
0.5
55
100
40
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSM4R800TA
800/5 A
15
0.5
70
120
40
KSM4R1000TA
1000/5 A
15
0.5
70
120
40
KSM4R1200TA
1200/5 A
15
0.5
70
120
40
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSM5R800TA
800/5 A
15
0.5
85
145
40
KSM5R1000TA
1000/5 A
15
0.5
85
145
40
KSM5R1200TA
1200/5 A
15
0.5
85
145
40
KSM5R1200TE
1200/5 A
15
0.2
85
145
40
KSM5R1600TE
1600/5 A
15
0.2
85
145
40
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSM6R1000TA
1000/5 A
15
0.5
115
175
40
KSM6R1000TE
1000/5 A
15
0.2
115
175
40
KSM6R1200TA
1200/5 A
15
0.5
115
175
40
KSM6R1200QE
1200/5 A
5
0.2
115
175
40
KSM6R1200TE
1200/5 A
15
0.2
115
175
40
KSM6R1600TA
1600/5 A
15
0.5
115
175
40
KSM6R1600TE
1600/5 A
15
0.2
115
175
40
KSM6R2000TA
2000/5 A
15
0.5
115
175
40
KSM6R2000SE
2000/5 A
10
0.2
115
175
40
KSM6R2000TE
2000/5 A
15
0.2
115
175
40
KSM6R2500TE
2500/5 A
15
0.2
115
175
40
KSM6R3000TE
3000/5 A
15
0.2
115
175
40
KSM6R3500TE
3500/5 A
15
0.2
115
175
40

5.2 Protection
5.2.1 Protection - PVC
The SES range of PVC tape insulated Protection CTs are designed and manufactured to cater for wide range of applications. They are tested to IEC 60044-1 2003-02 and are certified to ASTA and CE mark Certified to UL. The standard rated secondary current is 5A.
Ratio
Class 10P5 15VA
Class 10P10 15VA
Class 5P10 15VA
ID
OD
HT
ID
OD
HT
ID
OD
HT
60/5 A
34
100
148
25
150
155
25
150
165
100/5 A
34
100
98
34
100
168
34
100
180
150/5 A
34
100
68
34
100
108
34
100
130
200/5 A
34
100
68
34
100
88
34
100
110
250/5 A
45
96
78
45
96
108
45
96
110
300/5 A
45
96
68
45
96
108
45
96
120
400/5 A
60
100
68
60
100
108
45
96
100
500/5 A
60
100
58
60
100
93
60
100
110
600/5 A
65
100
58
68
110
78
68
110
88
800/5 A
85
120
48
85
120
73
85
120
88
1000/5 A
82
123
65
82
123
80
1200/5 A
90
135
65
90
135
80
1600/5 A
90
135
55
90
135
70
2000/5 A
125
178
43
125
178
43
2500/5 A
125
178
35
125
178
35
3000/5 A
120
178
35
120
178
35
3500/5 A
140
200
35
140
200
35
4000/5 A
140
200
35
140
200
35
5000/5 A
140
200
35
140
200
35

5.2.2 Protection - Tape Insulated Ring Type - KTP Series
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KTP1R100QL5
100/5 A
5
10P5
30
80
105
KTP1R100QM10
5P10
95
130
KTP1R100RL5
100/5 A
7.5
10P5
30
95
100
KTP1R100RM10
5P10
120
115
KTP1R100SL5
100/5 A
10
10P5
30
95
125
KTP1R100SM10
5P10
120
150
KTP1R150QM5
150/5 A
5
5P5
30
80
75
KTP1R150QM10
5P10
95
95
KTP1R150RL10
150/5 A
7.5
10P10
30
95
135
KTP1R150RM10
5P10
95
135
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KRP2R100QL5
100/5 A
5
10P5
45
100
100
KTP2R100QM10
5P10
110
115
KTP2R100SL5
100/5 A
10
10P5
45
105
125
KTP2R100SM10
5P10
140
135
KTP2R150RL10
150/5 A
7.5
10P10
45
110
115
KTP2R150RM10
5P10
110
115
KTP2R200QM10
200/5 A
5
5P10
45
110
70
KTP2R200QM20
5P20
110
120
KTP2R250QM10
250/5 A
5
5P10
45
110
60
KTP2R250QM20
5P20
110
115
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KTP3R300TM10
300/5 A
15
5P10
55
140
80
KTP3R300TM5
5P5
130
60
KTP3R400TM10
400/5 A
15
5P10
55
140
70
KTP3R400TM20
5P20
130
140
KTP3R500TM10
500/5 A
15
5P10
55
130
65
KTP3R500TM20
5P20
140
110
KTP3R600TM10
600/5 A
15
5P10
55
135
65
KTP3R600TM20
5P20
145
100
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KTP4R600TM10
600/5 A
15
5P10
70
145
60
KTP4R600TM20
5P20
145
110
KTP4R800TM10
800/5 A
15
5P10
70
150
55
KTP4R800TM20
5P20
150
95
KTP4R1000TM10
1000/5 A
15
5P10
70
150
50
KTP4R1000TM20
5P20
150
80
KTP4R1200TM10
1200/5 A
15
5P10
70
150
50
KTP4R1200TM20
5P20
150
75
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KTP5R800TM10
800/5 A
15
5P10
85
170
55
KTP5R800TM20
5P20
180
80

KTP5R1000TM10
1000/5 A
15
5P10
85
170
50
KTP5R1000TM20
5P20
170
80
KTP5R1200TM10
1200/5 A
15
5P10
85
170
50
KTP5R1200TM20
5P20
180
65
KTP5R1600TM10
1600/5 A
15
5P10
85
170
45
KTP5R1600TM20
5P20
180
55
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KTP6R2000TM10
2000/5 A
15
5P10
115
190
50
KTP6R2000TM20
5P20
195
65
KTP6R2500TM10
2500/5 A
15
5P10
115
190
45
KTP6R2500TM20
5P20
195
60
KTP6R3000TM10
3000/5 A
15
5P10
115
190
45
KTP6R3000TM20
5P20
200
60
KTP6R3500TM10
3500/5 A
15
5P10
115
195
50
KTP6R3500TM20
5P20
215
50

5.2.3 Protection - Resin Cast Ring Type - KRP Series
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KRP1R100QL5
100/5 A
5
10P5
30
100
75
KRP1R100QM10
5P10
90
135
KRP1R100SL5
100/5 A
10
10P5
30
90
135
KRP1R100SM10
5P10
120
145
KRP1R150QM5
150/5 A
5
5P5
30
80
70
KRP1R150QM10
5P10
100
100
KRP1R150RL10
150/5 A
7.5
10P10
30
90
135
KRP1R150RM10
5P10
90
135
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KRP2R100QL5
100/5 A
5
10P5
45
100
100
KRP2R100QM10
5P10
105
135
KRP2R100SL5
100/5 A
10
10P5
45
105
120
KRP2R100SM10
5P10
155
130
KRP2R200SM10
200/5 A
10
5P20
45
105
135
KRP2R200SM20
5P20
145
160
KRP2R250SM10
250/5 A
10
5P20
45
105
120
KRP2R250SM20
5P20
155
110
KRP2R300TM10
300/5 A
15
5P20
45
105
135
KRP2R300TM5
5P5
100
100
KRP2R400TM10
400/5 A
15
5P20
45
105
120
KRP2R400TM20
5P20
145
100
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KRP3R400TM10
400/5 A
15
5P20
55
140
70
KRP3R400TM20
5P20
155
130
KRP3R450TM10
450/5 A
15
5P20
55
120
90
KRP3R450TM20
5P20
155
110
KRP3R500TM10
500/5 A
15
5P20
55
140
70
KRP3R500TM20
5P20
145
100
KRP3R600TM10
600/5 A
15
5P20
55
140
70
KRP3R600TM20
5P20
145
100
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KRP4R600TM10
600/5 A
15
5P20
70
140
70
KRP4R600TM20
5P20
155
110
KRP4R800TM10
800/5 A
15
5P20
70
140
70
KRP4R800TM20
5P20
145
100
KRP4R1000TM10
1000/5 A
15
5P20
70
140
70
KRP4R1000TM20
5P20
155
90
KRP4R1200TM10
1200/5 A
15
5P20
70
140
70
KRP4R1200TM20
5P20
155
90
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT

KRP5R800TM10
800/5 A
15
5P20
85
165
60
KRP5R800TM20
5P20
190
75
KRP5R1000TM10
1000/5 A
15
5P20
85
165
60
KRP5R1000TM20
5P20
190
75
KRP5R1200TM10
1200/5 A
15
5P20
85
165
60
KRP5R1200TM20
5P20
190
75
KRP5R1600TM10
1600/5 A
15
5P20
85
165
60
KRP5R1600TM20
5P20
190
75
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
Part Number
Class
OD
HT
KRP6R1000TM10
1000/5 A
15
5P20
115
190
75
KRP6R1000TM20
5P20
190
90
KRP6R1200TM10
1200/5 A
15
5P20
115
190
75
KRP6R1200TM20
5P20
190
75
KRP6R1600TM10
1600/5 A
15
5P20
115
190
75
KRP6R1600TM20
5P20
190
75
KRP6R2000TM10
2000/5 A
15
5P20
115
190
35
KRP6R2000TM20
5P20
190
75
KRP6R2500TM10
2500/5 A
15
5P20
115
190
75
KRP6R2500TM20
5P20
190
75
KRP6R3000TM10
3000/5 A
15
5P20
115
190
75
KRP6R3000TM20
5P20
190
75
KRP6R3500TM10
3500/5 A
15
5P20
115
190
75
KRP6R3500TM20
5P20
205
115

5.2.4 Protection - Resin Cast Ring Type - KSP Series
Part Number
Ratio
Burden (VA)
Class
ID
OD
HT
KSP1R100QL5
100/5 A
5
10P5
30
100
65
KSP1R100SL5
100/5 A
10
10P5
30
125
75
KSP1R150RL10
150/5 A
7.5
10P10
30
125
75
KSP2R100SL5
100/5 A
10
10P5
45
140
75
KSP2R150RL10
150/5 A
7.5
10P10
45
140
75
KSP3R600TM10
600/5 A
15
5P10
55
125
75
KSP4R600TM10
600/5 A
15
5P10
70
140
75
KSP4R800TM10
800/5 A
15
5P10
70
140
75
KSP4R1000TM10
1000/5 A
15
5P10
70
175
40
KSP4R1200TM10
1200/5 A
15
5P10
70
140
75
KSP5R800TM10
800/5 A
15
5P10
85
175
40
KSP5R1200TM10
1200/5 A
15
5P10
85
175
40
KSP5R1600TM10
1600/5 A
15
5P10
85
175
40
KSP6R1000TM10
1000/5 A
15
5P10
115
190
85
KSP6R1200TM10
1200/5 A
15
5P10
115
190
85
KSP6R1600TM10
1600/5 A
15
5P10
115
190
85
KSP6R2000TM10
2000/5 A
15
5P10
115
190
85
KSP6R2500TM10
2500/5 A
15
5P10
115
190
85
KSP6R3000TM10
3000/5 A
15
5P10
115
190
85

5.3 Special Purpose
5.3.1 Summation Current Transformer
When the current in a number of feeders need not be individually metered but summated to a single meter or instrument, a summation current transformer can be used. In consumer installation, where there is more than one feeder, it is more economical to use summation metering and for this purpose, summation Current Transformer (CT) is required.
The summation CT consists of two or more primary windings which are connected to the feeders to be summated, and a single secondary winding which feeds a current proportional to the summated primary current.
A typical ratio would be 5 + 5 + 5 / 5A, which means that three primary feeders of 5 Amps are to be summated to a single 5 Amps meter.
We can custom-design to your specific requirements.
5.3.2 Interposing Current Transformer
Interposing types can be used to modify the secondary current from an existing line CT. This is useful for modifying secondary currents without replacing the line CTs.
The main function of an interposing CT is to balance the currents supplied to the relay where there would otherwise be an imbalance due to the ratios of the main CTs. Interposing CTs are equipped with a wide range of taps that can be selected by the user to achieve the balance required.

As the name suggests, an interposing CT is installed between the secondary winding of the main CT and the relay. They can be used on the primary side or secondary side of the power transformer being protected, or both. Interposing CTs also provide a convenient method of establishing a delta connection for the elimination of zero sequence currents where this is necessary.
5.3.3 Core Balance Current Transformer
Core balance current transformers are intended for providing a very sensitive method of earth leakage protection on three-phase electrical systems with suitable relays.
Cables of all phases pass through the inner diameter of the transformer and there is no output under no-fault conditions. In the event of an earth-fault a non-zero current exist and induces a changing magnetic field within the core, which in turn generates a secondary voltage which operates a relay (via burden).
We can optimally custom-design to your specific requirements based on relay types and settings, and the required primary operating current.

6 Medium Voltage Products
6.1 Monitoring Products
6.1.1 Cable Mounted Sensor
The LIQ60 is an intelligent transmission and distribution overhead line monitoring system and can provide:
 Continuous monitoring and capture of critical performance data on overhead network lines up to 138kV;
 Time-stamped event recordings;
 Line status, fault waveform, outages, load profile, ambient and conductor temperatures, voltage sensing, displacement power factor, voltage reading (with an external insulated resistor);
Key features include:
 Maintenance-free
 Rapid installation for instant intelligence
 Intuitive software
 Flexible remote communications options
 SCADA protocol compatible
 Versatile applications
Key specifications include:
 Fault capture range: 1A - 25kA;
 Line frequency: 45Hz - 65Hz;
 Operating temperature: -40°C to +70°C;
 Ingress Protection: IP66;
 Housing material: UV stabilised polycarbonate;
 Dimensions: H: 315mm, D: 180mm, W: 140mm;
 Weight: 2kg;
 Battery powered and solar charged (2D movement 0.5W panel); and
 Includes 4 x 2V, 2.5Ah rechargeable (SLA batteries) and last approximately 45 days without sunlight.
 Installation: Conductor range: 6mm to 32mm. No outage required. Easily installed on energised lines using a hot stick.

6.1.2 Pole Mounted Sensor
The LIQ35 is a reliable pole mounted solar powered line fault indicator (with battery backup) for use on three phase three wire, and SWER overhead line systems. The LIQ35 utilises a fault detection algorithm that adapts to network parameters and requires no configuration.
Key features include:
 Continuous fault indication;
 Fault types: Permanent faults; Transient faults; Outage events; Closure events; Self- clearing faults (fault current without loss of voltage);
 Patented adapting fault algorithm;
 Dual magnetic field sensors for improved fault capture;
 Voltage sensing to accurately identify outages and trips;
 Time and data stamped event recording;
 Recognition of line voltage return;
 Two visual indicators displaying line status and most recent fault;
 Inrush restraint to ensure only real faults are reported;
 SCADA protocol compatible (DNP3); and
 Advanced programmable options for maximum flexibility.
Key specifications include:
 Line voltage: 5kV to 145kV;
 Rechargeable batteries: 4 x 2V, 2.5Ah Sealed lead-acid
 Battery Life: up to 10 years;

 Solar panel: 3V, 1W;
 Operation without solar (no active communications): 45 days;
 Operating temperature: -40°C to +85°C;
 Altitude: 1800m;
 Local communications: 2.4GHz spread spectrum 50m range (line of sight);
 Integrated remote communications: Embedded 3G cellular (PCI Express Mini Card);
 Ambient temperature sensor (optional): -40°C to +85°C;
 LED indicator – visibility (daylight / night time): 50m/50m;
 Weight: 2.2kg;

6.2 Indoor and Outdoor Voltage Transformers
6.2.1 Indoor Single Phase Single Pole Voltage Transformers

6.2.2 Indoor Single Phase Double Pole Voltage and Control Transformers

6.2.3 Indoor Voltage Three Phase Voltage Transformers

6.2.4 Draw-Out Voltage Transformers
6.2.5 Outdoor Voltage and Control Transformers
6.2.5.1.1 Oil Immersed Version
6.2.5.1.2 Cast Resin Version

6.2.6 Outdoor Metering Units
6.3 Indoor and Outdoor Current Transformers
6.3.1 Indoor Ring Type, Window Type and Bus Duct (up to 36kV)
 Typically for currents of 200A and above - depending on burden and accuracy requirements.
 Inner diameters from 65 mm to 170 mm available for ring type, and up to (110 x 75) mm for window type.
 Pigtail is provided for CTs of rating 6.6 kV and above, and should be connected to the primary bar to obtain an equi-potential (discharge-free) connection.
 Large diameter bus duct CTs are available, suitable for up to 30000 A.
 Suitable for high short time ratings.

6.3.2 Indoor Bar Primary Current Transformers (up to 36kV)

6.3.3 Indoor Wound Primary (block Type) Current Transformers (up to 36kV)
Suitable for current ratings up to 4000A:
 Primary connecting pad sizes vary depending upon primary current
 Standard frame widths of 148, 160, 180, 205, 240 mm
 Suitable for short time rating of 50 kA/3 seconds

6.3.4 Outdoor Current Transformers

7 Power Quality Mitigation Products
7.1 Reactors and Filters
We can source appropriate line side and load side reactors and filters to address the identified causes of poor power quality.
7.2 Power Factor Correction Units
We work with local manufacturers and suppliers to provide appropriately sized PFC units. We can custom design to your requirements and also offer a segregated design that not only enables more efficient service and maintenance but also ensures the sensitive control components are not affected by heat generated by the harmonic blocking reactors and hence prolonging the life of the equipment.
Up to 100kVar Wall Mount Cubicle
1000H x 800W x 300D (wall mount cubicle without reactor segregation)
Up to 250kVar Cubicle
2000H x 800W x 600D (expandable to 300kVar if no isolator or circuit breaker required)
2000H x 2500W x 600D
Switched Capacitor Bank:
Thyristor controlled switching technology - mitigates the effects of fast switching loads (lifts, welding equipment, oil and gas drilling rigs; and mine site drilling equipment).

7.3 Active Harmonic Filtering
Wall-Mounted Active Filter ADF P100
The ADF P100 is an ultra-efficient, easy to use solution in a wall mounted cabinet. The tall and narrow design allows installation where space is at a premium. It has a nominal current of 70 to 100 A RMS and is available in the voltage range 208 - 480 V RMS nominal.
ADF P200 Active Filter
The ADF P200 is a very fast active filter and can eliminate harmonic problems up to the 100th harmonic and works well in even very resonant grids. It is suitable for mitigating resonances, interharmonics and high frequency disturbances.
ADF P300 Active Filter
The ADF P300 is suitable for commercial and industrial loads.
STATCOM (Static Synchronous Compensator) Is a shunt device, which uses force-commutated power electronics (i.e. GTO, IGBT) to control power flow and improve transient stability on electrical power networks.

ADF P700 STATCOM:
The ADF P700 is a high power, utility grade, medium voltage STATCOM for heavy industrial loads. It is useful for dynamic reactive compensation, flicker mitigation, and harmonic suppression in applications such as electric arc furnaces, cranes, hoists and wind farms.
The ADF P700 is available in modular 3 MVA or 6 MVA compensation power. Several units can be operated in parallel to achieve higher power levels.

8 Consulting and Services
8.1 Consulting in Power Quality
8.1.1 Power Quality Investigation
This includes:
 Site Survey
 Site Monitoring
 Data Analysis and Identification
 Reporting and Recommendations
8.1.2 Power Quality Mitigation
Following the Power Quality Investigation, we then propose solutions to mitigate the contributing aspects to poor power quality. This includes proposing products and equipment followed by further monitoring for validation.
8.1.3 Power Quality Management
Your electrical distribution system may be changing - growing (adding more elements to do more work). In this case we would recommend a Power Quality Management Plan for continuous monitoring and assessment.
8.2 Training
8.2.1 Product Training
Product training is provided on all electronic monitoring products and customised equipment sold and or designed by CHK Power Quality Pty Ltd.
8.2.2 Professional Training
A single day course is offered in Power Quality with a certificate awarded upon completion. The course covers an overview of power systems in Australia, introduces concepts of power quality, monitoring and reporting and how to improve power quality.
8.3 Technical Support
8.3.1 Product Support
Product support is provided on all electronic monitoring products and customised equipment sold and or designed by CHK Power Quality Pty Ltd and some products designed by GridSense; please enquire.
8.3.2 Calibration and Repairs
We have a service department that provide repairs and calibration for our electronic products.

8.4 Low Volume Contract Manufacturing
We have over fifteen years of experience in low volume production. Items include: wire looms; leads and probes; building electronic circuit boards (hand soldering) and product sub-assemblies.
8.5 Engineering and Project Management Services
8.5.1 Feature Requests and New Features
Where possible, we can update a product to include a specific feature to address your requirement.
8.5.2 Design
Our engineering team can custom-design a solution (involving industrial design, electronic, firmware and software development) and manage the whole product development cycle, from specification to testing and approvals.

CHK Power Quality products & services catalogue 22 sep 14 release

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CHK Power Quality products & services catalogue 22 sep 14 release