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Power Analyzer Accessories

Current Measurement

BDR01 Series Shunt

The BDR01 series shunt provides an accurate current sensing solution for current transducers/transformers outputting a current signal, the shunts feature BNC input and Output connectors.

The BDR01 is ideal for use in conjunction with current output transformers or zero flux based current sensing transducers such as the LEM IT and ITN series. The BDR01 extends the low current sensitivity significantly due to the higher shunt impedance, this is essential for current transducers with high “turns ratios”.

While the BDR series was primarily designed for use with the PPA series power analyzers from N4L that provide exceptional wideband accuracy, dynamic range and common mode rejection, they can also be used as a precise current sensing device for other equipment.

Model	Nominal Resistance	Phase Error	Continuous Current	Connections	Documentation
BDR01	1Ω ± 0.1%	0.1° / kHz	1Arms	Safety BNC	BDR01 Datasheet (PDF, 161kb)

N4L HF Series Current Shunts

N4L Resistive Current Shunts provide the engineer with a wide range of current measurement options. the range spans from the 1Arms rated HF01A to the 500Arms HF500, the HF01A provides accurate current measurement down to 500uArms.

Model	Current rating
HF01A	100uA → 1Arms
HF003	200uA → 3Arms
HF006	1mArms → 6Arms
HF020	10mArms → 20Arms
HF100	100mA → 100Arms
HF200	200mA → 200Arms
HF500	500mA → 500Arms
Documentation
Datasheet	HF Shunts-PPA – Datasheet
HF 100/HF200 Fixing bolt guide	HF100_200 Fixing Bolt Guide
HF500 Fixing bolt guide	HF500 Fixing Bolt Guide V2
HF500 Thermal Characteristic	HF500 – Thermal Characteristic

N4L High Frequency Rogowski Current Transducers

N4L High Frequency Rogowski Current Transducers provide current measurement from 1A up to upwards of 30,000A depending upon the model selected. The two standard models in our range provide 1A → 5,000A(WR5000) and 2A → 10,000A(WR10000) dynamic measurement ranges.

Model	Current Rating	Datasheet	User Manual
WR5000	1A -> 5000Arms	WR5000 Rogowski - Datasheet	WR5000_WR10000 Manual
WR10000	2A -> 10000Arms	WR10000 Rogowski - Datasheet	WR5000_WR10000 Manual

LEM Zero Flux High Precision Current Transducers

N4L are pleased to offer the LEM range of Zero flux current measurement transducers, these current sensors based upon the Zero Flux measurement technique provide high accuracy current measurement up to 4,000Arms

Model	Current Rating	Datasheet
IT60-S	→ 60Adc / pk 42Arms	LEM – IT60-S
IT65-S	→ 85Apk 60Arms/dc	LEM – IT 65-S
IT200-S	→ 200Adc / pk 141Arms	LEM – IT 200-S
IT205-S	→ 283Apk 200Arms/dc	LEM – IT 205-S
IT400-S	→ 400Adc / pk 282Arms	LEM – IT 400-S
IT405-S	→ 566Apk 400Arms/dc	LEM – IT 405-S
IT700-S	→ 700Adc / pk 495Arms	LEM – IT 700-S
IT1000-S	→ 1000Adc / pk 707Arms	LEM -IT1000-S
IT605-S	→ 849Apk 600Arms/dc	LEM – IT 605-S
ITN600-S	→ 600Adc / pk 424Arms	LEM – ITN 600-S
ITN900-S	→ 900Adc / pk 636Arms	LEM – ITN 900-S
ITN1000-S	→ 1000Adc / pk 707Arms	LEM – ITN 1000-S
IN1000-S	→ 1500Apk 1000Arms/dc	LEM – IN 1000-S
IN2000-S	→ 3000Apk 2000Arms/dc	LEM – IN2000-S
ITL4000-S	→ 4000Arms AC+DC	LEM ITL4000-S Datasheet
LF510-S	→ 500Arms 0.6% AC+DC	LEM – LF510-S
LF1010-S	→ 1000Arms 0.4% AC+DC	LEM – LF1010-S
LF2010-S	→ 2000Arms 0.3% AC+DC	LEM – LF 2010-S
LEM-1 120W PSU	120W PSU compatible with IN/IT/ITN/LF Series Transducers	Current Transformer Interface Options
LEM-1 50W PSU	50W PSU compatible with IN/IT/ITN/LF Series Transducers
LEM IT/ITN/IN Series Interface kit	Interface Kit including LEM-1 and associated cabling
LEM LF Series Interface kit	LF Series Interface Kit including PSU and connection cabling	LEM LF Series Interface kit
LEM-6	1-6 Channel LEM CT Interface System (Compatible with IT/ITN/IN/LF Transducers)	LEM-6 Interface PDF - Datasheet

These devices operate as current output transducers, voltage output transducers are available upon request

AC+DC Current Clamps

Our AC+DC Current Clamp range provide current measurement up to 5,000A (P50-3C) with an upper bandwidth of 5kHz (SC3C), these current clamps offer a convenient method of measurement for applications where the DC component of a signal is of particular interest. For example, these clamps are ideally suited to measurement of the DC bus in an inverter drive.

Model	Current Rating	Datasheet
SC-2C-100	1 → 100A	SC 2C 100A - 1V - Datasheet
SC-3C-1000	1 → 1,000A	SC 3C 1000A - 1V - Datasheet
P20-3C-2000	40 → 1,000/2,000A	P20 3C 2000A - 2V - Datasheet
P40-3C-4000	40 → 2,000/4,000A	P40 3C 4000A – 2V - Datasheet
P50-3C-5000	50 → 2,000/5,000A	P50 3C 5000A - 2V - Datasheet

Other models available upon request

AC Current Clamps

Our AC Current Clamp range provide current measurement up to 3,000A (P32-UE) with an upper bandwidth of 15kHz (SMUB), these current clamps offer an accurate measurement of an AC signal over a wide bandwidth. Typical applications include PWM Invert Driver output power measurement, transformer loss testing and a range of other AC applications. The wideband response of these current clamps is very flat well beyond the stated frequency range, these AC current clamps offer an ideal solution where cost and convenience must be accompanied with sufficient accuracy.

Model	Current Rating	Datasheet
M3-UB-50	100mA → 50A	M3 UB 50 – 1V
M3-U-100	1 → 100A	M3 U 100 – 1V
S-UE-200	1 → 200A	S UE 200 – 1V
S-UE-250	1 → 250/500/1000A	S UE 250 500 1000
US-UE-1000	1 → 1,000A	US UE 1000 - 1V
SM-UE-1000	0.5 → 1,000A	US UE 1000 - 1V
SM-UB-1000	0.5 → 1,000A	SM UB 1000 - 1V
P32-UE-1000	5 → 1,000A	P32 UE 1000 - 1V
P32-UE-3000	5 → 3,000A	P32 UE 3000 - 1V

LSF Series Filters (Low Pass)

N4L LSF Filters are a range of filters specifically designed for use with the N4L range of HF current shunts as well as other high noise applications.
Available as 5 kHz low pass and 50 kHz low pass for improved signal to noise ratio, these compact filters are fitted with safety BNC connectors to enable direct connection to the PPA external inputs.
The ESF10m filter has been designed for DC blocking and is designed to be used in pairs with our BATT470m EIS (Electrochemical Impedance Spectroscopy) accessory for the PSM3750.

Model	Roll-off Frequency (3dB)	Datasheet
LSF05	-3dB@ 5kHz ± 1kHz	LSF Filters
LSF50	-3dB@ 50kHz ± 10kHz
HSF10m	-3dB@ 10mHz ± 2mHz

Voltage Measurement

3 Phase Voltage Interface

The 3 Phase Voltage Interface is designed for use with PPA series power analyzers in applications where high speed switching events may be outside the instrument frequency range.

By suppressing frequency components outside the measurement band, this accessory provides a simple solution to instability that can be caused by high dV/dt voltage switching components..

Fitted with touchproof 4mm connectors, the interface provides a convenient way to terminate voltage lines from a device under test then connect to a PPA analyzer in either 3 Phase 2 Wattmeter (Delta) or 2 Phase 3 Wattmeter (Star) configuration, with internal filters to limit unwanted high frequency components.

Parameter	Specification
Voltage Rating	1000V CAT II
Source Connections	3 Phase 3 wire or 4 wire
PPA connections	3 Phase 2 wattmeter or 3 Phase 3 wattmeter
Frequency response	-3dB @ 1.7MHz
Connectors	4mm touchproof safety
Box type	ABS Plastic
Dimensions (mm)	110W, 85H, 38D
Datasheet	3 Ph Voltage Interface - Data Sheet PDF, 209kb

TT-HV-250 High Voltage Probe (2.5kVpk)

Although N4Lpower analyzers feature 3000Vpk (PPA4500 and PPA5500) and 2500Vpk (PPA500 and PPA1500) voltage inputs, a particularly useful feature of all N4L power analyzers is the 3Vpk BNC inputs situated on both the voltage and current channels. This results in the ability to measure 6 x high voltage signals (with attenuators on external inputs) on a 3 Phase instrument, in this case the three current channel “External Inputs” could be used to measure a voltage via an input attenuator such as the TT-HV250.

Voltage Rating	Attenuation	Bandwidth	Specification Data
2.5kVpk	100:1	300MHz	2.5KV High Voltage Probe x100 - Datasheet

TT-HVP-15HF High Voltage Probe (15kVpk, 10kVrms)

The TTV-HVP-15HF High Voltage Probes allows any of our power analyzers to be connected to signals up to 15kV, this is particularly useful for voltage measurement of power line applications, the high voltage probes is connected to the power analyzer via the Vext BNC connection on the instrument, the probe is then enabled in the RANGE menu of the power analyzer.

Voltage Rating	Attenuation	Bandwidth	Specification Data
15kVpk, 10kVrms	1000:1	50MHz	15KV High Voltage Probe x1000 - Datasheet

ULCP Ultra Low Capacitance Probe

The ULCP ultra low capacitance probe is intended for voltage measurement of devices which are particularly sensitive to capacitive loading. This is particularly useful when measuring start up characteristics of low power lighting ballasts, the ULCP Ultra Low Capacitance Probe utilizes a differential input design that provides a capacitance to ground of 1pF.

Voltage Rating	Attenuation	Bandwidth	Specification Data
3kVpk, 1kVrms	1000:1	2MHz	ULCP - Datasheet

HVDP High Voltage Probe (8kVpk / 5.6kVrms)

The HVDP high voltage differential probe is a reliable and accurate voltage sensing device designed to maintain a precise attenuation value over a wide frequency range. The active circuitry provides a low impedance output which does not need to be trimmed to adjust to the characteristics of the measurement input.

Supplied with 12V 15W International power supply

1m Unterminated HV input leads

2m BNC-BNC cable

Voltage Rating	Attenuation	Bandwidth	Specification Data
8kVpk, 5.6kVrms	3000:1	100kHz	HVDP-8K probe User Guide

Test Device Interfaces

Spare N4L PPA Voltage Connection Lead Set (Supplied as standard with every instrument)

All N4L Power Analyzers are supplied with the necessary voltage and current connection leads in order to make measurements “out of the box”. It may be the case that the supplied lead set has been damaged/gone missing, in these situations it is possible to order a replacement lead set.

Model	Length	Current Rating (If used for current measurement)
LS-20	1.5m	20A
LS-36	1.5m	36A

Other lead lengths available upon request

Single Phase 10Arms Breakout Box

Simplifying the analysis of input power to an AC-mains powered device, our Universal Breakout Box offers the safe and convenient connection of any PPA series power analyzer to the input of any single phase DUT consuming up to 10Arms. Fitted with an IEC inlet connector and universal shuttered outlet socket to accommodate a wide range of international power plugs, this accessory can be used by engineers anywhere. Clear labeling of the power measurement connection terminals guides a user to select the optimum voltage connection point for any device under test.

Current Rating	Voltage Rating	Breakout Connectors	Specification Data
10Arms	265Vrms	4mm Safety	Break out Box - Datasheet

19in Rack Mount Kits

PPA35/45/55xx Rack Mount Kit

The PPA3500/4500/5500 rack mount kit consists of two 19in rack mounting brackets providing simple integration into any EIA standard 19in rack system. The brackets are fitted to the Power Analyzer by removing the two handle fixtures situated on each side of the power analyser. (PPA45/55xx depicted in image)

Model	Height	Compliance
PPA45/55xx	4U	EIA Standard
PPA35xx	2U	EIA Standard

PPA5/15xx Rack Mount kit

At only 2U high, the PPA500 and PPA1500 power analyzers offer exceptional accuracy at this form factor. The PPA500/PPA1500 rack mount kit provides the ability to perform 6 phase 0.1% accurate power measurement whilst only occupying a height of 2U in any rack. This level of accuracy is not available from any other manufacturer at this form factor*.

Height	Compliance	Specification Data
2U	EIA Standard	PPA 15xx Rack Mounting Kit - Datasheet

*according to N4L market research July 2014

Attenuators

Torque and Speed Isolation

The PPA4500/5500 feature torque and speed inputs fitted as standard, both inputs are ground referenced and in certain circumstances where grounding is an issue an isolated torque and speed input is required.

Max Input	Attenuation	Bandwidth
10V	1:1	50kHz(3dB)

ATT Series Attenuators

The ATT10, ATT20 and ATT1000 are BNC to BNC voltage attenuators designed for the PPA Vext and Aext inputs. They provide high accuracy wide bandwidth gain, typical applications are in situations when the output of a voltage attenuator (such as the TT-HV250) is above the 3Vpk range of the voltage channel external input.

Model	Attenuation	Bandwidth	Max Input Voltage	Specification Data
ATT10	10:1	DC-2MHz	30Vpk	ATT10 - Datasheet
ATT20	20:1	DC-2MHz	60Vpk	ATT20 - Datasheet
ATT1000	1000:1	DC-10kHz	1000Vrms	Contact us for information

Extension Port accessories

PCIS Phase Controlled Inrush Switch

The Phase Controlled Inrush Switch provides the engineer with the ability to “program” the phase angle of the input power waveform at which power is applied to any DUT. The PCIS allows the user to pre program 0º, 45º, 90º, 135º, 180º, 225º, 270º and 315º. This function is particularly useful when testing the inrush current of a device which is either inductive or capacitive, allowing “worst case” phase angles to be applied to the device under test.

Max Voltage	Max Current	V/I Connection	Specification Data
240Vrms	10Arms(300Apk)	4mm safety	PCIS Datasheet

Communication Accessories

GPIB515 GPIB Interface for N4L PPA Range

The GPIB515 Accessory makes a GPIB link available to the PPA500 and PPA1500 Instrument range, this is achieved through a serial link to the PPA that handles all necessary status lines and registers for IEEE488 Communication.

Material	Dimensions (mm)	Specification Data
ABS Plastic – Black	134.87 x 85.09 x 38.10	GPIB515 Datasheet

CAN-Port CANBUS Interface

The CAN-port unit is designed as an interface between a CAN network and a Newtons4th PPA series Power Analyzer. The unit receives commands from the CAN network or via serial (RS232) and then processes these commands and controls and instructs the PPA; responses from the PPA are reformatted and split into multiple messages and placed onto the CAN network.

Material	Dimensions (mm)	Specification Data
ABS Plastic – Grey	130 x 82 x 44	PPA CAN-PORT Comms Manual V2.0

Carry Cases

PPA500/1500 Carry Case

The N4L PPA500/PPA1500 Aluminium carry cases offer ruggedness in a lightweight package, providing the engineer with the ability to transport the Power Analyzer via freight or an aircraft hold. The Aluminium design offers protection whilst the CNC machined foam inserts secure the instrument in place.

Material

Aluminum

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