Fluke 1760TR Three-Phase Power Quality Recorder (Basic Pack)

Description

The Fluke 1760 series is a collection of four different power quality recorders that come with different functions. The 1760TR Basic comes with the ability to carry out fast transient analysis up to 10MHz (not included on standard models) and ships without the voltage probes/current probes included in standard kit variations. If you require these probes, please take a look at the 1760TR Full Kit.

When attached to a three-phase system the Fluke 1760 allows the user to connect up to 8 connections (either 8 voltage or 4x voltage and 4 x current) in order to accurately analyse and log information about the system's internal power quality. This provides an extremely effective method of carrying out detailed disturbance analysis compliant with Class A standards and can also be used for event correlation across multiple locations, galvanic separation and DC coupling and power quality and power load studies.

The 1760 can also provide detailed information on voltage events, tracking dips, swells and interruptions over a time period. It constantly records voltage, current, power (P, Q and S), power factor, kWh, flicker, unbalance, frequency, voltage and current harmonics to the 50th (plus interharmonics) and total harmonic distortion. It also includes mains signalling, triggered recordings and an online mode (oscilloscope, transient and events).

Captured data is logged automatically to an included SD card that is inserted into the recorder. This data can then be directly downloaded to PC for further analysis, including creation of trend diagrams for root cause analysis, statistical summaries, report writing and real-time data monitoring.

Fluke 1760TR Three-Phase Power Quality Recorder Key Features

IEC 61000-4-30 Class A compliant
Advanced power quality analysis tool
8 inputs - 4 x current/4 x voltage or 8 x voltage)
Constant logging of a wide suite of power values
Captures information of voltage sags, swells and interruptions
GPS time synchronisation
Uninterrupted power supply for 40 minutes
10MHz, 6000Vpk waveform capturing
2GB of memory on included SD caard
Comprehensive software for further interaction with testing data
Voltage and current measurements
Power (P, Q and S)
Power factor
kWh measurements
Flicker functions
Unbalance function
Voltage and current harmonics to the 50th (interharmonics)
Total harmonic distortion
Mains signalling
Triggered recordings
Online mode (oscilloscope, transients and events)
Fast transient analysis up to 10MHz

Full List of Products Included

Fluke 1760TR Three-Phase Power Quality Recorder
2GB Internal Flash Memory
PQ Analyse Software on CD-ROM
Ethernet Cable for Network Connection
Crosslink Ethernet Cable for Direct Connection
Mains Cable
Operational Manuals
Carrying Bag

Tech Specs

Fluke 1760TR Technical Specifications

Overview of Measurement Functions

Statistical Evaluation

Power quality statistics according to EN50160 and DISDIP tables like ITIC, CEBEMA, ANSI

Event List

	Dips, swells and interruptions are detected and stored in the event list. Also any trigger which fires generates an event added to this list.
	The Event list shows the exact time when the event occurred as well as the duration and magnitude. Sorting by several attributes of these events is possible to select one for further root cause analysis.
	RMS values, transients and fast transients can be stored if a trigger fires.

Continuous Recording

	Fluke 1760 records rms values together with corresponding minimum and maximum values for:
	• Voltage
	• Current
	• Power P, Q, S
	• Power Factor
	• kWh
	• Flicker
	• Unbalance
	• Frequency
	• Harmonics/Interharmonics
	continuously with the following time aggregations:
	Day
	10 min
	Free Interval, e.g.: 15 min, 2h

Triggered Recordings

rms:	Aggregation time is adjustable between 10 ms (1/2 cycle), 20ms (1 cycle), 200ms (10/12 cycles) or 3 sec (150/180 cycles).
	Calculating rms values, Harmonics and Interharmonics is performed synchronous to the power frequency.
	Basic aggregation for harmonics and interharmonics is 200ms
Oscilloscope:	Sample rate is 10.24 kHz for all 8 channels
Fast Transients:	Sample rate is selectable from 100 kHz to 10 MHz for channel 1-4 FFT of Fast Transients

Mains Signalling

Phases and N-conductor, Voltage and current

Online Mode

Variable refresh rate. This feature allows verification of instrument set up and delivers a quick overview of oscilloscope, transients and events.

General Data

Intrinsic uncertainty

refers to reference conditions and is guaranteed for two years

Quality system

developed, manufactured as per ISO 9001: 2000

Environment conditions

Operating temp. range:	0 °C to +50 °C; 32 °F to +122 °F
Working temp. range:	-20 °C to +50 °C; -4 °F to +122 °F
Storage temp. range:	20 °C to +60 °C; -4 °F to 140 °F
Reference temperature:	23 °C ± 2 K; 74 °F ± 2 K
Climatic class:	B2 (IEC 654-1), -20 °C to +50 °C; -4 °F to +122 °F
Max. operating altitude:	2000 m: max. 600 V CAT IV, power supply: 300 V CAT III 5000 m: max 600 V CAT III, power supply: 300 V CAT II * depending on sensor

Reference conditions

Environment temp.:	23 °C ± 2 K ; 74°F ± 2 K
Power supply:	230 V ± 10 %
Power frequency:	50 Hz / 60 Hz
Signal:	declared input voltage Udin
Averaging:	10 minute intervals

Housing

insulated, robust plastics housing

EMC

Emission:	Class-A as per IEC/EN 61326-1
Immunity:	IEC/EN 61326-1

Power supply

Range:	AC: 83 V to 264 V, 45 to 65 Hz
	DC: 100 V to 375 V
Safety:	IEC/EN 61010-1 2nd edition
	300 V CAT III
Power consumption:	max. 54VA
Battery pack:	NIMH, 7.2 V, 2.7 Ah
	In case of a power supply failure an internal battery maintains the supply for up to 40 minutes. Afterwards, or in case of discharged accumulators the Fluke 1760 is turned off and continues the measurements with the latest settings as soon as the supply voltage returns. The battery can be replaced by the user.

Display

	Fluke 1760 features LED indicators for the status of the 8 channels, phase sequence, power supply (mains or accumulator), memory usage, time synchronization, and data transfer.
Power LED:	• Permanent light: normal power supply from mains.
	• OFF: supply via internal accumulator in case of a power failure.
Channel LEDs	3-color LEDs per channel for:
	• overload condition
	• under load condition
	signal level in nominal range

Data memory

2 GB Flash memory depending on model

Memory model

Linear

Interfaces

Ethernet (100MB/s), compatible to Windows® 98/ME/NT/2000/XP RS 232, external modem via RS 232

Baud rate for RS 232

9600 Baud to 115 kBaud

Dimensions

325 mm x 300 m x 65 mm; 2.8 x 11.8 x 2.6 in. (H x W x D)

Weight

appr. 4.9 kg; 10.8 lbs. (without accessories)

Warranty

2 years

Calibration interval

1 year recommended for Class-A, otherwise 2 years

Signal Conditioning

Range for 50 Hz systems

50 Hz ± 15 % (42.5 Hz to 57.5 Hz)

Range for 60 Hz systems

60 Hz ± 15 % (51 Hz to 69 Hz)

Resolution

16 ppm

Sampling frequency for 50 Hz power frequency

10.24 kHz, The sampling rate is synchronized to mains frequency.

Uncertainty for frequency measurements

< 20 ppm

Uncertainty of internal clock

< 1s / day

Measurement intervals

	Aggregation of the interval values as per IEC 61000-4-30 Class-A
Min-, Max-values:	Half cycle, e.g.: 10 ms rms values at 50Hz
Transients:	Sample rate 100 kHz to 10 MHz per channel

Harmonics

as per IEC 61000-4-7:2002: 200 ms

Flicker

as per EN 61000-4-15:2003: 10 min (Pst), 2 h (Plt)

Measurement Inputs

Number of inputs

8 galvanically isolated inputs for voltage and current measurements.

Sensor safety

up to 600 V CAT IV depending on sensor

Basic safety

300 V CAT III

Nominal voltage (rms)

100 mV

Range (peak value)

280 mV

Overload capacity (rms)

1000 V, continuously

Voltage rise rate

max. 15 kV / µs

Input resistance

1 MΩ

Input capacitance

5 pF

Input filter

	Each channel is equipped with a passive low-pass filter, an anti-aliasing filter and a 16-bit A/D converter. All channels are sampled synchronously with a common quartz-controlled clock pulse.
	The filters protect against voltage transients and limit the signal rise rate, reduce high frequency components and especially the noise voltage above half the sampling rate of the A/D converter by 80 dB, thus achieving very small measuring errors in an exceptionally large amplitude range. This is also valid under extreme operating conditions like transient voltages at the output of converters.

Uncertainties

Uncertainty at reference conditions

	Uncertainty including the voltage sensors is in compliance with IEC 61000-4-30 Class-A. All voltage sensors are suitable for DC up to 5 kHz
With Sensor 1000 V	0,1% at Udin = 480 V and 600 V P-N
Sensor 600 V	0,1% at Udin = 230 V P-N