FLUKE-51-2 60HZ Fluke Electronics, FLUKE-51-2 60HZ Datasheet - Page 28
FLUKE-51-2 60HZ
Manufacturer Part Number
FLUKE-51-2 60HZ
Description
THERMTR CONTACT SNGL INPUT
Manufacturer
Fluke Electronics
Series
50 IIr
Type
Handheldr
Specifications of FLUKE-51-2 60HZ
Temperature Range
-418 ~ 2501°F (-250 ~ 1372°C)
Temperature Display
C°/F°/K°
Display Type
LCD
Input Type
Thermocouple
Features
Backlight, Hold, MIN/MAX/Avg, Sleep Mode
Probe Type
J, K, T, E
Battery Type
AA (3)
Includes
Holster, Software, Thermocouple - K-Type Bead Probe
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
51-2
51-2 60HZ
614-1033
674686
51-2 60HZ
614-1033
674686
8
Recommended accessories – 170 Series PQ Loggers
Features – 1740 Series PQ Loggers
MBX CLAMP 1 A/10 A + N
For more information and detailed specifications, go to www.fluke.com/pq
For more information and detailed specifications, go to www.fluke.com/vr101
Power Quality Analyzers
Phase PQ Loggers Memobox
3-phase+N current clamps
Fluke VR101S Voltage Event Recorder System
Features
Measurement of common power parameters: V, A, W, VA,
VAR, PF, energy, flicker, voltage events, and THD
Measurement of voltage and current harmonics to the
50th, unbalance, and mains signaling
Dust/water resistance
Display
UPS ride-through
Dimensions (HxWxD)
Fluke 1744/1743
2 m cable
Fluke 1745
Fluke 1740 Series Three-
conduct long-term studies with ease
Pole mounting kit for 1743 and 1744
Power tools for power quality
Compact and rugged, the Fluke 1740 Series Three-Phase
Power Quality Loggers are everyday instruments for tech-
nicians who troubleshoot and analyze power distribution
systems. Capable of simultaneously logging up to 500
parameters for up to 85 days and capturing events, the
Fluke 1740 Series helps uncover intermittent and hard-
to-find power quality issues. The included PQ Log soft-
ware quickly assesses the quality of power at the service
entrance, substation, or at the load, according to the latest
EN50160 standard.
•
•
•
•
•
•
•
Plug and play: Setup in minutes with automatic current
probe detection and powering
Installs inside the cabinet: Compact, fully-insulated
housing and accessories fit easily in tight spaces, next
to live power
Determines the root cause: Included PQ Log software
quickly analyzes trends, creates statistical summaries,
and generates detailed graphs and tables
Monitors power for the long-term: Data can be
downloaded during recording without interruption
Measure voltage with premium accuracy: IEC61000-
4-30 Class-A compliant voltage accuracy (0.1 %)
Quickly validate quality of power: Assess power
quality according to EN50160 power quality standard,
with statistical overview
Rugged and reliable: Designed for everyday field use,
with no moving parts and durable, insulated case, with
two-year warranty
Assess power quality and
MBX 00 POLESET
The VR101S is the perfect system for catching
sags, swells, transients, outages, and frequency
variations on line voltage at receptacles.
compact VR101 event recorder, an optical inter-
face cable, and EventView
your PC into a power quality reporting tool. The
VR101S is covered by a one-year warranty.
The VR101S is a starter system that includes a
282 mm x 216 mm x 74 mm
(11.5 in x 8.8 in x 3 in)
LED + LCD
5 hours
175
IP50
•
•
Water-tight hard case with rollers
®
software that turns
170 mm x 125 mm x 55 mm
(6.9 in x 5.1 in x 2.2 in)
17
LED
3 s
•
•
IP65 water proof
C5
17
LED
3 s
•
Application note, literature code
2646555:
Power quality recording and
analysis: Techniques and
applications
Hooking up a
power quality
recorder and
taking days’
worth of
data can give
you a rich
picture of your
power. In this
article we’ll
talk about
the various
recording
techniques
available in power loggers and
recorders-understanding the tools
and techniques you have available
will be key to your strategy. What
should you be looking for? And
when does recording make sense?
Want to read more? Go to www.
fluke.com/library to download this
and other application notes, or get
info specific to your industry and
sign up for Fluke News publications
at www.fluke.com/subscribe.
Included accessories
Fluke 1740 Series: 4 Flexible
probes 15/150/1500/3000 A with
2 m cable, PQ Log software, RS-232
interface cable and RS-232-USB
adapter, 4 black dolphin clips, test
leads for voltages and power supply,
color localization kit, carrying bag,
test certificate with measurement
values, printed English manual and
multi-language manual CD.
VR101S: VR101, optical interface
cable, and EventView software on CD.
VR101: Instruction sheet.
Ordering information
Fluke-1743
Fluke-1744
Fluke-1745
VR101S
VR101
Note: At least one VR101S is required for
proper operation.
Power Quality
Logger – Memobox
Power Quality
Logger – Memobox
Power Quality
Logger – Memobox
Voltage Event
Recorder System
Voltage Event
Recorder
and analysis: Techniques
Hooking up a power quality recorder and taking
days’ worth of data can give you a rich picture
of your power. In this article we’ll talk about the
various recording techniques available in power
loggers and recorders—understanding the tools
and techniques you have available will be key to
your strategy. What should you be looking for?
And when does recording make sense?
Setting up a Fluke 1735 Power Logger at the service entrance for a
30-day load study.
F r o m t h e F l u k e D i g i t a l L i b r a r y @ w w w . f l u k e . c o m / l i b r a r y
Power quality recording
and applications
Recording techniques
To really know your power, ideally,
you’d want to look at every line
cycle to see even the smallest
changes. However, since our power
swings through more than four
million cycles per day, it’s impracti-
cal to look at tiny changes—and
often unnecessary. Few loads even
notice occasional voltage dips of
one or two cycles.
somewhat on the rhythm of your
building. If you are working on a
typical commercial or light indus-
trial building, then a week is long
enough for a building to go through
its normal cycle. If you are work-
ing in a plant that runs special
equipment only periodically (say
a furnace that runs only monthly),
you’ll need to be sensitive to the
timing of these loads.
have been developed to look at
small changes over relatively long
time periods. Many instruments
combine several techniques to
improve their coverage. We’ll
describe the common techniques
and some of their pros and cons.
techniques. you’ll be better able to
choose an appropriate tool for the
job at hand.
How long you record depends
Different recording techniques
By understanding the different
Application Note