The document provides instructions for navigating menus and accessing various functions and screens on the Fluke 435-II Three Phase Energy and Power Quality Analyzer. It describes the basic menu navigation using arrow keys and function keys. It then provides step-by-step instructions for accessing different screens and functions related to measurements, trends, events, setups, and logging. These include screens for waveforms, voltage/current/frequency, harmonics, power and energy, dips and swells, unbalance, inrush current, power quality monitoring, flicker, transients, power waves, and mains signaling.

1. Fluke 435-II
Three Phase Energy and Power
Quality Analyzer

2. Contents of Analyzer Kit

3. Basic Operations and Menu Navigation
Powering the Analyzer
Menu Navigation
Most of the Analyzer functions are menu operated. Arrow keys are used to
navigate through menus. The Function keys F1 ... F5 and the ENTER key are used
to make selections. Active Function key selections are highlighted with a black
background. How to use the menus is illustrated in the example below on how
to adjust the Analyzer for use with a certain printer type.

4. Menu Navigation

5. Display Information
• Introduction
The Analyzer uses five different screen types to
present measuring results in the most effective
way. The features these screens have in common
are explained in this section. Details that are
specific for a certain measuring mode are
presented in the section explaining that mode.
The screen header is presented in the selected
information language. The figure below gives an
overview of the screen types 1 .. 6; common
features are explained under A ... F.

6. Screen Types
Below you will find a brief description of each
screen type and its purpose. The measuring
mode it is used for is given as well as with
detailed information. Bear in mind that the
amount of screen information depends on the
number of phases and the wiring
configuration. Refer to Figure 5-1, item 1 ... 6.

7. Display Information

11. Input Connections
The Analyzer has 4 BNC inputs for current clamps
and 5 banana-inputs for voltages. Note: use only
the current clamps as supplied or clamps that are
recommended for safe use with the Analyzer.
These clamps have a plastic BNC connector. The
use of insulated BNC connectors is necessary for
safe measurements. Self-adhesive decals are
supplied corresponding to wiring color codes
used in the USA, Canada, Continental Europe, the
UK, and China. Stick the decals that fit to your
local wiring codes around the current and voltage
inputs as shown in Figure 6-1.

13. For a 3-phase system make the connections as shown
in Figure 6-2.

14. Setting up the Analyzer
Initial setups.
When you power the Analyzer for the first time, after a Factory Default, or
if it has been disconnected from all power sources, you will have to adjust
a number of general settings that match your local situation. The table
below gives an overview:

15. When ready with setup of the parameters in the table, the screen shown in
Figure 24-1 is displayed. This screen gives you access to all adjustments of the
Analyzer.
Figure 24-1. Entry screen to Analyzers setups

16. Power on.
At power on the welcome screen in Figure 24-2 will be displayed. This screen gives
an overview of the most important settings such as: date, time, wiring
configuration, nominal frequency, nominal voltage, the set of power quality limits
used, and the type of voltage and current probes to be used. Function key F1 gives
access to a screen showing in detail how to connect voltage and current probes to
the power system to be examined. Figure 24-3 gives an example. Press F1 again to
return to the Welcome screen.
Figure 24-2. Welcome screen at power-on

17. Figure 24-3. Screen showing actual wiring configuration
Press the SETUP key gives access to menus with all the Analyzer’s setups:

18. USER PREFerences
• To access the USER PREFerences menus:

21. To access the MANUAL SETUP menus:

26. Scope Waveform and Phasor

28. Scope Phasor

29. Volts/Amps/Hertz

30. TrendTo access the VOLTS/AMPS/HERTZ Trend screen:

32. Events
To access the VOLTS/AMPS/HERTZ Events screen:

33. Dips & Swells

34. Trend
To access to the Dips & Swells Trend screen:

36. Events Tables
To access the Dips & Swells Events Tables:

38. Harmonics

39. Meter screen
To access the Harmonics Meter screen:

40. Trend
To access the Harmonics Trend screen:

41. Power & Energy
Meter screen
To access the Power & Energy Meter screen:

42. Trend
To access the Power & Energy Trend screen:

43. Energy Loss Calculator
Energy Loss Calculator Display
To access the Energy Loss Calculator screen:

44. Meter
To access the Energy Loss Meter screen:

45. Power Inverter Efficiency
Meter screen
To access the Power Inverter Efficiency Meter screen:

46. Trend
To access the POWER INVERTER EFFICIENCY Trend screen:

47. Unbalance
• Phasor screen
• To access the Unbalance Phasor screen:

48. Meter Screen
To access the Unbalance Meter screen:

49. Trend
To access the Unbalance trend screen:

50. Inrush
Inrush Trend Display
To access the Inrush Trend screen:

51. Monitor - Power Quality Monitoring
Power Quality Main Screen
To access the Power Quality Main screen:

52. Trend Display
To access the Power Quality Trend screen:

53. Events Table
To access the Power Quality Event Table screen:

54. Flicker
Meter screen
To access the Flicker Meter screen:

55. Trend
To access Flicker Trend screen:

56. Transients
Waveform Display
To access the Transients Waveform screen:

58. Power Wave
Power Wave Screen
To access the Power Wave screen:

59. Meter screen
To access the Power Wave Meter screen:

60. Waveform screen
To access the Power Wave Waveform screen:

61. Mains Signaling
Trend
To access the Mains Signaling Trend screen:

62. Events Table
To access the Mains Signaling events table:

63. Logger
Start Menu
To access the Logger Start Menu:

64. Meter screen
To access the Logger Meter screen:

65. Trend
To access the Logger Trend screen:

66. Events
To access the Logger Events Table screen: