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U1401A
Agilent Technologies U1401A Manuals
Manuals and User Guides for Agilent Technologies U1401A. We have
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Agilent Technologies U1401A manuals available for free PDF download: User's Manual And Service Manual, Installation Manual, Quick Start Manual
Agilent Technologies U1401A User's Manual And Service Manual (177 pages)
Handheld Multi-Function Calibrator/Meter
Brand:
Agilent Technologies
| Category:
Multimeter
| Size: 6.32 MB
Table of Contents
Restricted Rights Legend
2
Safety Symbols
3
General Safety Information
4
Environmental Conditions
6
In this Guide
9
Table of Contents
11
1 Getting Started
22
Introducing the U1401A Handheld Multi-Function Calibrator/Meter
22
Standard Purchase Items
23
List of Accessories
24
Table 1-1 List of Accessories
24
Product Overview
25
Slide Switch
25
Table 1-2 Slide Switch Functions
25
Figure 1-1 the Slide Switch
25
The Front Panel at a Glance
27
Figure 1-2 the Front Panel
27
The Rotary Switch at a Glance
28
Figure 1-3 the Rotary Switch
28
The Keypad at a Glance
29
Table 1-3 Rotary Switch Positions and Their Corresponding Functions
29
Figure 1-4 Keypad Functions
29
Table 1-4 Keypad Functions
30
Figure 1-5 Keypad Shifted Functions
30
Table 1-5 Instructions Involving Shifted Functions
32
The Display at a Glance
33
Figure 1-6 Full Display
33
Table 1-6 Description of Display Annunciators
34
The Terminals at a Glance
37
Table 1-7 Description of Terminals
37
Figure 1-7 Terminals
37
Table 1-8 Overload Protection for the Input Terminals
38
The Rear Panel at a Glance
39
Figure 1-8 the Rear Panel
39
Display Selection with the Hz Key
40
Table 1-9 Measurement Functions and Corresponding Display Selection with the Hz Key
40
Display Selection with the DUAL Key
42
Table 1-10 Measurement Functions and Corresponding Display Selection with the DUAL Key
42
Remote Communication
43
Figure 1-9 IR-USB Cable
44
Figure 1-10 IR-USB Cable Connection
45
Figure 1-11 IR-USB Cable
45
2 Calibrator Output Operations
48
Enabling and Disabling the Output
48
Constant Voltage Operation
49
Constant Current Operation
50
Memory Generation
51
Autoscan Output
51
Table 2-1 Default Settings for the Autoscan Output
53
Figure 2-1 Selecting Autoscan Output Mode
54
Figure 2-2 Example of a Typical Autoscan Output
54
Autoramp Output
56
Figure 2-3 Defining the Autoscan Output
56
Table 2-2 Default Settings for the Autoramp Output
57
Figure 2-4 Selecting Autoramp Output Mode
58
Figure 2-5 Ramp Output
58
Figure 2-6 Defining the Autoramp Output
60
Square Wave Output
61
Table 2-3 Available Frequencies
61
Figure 2-7 Parameter Selection for Square Wave Output
63
3 Making Measurements
65
Measuring Voltage
66
Measuring DC Voltage
66
Figure 3-1 DC Voltage Measurement
67
Measuring AC Voltage
68
Figure 3-2 AC Voltage Measurement
68
Measuring Current
69
DC Ma Measurement
69
Figure 3-3 DC Current (Ma) Measurement
69
Percentage Scale of DC Ma Measurement
70
Measuring Temperature
71
Figure 3-4 Surface Temperature Measurement
73
Measuring Resistance and Testing Continuity
74
Table 3-1 Measurement Ranges for Audible Continuity
74
Figure 3-5 Resistance Measurement
75
Figure 3-6 Enabling and Disabling the Continuity Test
75
Alerts and Warning During Measurement
76
Overload Alert for Voltage Measurement
76
Math Operations
77
Dynamic Recording
77
Figure 3-7 Dynamic Recording Mode
79
Relative (Zero)
80
Figure 3-8 Relative (Zero) Mode
80
Triggering Operations
81
Data Hold (Manual Trigger)
81
Figure 3-9 Data Hold Mode
81
Refresh Hold (Auto Trigger)
82
Ms Peak Hold
83
Figure 3-10 1 Ms Peak Hold Mode
84
4 Changing the Default Settings
86
Entering the Setup Mode
86
Figure 4-1 Entering the Setup Mode
86
Available Setting Options
88
Table 4-1 Setup Options and Default Settings
88
Setting the Data Hold/Refresh Hold Mode
89
Figure 4-2 Setting the Data Hold or Refresh Hold Mode
90
Setting the Temperature Unit
91
Figure 4-3 Setting the Temperature Unit
92
Figure 4-4 Setting the Beeper Frequency
93
Setting the Beeper Frequency
93
Figure 4-5 Setting the Minimum Frequency
94
Setting the Minimum Measurable Frequency
94
Figure 4-6 Setting the Percentage Scale Readout
95
Setting the Percentage Scale Readout
95
Figure 4-7 Setting the Print Mode for Remote Control
96
Setting the Print Mode
96
Figure 4-8 Setting the Echo Mode for Remote Control
97
Setting the Echo Mode
97
Figure 4-9 Setting the Data Bit for Remote Control
98
Setting the Data Bit
98
Figure 4-10 Setting the Parity Check for Remote Control
99
Setting the Parity Check
99
Figure 4-11 Setting the Baud Rate for Remote Control
100
Setting the Baud Rate
100
Figure 4-12 Setting the Display Backlight Timer
101
Setting the Display Backlight Timer
101
Setting the Power Saving Mode
102
Figure 4-13 Setting the Auto Power-Off Mode
103
5 Application Examples
105
Source Mode for Ma Output
106
Figure 5-1. Testing a 4 Ma to 20 Ma Current Loop with the Source
107
Simulation Mode for Ma Output
108
Figure 5-2 Ma Output Simulation
109
Simulating a 2-Wire Transmitter on a Current Loop
110
Figure 5-3 Use the Yellow Test Lead to Perform the 2-Wire Transmitter Simulation
111
Measuring a Pressure Transducer
112
Table 5-1 Typical Pressure Range and Maximum Output Voltages of Millivolt Output Pressure Transducers
112
Figure 5-4 Pressure Transducer Measurement
113
Zener Diode Test
114
Figure 5-5 Zener Diode Test
115
Diode Test
116
Figure 5-6 Diode Test
117
Bipolar Junction Transistor (BJT) Test
118
Figure 5-7 TO-92 Transistor
118
Table 5-2 Base Terminal According to Probe Test
119
Table 5-3 Polarity and Terminals if Pin 3 Is the Base
119
Table 5-4 Polarities and Terminals if Pin 2 Is the Base
120
Table 5-5 Polarities and Terminals if Pin 1 Is the Base
120
Figure 5-8 TO-3 Transistor
121
Table 5-6 Polarity and Terminals if Pin 2 Is the Base
121
Determining Transistor H Fe
122
Figure 5-9 Determining Transistor H Fe
123
Junction Field-Effect Transistor (JFET) Switch Test
124
Figure 5-10 TO-92 JFET
124
Table 5-7 Gate Terminal According to Probe Test
125
Figure 5-11 N- Channel JFET
126
Figure 5-12 P- Channel JFET
127
Operational Amplifier Verification
128
Current-To-Voltage Converter
128
Figure 5-13 Current-To-Voltage Converter
129
Voltage-To-Current Converter
130
Integrator: Square Wave to Triangle Wave Conversion
131
Figure 5-14 Voltage-To-Current Converter
131
Figure 5-15 Square Wave to Triangular Wave Conversion
132
2-Wire Transmitter Verification
133
Figure 5-16 Verifying a Two-Wire Transmitter
134
Frequency Transmitter Verification
135
Figure 5-17 Verifying a Frequency Transmitter
136
6 Maintenance
137
Maintenance
138
General Maintenance
138
Battery Replacement
139
Figure 6-1 Battery Replacement
140
Recharging the Batteries
141
Fuse Replacement
142
Figure 6-2 Recharging the Batteries
142
Table 6-1 Fuse Specifications
143
Troubleshooting
144
Figure 6-3 Fuse Replacement
144
Table 6-2 Troubleshooting
145
7 Performance Tests and Calibration
148
Calibration Overview
148
Closed-Case Electronic Calibration
149
Agilent Technologies' Calibration Services
149
Calibration Interval
149
Other Recommendations for Calibration
150
Environmental Conditions
150
Warm up
150
Recommended Test Equipment
151
Table 7-1 Recommended Test Equipment
151
Performance Verification Tests
152
Self-Verification
152
Table 7-2 Functions that Can be Self-Verified
152
Input Performance Verification
153
Table 7-3 Input Performance Verification Tests
153
Output Performance Verification
157
Table 7-4 Output Performance Verification Tests
157
Adjustment Considerations
158
Adjustment Procedures
159
Input Calibration
159
Output Calibration
160
Table 7-5 Output Voltage Calibration Steps
161
Table 7-6 Output Current Calibration Steps
162
8 Specifications
163
General Specifications
164
Measurement Category
166
Measurement Category Definitions
166
Input Specifications
167
DC Specifications
167
Table 8-1 DC MV/Voltage Specifications
167
AC Specifications
168
Table 8-2 DC Current Specifications
168
Table 8-3 AC MV/Voltage Specifications
168
AC+DC Specifications
169
Table 8-4 AC Current Specifications
169
Table 8-5 AC+DC MV/Voltage Specifications
169
Temperature Specifications
170
Table 8-6 AC+DC Current Specifications
170
Table 8-7 Temperature Specifications
170
Frequency Specifications
171
Table 8-8 Frequency Specifications
171
Table 8-9. Frequency Sensitivity and Trigger Level Specifications for
171
Table 8-10 Duty Cycle Specifications
172
Table 8-11 Pulse Width Specifications
172
Table 8-12. Frequency Sensitivity Specifications for Current
172
Ms Peak Hold Specifications
173
Resistance Specifications
173
Table 8-13 Peak Hold Specifications
173
Table 8-14 Resistance Specifications
173
Diode Check and Audible Continuity Specifications
174
Table 8-15 Diode Check Specifications
174
Output Specifications
175
Table 8-16 Constant Voltage (CV) Output Specifications
175
Table 8-17 Constant Current (CC) Output Specifications
175
Constant Voltage and Constant Current Outputs
175
Table 8-18 Square Wave Output Specifications
176
Square Wave Output
176
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Agilent Technologies U1401A Installation Manual (15 pages)
Brand:
Agilent Technologies
| Category:
Data Loggers
| Size: 0.25 MB
Table of Contents
Table of Contents
3
Introduction
5
System Requirements
6
Hardware Requirements
6
Software Requirements
7
Installing the Data Logger
8
A Shortcut to this Software will be Created on Your
8
Downloading the Application Software from the Web
8
Equipment Setup and Connection
10
Testing the Equipment Connections
11
Removing the Data Logger
13
Uninstalling from the Windows Start Menu
13
Uninstalling from the Windows Add/Remove Programs
14
Agilent Technologies U1401A Quick Start Manual (9 pages)
Multi-Function Calibrator/Meter Handheld
Brand:
Agilent Technologies
| Category:
Test Equipment
| Size: 0.93 MB
Table of Contents
Quick Start Guide
1
Performing Voltage Measurements
2
Performing Current Measurements
2
Performing Resistance Measurement and Continuity Test
3
Performing Temperature Measurements
3
Constant Voltage and Current Outputs
4
Square Wave Output
4
Other Functions and Features
5
Input/Output Terminals and Overload Protection
5
Charging the Battery
6
Tilt Stand
7
Safety Information
7
Safety Symbols
7
Safety Notices
7
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