Honeywell SC1000 Manuel d'utilisateur Page 70
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- Table des matières
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- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
page 70 008-0608-00
Figure 10-2: Shunt Calibration Resistor Location
To verify proper transducer operation, you can apply the shunt resistor to the trans-
ducer while the instrument is in the RUN mode. Press and hold the [ENTER] button
for three seconds; this will apply the shunt resistor and display the reading.
KNOWN POINT x/y
Menu Items
This enters the engineering units for the known-load calibration points. These points
must match the actual loads that you will apply to the instrument during calibration.
The number of calibrations points depends on the
CALIBRATION TYPE
.
When using the 2-Point Known Load Calibration type, the following menu items are
available:
•“
KNOWN POINT 1/2
”: point 1 of 2, usually 0% of the transducer’s full-scale capacity.
•“
KNOWN POINT 2/2”
: point 2 of 2, usually 100% of the transducer’s full-scale capacity.
When using the 3-Point Known Load Calibration type, the following menu items are
available:
•“
KNOWN POINT 1/3
”: point 1 of 3, usually 0% of the transducer’s full-scale capacity.
•“
KNOWN POINT 2/3
”: point 2 of 3, usually 50% of the transducer’s full-scale capacity.
•“
KNOWN POINT 3/3
”: point 3 of 3, usually 100% of the transducer’s full-scale capacity.
When using the 5-Point Known Load Calibration type, the following menu items are
available:
•“
KNOWN POINT 1/5
”: point 1 of 5, usually 0% of the transducer’s full-scale capacity.
•“
KNOWN POINT 2/5
”: point 2 of 5, usually 25% of the transducer’s full-scale capacity.
•“
KNOWN POINT 3/5
”: point 3 of 5, usually 50% of the transducer’s full-scale capacity.
•“
KNOWN POINT 4/5
”: point 4 of 5, usually 75% of the transducer’s full-scale capacity.
•“
KNOWN POINT 5/5
”: point 5 of 5, usually 100% of the transducer’s full-scale capacity.
These menu items are only available with the Known-Load Calibration types.
NOTICE
To insure both correct operation of the transducer and application of the load,
the instrument expects the voltage applied at each known-load point to be
increasing. For example, the load applied at Known-Load Point 2/2 must
cause the transducer to produce a more positive voltage than at Known-Load
Point 1/2.
- SC Instrumentation 1
- Contents 3
- Chapter 1 9
- Introduction 9
- 1.2 Related Documents 11
- 1.3 What is the SC Series? 12
- Signature Calibration 14
- Chapter 2 15
- Getting Started Quickly 15
- 2.3 Turn on the Instrument 16
- page 18 008-0608-00 18
- Chapter 3 19
- Operating Modes 19
- 3.3 RUN Mode 20
- 3.3.4 [CHANNEL] button 21
- 3.3.5 [TARE] button 21
- 3.3.6 Indicator Lights 21
- 3.4 ERROR mode 22
- 3.5 SETUP Menu mode 23
- page 24 008-0608-00 24
- Chapter 4 25
- Chassis Models 25
- 4.2 Specifications 26
- 4.3 Models SC1000 and SC2000 27
- 4.3.5 Rack Mounting 28
- 4.3.6 Bench Mounting 28
- 4.3.7 Case Removal 28
- 4.3.8 Internal Arrangement 29
- 4.4 Model SC2001 31
- 4.4.5 Internal Arrangement 32
- 4.4.6 Cleaning 32
- 4.4.7 Vehicle Power Option 32
- 4.4.8 Fuse Replacement 32
- 4.5 Model SC3004 33
- Chapter 5 35
- System Connector 35
- 5.2 System Connector Pinout 36
- 5.3 Function Input Pins 37
- 5.4 Limit Output Pins 38
- System Connector5 39
- page 40 008-0608-00 40
- Chapter 6 41
- System Menu 41
- ARE YOU SURE 44
- ARE YOU SURE? 44
- System Menu6 45
- page 46 008-0608-00 46
- Chapter 7 47
- Serial Communications 47
- 7.3 Communications Protocol 48
- 7.4 Serial Com Menu 49
- page 50 008-0608-00 50
- Chapter 8 51
- Display Menu 51
- page 52 008-0608-00 52
- Chapter 9 53
- 9.2 Limit Operation 54
- 9.3 Limit Menus 55
- page 58 008-0608-00 58
- Chapter 10 59
- Strain-Gage Input Channel 59
- 10.2 Wiring 60
- 10.3 Calibration Procedure 61
- 10.4 Specifications 62
- 10.5 Channel Menu 63
- 10.6.1 Identifying the 76
- 10.6.2 Channel Menu Items 76
- 10.6.3 Output Selection 76
- 10.7 Troubleshooting 77
- Chapter 11 79
- AC/AC-LVDT Input Channel 79
- 11.2 Wiring 80
- 11.3 Calibration Procedure 81
- 11.4 Specifications 82
- 11.5 Channel Menu 83
- HIGH/LOW HOLD 86
- HIGH/LOW CLEAR 86
- TARE OFF 86
- 11.6.1 Overview 93
- 11.6.2 Procedure 93
- 11.7.1 Identifying the 94
- 11.7.2 Channel Menu 94
- 11.7.3 Output Selection 94
- 11.8 Troubleshooting 95
- page 96 008-0608-00 96
- Chapter 12 97
- High-Level Input Channel 97
- 12.2 Wiring 98
- 12.2.2 Bi-polar Voltage 99
- 12.2.3 “3-wire 100
- Voltage” Amplifiers 100
- 12.2.4 “3-wire Voltage” 101
- Amplifiers with Single-wire 101
- Shunt Cal 101
- 12.2.5 “3-wire Current” 102
- Amplifiers 102
- Amplifiers with Buffered 103
- 12.2.6 “2-wire Current” 103
- 12.2.7 “2-wire Current” 104
- Amplifiers with Single 104
- 12.2.8 Low Voltage DC-DC 105
- 12.3.1 Overview 106
- 12.3.2 Setting Jumpers 106
- 12.4 Calibration Procedure 107
- 12.5 Specifications 108
- 12.6 Channel Menu 109
- TRACK / PEAK 110
- TRACK / VALLEY 110
- PEAK / VALLEY 110
- Sub-Menu 111
- Menu Items 112
- Menu Item 113
- Sub-Menu 119
- 12.7.1 Identifying the 121
- Output Type 121
- 12.7.2 Channel Menu Items 121
- 12.7.3 Output Selection 121
- 12.8 Troubleshooting 122
- Chapter 13 123
- Relay Output Channel 123
- 13.2 Wiring 124
- 13.3 Setup Procedure 125
- 13.4 Specifications 126
- 13.5 Channel Menu 127
- page 128 008-0608-00 128
- Chapter 14 129
- DAC Output Channel 129
- 14.2 Wiring 130
- 14.3 Setup Procedure 131
- 14.4 Specifications 132
- 14.5 Channel Menu 133
- 14.6.1 Identifying the 135
- 14.6.2 Channel Menu Items 135
- 14.6.3 Output Selection 135
- 14.7 Troubleshooting 136
- DAC Output Channel14 137
- page 138 008-0608-00 138
- Chapter 15 139
- Split Display Virtual Channel 139
- 15.4 Channel Menu 140
- 15.5 Troubleshooting 140
- page 142 008-0608-00 142
- Chapter 16 143
- Mathematics Virtual Channel 143
- 16.2 Wiring 144
- 16.3 Setup Procedure 145
- 16.4 Channel Menu 146
- 16.5 Troubleshooting 149
- page 150 008-0608-00 150
- Chapter 17 151
- Error Messages 151
- 17.2 Error Message List 152
- UNREACHABLE GOTO 156
- GOTO NOT JUMP 156
- Chapter 18 157
- Setup Menu Reference 157
- Warranty 173
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