Alpha-technologies Cordex Controller Ver.3.1x Manuel d'utilisateur Page 101
- Page / 144
- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
99
0700015-J0 Rev B
Mathematical operators:
+ = Add
- = Subtract
* = Multiply
/ = Divide
7.3 Tips on Programming
Square parenthesis [ ] are reserved for CXC signal names.
Use only round parenthesis ( ) for manipulating the order of operations in an equation.
The counters will increment approximately every half-second by default. A cascading counter can be
written to create a longer time between increments.
Here is a delay counter for AC fail alarm. The “AC Fail Delay” works by counting up from 0 to 30 when
Rect. AC Mains Fail alarm is true. When Rect. AC Mains Fail is false it will count down to 0.
[AC Fail Delay] + ( ( [AC Fail Delay] < 30) * [Rect. AC Mains Fail] ) - ( ( [AC Fail Delay] > 0 ) * ![Rect. AC
Mains Fail] )
Here is a custom signal set up to filter the battery voltage. "Filtered Battery Voltage" is the custom signal
name:
( ( [Filtered Battery Voltage] * 15 ) + [Battery Voltage] ) / 16
Keypad will change
from numeric to symbol
Select Sym for mathematical and
logic operators
Select 123 to return to numeric
keypad
Figure 125 — Equation builder keypad symbol key
Select + key for ad-
dition functions
Figure 126 — Equation builder keypad function keys
Mathematical operators
+ Add
- Subtract
* Multiply
/ Divide
Logical operators:
& AND
| OR
! NOT TRUE
= EQUAL TO, compare for equality
< LESS THAN
> GREATER THAN
( OPEN PARENTHESIS, used with a close
parenthesis to set apart arguments to a math-
ematical function
) CLOSE PARENTHESIS, see open parenthe-
sis; used to clarify the order of operations
- Your Power Solutions Partner 1
- User Manual 1
- Version 3.1x 3
- Contents 4
- List of Tables 7
- 1. Introduction 8
- 2. Standard Features 9
- 2.4 Mixed Rectifier System 10
- 2.5 Safe Voltage 10
- 2.6 Power Save 10
- 2.7 Auto DC Priority 10
- 2.11 Battery Test Scheduler 12
- 2.13 Signals Management 12
- 2.14.1 Analog Statistics 13
- 2.14. 2 Battery Log 13
- 2.14.3 Data Logging 14
- 2.14.4 Event Log 14
- 3. User Interface Options 15
- 3.4 Menu Navigation - LCD 17
- 3.4.3 Logging Out 18
- 3.4.4 Virtual Numeric Keypad 18
- 3.4.5 LCD Menu Structure 18
- Count down 20
- 4.2 Language Selection 21
- 4.1 Start-up 21
- 4.3 Date and Time 22
- 4.5.1 Silence All Alarms 23
- 4.6 Signals Display 24
- 4.7.1 Inventory Update 26
- To change modes: 27
- 4.9 Float (FL) Mode 28
- 4.10 Equalize (EQ) Mode 28
- 4.11 Boost (BST) Mode 28
- 4.12.3 BT Initiation 29
- 4.13 Communications 30
- 5.1 Communication Settings 31
- 5.2 Getting Started 32
- 5.3 Login 33
- 5.4 Language Selection 33
- 5.5 Saving Changes 33
- 5.6 Date & Time 34
- 5.8 Converters 35
- 5.9 Rectifiers 35
- 5.10 Inverters 35
- Figure 30 — CXCU controller 36
- Controller > 36
- 6.1 System Info 38
- 6.1.3 Set ADIO Module Number 39
- 6.1.4 Site Information 39
- 6.1.5 Temperature Units 40
- 6.1.6 Factory Information 40
- 6.2 Converters 41
- 6.3 Rectifiers 41
- 6.4 Inverters 45
- 6.4.4 General Settings 48
- 6.4.5 Set Inputs 49
- 6.4.7 Auto DC Priority 50
- 6.5 Batteries 52
- 6.5.3 Battery Monitor 53
- 6.5.5 Boost (BST) Mode 55
- 6.5.7 Battery Properties 56
- 6.5.8 Battery Information 57
- 6.5.9 Battery Test Scheduler 57
- Enable Periodic BT 58
- Enable Scheduled BT 58
- 6.6 Alarms 59
- 6.6.3 Configuring Alarms 60
- 6.6.4.1 Rectifier Alarms 62
- 6.6.4.2 Digital Alarms 63
- 6.6.5.5 Miscellaneous Alarms 65
- 6.6.5.6 ADIO Alarms 66
- 6.6.5.7 Custom Alarms (1-20) 66
- 6.6.5.8 Converter Alarms 68
- 6.6.8 Alarm Tone 71
- 6.6.9 Configuring ALCO 71
- 6.7 Signals 72
- 6.7. 2.1 Controller Signals 74
- 6.7. 2 Configure Signals 74
- 6.7.2.2 Analog Inputs 75
- 6.7. 2. 3 Digital Inputs 75
- 6.7. 2.4 Rectifier Signals 75
- 6.7. 2. 5 Custom Signals 75
- (in Amperes/50 mV) 76
- 6.7.2.7 Midnight Rollover 77
- 6.7. 2. 8 Converter Signals 78
- 6.7. 2.9 Inverters 78
- 6.7. 2.10 Timers 79
- 6.7. 2.11 Counters 79
- 6.7. 2.12 ADIO Signals 80
- Figure 92 — Log Frequency 84
- 6.7.3.3 Retrieve Logs 85
- 6.8 Controls 91
- 6.9 Communications 93
- 6.10 Hardware 95
- 6.11.1 Retrieve Logs 96
- 6.12 Supervisor 98
- 7. Advanced Programming 100
- 7.3 Tips on Programming 101
- 8.2 PPP Connection Devices 103
- 8.3 Rear Port Configuration 104
- CAUTION! 105
- 9. Remote Communications 106
- 9.2.3.1 Modem Configuration 109
- 0700015-J0 Rev B 110
- COM port as shown below: 110
- Figure 139 — Modem Status 112
- 9.3 Modem Connection 113
- 9.3.2 Computer Setup 114
- 10.1 Overview 115
- 10.1.3 Typical UDP Transport 116
- Figure 142 — VarBinds 117
- 10.3.2 SNMP Trap Recovery 118
- Submenu Item 127
- Default Setting Units 129
- Alarm Type Cause Solution 132
- PDU Address 139
- Number of 139
- 13. Trouble-shooting 141
- 14. Alpha Conventions 142
- Visit us at www.alpha.ca 144
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