CET iMeter 6, Руководство пользователя

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CET Electric Technology
95
6690~6699 RW Setpoint #10 (Standard)
6700~6709 RW Setpoint #11 (Standard)
6710~6719 RW Setpoint #12 (Standard)
6720~6729 RW Setpoint #13 (Standard)
6730~6739 RW Setpoint #14 (Standard)
6740~6749 RW Setpoint #15 (Standard)
6750~6759 RW Setpoint #16 (Standard)
6760~6769 RW Setpoint #17 (High-Speed)
6770~6779 RW Setpoint #18 (High-Speed)
6780~6789 RW Setpoint #19 (High-Speed)
6790~6799 RW Setpoint #20 (High-Speed)
6800~6809 RW Setpoint #21 (High-Speed)
6810~6819 RW Setpoint #22 (High-Speed)
6820~6829 RW Setpoint #23 (High-Speed)
6830~6839 RW Setpoint #24 (High-Speed)
Table 5-39 Setpoints Setup
5.10.2.2 Setpoint Setup Data Structure
Offset Property Description Format Range Default
+0 RW
Standard
Setpoint
Type UINT16
0=Disabled
1=Over Setpoint
2=Under Setpoint
0
+1 RW Parameter
1)
UINT16 1 to 35 1
+2 RW Active Limit INT32 - 999999
+4 RW Inactive Limit INT32 - 999999
+6 RW Active Delay UINT16 0 to 9999 s 10
+7 RW Inactive Delay UINT16 0 to 9999 s 10
+8 RW Trigger 1
2)
UINT16 0 to 22 0
+9 RW Trigger 2
2)
UINT16 0 to 22 0
+0 RW
High-speed
Setpoint
Type UINT16
0=Disabled
1=Over Setpoint
2=Under Setpoint
0
+1 RW Parameter1) UINT16 1 to 14 1
+2 RW Active Limit INT32 - 999999
+4 RW Inactive Limit INT32 - 999999
+6 RW Active Delay UINT16 0 to 9999 cycles 10
+7 RW Inactive Delay UINT16 0 to 9999 cycles 10
+8 RW Trigger 1
2)
UINT16 0 to 22 0
+9 RW Trigger 2
2)
UINT16 0 to 22 0
Table 5-40 Setpoint Setup Register Structure
Notes:
1)
“ Parameter ” specifies the parameter to be monitored. The table below provides a list of Setpoint Parameters. Standard Setpoint can
monitor all parameters while the HS Setpoint only can monitor 1 to 14.
Key Parameter Scale/Unit
1 Uln x100, V
2 Ull x100, V
3 I x1000, A
4 I4
3)
x1000, A
5 Freq Deviation x100, Hz
6 kW Total kW
7 kvar Total kvar
8 PF x1000
9 DI1
1) For Over Setpoint, the Active Limit is DI Close ( DI=1 ), and Inactive Limit is DI
Open ( DI=0 );
2) For Under Setpoint, the Active Limit is DI Open ( DI=0 ), and Inactive Limit is
DI Close ( DI=1 ).
10 DI2
11 DI3
12 DI4
13 DI5
14 DI6
15 AI /
16 kW Total Present Demand kW
17 kvar Total Present Demand kvar
18 PF Present Demand x1000
19 Total kW Predicted Demand kW
20 Total kvar Predicted Demand kvar
21 PF Predicted Demand x1000