Gossen MetraWatt SINEAX DME 400-1, Operating Instructions Manual, Page: 42 / 52

42
English
5.4 Files
Description for the installation tools:
DME400.XIF External Interface File
The files used for the installation tools are:
CB_UC01.TYP Binary definitions of user types
CB_UC01.ENM Binary definitions of user
enumerations
CB_UC01.FMT ASCII definition of user formats
5.5 User-defined configuration parameter types (UCPT’s) (Table 3)
Configuration Name Range Description UCPT
Property Index
date of UCPT_time_stamp equivalent SNVT-type: SNVT_time_stamp 1
configuration
rated UCTP_freq_hz 16.6 Hz equivalent SNVT-type: SNVT_freq_hz 2
frequency 50 Hz
60 Hz
user UCPT_char_ascii 0 .. 255 equivalent SNVT-type: SNVT_char_ascii 3
information
system UCPT_sys_appl 0: ONE_PHASE_SYSTEM one-phase-system 4
application 1: THREE_WIRE_BAL three-wire, three-phase system, balanced load
2: FOUR_WIRE_BAL four-wire, three-phase system, balanced load
3: FOUR_WIRE_OPEN_Y four-wire, three-phase system,
unbalanced load, Open-Y
4: THREE_WIRE_UNBAL three-wire, three-phase system,
unbalanced load
5: FOUR_WIRE_UNBAL four-wire, three-phase system,
unbalanced load
6: THREE_WIRE_BAL12 three-wire, three-phase system, balanced load
The voltage is measured between L1 and L2
7: THREE_WIRE_BAL23 three-wire, three-phase system, balanced load
The voltage is measured between L1 and L3
8: THREE_WIRE_BAL31 three-wire, three-phase system, balanced load
The voltage is measured between L3 and L1
frequency UCPT_freq_source 0: VOLT_CIRCUIT frequency measurement via the voltage circuit 5
measurement 1: AMP_CIRCUIT frequency measurement via the current circuit
via
voltage or
current
circuit
energy UCPT_energy_Ind 9: AMP_SY_IN energy of the incoming system current 6
index 10: AMP_01_IN energy of the incoming AC current on outer
conductor 1
11: AMP_02_IN energy of the incoming AC current on outer
conductor 2
12: AMP_03_IN energy of the incoming AC current on outer
conductor 3
24: TRUESY_PWR_IN energy of the incoming active power of the
system
25: TRUE01_PWR_IN energy of the incoming active power of phase 1
26: TRUE02_PWR_IN energy of the incoming active power of phase 2
27: TRUE03_PWR_IN energy of the incoming active power of phase 3
32: REACTSY_PWR_IND energy of the inductive reactive power of the
system
33: REACT01_PWR_IND energy of the inductive reactive power
of phase 1
34: REACT02_PWR_IND energy of the inductive reactive power
of phase 2
35: REACT03_PWR_IND energy of the inductive reactive power
of phase 3
Table 3 continued on next page.