ACE6000 DC4 meters are optimised for eligible commercial and industrial applications when billing is based on load profile. The meters measure active and reactive energy in both directions and are available for a wide range of network and connection types. They support direct connection (DC), CT and CT/VT applications. Direct connected meters are available for rated currents up to 60A (DIN 43857) and 100A.
The meter allows load profile recordings in up to 4 channels and includes two independent logbooks (operational and certified logbook). Several instantaneous values are available for easier installation diagnostic.
Data communication via the optical port or the CL0 interface can be done by using either the standard protocol acc. IEC62056-21 (former IEC1107) or COSEM/DLMS. Both protocols are available in parallel. This makes it easy to integrate the meter into most of the existing reading systems. Thanks to the transmission rates of up to 19200 Baud, the data collection is efficient and cost-effective.
The ACE6000 DC4 meets German specifications VDN V2.1 and PTB50.7 as well as all relevant IEC standards.
Benefits
Voltage Ranges: 3x57.7/100V up to 3x230/400V; Auto-ranging power supply (Option)
Current Ranges: from 1 to 10A for CT and 5 to 60 or 5 to 100A for DC
Network types: 4-wire meter (fully operational in 3-wire connection); 3-wire meter
Accuracy: Direct connected: Class 1 (IEC 62053-21); Transformer connected: Class 0.5s (IEC 62053-22) or class 1 (IEC 62053-21); Reactive energy: Class 2 (IEC 62053-23)
Load profile recorder with up to 4 channels; two logbooks (one certifiable)
Optical port and CL0 interface with transmission rates up to 19200 Bd.
Device clock with high accuracy (time drift < 9s over the full temperature range)
Key Features
Cost-effectove meter
Easy integration into existing and future reading systems thanks to dual communication protocols (COSEM/DLMS and IEC 62056-21) and compatibility with ACE6000 DC3 meters
Reduced data collection cost because of high data transmission rate
Less regular intervals necessary to synchronise device clock
Residential Electromechanical