Control meter LK-10 enables uncertainty determination of induction and electronic energy (active and reactive) meters, as well as measurement of basic parameters of one- and three phase networks.
DESCRIPTION
Control meter accuracy is defined at level 0.1%. Direct and indirect (Dietz clamps) currents inputs extend meter’s usability. It is possible
to connect meter head (e.g. GL-10) and hand probe (e.g. GR-10) for checking slow-running meters. The possibility of test report direct printing on thermal printer, connected to control meter is a very useful facility. LK-10 meter enables determining the error of meter’s counter, direction of phase rotation and measurements (True RMS) of voltages, currents, power and energy. Control meter is small and lightweight, its safety and tightness enclosure provides good protection in rough operating conditions.
This device is assigned for Power Utility services, it is specially useful in fighting against illegal power consumption, combined with neodymium magnets applying.
Very high accuracy class and low, competitive price are additional features of the meter.
TECHNICAL DATAS
Voltage range |
45÷270 V resolution: |
Current range (direct measurement) | up to 10 A; resolution: 0,001 A |
Current range (indirect measurement) – clamp meter | up to 100 A; resolution: 0,01 A; Φ of clamp meter hole 12 mm |
Direct measurement: |
±(0,1 % of reading + 1 digit) ±(0,2 % of reading + 1 digit) ±(0,5 % of reading + 1 digit) |
Indirect measurement – clamp meter allowable uncertainty of current, power and energy measurement |
±(1 % of reading +1 digit) |
Rated power consumption | 14 VA |
Voltage inputs | U1, U2, U3, N |
Current inputs | I1, I2, I3 |
Inputs: clamp meter | Dietz clamp meter up to 100 A |
Inputs: measuring head ... |
... meter’s type GL-10; ... manual type GR-10 |
Operation temperature | -5 ºC ÷ +40 ºC |
Enclosure protection | IP 67 |
Power supply (mains) Power supply (from measured circuit) |
100 ÷ 240 V, 50 Hz 230 V, 50 Hz |
Dimensions | 380 x 260 x 130 mm |
Weight | ok. 2 kg |
All questions should be directed to:
- mgr inż. Zygmunt Pilny,
This email address is being protected from spambots. You need JavaScript enabled to view it. , 32 237 66 70