|
TECHNICAL DATA |
Voltage
measuring
ranges
Nominal value/V
Max trms value/V
Max peak for full scale |
| |
6
7.2
12.5 |
12.5
14.4
25 |
25
30
50 |
60
60
100 |
130
130
200 |
250
270
400 |
400
560
800 |
600
720
1600 |
|
|
|
|
|
Overload
strength
Input impedance
|
1500V for 1s
1.0MΩ, 20pF |
Current measuring ranges
Nominal value/A
Max trms value/A
Max peak for full scale |
| |
0.6
1.3
1.875 |
1.2
2.6
3.75 |
2.5
5.2
7.5 |
5
10
15 |
10
18
30 |
16
18
60 |
|
|
|
|
|
|
|
Overload capability
Input impedance |
18A permanent, 50A for 1s, 150A for 20ms
2mΩ |
| Isolation |
All direct current and voltage inputs of
power measuring channels against each other and against
earth isolated, max. 600V/CATIII |
Voltage
measuring ranges for external isolated current transducers.
Nominal values/mV
Max trms value/V
Max peak for full scale |
| |
0.12
0.15
0.25 |
0.25
0.3
0.5 |
0.5
0.6
1 |
1
1.2
2 |
2
2.5
4 |
4
5
8 |
|
|
|
Overload capability
Input impedance |
250V for 1s
100kΩ, 10pF |
| Range selection |
Automatic, manual or
remotely controlled |
| Measuring accuracy |
Measuring
Accuracy |
±(% of
measuring value + % measuring range) |
| DC |
1Hz...1kHz |
1kHz...5kHz |
5kHz...20kHz |
|
45...65Hz AC
Coupling |
| Voltage |
0.2+0.2 |
0.1+0.1 |
0.2+0.2 |
0.3+042 |
0.05+0.05 |
| Current |
0.4+0.4 |
0.15+0.1 |
0.2+0.2 |
0.5+0.5 |
0.05+0.05 |
| Active Power |
0.5+0.5 |
0.2+0.1 |
0.3+0.2 |
0.5+0.5 |
0.07+0.08 |
| Current via ext
transducer |
0.2+0.2 |
0.1+0.1 |
0.2+0.2 |
0.3+0.4 |
0.05+0.05 |
| Active Power via
ext transducer |
0.3+0.3 |
0.15+0.1 |
0.3+0.2 |
0.6+0.5 |
0.07+0.08 |
|
| Accuracies based
on |
1. sinusoidal voltages and currents
2. ambient temperature 23°C
3. warm up time 1h
4. definition of power range as the product of current and
voltage measuring range, 0 ≤λ≤
1
5. calibration interval 12 month |
| Other values |
All other values
are derived from the values for current, voltage and active
power values.
Accuracies for the derived values depends on relationship (e.g. S = I * U,
ΔS/S = ΔI/I + ΔU/U) |
|
Synchronization |
The measurement is
synchronized on the signals period.
There is a choice to determine the period from u(t), i(t),
p(t), further u²(t), i²(t)
by using a settable filter . By this very stable readings
are achieved, even at signals of pulse width modulated
frequency inverter and amplitude modulated electronic
ballast, synchronization also with external signal or „Line“ |
| Scope function |
Graphical representation of
sampled values over the time |
| Plot function |
Time diagram of max. 4
readings, minimal resolution 50ms |
| Harmonic analysis prCE
Harm |
Measuring of current and
voltage with evaluation according to EN61000-3-2
(Pre-compliance) |
| Harmonic analysis Harm100 |
Analysis of current, voltage
and power up to 99th harmonics (max. 10kHz), in total 100
harmonics, when including DC part. Fundamental in the range
from 1Hz to 1.2kHz. By selectable integer divider (1...50) a
new reference fundamental can be created as to detect
interharmonics. |
| Flicker measuring |
Flicker Meter according to
EN61000-4-15 with evaluation according to EN61000-3-3 |
| Transients – monitoring
and storing |
Storing and graphical
displaying of transients with a resolution of 20µs. Storing
depth is 1.4 Millions sample values/channel, selectable
recording duration from 0.05 to 60 seconds. Adjustable
pre-trigger, different possibilities of triggering |
Computer interfaces
Remote control
Output data
Transfer rate |
Interfaces: RS232 and
IEEE488.2, only one interface can be used at the same time
All functions can be remote controlled, keyboard lock for
measuring parameters available
Output of all readable data, data formats equal for all
interface types, SCPI command set
RS232: max.115200 Baud, IEEE488.2: max. 1MByte/sec |
| Printer interface |
Parallel PC-Printer
interface with 25-pin SUB-D socket for printing measuring
values, tables, graphics to matrix, inkjet or laser printers |
| Processing signal
interface |
25 pin SUB-D socket with
(The option processing signal interface can be built in
twice):
4 analog inputs for registration of process magnitudes
(16Bit, ±10V, 1kHz)
4 analog outputs for output of readings or measured
magnitudes (16Bit, ±10V, 100kHz)
4 digital inputs for registration of states (1kHz, ULOW<1V,
UHIGH=4...60V/2.5mA)
4 digital outputs to signal states and alarms (open
collector, output high max. 30V@100µA, output low max.
1.5V@100mA)
1 input for registration of frequency (0.1Hz...500kHz) and
rotation direction of motors (ULOW<1V, UHIGH=4...10V, 1MΩ)
In- and outputs are isolated group wise against each other
and against the other electronics (testing voltage 500V) |
Other data
Display
Dimensions
Weight
Protection class
Electromagnetic compatibility
Protection system
Operating/storage temperature
Climatic class
Power supply |
STN color display, 320 x 240 pixel, 5,7’’
- Bench case, W 320mm x H 147mm x D 307mm
- 19''-chassis, 84PU, 3HU, D 307mm
about 6,5kg
EN61010 (IEC1010, VDE0411), protection class I, overvoltage
category III
EN50081, EN50082
IP20 in accordance to DIN40050
0...40°C, -20...50°C
KYG in accordance to DIN40040
85...264V, 47...440Hz, about 45W |
| Network Data Logger NDL5 –
Technical Data |
| Capacity |
Hard Disk 20 GB or more |
| Power supply fail |
Instruments runs for >5s
including the connected LMG |
| Display |
LCD, 2x20 characters,
background light, for status information's |
| Interfaces |
RS232, LAN, Modem (ISDN and
POTS) |
Other data
Dimensions/Weight
Protection class
Electromagnetic compatibility
Protection/Operating-/Storage temperature
Climatic class
Power supply |
Desktop: W 320mm x H 59mm x D 307mm, 19'’ plug in: 1HU, D
307mm / about 2kg each
EN61010 (IEC1010, VDE0411), protection class I, overvoltage
category III
EN50081, EN50082
IP20 acc. DIN40050 / 0...40°C / -20...50°C
KYG nach DIN40040
85...264V, 47...440Hz, about 15W, max. 90 W with connected
LMG |
