Gossen MetraWatt MAVOWATT 210 ROGOWSKI User manual

MAVOWATT 210
Three-phase Power and Energy Logger 3-447-112-03
2/5.22
Operating Instructions
Download
software
“Dran-View XP”

MAVOWATT 210 Gossen Metrawatt GmbH
Contents
1 Safety Precautions............................................................ 1
2 Applications ...................................................................... 3
2.1 Intended Use / Use for Intended Purpose............................................3
2.2 Use for Other than Intended Purpose .................................................. 3
2.3 Liability and Guarantee ........................................................................ 3
2.4 Opening the Instrument / Repairs ........................................................4
3 Documentation.................................................................. 4
3.1 Identifiers............................................................................................. 4
4 First Steps ......................................................................... 5
5 The Instrument .................................................................. 6
5.1 Scope of Delivery ................................................................................ 6
5.2 Optional Accessories........................................................................... 6
5.3 Instrument Overview............................................................................7
5.4 Relevant Standards ........................................................................... 12
5.5 Technical Data .................................................................................. 13
5.6 Characteristic Values......................................................................... 14
6 Installation....................................................................... 16
6.1 Unpacking the Instrument ................................................................. 16
6.2 Power Supply.................................................................................... 16
6.3 Setting up the Connection to the Integrated Web Server ................... 16
6.4 Accessing the Integrated Web Server................................................ 19
7 Integrated Web Server.................................................... 20
7.1 Information Page ............................................................................... 20
7.2 Setup Page ....................................................................................... 22
7.3 Data Page ......................................................................................... 30
7.4 Factory Settings Page ....................................................................... 33
8 Operation......................................................................... 36
8.1 Switching on/off ................................................................................ 36
8.2 Making Measurement Connections ................................................... 36
8.3 Measurement .................................................................................... 38
8.4 Start Monitoring ................................................................................ 44
8.5 Stop Monitoring ................................................................................ 45

MAVOWATT 210 Gossen Metrawatt GmbH
8.6 Saving Measurement Results ............................................................ 45
8.7 Manage Recorded Data in Dran-View XP .......................................... 45
9 Maintenance ....................................................................48
9.1 Cleaning............................................................................................ 48
9.2 Maintenance ..................................................................................... 48
9.3 Troubleshooting ................................................................................ 48
9.4 Repair ............................................................................................... 48
9.5 Calibration......................................................................................... 49
10 Contact, Support and Service ........................................50
11 CE Declaration.................................................................51
12 Returns and Environmentally Sound Disposal...............51

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1 Safety Precautions
General
Observe this documentation, in particular all included safety information, in
order to protect yourself and others from injury, and to prevent damage to the
instrument.
• Carefully and completely read and adhere to these operating instructions.
The document can be found at http://www.gossenmetrawatt.com. Retain
this document for future reference.
• Use only the specified accessories (included in delivery or listed as optional)
with the instrument.
• Carefully and completely read and adhere to the product documentation of
the optional accessories. Retain these documents for future reference.
• Observe and comply with all safety regulations which are applicable for
your work environment.
Handling
• The instrument may only be used as long as it’s in good working order.
• Inspect the instrument before use. Pay particular attention to damage, bro-
ken insulation or kinked cables.
• Accessories and cables may only be used as long as they’re fully intact.
Inspect all cables and accessories before use. Pay particular attention to
damage, broken insulation or kinked cables.
• If the equipment is used in a manner not specified in this reference guide,
the protection provided by the equipment may be impaired. These safety
precautions are repeated where appropriate throughout this manual.
• If the instrument or an accessory doesn’t function flawlessly, remove it from
operation and secure it against inadvertent use.
• If the instrument or accessory is damaged during use, e.g. through falling,
remove it from operation and secure it against inadvertent use.
Operating conditions
• Do not use the instrument after long periods of storage under unfavorable
conditions (e.g. humidity, dust or extreme temperature).
• Do not use the instrument after extraordinary stressing due to transport.
• The instrument must not be exposed to direct sunlight.
• Only use the instrument and the accessories in compliance with the speci-
fied technical data and under the specified conditions (ambient conditions,
IP protection class, measuring category, etc.).
• Do not use the instrument in potentially explosive atmospheres.

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• The instrument and the included accessories may only be used for the
tests/measurements described in the instrument‘s documentation.
Electricity
• Installation, operation, and maintenance of this instrument must be per-
formed by qualified personnel only.
• Qualified personnel who work on or near exposed energized electrical con-
ductors must follow applicable safety related work practices and proce-
dures including appropriate personal protective equipment.
• Connect the earth (ground) terminal first, before making any other connec-
tions.
• When connecting to electric circuits or pulse initiating equipment, open
their related breakers. Do not install any connection of the instrument on
live power lines.
• Connections must be made to the instrument first, then connect to the cir-
cuit to be monitored.
• Wear proper personal protective equipment, including safety glasses and
insulated gloves when making connections to power circuits.
• Hands, shoes, and floor must be dry when making any connection to a
power line.
• Make sure the instrument is turned off before connecting probes to the rear
panel.

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2 Applications
Please read this important information!
2.1 Intended Use / Use for Intended Purpose
MAVOWATT 210 is a 3-phase, bidirectional power and energy logger
designed to identify and record power quality problems such as voltage dips,
voltage sags, supply voltage surges and voltage interruptions with a resolution
of 1/2 cycles in accordance with IEC 61000-4-30. Harmonics are recorded in
accordance with IEEE 519-2014 / IEC 61000-4-7.
MAVOWATT 210 has three voltage and four current channels. The instrument
can be used in single, two, and three phase monitoring applications. The
fourth current channel can be used for monitoring the neutral or other current
sources.
Being connected to MAVOWATT 210, voltage measurement cables with safety
banana jack connectors and alligator clips are used for direct connection of all
voltage measurement inputs rated at 600 VRMS max. When voltages greater
than 600 VRMS are measured, potential transformers (PTs) or other transduc-
ers must be used.
Being connected to MAVOWATT 210, flexible AC current probes based on the
Rogowski principle or hinged current transformers (CT) are used to measure
AC current. The flexible probe allows current measurements on conductors
that are hard to reach. Hinged current transformers allow easy installation in
branch circuits.
Installation, operation, and maintenance of this instrument must be performed
by qualified personnel only. Safety of the operator, as well as that of the instru-
ment, is only assured when it’s used for its intended purpose.
2.2 Use for Other than Intended Purpose
Using the instrument for any purposes other than those described in these
instrument operating instructions is contrary to use for intended purpose.
2.3 Liability and Guarantee
Gossen Metrawatt GmbH assumes no liability for property damage, personal
injury or consequential damage resulting from improper or incorrect use of the
product, in particular due to failure to observe the product documentation.
Furthermore, all guarantee claims are rendered null and void in such cases.
Nor does Gossen Metrawatt GmbH assume any liability for data loss.

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2.4 Opening the Instrument / Repairs
The instrument may only be opened by authorized, trained personnel in order
to ensure flawless, safe operation and to assure that the guarantee isn’t ren-
dered null and void. Even original replacement parts may only be installed by
authorized, trained personnel.
Unauthorized modifications to the instrument are prohibited.
If it can be ascertained that the instrument has been opened by unauthorized
personnel, no guarantee claims can be honored by the manufacturer with
regard to personal safety, measuring accuracy, compliance with applicable
safety measures or any consequential damages.
3 Documentation
3.1 Identifiers
The following identifiers are used in this documentation::
Identifier Meaning
Attention!
!
Warning
Safety information that must be complied with.
Note!
Important
Important information which must be taken into consid-
eration and complied with.
Prerequisite A condition etc. which must be fulfilled before a given
action can be taken.
1. Procedural step Steps of a procedure which must be completed in the
specified order.
Result Result of a procedural step.
•Enumeration
–Enumeration
Bullet lists
Figure 1: Caption Description of the content of a figure.
Tabelle 1: Description of the content of a table.
Footnote Comment

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4FirstSteps
1. Read and adhere to the product documentation. In particular observe all
safety information in the documentation, on the instrument and on the
packaging.
"Safety Precautions" 1
"Applications" 3
"Documentation" 4
2. Familiarize yourself with the instrument 6.
3. Install the instrument 16.
4. Configure the instrument via its integrated web server 20.
5. Operate the instrument 36.

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5 The Instrument
5.1 Scope of Delivery
Please check for completeness of the set (product no. M840B):
5.2 Optional Accessories
Some measurements necessitate optional accessories:
1 MAVOWATT 210
1 Power pack (IP42)
4 Voltage leads with detachable alligator jaw safety clip assembly, maxi-
mum jaw opening 20 mm
3 Flexible AC current probe based on the Rogowski principle, 50–500 A,
measuring head length 40 cm (product no. Z840A)
1 Ethernet cable
1SoftwareDran-View XP
(available for download "Download Dran-View XP to a Computer" 45)
1Softcase
1 Flexible AC current probe based on the Rogowski principle, 50 – 500 A,
measuring head length 40 cm (product no. Z840A)
1 Flexible AC current probe based on the Rogowski principle, 150 –
1500 A, measuring head length 40 cm (product no. Z840B)
1 Flexible AC current probe based on the Rogowski principle, 300 –
3000 A, measuring head length 40 cm (product no. Z840C)
1 Split core current transformer MAVOWATT 210 CT-H-5A with connection
cable suitable for MAVOWATT 210; 600 V CAT III; 5 A; class 0.5; cable
opening diameter 10 mm (product no. Z840J)
1 Split core current transformer MAVOWATT 210 CT-H-20A with connec-
tion cable suitable for MAVOWATT 210; 600 V CAT III; 20 A; class 0.5;
cable opening diameter 10 mm (product no. Z840K)
1 Split core current transformer MAVOWATT 210 CT-H-50A with connec-
tion cable suitable for MAVOWATT 210; 600 V CAT III; 50 A; class 0.5;
cable opening diameter 10 mm (product no. Z840L)

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5.3 Instrument Overview
5.3.1 Front
Figure 2: Front Panel
Power on/off
Monitoring on/off
Trigger limit
status
Instrument power source
Demand limit
Energy direction
Battery status

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5.3.2 Top
Figure 3: Top of instrument
5.3.3 Bottom
Figure 4: Bottom of instrument
V and I connection LEDs
Voltage
inputs
Current
inputs
Ground terminal DC power input Ethernet port USB port

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5.3.4 Icons, Buttons and Indicators
Icon/Button/Indicators Description
Power on/off
Press to turn the instrument on.
Press to turn the instrument off.
Monitoring on/off
Press and hold for approximately 5 seconds until a
beep is heard to turn monitoring on.
Press and hold for approximately 5 seconds until a
beep is heard to turn monitoring off.
Trigger limit status
LED off: Monitoring off
LED green: Monitoring limits within trigger limit
LED red: Monitoring limits outside of trigger limits
Demand limit
LED green: Under demand limit
LED red: Over demand limit
Energy direction
LED red: Consuming energy
LED green: Producing energy
Battery status
LED red: Battery depleted
LED yellow: Battery charging/discharging
LED green: Battery completely charged
Instrument power source
LED green: Instrument powering up
LED blue: Operating on external power source
LED yellow: Operating on internal battery

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5.3.5 LED Indicators of Voltage (V) and Current (I) Connection LEDs
V and I connection LEDs are color coded to indicate the status of channels A,
B, C for voltage and current.
Note!
LED colors can be changed in the instrument setup, see "Instrument
Setup" 26.
LED Indicators of V and I Connection LEDs
Indicator Description
Red: Channel A
Yellow: Channel B
Blue: Channel C
LED lights up permanently
in the channel color
Voltage or current applied
LED flashes in the channel
color
No voltage or current ap-
plied
LED flashes red while
monitoring is active
Voltage sequence error
(if enabled)

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5.3.6 Measurement Cable Set, Voltage Leads
Figure 5: Voltage leads
5.3.7 Flexible AC Current Probe Based on the Rogowski Principle
Figure 6: Flexible AC current probes based on the Rogowski principle
Voltage leads
Detachable alligator jaw safety clip
Flexible current probe
Probe output cable
Probe coupling

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5.3.8 Symbols on the instrument and the included accessories:
5.4 Relevant Standards
The instrument has been manufactured and tested in accordance with the fol-
lowing safety regulations:
Warning concerning a point of danger
(attention, observe documentation!)
Double insulation (protection category II)
AC
DC
Ground terminal
European conformity marking
The device may not be disposed of with household trash
"Returns and Environmentally Sound Disposal" 51.
EN 61326 Class A, Electromagnetic Compatibility - Electrical equip-
ment for Measurement, Control and Laboratory use
CISPR 11 Class A Limits Of Radio Disturbance and Immunity Measur-
ing Apparatus
EN 61000-4-2 Electromagnetic compatibility (EMC) –
Part 4-2: Testing and measurement techniques – Electro-
static discharge immunity test
EN 61000-4-3 Electromagnetic compatibility (EMC) –
Part 4-3: Testing and measurement techniques - Radiated,
radio-frequency, electromagnetic field immunity test
EN 61000-4-4 Electromagnetic compatibility (EMC) –
Part 4-4: Testing and measurement techniques - Electrical
fast transient/burst immunity test
EN 61000-4-5 Electromagnetic compatibility (EMC) – Part 4-5: Testing and
measurement techniques – Surge immunity test
!

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5.5 Technical Data
EN 61000-4-6 Electromagnetic compatibility (EMC) – Part 4-6: Testing and
measurement techniques – Immunity to conducted distur-
bances, induced by radio-frequency fields
DIN EN 60529 /
IEC 60529
Degrees of protection provided by enclosures (IP Code)
EN 61010-1 Safety Requirements of Electrical Equipment for Measure-
ment, Control, and Laboratory Use
Power
Supply
AC power supply Range: 90 to 264 VAC, 47 to 63 Hz
Consumption: 15 W max
Internal Battery Rechargeable lithium ion recharge-
able battery
3.6V,7.2Ah
Run time: 7 hours (typical)
Charge time: 15 hours (typical)
Ambient
Conditions
Operating
temperature
0 … +45 °C
Storage
temperature
−15 … +55 °C
Elevation max. 2000 m
Relative humidity 5% to 95%, no condensation al-
lowed
Electrical
Safety
Protection category CAT II
Pollution degree 2
Measurement
Inputs 600 VRMS
Measuring category CAT III
Pollution degree 2
Mechanical
Design
Protection Housing: IP50
per DIN EN 60529 / IEC 60529
(vertical position)
Housing
(W × H × D):
Approx. 6.4 × 8.9 × 18.8 cm
Weight Approx. 0.64 kg

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5.6 Characteristic Values
Data Interfaces
Ethernet 10 Mbit/s
USB 2.0
Protocols Modbus, BACnet®
Internal
Memory
Storage capacity 8 GB
General
Sampling frequency 32 ksps (recorded
and real-time meters),
128 samples per cy-
cle (periodic waveform
snapshots)
Sag/dip, swell trigger resolution 1-cycle (uses IEC
61000-4-30 Class S
methods)
Voltage
Range 90 to 600 VRMS
CATIII
Accuracy 90 VRMS to
600 VRMS = ±0.1%,
<90 VRMS = 0.5%
Connections 4 safety banana volt-
age inputs - 3-phase
voltage and 1 neutral/
reference
Current
Input 0.333 VRMS full
scale, Connections:
BNC
Accuracy ±0.1% + probe
Frequency
Range 50 Hz = 45 Hz to
55 Hz,
60 Hz = 55 Hz to
65 Hz
Accuracy 50/60 Hz: ±0.001 Hz

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Energy
Parameters
(True/Active) energy (P) 0.1%
Reactive energy (Q) 0.1%
Apparent energy (S) 0.1%
Fundamental active energy (P) 0.2%
Fundamental reactive energy (Q) 0.2%
Fundamental apparent energy (S) 0.2%
Demand 0.2%
Power
Parameters
Power (P) 0.2%
Reactive power (Q) 0.2%
Apparent power (S) 0.2%
Fundamental active power (P) 0.2%
Fundamental reactive power (Q) 0.2%
Fundamental apparent power (S) 0.2%
Power factor ±0.001%

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6Installation
6.1 Unpacking the Instrument
1. Carefully remove instrument and accessories from the packaging.
2. Check delivery for completeness and possible damage.
3. In case of detected damages, hidden defects and short deliveries, docu-
ment type and scope and contact the manufacturer or supplier immedi-
ately.
4. Keep packing material for further transport.
6.2 Power Supply
The instrument can be powered via an AC power source or by an internal
rechargeable battery.
The instrument will always operate on the AC power source (when available)
and is designed to do so regardless of the state of charge of the battery.
Attention!
!
Always set the power switch to the Off position before connecting or dis-
connecting the input power cable.
Note!
Operation of the MAVOWATT 210 from an AC voltage source other than
the rated voltage input stated on the instrument nameplate can cause
damage to the instrument.
Note!
Always charge the battery fully before using the instrument.
1. Connect the AC adapter/battery charger plug to the DC input of the instru-
ment.
2. Connect the appropriate power cord for the voltage rating of the instrument
to the AC adapter/battery charger.
3. Plug the AC adapter into an AC power source.
The indicator LED on the AC adapter lights up green.
The instrument is supplied with AC power.
6.3 Setting up the Connection to the Integrated Web Server
The MAVOWATT 210 has an integrated web server for configuring the instru-
ment and real time data checking (remote control).

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During set up, the MAVOWATT 210 has to be connected directly to a com-
puter (peer-to-peer connection via RJ-45 cable). It must then be configured for
the network it is to be used in.
After set up, the web server can be accessed from any device that is con-
nected to the same network (and identical IP range) and has a web browser,
e.g. a computer or tablet.
6.3.1 Connecting Instrument via Wired Ethernet Connection
1. Connect an RJ-45 Ethernet cable between your computer and the Ether-
net port at the rear panel of the instrument.
2. Connect the power source at the rear panel of the instrument.
3. Power on the computer.
4. Press Power on/off on the top panel on the instrument.
The instrument is turned on.
5. Change the computer's IP address to be on the same network as
MAVOWATT 210's default IP address (192.168.0.xxx). This involves chang-
ing the IP address properties of your computer. For more information, refer
to the documentation of your computer.
6. Open a web browser and enter the default IP address into the address bar:
http://192.168.0.40
The login window is displayed.
Figure 7: Windows login
7. Enter the default Username: admin
Factory default network settings
IP Address 192.168.0.40
Username admin
Password Dranetz