Instructions
Table Of Contents
- Safety precautions
- DISCLAIMER
- CONTENTS
- Revision log
- SYMBOLS
- 1.- VERIFICATION UPON RECEPTION
- 2.- Product description
- 3.- DEVICE installation
- 3.1.- PRELIMINARY RECOMMENDATIONS
- 3.2.- BATTERY INSTALLATION
- 3.4.- MYeBOX 480V ~ PSU ADAPTER : POWER SUPPLY ADAPTER
- 3.5.- VOLTAGE CABLES
- 3.6.- CURRENT CLAMPS
- 3.7.2.- MYeBOX 1500
- 3.8.- CONNECTION DIAGRAMS
- 3.8.1.- Three-phase network measuring with a 4-wire connection,
- MYeBOX 150.
- 3.8.2.- Three-phase network measuring with a 4-wire connection,
- MYeBOX 1500.
- 3.8.3.- Three-phase network measuring with a 3-wire connection, MYeBOX 150 and MYeBOX1500.
- 3.8.4.- Three-phase network measuring with a 3-wire connection and ARON connection, MYeBOX 150 and MYeBOX 1500.
- 3.8.5.- Two-phase network measuring with a 3-wire connection,
- MYeBOX 150.
- 3.8.6.- Two-phase network measuring with a 3-wire connection,
- MYeBOX 1500.
- 3.8.7. - Single-phase network measurement, phase to phase, with a 2-wire connection, MYeBOX 150 and MYeBOX 1500.
- 3.8.8.- Single-phase network measurement, phase to neutral, with a 2-wire connection, MYeBOX 150.
- 3.8.9.- Single-phase network measurement, phase to neutral, with a 2-wire connection, MYeBOX 1500.
- 3.8.10.- Detail of the current measurement connection.
- 3.8.11.- Leakage current connection, ILeak. (MYeBOX 1500 model)
- 3.9.- REGISTERING AND UPDATING THE DEVICE
- 4.- OPERATION
- 5.- display
- 6.- CONFIGURATION
- 6.2.2.- Measurement name
- 6.2.1.- Name of the device
- 6.1.12.- Exit
- 6.1.11.- Save
- 6.1.10.- Frequency
- 6.1.9.- Primary winding of the leakage current transformer
- 6.1.7.- Primary winding of the neutral current transformer
- 6.1.6.- Neutral clamp scale
- 6.1.5.- Primary winding of the current transformer
- 6.1.4.- Phase clamp scale
- 6.1.3.- Secondary voltage
- 6.1.2.- Primary voltage
- 6.3.2.- Gap, Sag
- 6.3.1.- Overvoltage, swell
- 6.2.5.- Exit
- 6.2.4.- Save
- 6.2.3.- Type of installation
- 6.4.1.- Wi-Fi Configuration
- 6.3.6.- Exit
- 6.3.5.- Save
- 6.3.4.- Transients, Disturb
- 6.3.3.- Outage, Interruption
- 6.4.9.- PIN
- 6.4.8.- APN, password
- 6.4.7.- APN, user
- 6.4.6.- APN, access point name
- 6.4.5.- Enabling 3G communications
- 6.4.4.- Password
- 6.4.3.- WPS
- 6.4.2.- SSID
- 6.5.- SETUP MENU: MEMORY SETUP
- 6.6.- SETUP MENU: RESET FACTORY SETUP
- 6.1.1.- Rated voltage
- 6.1.8.- Clamp scale for measuring the leakage current, ILeak
- 7.- WIRELESS COMMUNICATIONS
- 8.- MOBILE APPLICATION MYeBOX
- 9.- mYeBOX Cloud
- 10.- software UPDATE
- 11.- TECHNICAL FEATURES
- 12.- Maintenance AND TECHNICAL SERVICE
- 13.- GUARANTEE
- 14.- CE CERTIFICATE
31
Instruction Manual
MYeBOX 150 - MYeBOX 1500
4�- OPERATION
4.1.- OPERATING PRINCIPLE
The MYeBOX is a four-quadrant portable power analyzer (consumption and generation).
0º
90º
180º
-90º
PF -
Cos φ -
kW -
kVA
kvarC
kvar -
PF +
Cos φ +
kW -
kVA
kvarL
kvar +
kW +
kVA
kvarC
kvar -
kW +
kVA
kvarL
kvar +
PF +
Cos φ +
PF -
Cos φ -
kW III = kW L1 + kW L2 + kW L3
kVA III = kVA L1 + kVA L2 + kVA L3
kvarL III = kvarL L1 + kvarL L2 + kvarL L3
kvarC III = kvarC L1 + kvarC L2 + kvarC L3
PF III = kW III / kVA III
Cos φ III = ( Cos φ L1 + Cos φ L2 + Cos φ L3 ) / 3
Generation
Power
Consumption
Power
Figure 27: Four quadrants of the MYeBOX�
In addition to the basic functions of any analyzer, the MYeBOX:
Allows conguration and display of data:
- Remotely, via a tablet or smartphone, using a mobile application.
- Locally, via the display and the device's capacitive keypad.
It has a database for logging all the device's parameters and events.
It has MicroSD memory to store the STD, EVA and EVQ les of the database logs.
Comes standard with built-in Wi-Fi communications.
The MYeBOX1500 models comes standard with built-in 3G communications.
It has a lithium battery that guarantees the device's battery life, in order to log voltage drops
in the installation and send the corresponding alarms.