Packet Power
Multi-Circuit Monitor BGS16 User Manual V2.0
© 2021 Packet Power, LLC
Page 12 of 27
Voltage Connection
A three-pole breaker should be used to provide over-current protection and a
means of disconnecting power from the BGS16. If a three-pole breaker is not
used, you must ensure suitable over-current protection is provided.
The BGS16 comes pre-wired. It is configured to work with one of the supported voltage
types. Unless otherwise specified, the unit has inline fuses on each voltage phase. The wire
count and color mix will vary based on the voltage service type (see diagrams on the
following pages).
Voltage leads
18 AWG 600V wires which are connected to a 6-position terminal block inside the
enclosure are provided for use in routing power to the device.
Voltage lead lengths are sized to specification. They may include a voltage
disconnect near the BGS16 that is used to avoid placing strain on the connection to
the terminal block during shipping and installation.
5x20 mm 5A inline fuses are included on L1, L2 and L3 unless otherwise specified.
An optional second voltage source can be included. If a second voltage lead is
included, the voltage leads will be labeled accordingly.
Wire connections
The BGS16 uses different wire colors depending on service type and region. Run the voltage
leads to the voltage source and connect them to L1, L2, L3, N and earth. Reference wire
connections by service type on the following pages.
Verify that the wires are connected to the proper phases for your type of voltage service.
No changes should need to be made to any wiring within the BGS16 device itself.
Grounding
The BGS16 enclosure must be properly connected to earth. A ground wire is provided for
this purpose.
Failure to properly ground the unit could result in a dangerous or fatal
electrocution.
Once power is supplied the BGS16 will automatically begin to transmit data.
