Introduction:
This Quick Installation Guide is
for the installation
of the Tobi Wi-Z only.
See the Tobi Wi-Z Software
User Guide for instructions on programming and
calibrating the Tobi Wi-Z.
The installation of the Tobi will require a means to
calibrate the current on site. This requires a
computer located within 100 feet of the Tobi PI Wi-
Z with the TOBi™ Wi-Z software installed and the
Tobi Wi-Z USB coordinator.
Additionally, a means to verify charger amperage
output is needed to complete current calibration.
This can be accomplished by using an accurate
digital ammeter on the charger or a handheld amp
probe.
Required Tools
Installing the TOBi™ PI Wi-Z will require the following
tools:
Portable drill
5/32” drill bit- titanium coated preferred
1/2” drill bit
5/16” nut driver or socket
Side cutters
Hardware Installation
There are 8 leads coming from the Tobi PI Wi-Z:
1. Negative Post (
black wire
)
2. Current Shunt (
brown wire
)
3. Current Shunt (
orange wire
)
4. Strap Thermistor (
black wires
with ring terminal
)
5. 12V Post (
blue wire
)
6. Water Level Probe (
with lead probe
and grommet at the end)
7. Cell Thermistor (
thick black cable
with black
probe and grommet at the end)
8. Positive Post (
red wire
)
1. Attach the
BLACK
wire to the negative post of the
battery by first drilling a 5/32” pilot hole in the center
of the post. Attach the ring terminal of the lead to the
battery terminal using one of the provided stainless
steel screws and tighten using a 5/16” nut driver or
socket.
2. Attach the
BROWN
wire to the positive post of the
first cell from battery negative by first drilling a 5/32”
pilot hole in the center of the post. Attach the ring
terminal of the lead to the battery terminal using one
of the provided stainless steel screws and tighten
using a 5/16” nut driver or socket.
3. Attach the
ORANGE
wire to the negative post of the
second cell from battery negative on the same strap
as the brown wire by first drilling a 5/32” pilot hole in
the center of the post. Attach the ring terminal of the
lead to the battery terminal using one of the provided
Summary of Contents for PI Wi-Z
Page 12: ......
