Product Description
Invisible Fence
®
Brand
Boundary Plus
®
2.0 System
Field Test Plan
16 of 20
U:\My Documents\Invisible Fence\Field Testing\Boundary Plus 2.0\Pre-Pilot-1\191002co Boundary Plus 2_0 Field Test Plan.docx
i) Range Test
(1) Measure range for each setting starting at 1.5 and ending at 4.5.
(a) Range is measured from the center of the Shields
®
unit to where the receiver begins
activating. Provide separation between Receivers and metal tape measures (Image 8).
(2) Test both Shields Wireless units with both Receivers.
(a) Add AC power and test Receiver #1 with Shields #1 only.
(3) Document all findings on Internal Test Form. Add detailed comments if needed.
c) Receiver #1 Test (Battery inserted).
Test receiver in all four transmitter signals.
i) Activation: As expected?
ii) Delay: As expected?
iii) Time out: Approximately the timeout setting?
iv) Tone and Vibe: As expected?
v) Corrections: As expected?
(1) Corrections should already be set different for all transmitters. Refer to the Internal Test
for all of the settings chosen.
vi) Document all findings on Internal Test Form. Add detailed comments if needed.
d) Receiver #2 Test (Battery inserted)
i) Same as Receiver #1 tests.
ii) Document all findings on Internal Test Form. Add detailed comments if needed.
5) Tabletop Test #2
a) Same test at 20 KHz
6) Tabletop Test #3
a) Same test at 25 KHz
b) Allow battery to remain in the receivers for 70 minutes.
i) Verify Receivers record Counts (refer to 4.3.1 - Tech App, Collar tab, Column 1, Counts).
5.1.2 On Loop Test
The On Loop Test is completed on a real property’s fence loop. A real loop is required to test the function
of the 4 Port Host Transmitter. Upon power-up, the 4 Port Host Transmitter calculates the impedance of
the loop. The impedance of the loop determines the energy required to provide enough current to create
the specific field width set. The earth, wire jacket, copper in the wire, wire gauge, area of the loop, loops
within loops, proximity of wires (loops and twisted), metal objects on the property (proximity to wire and
Image 8