Step 1: Determine Mounting Location
The device should be mounted with the solar panel facing up on a flat horizontal surface that is perpendicular to the sun with a clear view of the sky.
Device can be mounted sideways, but this can negatively affect the charging rate of the device
Secure with double-sided adhesive tape and/or screw directly to the asset
Using Double-Sided Adhesive Tape
Surface must be clean, smooth, and dry
Ambient temperature must be above 10°C/50°F
Apply at 80lb (350N) force to the asset for a minium of thirty seconds to achieve full bonding strength. Tape is generally 50% cured after 20 minutes, 90% after 24 hours and 100% after 72 hours.
Failure to adhere to these instructions could lead to the device becoming detached from the asset in the field
Using Screws
Use existing mounting holes with included screws
DO NOT over-tighten screws as they will crack the base (DO NOT exceed 1.2 N.m (10 in. lb) torque)
Step 2: Testing the Device
IMPORTANT: Always be sure to test the device BEFORE sending the asset into the field.
Ensure the asset is outside so the TT-IoTSolar has a clear view of the sky
Allow sufficient time for the device to report at its pre-programmed interval
Login to the Titan GPS platform to confirm device reports at the programmed interval at your location
Solar Device Care and Use
To ensure proper operation and longevity of this device, please see below;
Ensure clear plastic is kept free of soil or debris to maximize battery charging capacity
If the clear plastic covering of the solar panel becomes cracked, the device should be replaced as it will likely no longer charge properly
Solar panels produce the most electricity when they are perpendicular to the sun
Shading and weather conditions may negatively affect the charging of the batteries from the solar panels
If the batteries are fully depleted, it can take up to 60 hours of direct sunlight for them to fully recharge
The device requires 4-5 hours of daily sunlight to ensure battery is optimally charged
The device should provide up to 10 years of maintenance-free operation based on adequate sun exposure to recharge the battery pack