Before You Begin
The installation kit contains the BeMini device, rechargeable battery plugged with micro-USB, GPS, Wi-Fi, and side clips.
Additional tools that you may need include acetone-based cleaner, and clean, absorbent rags and/or towels, zip ties, 3M double-backed tape, or industrial Velcro.
Installation Steps
The following steps provide an overview of the installation process:
Installation Preparation.
Device Mounting.
BeMini Power Adaptor.
Clip Installation.
Additional Mounting Options.
1. Install Preparation.
Warning Information
Do not mount any device with the antenna side against metal.
Please follow safety precautions for operating and servicing the installation on the BeMini device.
Ensure all screws remain secure; re-tighten as needed during the work period.
Monitor the device frequently.
Thermoplastic Clips
Insert the Thermoplastic clips onto the BeMini tracker.
Clips can be hooked onto your asset.
1. Identify the GPS and Antenna locations on the device.
GPS
Antenna
Optimal Conditions
Network Coverage: RSSI -60 to -100 dBm
-100 to -120 dBm is average and poor, and anything below -120 will result in mediocre/ no coverLocation Accuracy:Direct view of the sky (VALID 1 = GPS FIX | VALID 4 = Wi-Fi fix)
– Always should be VALID, if INVALID, that means the device cannot connect/see the sky. When INVALID the location is very approximate.Environment: Temperature operating range of devices
– Very cold and lasting temperatures may cause the battery to drain faster. Normal temperature fluctuations cause the battery to drop and come back up.
2. Device Mounting.
Select a location to mount the BeMini where it has a clear, unobstructed view of the sky for optimal GPS and network access.
Note: Ensure the BeMini device has an unobstructed view of the sky.
Ensure the location minimizes the risk of damage or accidental removal during normal operation.
Clean and dry the mounting surface before installation (use approved cleaning products listed as additional tools).
Install the thermoplastic clips on each end. Alternatively, mount the BeMini using zip ties, 3M double-backed tape, or industrial Velcro.
3. BeMini Power Adaptor.
The BeMini Power Adapter is a rechargeable cable with two wires.
Electrical Specifications:
6VDC – 100VDC
190mA max @12VDC
Cable size:
– Length 48 inches = ~122 cm
– 12 inches/ ~30.5 cm from USD to Box
– 36 inches/ ~91.5 cm from Box to Leads
Warning Information
Reverse connection at the pigtail ends may damage the cable.
4. Clip Installation.
Open the BeMini insert to access the accessories.
Clips and blockers must be used together; fillers are optional.
Insert one side of the clip into the center slot and pull it to the side. Repeat for the opposite side.
Insert the blocker into the railing to prevent the clip from popping out.
Repeat steps 3 and 4 on the second railing if two clips are required. If no clip is installed, fillers may be used instead.
Note: Maximum pull force per clip: approximately 17 lbs.
5. Additional Mounting Options.
Bracket Mount & Extra Strong Magnets
Note: Magnets can be removed and replaced with screws or zip ties.
Leather Pouch with Carabiner
How Does Weather and Network/GPS Impact Batteries
To obtain the longest life expectancy on your devices (and the maximum number of “pings”), some conditions apply.
Temperature
Optimal battery performance is at room temperature (approximately 20 °C).
In colder temperatures, the battery voltage may temporarily drop below 3.55–3.5 V and recover once the device warms up. This behavior is normal for batteries.
Network Strength
A good signal typically falls between an RSSI of −90 and −60 dB. Lower signal strength increases battery usage as the device works harder to connect to the network. An RSSI of −255 indicates no network connection; in this state, the device can store and forward up to 23 records once connectivity is restored.
Metal Interference
Metal can block GPS and network signals, significantly reducing tracking accuracy.
The above graphic provides estimated data only. Battery life and maximum ping counts are not guaranteed for any device.
Avoid mounting the device against or inside an asset’s metal frame.
Do not install the device under heavy metal or near fuse or distribution centers, as this can reduce cellular transmission range.
Optimal Conditions
Three primary factors—network coverage, GPS access, and environment—affect tracker performance and battery life, especially when combined. Poor conditions may cause the device to attempt multiple connections, increasing battery usage. Proper installation, along with an appropriate reporting configuration, is key to achieving optimal results.
Network Coverage: RSSI -80 to -110 dBm
Signal strength (the higher, the better):
−110 dBm to −130 dBm: Average to poor; updates may be inconsistent
Below −130 dBm: Very poor or no coverage; the device will likely stop connecting to the network
GPS Access: Direct view of the sky (valid fix)
GPS status should always be Valid. An invalid fix indicates the device cannot connect to or see the sky, resulting in a very approximate location
Environment: Operating Temperature
The device is designed for room-temperature operation. Prolonged exposure to very cold conditions may cause faster battery drain, while normal temperature fluctuations can temporarily lower battery voltage before it recovers as temperatures rise.