WL-TW10-HD-LASER is a vehicle PTZ that combines 2 MP visible imaging, 33× optical zoom and laser-assisted night observation. Selection begins with the daytime and night observation task, followed by the vehicle mounting envelope, power and control path. Laser-distance configuration and product weight remain project checks.
WL-TW10-HD-LASER combines 2 MP visible imaging, 33× optical zoom and laser-assisted night observation. A 5.5–180 mm visible lens, continuous pan, ONVIF/SDK, web or RS485 control, shock absorbers and defrost/defog glass are supported. Laser-distance configuration and unit weight remain unresolved.
Select WL-TW10-HD-LASER around night scene without distance package claim. Define that task before comparing options.
Build the operator sequence around night scene without distance package claim; state the view, detail and mode change needed.
Police or patrol vehicles, surveillance robots, trucks, emergency command, road-mobile work and special-vehicle inspection are listed uses. None establishes the laser package or product load for a particular vehicle.
Put pending weight and mount on the drawing and leave unresolved mechanics pending.
Map web, RS485 and ONVIF/SDK to host functions one by one rather than relying on names.
Check installed power and cabling; keep the unresolved laser-distance configuration separate until confirmed.
Send the night observation task without a distance-package claim, plus pending weight, mount, web, RS485 and ONVIF/SDK requirements. Flag the laser-distance configuration for written confirmation.
Use the Vehicle PTZ Camera category to compare WL-TW10-HD-LASER with mobile alternatives. Define the night scene first, then compare the drawing, vehicle power and control interfaces without assuming a laser-distance package.
Begin with night scene without distance package claim.
Check web, RS485 and ONVIF/SDK against required host functions.
Show pending weight and mount, cables and clearances.
Keep the laser-distance configuration and product weight unresolved until written confirmation.
The supported imaging baseline is 2 MP, 33× optical zoom and a 5.5–180 mm visible lens with laser assistance. Describe the required night scene and operator sequence without attaching a distance package to it. The current sources do not resolve which laser-distance configuration belongs to the quoted unit.
Weight and final mounting hardware also remain unverified. Use the dimension image for space planning, then request the product-specific load before the vehicle support is released. Shock absorbers and defrost/defog glass are listed; they do not replace a mounting calculation or define the surrounding structure.
Choose web, RS485 or ONVIF/SDK functions according to the receiving system and list the needed PTZ operations. Keep the laser option question separate from those controls. This makes it possible to review the host interface while the distance configuration is still awaiting a written answer.
Approve the content only if it describes the night task without an assumed laser range or unverified weight. The vehicle drawing must reserve movement and cable space, while the inquiry asks for the exact laser configuration and unit load. Do not reuse the copied infrared or weight data from another model.
The supplier response should tie both pending items to WL-TW10-HD-LASER before either enters the installation schedule.
Use Contact Us to send the night observation task, installation drawing and required functions. Identify the laser-distance configuration and product weight as pending.
