Hikrobot MV-CI003-GL-N15

Thermal tasks and range position

A 640 × 512 vanadium oxide uncooled detector gives MV-CI003-GL-N15 a 0.3 MP thermal image at up to 50 fps. Its 17 µm pixel pitch and Gigabit Ethernet output define a compact networked imaging head for observing spatial heat patterns and their change over time. The interface can also operate with Fast Ethernet infrastructure, allowing the camera to enter installations where that network class is already used.

Thermal checks of electrical assemblies, machine surfaces, and process material can use the 640 × 512 frame to separate local hot and cold regions. The 50 fps ceiling suits repeated observation of changing temperature distributions rather than isolated manual readings. A 48 mm × 48 mm cross-section helps place the unit beside equipment, while the 117.9 mm body depth must be included in the mechanical layout.

Within the CI group here, MV-CI003-GL-N15 shares its detector, 640 × 512 resolution, 50 fps rate, network interface, pixel pitch, and 48 mm × 48 mm × 117.9 mm body with MV-CI003-GL-N25 and MV-CI003-GL-N35. Select N15 when that exact variant designation is required; N25 or N35 can be considered without changing the listed imaging or Ethernet envelope. MV-CI003-GL-N6 and MV-CI003-GL-T6 provide the same published core figures under other variant designations.

Specifications

Selection and applications

Networked thermal pattern inspection. Monitoring changing heat distributions at 50 fps. Thermal imaging in a 48 mm × 48 mm footprint.

Minimum kit: For networked thermal acquisition, connect MV-CI003-GL-N15 through a Gigabit Ethernet cable; its data interface is compatible with Fast Ethernet.

Nearby in the range: MV-CI003-GL-N25 — Choose N25 when that variant is required with the same 640 × 512 and 50 fps imaging envelope.; MV-CI003-GL-N35 — Choose N35 when its designation is required without changing the listed detector or Ethernet figures.; MV-CI003-GL-N6 — Choose N6 for the N6 variant while retaining the listed 17 µm pixels and 50 fps rate..

Cables and accessories for this model

Compatibility per manufacturer data.

Data cables

GigE

Power

Power

Mounting

Camera mounts

All accessory families →

FAQ

What thermal detector and image format does MV-CI003-GL-N15 use?

The imaging core is a vanadium oxide uncooled detector with 640 × 512 output and a 17 µm pixel pitch. The product type is identified as a 0.3 MP GigE thermal camera, placing spatial temperature-pattern inspection and network transfer in one imaging head.

How quickly can the N15 variant deliver full-resolution thermal frames?

MV-CI003-GL-N15 reaches 50 fps at its full 640 × 512 resolution. That pairing is useful when a process changes during observation: the operator can retain the full listed image format while sampling the thermal scene repeatedly through each second.

Can MV-CI003-GL-N15 connect through an existing Fast Ethernet network?

Yes. Its data interface is Gigabit Ethernet and is explicitly compatible with Fast Ethernet. Gigabit Ethernet is the primary interface description, while Fast Ethernet support allows reuse of that network class when its available throughput fits the selected image stream.

What enclosure space should be reserved for the N15 thermal camera?

Reserve for a body measuring 48 mm × 48 mm × 117.9 mm. The square front section supports compact placement, but the 117.9 mm depth still needs clearance for the camera body and installation connections around the selected thermal-imaging position.

How does N15 compare with the N25 and N35 CI thermal variants?

N15, N25, and N35 carry the same listed 640 × 512 detector format, 17 µm pitch, 50 fps maximum rate, Gigabit Ethernet interface, and 48 mm × 48 mm × 117.9 mm dimensions. Choose among them by the exact variant designation required for the installation.