Explosion-proof and Anti-corrosion Series Cameras

36 Products

Hazardous and corrosive sites

Specify the environment before selecting the camera

A collection label is not evidence that every model is suitable for every hazardous or corrosive location. The project specification, local authority requirements and exact certification marking must control the final selection.

Turn site conditions into equipment requirements

Understand the difference between the two protections

Explosion protection concerns ignition risk in a classified atmosphere. Corrosion resistance concerns long-term exposure to salt, moisture or chemicals. A site may require one or both. The housing material, cable entries and mounting accessories must be considered with the camera body.

Record the hazardous-area classification

Document whether the risk involves gas or dust, the zone or division, gas or dust group, temperature class and ambient range. Use the project specification and local authority requirements rather than translating one certification system into another without review.

Define the imaging and movement task

Specify target distance, scene width, lighting, resolution, lens, infrared needs and whether a fixed, PTZ or positioning system is required. The protective housing should not distract from the camera's core job: producing usable evidence at the required location.

Include installation and maintenance

Check approved cable glands, junction boxes, mounts, grounding, surge protection and access for cleaning or service. A correctly rated camera can still create project risk if accessories or installation methods do not match the classified environment.

Industrial camera project checklist

Factor What to check Why it matters
Site classification Gas or dust, zone/division, group and temperature class Defines the protection concept and certification that may be required.
Corrosion exposure Salt, humidity, chemicals, washdown and housing material Determines whether corrosion resistance is needed in addition to explosion protection.
Imaging Target distance, field of view, resolution, lens and lighting Ensures the protected camera still meets the surveillance objective.
Camera format Fixed, motorized lens, PTZ or positioning system Changes coverage, control, mounting and maintenance requirements.
System integration Power, protocol, streams, analytics, NVR and network design Confirms recording and control functions work in the wider system.
Documentation Exact model certificate, marking, datasheet and accessory approvals Provides evidence for project and local compliance review.

Explosion-proof and anti-corrosion questions

Is an anti-corrosion camera the same as an explosion-proof camera?

No. Corrosion resistance addresses environmental degradation, while explosion protection addresses ignition risk in a classified location.

Which certification does a hazardous site require?

It depends on the location classification and jurisdiction. Follow the project specification and local authority, then verify the exact marking on the selected model.

Does stainless steel automatically make a camera explosion-proof?

No. Housing material alone does not establish explosion protection. The complete certified design and marking must match the site requirement.

What affects industrial camera price?

Certification, housing, optical system, PTZ capability, analytics, accessories, cabling and installation requirements can all affect total cost.

Can these cameras connect to a standard NVR?

Some can, but protocol, firmware, codec, bandwidth, events and power architecture must be checked for the exact camera and recorder.

What should be provided for a project quote?

Provide the site classification, environment, required certificate, target distance, field of view, quantity, destination and installation constraints.

Do not select hazardous-area equipment from marketing language alone. Verify the exact certificate, marking, accessories and installation method for the jurisdiction and classified location.