Smoke & Carbon Monoxide Detectors

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.

High CO levels

High CO levels rates a model's response to CO in air of approximately 400 parts per million.

Low CO levels

Low CO levels rates a model's response to CO in air of approximately 100 ppm.

Flaming fires

Flaming fires is response to fires with little smoke.

Smoldering fires

Smoldering fires is response to smoky fires.