Output :

0-10Vdc Fixed

Mounting Code :

Duct

LogoImage :

L/Logo_Honeywell.jpg

Specials Description :

Carbon Dioxide Sensor, Non-dispersive Infrared (NDIR), Duct Mount

Branch Pickup Only :

No

SKU :

C7632B1002

Specials :

No

Display :

No

manufacturerName :

Honeywell

Vendor Name:

Honeywell

Sort :

2.0

Web Description :

Carbon Dioxide Sensor, Non-dispersive Infrared (NDIR), Duct Mount

manufacturerSKU :

C7632B1002

Weight :

0.9 lb

longDescription :

The CO sensors offer a fixed 0-2000ppm and fixed 0-10Vdc output. No adjustments are necessary. Like the C7232 sensors, these are for use in determining ventilation necessity with HVAC controllers. The sensor measures the CO concentration in the ventilated space or duct. The sensors are used in ventilation and air conditioning systems to control the amount of fresh outdoor air supplied to maintain acceptable levels of CO in the space.

• Non-Dispersion-Infrared (NDIR) technology used to measure carbon dioxide gas.
• Gold-plated sensor provides long-term calibration stability.
• Used for CO based ventilation control
• Automatic Background Calibration algorithm based on long-term evaluation reduces required typical zero-drift check maintenance.

URI Part Number:

C7632B1002

Vendor Part Number:

C7632B1002

Carbon Dioxide Range:

0 to 2000 ppm, Fixed

Shipping Weight (Lbs):

0.90

Prop65:

No

Weight (Lbs):

0.90

The CO sensors offer a fixed 0-2000ppm and fixed 0-10Vdc output. No adjustments are necessary. Like the C7232 sensors, these are for use in determining ventilation necessity with HVAC controllers. The sensor measures the CO concentration in the ventilated space or duct. The sensors are used in ventilation and air conditioning systems to control the amount of fresh outdoor air supplied to maintain acceptable levels of CO in the space.

• Non-Dispersion-Infrared (NDIR) technology used to measure carbon dioxide gas.
• Gold-plated sensor provides long-term calibration stability.
• Used for CO based ventilation control
• Automatic Background Calibration algorithm based on long-term evaluation reduces required typical zero-drift check maintenance.