ECO PHYSICS - PRODUCTS

The CLD 60 series is our newest generation of cost effective and state of the art data communications NOx analyzers. New features include Ethernet connection, dual simultaneous analog outputs from two different ranges, 24 V dry contact closures for powering external devices and automatic cycling between NO and NOx modes.

60 Series Overview view 270K PDF file

The CLD 7xx series is our traditional line of robust, easy to service NOx analyzers. The CLD 7xx series has an external vacuum pump and ozone destroyer.

7xx Series Overview view 92K PDF file

The CLD 8xx series is our new line of NOx analyzers. The new design has incorporated the vacuum pump and thermal ozone destroyer inside the case of the analyzer.

8xx Series Overview view 105K PDF file

We now offer a choice of converters, heated sample inlets, pressure regulation, and multiple reaction chambers. The CLD 8xx series instruments are ideal for compact applications with reduced voltage requirements.

8xx Series Design Specifications view 64K PDF file

Single Reaction Chamber Analyzers
- Ideal for stack testing or CEMS

CLD 62 view 290K PDF file
• 0-5,000 ppm
• Accurate to 0.5 ppm

CLD 64 view 288K PDF file
• 0-100 ppm
• Accurate to 2 ppb

CLD 66 view 282K PDF file
• 0-25 ppm
• Accurate to 0.5 ppb

CLD 82 S view 321K PDF file
• 0-5,000 ppm
• Accurate to 0.25 ppm

CLD 84 M view 314K PDF file
• 0-500 ppm
• Accurate to 0.025 ppm

Dual Reaction Chamber Analyzers
- NO, NO2 and NOx are simultaneously measured and displayed. 700 Series analyzers have an automatic zero point calibration which provides improved stability and linearity.

CLD 822 S h r view 307K PDF file
• 0-5,000 ppm
• heated sample inlet
• accurate to 0.25 ppm

CLD 824 MM d view 316K PDF file
• 0-500, 0-5,000 ppm
• Dual ranges and dual sample inlets
• accurate to 0.025 and 0.25 ppm

CLD 844 CM h view 419K PDF file
• 0-500 ppm Ammonia or NOx, NO,
NO2, or NOx Amines
• heated sample inlet
• accurate to 0.025 ppm

CLD 700 EL ht view 76K PDF file
• 0-10,000 ppm
• heated sample inlet
• accurate to 0.1 ppm

Don't have Acrobat Reader?

Home - Contact Us - Request Info.