NDIR Gas Bench Gasboard-2000 NDIR Optical Benches for measuring CO, CO2, HC gase

Model:	Gasboard-2000
Brand:	Cubic Ruiyi
Origin:	Made In China
Category:	Electronics & Electricity / Electronic Instrument / Analysis Instrument
Label:	Gas Bench , NDIR Gas Bench , NDIR Optical Benches
Price:	-
Min. Order:	1 pc

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Product Description

Introduction

The NDIR gas bench Gasboard-2000 which is based on Dispersive Infra-Red(NDIR) sensing principle to determine the gas concentration (CO, CO2 and HC) from gasoline and petro engines. The Gasboard-2000 can easily plug-in the O2 and NOx measurement by connecting electrochemical sensors to dedicated ports.It is for measuring exhaust gases from gasoline, petrol, alcohol or LPG engines. It is an ideal option for kinds of automobile emission gas analyzer developing.

Features

• Simultaneous measuring CO, CO2, HC

• Selection of fuels: petro, LPG, Natural Gas, alcohol

• Selection of C3-C6 factor

• Good accuracy, stable performance

• Reserved pressure sensors for leakage test, air pressure measurement.

• Reserved NO and O2 sensor interfaces.

• Reserved oil temp. and RPM sensor interfaces.

• Complete communication protocol for software developing

• Small Size, light weight and easy integration

Applications

Gasoline, LPG, CNG, diesel and other fuel engine exhaust gas detection supporting product

Specifications

Model		Gasboard-2000
Measurements		CO2, CO, HC gases
Application		For automobile emission gas analyzer developing
Technology		NDIR
Measuring range		CO2	CO	HC
		0-20%	0-15%	0-9999ppm
Resolution		0.01%	0.01%	1ppm
Error( which ever is great)	rel.	±4%	±3%	±5%
	Abs.	±0.4%	±0.03%	±10ppm
Warm-up time		10 minutes
Response time		TD+T90: 4 seconds(NDIR)
Working condition:
Power supply		DC 12V
Operation Tem		5-45℃
Aver.consumption		10W （thermostat mode）
RH		10~90%RH(No condense water)
Working pressure		70.0kPa ~ 106.0kPa
Gas pre-treating
Dust separation		< 0.5μm
Water separation		Condense water is separated sufficiently,don't allow the condense water enter intor the sensor chamber and associated gas cycle
Flow rate		0.7-1.2L/min